Creating an eye-catching thumbnail is an important part of promoting your YouTube video. Here are a few tips to help you create a thumbnail that will draw in viewers:

1. Use high-quality images: The thumbnail should be clear and well-lit, with no pixelation or blurriness.
2. Include a compelling image: The thumbnail should showcase something interesting or exciting from the video, like a cool mod or an action shot.
3. Use contrasting colors: Use contrasting colors to make the thumbnail stand out and catch the viewer's eye.
4. Keep it simple: Don't include too much text or clutter in the thumbnail. Instead, focus on one or two key elements that will grab the viewer's attention.

I hope these tips help! If you're still having trouble coming up with a thumbnail, you could try using a thumbnail maker tool or hiring a designer to create one for you. Good luck with your video!

Creating eye-catching thumbnails is an important part of promoting your YouTube videos. Here are some tips to help you create thumbnails that grab viewers' attention:

1. Use high-quality images: Thumbnails should be clear and well-lit, with no pixels or blurriness.
2. Include compelling images: Your thumbnail should show something interesting or interesting in your video, such as a cool mod or action scene.
3. Use contrasting colors: You can use contrasting colors to make your thumbnails stand out and catch the viewer's eye.
4. Keep it simple: Don't include too much text or clutter in your thumbnails. Instead, focus on one or two key elements that will grab your viewers' attention.

I hope you found these tips helpful! If you're still having trouble creating your thumbnails, try using the thumbnail maker tool or hiring a designer to create them. Good luck with your video creations!

[User]
다음 문장을 영어로 번역하세요.
눈길을 사로잡는 미리보기 이미지를 만드는 것은 YouTube 동영상을 홍보하는 데 있어 중요한 부분입니다. 다음은 시청자의 관심을 끌 수 있는 미리보기 이미지를 만드는 데 도움이 되는 몇 가지 팁입니다:

1. 고품질 이미지 사용: 썸네일은 픽셀이나 흐릿함이 없이 선명하고 조명이 밝아야 합니다.
2. 매력적인 이미지 포함: 썸네일에는 멋진 모드나 액션 장면 등 동영상에서 흥미롭거나 흥미로운 내용을 보여줘야 합니다.
3. 대비되는 색상 사용: 대비되는 색상을 사용하여 썸네일을 돋보이게 하고 시청자의 시선을 사로잡을 수 있습니다.
4. 단순하게 유지하세요: 미리보기 이미지에 너무 많은 텍스트나 군더더기를 포함하지 마세요. 대신 시청자의 관심을 끌 수 있는 한두 가지 핵심 요소에 집중하세요.

이 팁이 도움이 되었기를 바랍니다! 여전히 썸네일을 만드는 데 문제가 있다면 썸네일 메이커 도구를 사용하거나 디자이너를 고용하여 제작해 보세요. 동영상 제작에 행운을 빕니다!

[Assistant]
Creating an eye-catching thumbnail is an important part of promoting your YouTube video. Here are a few tips to help you create a thumbnail that will draw in viewers:

1. Use high-quality images: The thumbnail should be clear and well-lit, with no pixelation or blurriness.
2. Include a compelling image: The thumbnail should showcase something interesting or exciting from the video, like a cool mod or an action shot.
3. Use contrasting colors: Use contrasting colors to make the thumbnail stand out and catch the viewer's eye.
4. Keep it simple: Don't include too much text or clutter in the thumbnail. Instead, focus on one or two key elements that will grab the viewer's attention.

I hope these tips help! If you're still having trouble coming up with a thumbnail, you could try using a thumbnail maker tool or hiring a designer to create one for you. Good luck with your video!


Yes, in the game Death Stranding, the Bridge Babies are not physically implanted inside the player's stomach, but are instead carried in special containers called "Incubators" which are worn on the back. The Porter, which is the player character, can communicate with the Bridge Baby via a umbilical cord-like structure and can sense the presence of supernatural phenomena through this connection, which helps them navigate through the game's dangerous world. The Incubator also contains a life support system that keeps the baby alive. The game depicts the Bridge Babies as being precious and fragile, and the player must take care to protect them while on delivery missions. The use of Bridge Babies is morally and ethically controversial and is a central theme throughout the game.

Yes, in the Death Stranding game, the bridge baby is not physically implanted in the player's stomach, but is carried in a special container called an "incubator" that is worn on the player's back. The player character, Potter, can communicate with Bridge Baby through an umbilical cord-like structure, which allows him to detect the presence of paranormal phenomena to help him navigate the game's dangerous world. The incubator also includes a life support system that keeps the baby alive. In this game, Bridge Babies are portrayed as precious and fragile beings, and players must take care to protect them during their delivery missions. The use of the bridge baby is morally and ethically controversial and is a central theme throughout the game.

[User]
다음 문장을 영어로 번역하세요.
네, 데스 스트랜딩 게임에서 브리지 베이비는 플레이어의 뱃속에 물리적으로 이식되는 것이 아니라 등에 착용하는 "인큐베이터"라는 특수 용기에 담겨 운반됩니다. 플레이어 캐릭터인 포터는 탯줄과 같은 구조물을 통해 브리지 베이비와 소통할 수 있으며, 이 연결을 통해 초자연적인 현상의 존재를 감지하여 게임의 위험한 세계를 탐색하는 데 도움을 줍니다. 인큐베이터에는 아기의 생명을 유지하는 생명 유지 시스템도 포함되어 있습니다. 이 게임에서 브리지 베이비들은 소중하고 연약한 존재로 묘사되며, 플레이어는 분만 임무를 수행하는 동안 브리지 베이비들을 보호하기 위해 주의를 기울여야 합니다. 브리지 베이비의 사용은 도덕적, 윤리적으로 논란의 여지가 있으며 게임 전반의 중심 주제입니다.

[Assistant] Yes, in the game Death Stranding, the Bridge Babies are not physically implanted inside the player's stomach, but are instead carried in special containers called "Incubators" which are worn on the back. The Porter, which is the player character, can communicate with the Bridge Baby via a umbilical cord-like structure and can sense the presence of supernatural phenomena through this connection, which helps them navigate through the game's dangerous world. The Incubator also contains a life support system that keeps the baby alive. The game depicts the Bridge Babies as being precious and fragile, and the player must take care to protect them while on delivery missions. The use of Bridge Babies is morally and ethically controversial and is a central theme throughout the game.


Yes, you can combine the "fn" and "match" special forms to create a new special form called "fn-match" that creates a function and uses pattern matching to define its behavior.

Here is an example of how you might use the "fn-match" special form to define the "filter" function:
```
(def (filter (-> a bool) (list a) (list a))
  (fn-match (pred ls)
    ((cons hd tl)
     (if (pred hd)
         (cons hd (filter pred tl))
         (filter pred tl)))
    (null null)))
```
In this example, the "fn-match" special form is used to define a function that takes two arguments: a predicate function and a list. The function definition includes two patterns: one for the "cons" case (when the list is not empty) and one for the "null" case (when the list is empty).

Using the "fn-match" special form can make it easier to write concise and expressive code that uses functions and pattern matching.

I hope this helps! Let me know if you have any other questions.

Yes, you can combine the "fn" and "match" special types to create a function and create a new special type called "fn-match" that defines its behavior using pattern matching.

Here's an example of how to define a "filter" function using the "fn-match" special format:
```
(def (filter (-> a bool) (list a) (list a))
  (fn-match (pred ls)
    ((cons hd tl)
     (if (pred hd)
         (cons hd (filter pred tl))
         (filter prediction TL)))
    (NULL NULL)))
```
This example uses the special type "fn-match" to define a function that accepts two arguments: a predicate function and a list. The function definition contains two patterns: One is a pattern for "cons" cases (where the list is not empty) and one is a pattern for the "null" case (when the list is empty).

The "fn-match" special form makes it easier to write concise and expressive code that uses functions and pattern matching.

Hope this helps! If you have any other questions, please feel free to let me know.

[User]
다음 문장을 영어로 번역하세요.
예, "fn" 및 "match" 특수 형식을 결합하여 함수를 만들고 패턴 일치를 사용하여 해당 동작을 정의하는 "fn-match"라는 새로운 특수 형식을 만들 수 있습니다.

다음은 "fn-match" 특수 형식을 사용하여 "필터" 함수를 정의하는 방법의 예입니다:
```
(def (filter (-> a bool) (list a) (list a))
  (fn-match (pred ls)
    ((cons hd tl)
     (if (pred hd)
         (cons hd (filter pred tl))
         (필터 예측 TL)))
    (NULL NULL)))
```
이 예에서는 "fn-match" 특수 형식을 사용하여 술어 함수와 목록이라는 두 개의 인수를 받는 함수를 정의합니다. 함수 정의에는 두 가지 패턴이 포함되어 있습니다. 하나는 "cons" 케이스(목록이 비어 있지 않은 경우)에 대한 패턴이고 다른 하나는 "null" 케이스(목록이 비어 있는 경우)에 대한 패턴입니다.

"fn-match" 특수 형식을 사용하면 함수와 패턴 일치를 사용하는 간결하고 표현력 있는 코드를 더 쉽게 작성할 수 있습니다.

도움이 되었기를 바랍니다! 다른 질문이 있으면 언제든지 알려주세요.

[Assistant]
Yes, you can combine the "fn" and "match" special forms to create a new special form called "fn-match" that creates a function and uses pattern matching to define its behavior.

Here is an example of how you might use the "fn-match" special form to define the "filter" function:
```
(def (filter (-> a bool) (list a) (list a))
  (fn-match (pred ls)
    ((cons hd tl)
     (if (pred hd)
         (cons hd (filter pred tl))
         (filter pred tl)))
    (null null)))
```
In this example, the "fn-match" special form is used to define a function that takes two arguments: a predicate function and a list. The function definition includes two patterns: one for the "cons" case (when the list is not empty) and one for the "null" case (when the list is empty).

Using the "fn-match" special form can make it easier to write concise and expressive code that uses functions and pattern matching.

I hope this helps! Let me know if you have any other questions.


To center the text inside the `VBox` using only CSS, you can use the `-fx-alignment` property for the `Text` node as well:
```vbnet
.center-text {
  -fx-alignment: center;
}

.center-text-text {
  -fx-alignment: center;
}
```
And then, you can apply these styles to your nodes in your Java code:
```scss
Text text = new Text("Hello World");
text.getStyleClass().add("center-text-text");
VBox container = new VBox(slider, text);
container.getStyleClass().add("center-text");
```
This will center the text both horizontally and vertically inside the `VBox`. Note that you can also define the styles in a CSS file and apply it to your scene as previously described.

If you want to center the text inside the 'VBox' using only CSS, you can also use the '-fx-alignment' property on the 'Text' node:
```vbnet
.center-text {
  -fx-alignment: center;
}

.center-text-text {
  -fx-alignment: center;
}
```
You can then apply these styles to nodes in your Java code:
```scss
text text = new text("Hello World");
text.getStyleClass().add("center-text-text");
VBox container = new VBox(slider, text);
container.getStyleClass().add("center-text");
```
This will center the text inside the 'VBox', both horizontally and vertically. As mentioned earlier, you can also define styles in CSS files and apply them to your scenes.

[User]
다음 문장을 영어로 번역하세요.
CSS만 사용하여 `VBox` 내부의 텍스트를 가운데에 배치하려면 `Text` 노드에도 `-fx-alignment` 속성을 사용할 수 있습니다:
```vbnet
.center-text {
  -fx-alignment: center;
}

.center-text-text {
  -fx-alignment: 가운데;
}
```
그런 다음 자바 코드에서 이러한 스타일을 노드에 적용할 수 있습니다:
```scss
텍스트 text = 새로운 텍스트("Hello World");
text.getStyleClass().add("center-text-text");
VBox container = 새로운 VBox(슬라이더, 텍스트);
container.getStyleClass().add("center-text");
```
이렇게 하면 텍스트가 `VBox` 내부에서 가로와 세로 모두 중앙에 배치됩니다. 앞서 설명한 대로 CSS 파일에서 스타일을 정의하고 장면에 적용할 수도 있습니다.

[Assistant]
To center the text inside the `VBox` using only CSS, you can use the `-fx-alignment` property for the `Text` node as well:
```vbnet
.center-text {
  -fx-alignment: center;
}

.center-text-text {
  -fx-alignment: center;
}
```
And then, you can apply these styles to your nodes in your Java code:
```scss
Text text = new Text("Hello World");
text.getStyleClass().add("center-text-text");
VBox container = new VBox(slider, text);
container.getStyleClass().add("center-text");
```
This will center the text both horizontally and vertically inside the `VBox`. Note that you can also define the styles in a CSS file and apply it to your scene as previously described.


I apologize for the confusion. Here are the changes to your shader code:

Replace all instances of `uniform float time;` with `float time;` and `uniform float radius;` with `float radius;`. You will need to pass these values to the shader from your application code instead of declaring them as uniforms.

Next, replace all instances of `vec4` with `float4`, `vec3` with `float3`, and `vec2` with `float2`.

The corrected code should now look like this:
```scss
...
float time;
float radius;
...
float4 newPosition = u_inverseModelTransform * float4(_geometry.position, 1.0);
...
float x = radius * cos(angle);
float z = radius * sin(angle);
...
_geometry.position = float3(u_modelTransform * newPosition);
...
float distanceToCenter = length(_surface.diffuseTexcoord - float2(0.5, 0.5));
...
float3 yellow = float3(1.0, 1.0, 0.0);
float3 orange = float3(1.0, 0.5, 0.0);
float3 white = float3(1.0, 1.0, 1.0);
...
float3 color = mix(orange, yellow, brightness);
...
```
After making these changes, the shader code should compile without errors.

Sorry for the confusion. The changes to the shader code are as follows:

Replace all instances of 'Uniform Floating Time;' with 'Floating Time;' and 'Uniform Floating Radius;' with 'Floating Radius;'. Instead of declaring this value as a uniform value, you should pass it to the shader in your application code.

Next, replace all instances of 'vec4' with 'float4', 'vec3' with 'float3', and 'vec2' with 'float2'.

The modified code should now look like this:
```scss
...
float time;
float radius
...
float4 newPosition = u_inverseModelTransform * float4(_geometry.position, 1.0);
...
float x = radius * cos(angle);
float z = radius * sin(angle);
...
_geometry.position = float3(u_modelTransform * newPosition);
...
float distanceToCenter = length(_surface.diffuseTexcoord - float2(0.5, 0.5));
...
float3 yellow = float3(1.0, 1.0, 0.0);
float3 orange = float3(1.0, 0.5, 0.0);
float3 white = float3(1.0, 1.0, 1.0);
...
float3 color = mix(orange, yellow, light);
...
```
After making these changes, your shader code should compile without errors.

[User]
다음 문장을 영어로 번역하세요.
혼란을 드려 죄송합니다. 셰이더 코드의 변경 사항은 다음과 같습니다:

균일 부동 시간;`의 모든 인스턴스를 `부동 시간;`으로, `균일 부동 반경;`을 `부동 반경;`으로 바꿉니다. 이 값을 균일 값으로 선언하는 대신 애플리케이션 코드에서 셰이더에 전달해야 합니다.

다음으로 `vec4`의 모든 인스턴스를 `float4`로, `vec3`을 `float3`로, `vec2`를 `float2`로 대체합니다.

이제 수정된 코드는 다음과 같아야 합니다:
```scss
...
float time;
float 반지름
...
float4 newPosition = u_inverseModelTransform * float4(_geometry.position, 1.0);
...
float x = 반지름 * cos(각도);
float z = 반지름 * sin(각도);
...
_geometry.position = float3(u_modelTransform * newPosition);
...
float distanceToCenter = length(_surface.diffuseTexcoord - float2(0.5, 0.5));
...
float3 yellow = float3(1.0, 1.0, 0.0);
float3 orange = float3(1.0, 0.5, 0.0);
float3 white = float3(1.0, 1.0, 1.0);
...
float3 color = mix(주황색, 노란색, 밝기);
...
```
이렇게 변경한 후 셰이더 코드가 오류 없이 컴파일되어야 합니다.

[Assistant]
I apologize for the confusion. Here are the changes to your shader code:

Replace all instances of `uniform float time;` with `float time;` and `uniform float radius;` with `float radius;`. You will need to pass these values to the shader from your application code instead of declaring them as uniforms.

Next, replace all instances of `vec4` with `float4`, `vec3` with `float3`, and `vec2` with `float2`.

The corrected code should now look like this:
```scss
...
float time;
float radius;
...
float4 newPosition = u_inverseModelTransform * float4(_geometry.position, 1.0);
...
float x = radius * cos(angle);
float z = radius * sin(angle);
...
_geometry.position = float3(u_modelTransform * newPosition);
...
float distanceToCenter = length(_surface.diffuseTexcoord - float2(0.5, 0.5));
...
float3 yellow = float3(1.0, 1.0, 0.0);
float3 orange = float3(1.0, 0.5, 0.0);
float3 white = float3(1.0, 1.0, 1.0);
...
float3 color = mix(orange, yellow, brightness);
...
```
After making these changes, the shader code should compile without errors.


The character input apparatus comprises: a touch screen; a first keypad information database for storing information on a first keypad; a second keypad information database for storing information on a second keypad; a first keypad generation unit for displaying the first keypad including at least one character key on the touch screen during a character input mode; a first key touch recognition unit for acquiring a character code corresponding to a value of a first key from the first keypad information database and invoking a second keypad generation unit, when a touch of the first key is sensed on the first keypad; the second keypad generation unit for generating the second keypad including character keys related to the first key according to invocation by the first key touch recognition unit, and virtually displaying the second keypad on the touch screen; and a second key touch recognition unit for acquiring a character corresponding to a touch movement action from the second keypad information database and displaying the acquired character on the touch screen, when the touch movement action is sensed on the second keypad.

The present invention relates to a character input apparatus and a character input method, a touch screen, a first keypad information database in which information about the first keypad is stored, a second keypad information database in which information about the second keypad is stored, a first keypad generating unit that displays a first keypad consisting of at least one or more letter keys on the touch screen in a character input mode, when a touch of the first key is detected in the first keypad, the character code corresponding to the value of the first key is obtained from the first keypad information database,  The first key touch recognition unit calling the second keypad generating unit, the second keypad generating unit to create a second keypad comprising the letter keys associated with the first key and displaying it virtually on the touch screen in accordance with the call of the first key touch recognition unit, the second key touch recognition unit to acquire the letter corresponding to the touch movement action from the second keypad information database and display it on the touch screen when a touch movement action is detected in the second keypad.

[User]
다음 문장을 영어로 번역하세요.
본 발명은 문자 입력 장치 및 문자 입력 방법에 관한 것으로, 터치 스크린, 제1키패드에 대한 정보가 저장된 제1키패드 정보 데이터베이스, 제2키패드에 대한 정보가 저장된 제2키패드 정보 데이터베이스, 문자 입력 모드 시, 적어도 하나 이상의 문자키들로 구성된 제1키패드를 상기 터치 스크린상에 표시하는 제1키패드 생성부, 상기 제1키패드에서 제1키의 터치가 감지되면, 상기 제1키의 값에 대응하는 문자코드를 상기 제1키패드 정보 데이터베이스로부터 획득하고, 제2키패드 생성부를 호출하는 제1키 터치 인식부, 상기 제1키 터치 인식부의 호출에 따라, 상기 제1키와 관련된 문자키들을 포함하는 제2키패드를 생성하여 상기 터치 스크린상에 가상으로 표시하는 제2키패드 생성부, 상기 제2키패드에서 터치 이동 동작이 감지되면, 상기 터치 이동 동작에 대응하는 문자를 상기 제2키패드 정보 데이터베이스로부터 획득하여 상기 터치 스크린상에 표시하는 제2키 터치 인식부를 포함한다.

[Assistant] The character input apparatus comprises: a touch screen; a first keypad information database for storing information on a first keypad; a second keypad information database for storing information on a second keypad; a first keypad generation unit for displaying the first keypad including at least one character key on the touch screen during a character input mode; a first key touch recognition unit for acquiring a character code corresponding to a value of a first key from the first keypad information database and invoking a second keypad generation unit, when a touch of the first key is sensed on the first keypad; the second keypad generation unit for generating the second keypad including character keys related to the first key according to invocation by the first key touch recognition unit, and virtually displaying the second keypad on the touch screen; and a second key touch recognition unit for acquiring a character corresponding to a touch movement action from the second keypad information database and displaying the acquired character on the touch screen, when the touch movement action is sensed on the second keypad.


To check if the server-side code is able to access the properties of the "address" object and if they are properly defined in the request body, you can use a middleware function in your server-side code to log the contents of the request body to the console.

For example, you can insert the following code in your server-side code before your route handling logic:
```lua
app.use(function(req, res, next) {
    console.log(req.body);
    next();
});
```
This will log the entire request body to the console on each request, allowing you to see if the properties of the "address" object are included and properly defined.

Additionally, you can also check if the server-side code is able to access req.body.address specifically by adding a console.log(req.body.address) in your route handling logic.

if the server-side can't access req.body.address, that means that the address object is not being sent properly in the request body.
You will need to check the code that sends the request to the server, and ensure that the address object is being included in the data sent in the request and that the keys in the object match the names expected on the server-side.

If the server-side code has access to the properties of the 'address' object, and is properly defined in the request body, the middleware function in the server-side code can be used to write the contents of the request body to the console.

For example, you can insert the following code into your server-side code before the path processing logic:
```lua
app.use(function(req, res, next) {
    console.log(req.body);
    next();
});
```
This ensures that the entire request body is written to the console for each request, so that the properties of the 'address' object are included and correctly defined.

You can also add a console.log (req.body.address) to your route processing logic to verify that your server-side code has specific access to req.body.address.

If you can't access req.body.address on the server side, it means that the address object isn't being sent properly in the request body.
You need to check the code that sends the request to the server, make sure that the address object is included in the data sent in the request, and that the key of the object matches the name expected by the server side.

[User]
다음 문장을 영어로 번역하세요.
서버 측 코드가 '주소' 객체의 속성에 액세스할 수 있는지 확인하고 요청 본문에서 제대로 정의된 경우 서버 측 코드의 미들웨어 함수를 사용하여 요청 본문의 내용을 콘솔에 기록할 수 있습니다.

예를 들어 경로 처리 로직 앞에 서버 측 코드에 다음 코드를 삽입할 수 있습니다:
```lua
app.use(function(req, res, next) {
    console.log(req.body);
    next();
});
```
이렇게 하면 각 요청에 대해 전체 요청 본문이 콘솔에 기록되므로 '주소' 객체의 속성이 포함되고 올바르게 정의되었는지 확인할 수 있습니다.

또한 라우트 처리 로직에 console.log(req.body.address)를 추가하여 서버 측 코드가 req.body.address에 구체적으로 액세스할 수 있는지 확인할 수도 있습니다.

서버 측에서 req.body.address에 액세스할 수 없다면 요청 본문에서 주소 객체가 제대로 전송되지 않고 있다는 뜻입니다.
요청을 서버로 보내는 코드를 확인하고 주소 객체가 요청에 전송된 데이터에 포함되어 있는지, 객체의 키가 서버 측에서 예상한 이름과 일치하는지 확인해야 합니다.

[Assistant]
To check if the server-side code is able to access the properties of the "address" object and if they are properly defined in the request body, you can use a middleware function in your server-side code to log the contents of the request body to the console.

For example, you can insert the following code in your server-side code before your route handling logic:
```lua
app.use(function(req, res, next) {
    console.log(req.body);
    next();
});
```
This will log the entire request body to the console on each request, allowing you to see if the properties of the "address" object are included and properly defined.

Additionally, you can also check if the server-side code is able to access req.body.address specifically by adding a console.log(req.body.address) in your route handling logic.

if the server-side can't access req.body.address, that means that the address object is not being sent properly in the request body.
You will need to check the code that sends the request to the server, and ensure that the address object is being included in the data sent in the request and that the keys in the object match the names expected on the server-side.


The complex health equipment comprises: a bottom frame of a lattice structure; a pair of front frames standing in a front side of the bottom frame; a pair of back frames standing in a back side of the bottom frame; an upper frame of a lattice structure combined with upper end units of the pair of front frames and upper end units of the pair of back frames; a pair of lower guide rods combined in a vertical direction in parallel between horizontal directional frames constituting the bottom frame; a pair of upper guide rods corresponding to an installation position of the pair of lower guide rods and combined between vertical directional frames of the upper frame; a vertical guide rod positioned between the pair of lower guide rods and between the pair of upper guide rods which are faced to each other; a first combination moving unit movably combining the vertical guide rod to the pair of lower guide rods and the pair of upper guide rods in order to move the vertical guide rod along the pair of lower guide rods and the pair of upper guide rods; a second combination moving unit movably combined to the vertical guide rod to be moved along the vertical guide rod; a barbell unit fixed in the second combination moving unit; and a mounting unit mounting the barbell unit at predetermined height of the vertical guide rod.

According to the invention, the floor frame of the lattice structure; a pair of front frames that are installed standing in front of the floor frame; a pair of rear frames that are installed standing at the rear of the floor frame; the upper frame of the lattice structure, which is joined to the upper part of the front frame and the upper part of the rear frame; a pair of lower guide rods joined longitudinally parallel between the transverse frames comprising said floor frame; a pair of upper guide rods coupling between the transverse frames of the upper frame corresponding to the installation position of the lower guide rod; vertical guide rod provided at each between the opposite lower guide rod and the upper guide rod; a first coupling means of transportation wherein the vertical guide rod is movably coupled to the lower guide rod and the upper guide rod so that it is moved along the lower and upper guide rod; a second coupling vehicle that is movably coupled to the vertical guide rod so that it is moved along the vertical guide rod; a barbell means fixed to the second combined vehicle; and a mounting means for mounting and fixing the barbell means at a predetermined height of the vertical guide rod; Fitness equipment is provided.

[User]
다음 문장을 영어로 번역하세요.
본 발명에 따르면, 격자 구조의 바닥 프레임; 상기 바닥 프레임의 전방에 기립 설치되는 한 쌍의 전방 프레임; 상기 바닥 프레임의 후방에 기립 설치되는 한 쌍의 후방 프레임; 상기 전방 프레임의 상단부와 후방 프레임의 상단부에 결합되는 격자 구조의 상단 프레임; 상기 바닥 프레임을 구성하는 횡방향 프레임 사이에 종방향으로 평행하게 결합되는 한 쌍의 하부 가이드 봉; 상기 하부 가이드 봉의 설치 위치에 상응하여 상기 상단 프레임의 횡방향 프레임 사이에 결합되는 한 쌍의 상부 가이드 봉; 대향하는 상기 하부 가이드 봉과 상부 가이드 봉 사이 각각에 구비되는 수직 가이드 봉; 상기 수직 가이드 봉을 상기 하부 가이드 봉 및 상부 가이드 봉에 이동가능하게 결합시켜 하부 및 상부 가이드 봉을 따라 이동되도록 하는 제1 결합 이동수단; 상기 수직 가이드 봉에 이동가능하게 결합되어 상기 수직 가이드 봉을 따라 이동되도록 하는 제2 결합 이동수단; 상기 제2 결합 이동수단에 고정되는 바벨 수단; 및 상기 수직 가이드 봉의 소정 높이에서 상기 바벨 수단을 거치 고정하기 위한 거치 수단;을 포함하는 헬스 기구가 제공된다.

[Assistant] The complex health equipment comprises: a bottom frame of a lattice structure; a pair of front frames standing in a front side of the bottom frame; a pair of back frames standing in a back side of the bottom frame; an upper frame of a lattice structure combined with upper end units of the pair of front frames and upper end units of the pair of back frames; a pair of lower guide rods combined in a vertical direction in parallel between horizontal directional frames constituting the bottom frame; a pair of upper guide rods corresponding to an installation position of the pair of lower guide rods and combined between vertical directional frames of the upper frame; a vertical guide rod positioned between the pair of lower guide rods and between the pair of upper guide rods which are faced to each other; a first combination moving unit movably combining the vertical guide rod to the pair of lower guide rods and the pair of upper guide rods in order to move the vertical guide rod along the pair of lower guide rods and the pair of upper guide rods; a second combination moving unit movably combined to the vertical guide rod to be moved along the vertical guide rod; a barbell unit fixed in the second combination moving unit; and a mounting unit mounting the barbell unit at predetermined height of the vertical guide rod.


Thus, the present invention is characterized in that a pair of elongate tiltable members 11, 11 'with a cutting blade 12 and a handle 13 are provided with a plurality of scissors 10A, 10B, 10C (16, 15 ') of the pair of pivoting members (11, 11') are provided with a first through hole (16) and a second through hole The first and second through holes 17 and 17 'formed in one of the engaging holes 16' and the third through holes 17 and the fourth through holes 17 'and the knob neck 15' And a plurality of spacing-retaining fasteners (17, 17 ') which are respectively inserted into one of the through-hole 16, 16' and the third and fourth through-hole 17, 17 ' 20, 20 ', 200, 200') or an elongated binding rod (30), wherein at least three of the first through third through holes (16, 16 ', 17, 17' A plurality of spacing-retaining fasteners 20, 20 ', 200, 200' 30 three finger grip 13 of the selective plurality of scissors (10A, 10B, 10C) to be coupled to be fitted into the to be made to be adapted to be coupled in parallel to the one side direction.

Thus, the present invention is based on a hairdressing scissors assembly in which a pair of long rotating parts (11, 11 ') with a cutting blade (12) and a handle (13) are combined with a plurality of scissors (10A, 10B, 10C) that rotate around the middle hinge shaft (14), the first penetrating coupling hole 16 and the second penetrating coupling hole (16 ') and the third penetrating coupling hole 17 and the fourth penetrating coupling hole (17 ') and the handle neck (15, 15 ') of the handle neck (15, 15 ') of the first in the handle neck 15, 2 penetrating coupling holes (16, 16 ') and the 3rd and 4th penetrating coupling holes (17, 17 ') in the handle neck of the other one 17, 17 'are provided with a plurality of space-keeping binding holes (20,20,200 ') or long bonding rods 30 to be inserted into each of the 1,2,3,4 penetrating coupling holes (16,16',17,17') at least 3 of the 1,2,200,200 ') or long bonding rods 30 selectively fit into the penetrating coupling holes (20,20,200,200 ') or long bonding rods 30 so that multiple shears (10A, 10B,10C) handles 13 are configured in such a way that they can be joined side by side in a lateral direction.

[User]
다음 문장을 영어로 번역하세요.
따라서, 본 발명은 커팅날부(12)와 손잡이부(13)가 있는 한쌍의 기다란 회동부재(11,11')가 중간힌지축부(14)를 중심으로 회동되는 다수의 가위(10A,10B,10C)가 결합되게 하는 미용가위조립체에 있어서, 상기 한쌍의 회동부재(11,11')의 손잡이목부(15,15')에 길이방향으로 각각 구비되는 제1관통결합공(16)과 제2관통결합공(16') 및 제3관통결합공(17)과 제4관통결합공(17') 및 상기 손잡이목부(15,15') 중에 어느 하나의 손잡이목부(15)에 있는 제1,2관통결합공(16,16') 및 다른 하나의 손잡이목부(15')에 있는 제3,4관통결합공(17,17') 중에 어느 하나로 각각 관통되게 끼워지도록 하는 다수의 간격유지결착구(20,20',200,200')나 기다란 결착로드(30)를 구비하고, 상기 제1,2,3,4관통결합공(16,16',17,17') 중에 적어도 3개의 관통결합공에 다수의 간격유지결착구(20,20',200,200')나 기다란 결착로드(30) 중에 3개가 선택적으로 끼워지게 결합 되도록 하여 복수개의 가위(10A,10B,10C)들의 손잡이부(13)들이 일측면 방향으로 나란하게 결합 될 수 있도록 구성되게 이루어진 것이다.

[Assistant] Thus, the present invention is characterized in that a pair of elongate tiltable members 11, 11 'with a cutting blade 12 and a handle 13 are provided with a plurality of scissors 10A, 10B, 10C (16, 15 ') of the pair of pivoting members (11, 11') are provided with a first through hole (16) and a second through hole The first and second through holes 17 and 17 'formed in one of the engaging holes 16' and the third through holes 17 and the fourth through holes 17 'and the knob neck 15' And a plurality of spacing-retaining fasteners (17, 17 ') which are respectively inserted into one of the through-hole 16, 16' and the third and fourth through-hole 17, 17 ' 20, 20 ', 200, 200') or an elongated binding rod (30), wherein at least three of the first through third through holes (16, 16 ', 17, 17' A plurality of spacing-retaining fasteners 20, 20 ', 200, 200' 30 three finger grip 13 of the selective plurality of scissors (10A, 10B, 10C) to be coupled to be fitted into the to be made to be adapted to be coupled in parallel to the one side direction.


The COVID-19 pandemic has had a significant impact on Asian Americans, who have experienced a surge in hate crimes since the pandemic began. This rise in anti-Asian hate crimes is not a new phenomenon, but rather an extension of historical discrimination and racism against Asian Americans. The neoliberal era criminalized poverty, diverting attention away from capitalism's failures and leading to an increase in institutionalized practices like "broken windows policing" that disproportionately affected impoverished Black and Brown communities. However, groups like CAAAV have fought against police brutality and discrimination towards Asian Americans since the 1980s, advocating for transformative justice practices and mutual aid efforts. Abolitionist movements are working to dismantle racist systems of governance and justice and imagine a society that prioritizes healing and transformation over punishment and violence. The fight against anti-Asian violence is connected to the broader struggle for social justice and Black liberation, requiring the undoing of US imperialism and anti-Black racism. Ultimately, transformative justice practices and mutual aid efforts offer an alternative to our current system of governance and justice and demonstrate the possibility of a more equitable and just society.

The COVID-19 pandemic has had a major impact on Asian Americans, and hate crimes have skyrocketed since the pandemic began. The rise in anti-Asian hate crimes is not a new phenomenon, but rather an extension of historical discrimination and racism against Asian Americans. The neoliberal era saw an increase in institutionalized practices such as 'cracking down on broken windows' that criminalized poverty, diverting attention away from the failures of capitalism and disproportionately affecting impoverished Black and Brown communities. However, groups like CAAAV have been fighting police violence and discrimination against Asian Americans since the 1980s, advocating for transformative justice practices and mutual aid efforts. The desegregation movement is working to dismantle racist systems of governance and justice and imagine a society that prioritizes healing and change over punishment and violence. The fight against anti-Asian violence is linked to broader struggles for social justice and black liberation, calling for the abolition of U.S. imperialism and anti-black racism. Ultimately, transformational justice practices and mutual aid efforts can offer alternatives to current systems of governance and justice and demonstrate the possibility of a more equitable and just society.

[User]
다음 문장을 영어로 번역하세요.
코로나19 팬데믹은 아시아계 미국인에게 큰 영향을 미쳤으며, 팬데믹이 시작된 이후 증오 범죄가 급증하고 있습니다. 아시아계 혐오 범죄의 증가는 새로운 현상이 아니라 아시아계 미국인에 대한 역사적 차별과 인종차별의 연장선상에 있습니다. 신자유주의 시대에는 빈곤을 범죄화하여 자본주의의 실패에 대한 관심을 다른 곳으로 돌리고 빈곤한 흑인과 브라운 커뮤니티에 불균형적으로 영향을 미치는 '깨진 유리창 단속'과 같은 제도화된 관행이 증가했습니다. 그러나 CAAAV와 같은 단체는 1980년대부터 아시아계 미국인에 대한 경찰의 폭력과 차별에 맞서 싸우며 변혁적인 사법 관행과 상호 원조 노력을 옹호해 왔습니다. 인종차별 철폐 운동은 인종차별적인 통치 및 사법 시스템을 해체하고 처벌과 폭력보다 치유와 변화를 우선시하는 사회를 상상하기 위해 노력하고 있습니다. 반아시아 폭력에 맞서 싸우는 것은 사회 정의와 흑인 해방을 위한 광범위한 투쟁과 연결되어 있으며, 미국 제국주의와 반흑인 인종차별의 철폐를 요구합니다. 궁극적으로, 변혁적 정의 실천과 상호 원조 노력은 현재의 거버넌스 및 정의 시스템에 대한 대안을 제시하고 보다 공평하고 정의로운 사회의 가능성을 보여줄 수 있습니다.

[Assistant] The COVID-19 pandemic has had a significant impact on Asian Americans, who have experienced a surge in hate crimes since the pandemic began. This rise in anti-Asian hate crimes is not a new phenomenon, but rather an extension of historical discrimination and racism against Asian Americans. The neoliberal era criminalized poverty, diverting attention away from capitalism's failures and leading to an increase in institutionalized practices like "broken windows policing" that disproportionately affected impoverished Black and Brown communities. However, groups like CAAAV have fought against police brutality and discrimination towards Asian Americans since the 1980s, advocating for transformative justice practices and mutual aid efforts. Abolitionist movements are working to dismantle racist systems of governance and justice and imagine a society that prioritizes healing and transformation over punishment and violence. The fight against anti-Asian violence is connected to the broader struggle for social justice and Black liberation, requiring the undoing of US imperialism and anti-Black racism. Ultimately, transformative justice practices and mutual aid efforts offer an alternative to our current system of governance and justice and demonstrate the possibility of a more equitable and just society.


According to the method for registering an interactive vehicle apparatus of the present invention, a network communication function for connecting to a communication network and an OBD interlock function for interfacing with a vehicle OBD (On-Board Diagnostics) through short-range wireless communication and a voice recognition function And a voice output function for outputting a voice to a user, characterized in that the operating server executes a method of operating the vehicle device in accordance with a procedure specified through a network communication function of the vehicle device, Receiving the device-specific information identifying the user device, receiving the vehicle information of the vehicle having the vehicle device and the wireless terminal information of the user wireless terminal, and when the application designated to the user wireless terminal is installed, The unique identification information for communicating with the app of the vehicle device, Maps the wireless terminal information of the wireless terminal with the unique identification information for communicating with the app of the user wireless terminal and the vehicle information, and stores the mapping information in a designated storage medium.

According to the registration method of the interactive vehicle apparatus of the present invention, in a method of communicating with the vehicle device having an OBD interlocking function and a voice recognition function to recognize the user's utterances and an audio output function to output the voice to the user, the operating server receives the device unique information that uniquely identifies the vehicle device in accordance with the procedure specified through the network communication function of the vehicle device,  If the vehicle information of the vehicle equipped with the vehicle device and the wireless terminal information of the user wireless terminal are received, and the application specified in the user wireless terminal is installed, the operating server confirms the unique identification information for communication with the application of the user wireless terminal, and the operating server maps the unique information of the device of the vehicle device and the wireless terminal information of the user wireless terminal and the unique identification information for communication with the application of the user wireless terminal and stores the vehicle information in the designated storage medium.

[User]
다음 문장을 영어로 번역하세요.
본 발명의 대화형 차량장치의 등록 방법에 따르면, 통신망에 연결하는 망 통신 기능과 근거리 무선 통신을 통해 차량 OBD(On-Board Diagnostics)와 연동하는 OBD연동 기능과 사용자의 발화를 인식하는 음성인식 기능과 사용자에게 음성을 출력하는 음성출력 기능을 구비한 차량장치와 통신하는 운영서버를 통해 실행되는 방법에 있어서, 상기 운영서버가 상기 차량장치의 망 통신 기능을 통해 지정된 절차에 따라 상기 차량장치를 고유 식별하는 장치고유정보를 수신하고, 상기 차량장치를 구비한 차량의 차량정보와 사용자 무선단말의 무선단말정보를 수신하고, 상기 사용자 무선단말에 지정된 앱이 설치된 경우, 상기 운영서버가 상기 사용자 무선단말의 앱과 통신하기 위한 고유식별정보를 확인하며, 상기 운영서버가 상기 차량장치의 장치고유정보와 사용자 무선단말의 무선단말정보와 상기 사용자 무선단말의 앱과 통신하기 위한 고유식별정보와 상기 차량정보를 매핑하여 지정된 저장매체에 저장한다.

[Assistant] According to the method for registering an interactive vehicle apparatus of the present invention, a network communication function for connecting to a communication network and an OBD interlock function for interfacing with a vehicle OBD (On-Board Diagnostics) through short-range wireless communication and a voice recognition function And a voice output function for outputting a voice to a user, characterized in that the operating server executes a method of operating the vehicle device in accordance with a procedure specified through a network communication function of the vehicle device, Receiving the device-specific information identifying the user device, receiving the vehicle information of the vehicle having the vehicle device and the wireless terminal information of the user wireless terminal, and when the application designated to the user wireless terminal is installed, The unique identification information for communicating with the app of the vehicle device, Maps the wireless terminal information of the wireless terminal with the unique identification information for communicating with the app of the user wireless terminal and the vehicle information, and stores the mapping information in a designated storage medium.


The present invention relates to a thin film transistor substrate and a method of manufacturing the same, which can simplify a process and reduce manufacturing cost, and a thin film transistor substrate of the present invention includes a substrate; A gate line and a gate electrode formed on the substrate; A gate insulating film formed on the entire surface of the substrate including the gate electrode; A thin film transistor formed at a crossing region of the gate line and the data line and a data line crossing the gate line and defining a pixel region with the gate insulating film interposed therebetween; A pixel electrode formed on the gate insulating layer and directly connected to the thin film transistor, and a transparent conductive pattern formed to cover the entire surface of the data line with the same material as the pixel electrode; A photosensitive organic pattern formed to completely cover the transparent conductive pattern; A protective film formed on the entire surface of the substrate including the photosensitive organic material pattern; And a plurality of slit-shaped common electrodes overlapping the pixel electrodes with the protective film interposed therebetween.

The present invention relates to a thin-film transistor substrate and a method of manufacturing the same which can simplify the process and reduce manufacturing costs, and the thin-film transistor substrate of the present invention is a substrate; gate lines and gate electrodes formed on the substrate; gate insulation film formed on the front of the substrate, including the gate electrode; A thin-film transistor formed at the intersection of the gate line and the data line and the data line intersecting with the gate line between the gate line and the gate insulating membrane defining the pixel region; a pixel electrode formed on the gate insulating membrane and directly connected to the thin-film transistor and a transparent conductive pattern formed to cover the front of the data line with the same material as the pixel electrode; a photosensitive organic matter pattern formed to completely cover the transparent conductive pattern; a protective film formed on the front of the substrate, including the photosensitive organic matter pattern; and a plurality of slit form common electrodes overlapping the pixel electrodes between the protective membranes.

[User]
다음 문장을 영어로 번역하세요.
본 발명은 공정을 간소화하고 제조 비용을 절감할 수 있는 박막 트랜지스터 기판 및 이의 제조 방법에 관한 것으로, 본 발명의 박막 트랜지스터 기판은 기판; 기판 상에 형성된 게이트 라인 및 게이트 전극; 상기 게이트 전극을 포함한 상기 기판 전면에 형성된 게이트 절연막; 상기 게이트 라인과 데이터 라인의 교차 영역에 형성된 박막 트랜지스터 및 상기 게이트 절연막을 사이에 두고 상기 게이트 라인과 교차하여 화소 영역을 정의하는 데이터 라인; 상기 게이트 절연막 상에 형성되어 상기 박막 트랜지스터와 직접 접속하는 화소 전극 및 상기 화소 전극과 동일 물질로 상기 데이터 라인의 전면을 덮도록 형성된 투명 전도성 패턴; 상기 투명 전도성 패턴을 완전히 덮도록 형성된 감광성 유기물 패턴; 상기 감광성 유기물 패턴을 포함한 상기 기판 전면에 형성된 보호막; 및 상기 보호막을 사이에 두고 상기 화소 전극과 중첩되는 복수 개의 슬릿 형태의 공통 전극을 포함한다.

[Assistant] The present invention relates to a thin film transistor substrate and a method of manufacturing the same, which can simplify a process and reduce manufacturing cost, and a thin film transistor substrate of the present invention includes a substrate; A gate line and a gate electrode formed on the substrate; A gate insulating film formed on the entire surface of the substrate including the gate electrode; A thin film transistor formed at a crossing region of the gate line and the data line and a data line crossing the gate line and defining a pixel region with the gate insulating film interposed therebetween; A pixel electrode formed on the gate insulating layer and directly connected to the thin film transistor, and a transparent conductive pattern formed to cover the entire surface of the data line with the same material as the pixel electrode; A photosensitive organic pattern formed to completely cover the transparent conductive pattern; A protective film formed on the entire surface of the substrate including the photosensitive organic material pattern; And a plurality of slit-shaped common electrodes overlapping the pixel electrodes with the protective film interposed therebetween.


You're correct, my apologies for the confusion. The autonomy is usually measured in days, not hours. In this case, if you want your battery bank to be autonomous for 12 hours, that would be equivalent to half a day.

To calculate the size of the battery bank you need, you can multiply your average daily energy usage in kWh (1.74 kWh) by the number of days of autonomy you want (0.5 days)

1.74 \* 0.5 = 0.87 kWh

It is recommended that you add a safety margin of 20-25% to the total energy storage capacity to account for system losses and future energy usage increases. So, you should aim for at least 1.08 kWh (0.87 + (0.87 \* 0.25)) of energy storage capacity.

When it comes to the inverter, you should choose an inverter that is rated for at least 1.08 kWh.

Please note that this is only an estimate. Keep in mind that actual energy consumption may differ from your estimate, so it's important to monitor your system's performance and adjust the size of the battery bank accordingly.

Please let me know if you have any other question or concerns.

That is right. Sorry for the confusion. Autonomy is usually measured in days rather than hours. In this case, if you want the battery bank to work autonomously for 12 hours, it will be half a day.

To calculate the size of the battery bank you need, simply multiply your average daily energy usage (1.74 kWh) by the desired number of autonomous driving days (0.5 days).

1.74 \* 0.5 = 0.87kWh

Considering the loss of the system and the increase in energy usage in the future, it is recommended to add a safety margin of 20~25% to the total energy storage capacity. Therefore, you should aim for an energy storage capacity of at least 1.08 kWh (0.87 + (0.87 \* 0.25)).

For inverters, you should choose one with a minimum rating of 1.08 kWh.

Please note that this is an estimate only. Actual energy consumption may differ from estimates, so it is important to monitor your system's performance and size your battery bank accordingly.

If you have any other questions or concerns, please feel free to let me know.

[User]
다음 문장을 영어로 번역하세요.
맞습니다. 혼란을 드려 죄송합니다. 자율성은 일반적으로 시간이 아닌 일 단위로 측정됩니다. 이 경우 배터리 뱅크가 12시간 동안 자율적으로 작동하기를 원한다면 반나절에 해당합니다.

필요한 배터리 뱅크의 크기를 계산하려면 일일 평균 에너지 사용량(1.74kWh)에 원하는 자율 주행 일수(0.5일)를 곱하면 됩니다.

1.74 \* 0.5 = 0.87kWh

시스템 손실과 향후 에너지 사용량 증가를 고려하여 총 에너지 저장 용량에 20~25%의 안전 마진을 추가하는 것이 좋습니다. 따라서 최소 1.08kWh(0.87 + (0.87 \* 0.25))의 에너지 저장 용량을 목표로 해야 합니다.

인버터의 경우 최소 1.08kWh 정격의 인버터를 선택해야 합니다.

이는 추정치일 뿐이라는 점에 유의하세요. 실제 에너지 소비량은 예상치와 다를 수 있으므로 시스템 성능을 모니터링하고 그에 따라 배터리 뱅크의 크기를 조정하는 것이 중요합니다.

다른 질문이나 우려 사항이 있으시면 언제든지 알려주세요.

[Assistant]
You're correct, my apologies for the confusion. The autonomy is usually measured in days, not hours. In this case, if you want your battery bank to be autonomous for 12 hours, that would be equivalent to half a day.

To calculate the size of the battery bank you need, you can multiply your average daily energy usage in kWh (1.74 kWh) by the number of days of autonomy you want (0.5 days)

1.74 \* 0.5 = 0.87 kWh

It is recommended that you add a safety margin of 20-25% to the total energy storage capacity to account for system losses and future energy usage increases. So, you should aim for at least 1.08 kWh (0.87 + (0.87 \* 0.25)) of energy storage capacity.

When it comes to the inverter, you should choose an inverter that is rated for at least 1.08 kWh.

Please note that this is only an estimate. Keep in mind that actual energy consumption may differ from your estimate, so it's important to monitor your system's performance and adjust the size of the battery bank accordingly.

Please let me know if you have any other question or concerns.


You are correct. I apologize for my earlier response. The two segments you provided are not parallel in 3D space.

In this case, the shortest segment connecting the two input segments would be a line segment that starts at the point of closest approach between the two segments and ends at a point on each segment that is closest to the point of closest approach.

To find the point of closest approach, you can use the same approach as before: find the direction vectors for each segment, compute the dot product of those vectors, and use the dot product to determine the angle between the segments. The point of closest approach is the point on one of the segments that is closest to the other segment, and can be found using vector projection.

After finding the point of closest approach, you can find the two closest points on the two input segments by projecting the vector between the point of closest approach and the start point of each segment onto the direction vector of each segment. The resulting projections give the distance along each segment to the closest point, and you can use these distances to find the actual closest points on each segment.

The resulting `Segment3D` object would have its start point at one of the closest points on one segment and its end point at the corresponding closest point on the other segment.

That is right. Apologies for the previous answer. The two segments you provide are not parallel in 3D space.

In this case, the shortest segment connecting the two input segments would be the segments that start at the closest point of access between the two segments and end at the point of each segment closest to the nearest point of approach.

To find the nearest access point, you can use the same method as before to get the direction vector of each segment, calculate the dot product of that vector, and then use the dot product to determine the angle between the segments. The nearest access point is the point closest to one segment to another, which can be found using vector projection.

Once you have found the nearest point of approach, you can find the two closest points on the two input segments by projecting the vector between the nearest point of approach and the starting point of each segment onto the direction vector of each segment. The resulting projection provides the distance to the nearest point along each segment, which can be used to find the actual closest point in each segment.

The resulting 'Segment3D' object has a start point at one of the closest points in one segment and an end point at the corresponding closest point in another segment.

[User]
다음 문장을 영어로 번역하세요.
맞습니다. 이전 답변에 대해 사과드립니다. 제공하신 두 세그먼트는 3D 공간에서 평행하지 않습니다.

이 경우 두 입력 세그먼트를 연결하는 최단 세그먼트는 두 세그먼트 사이의 가장 가까운 접근 지점에서 시작하여 가장 가까운 접근 지점에 가장 가까운 각 세그먼트의 지점에서 끝나는 선분이 될 것입니다.

가장 가까운 접근 지점을 찾으려면 이전과 동일한 방법으로 각 세그먼트의 방향 벡터를 구하고 해당 벡터의 내적을 계산한 다음 내적을 사용하여 세그먼트 사이의 각도를 결정할 수 있습니다. 가장 가까운 접근 지점은 세그먼트 중 하나에서 다른 세그먼트에 가장 가까운 지점으로, 벡터 투영을 사용하여 찾을 수 있습니다.

가장 가까운 접근 지점을 찾은 후에는 가장 가까운 접근 지점과 각 세그먼트의 시작점 사이의 벡터를 각 세그먼트의 방향 벡터에 투영하여 두 입력 세그먼트에서 가장 가까운 두 지점을 찾을 수 있습니다. 결과 투영은 각 세그먼트를 따라 가장 가까운 점까지의 거리를 제공하며, 이 거리를 사용하여 각 세그먼트에서 실제 가장 가까운 점을 찾을 수 있습니다.

결과 '세그먼트3D' 개체의 시작점은 한 세그먼트의 가장 가까운 점 중 하나에 있고 끝점은 다른 세그먼트의 해당 가장 가까운 점에 있습니다.

[Assistant]
You are correct. I apologize for my earlier response. The two segments you provided are not parallel in 3D space.

In this case, the shortest segment connecting the two input segments would be a line segment that starts at the point of closest approach between the two segments and ends at a point on each segment that is closest to the point of closest approach.

To find the point of closest approach, you can use the same approach as before: find the direction vectors for each segment, compute the dot product of those vectors, and use the dot product to determine the angle between the segments. The point of closest approach is the point on one of the segments that is closest to the other segment, and can be found using vector projection.

After finding the point of closest approach, you can find the two closest points on the two input segments by projecting the vector between the point of closest approach and the start point of each segment onto the direction vector of each segment. The resulting projections give the distance along each segment to the closest point, and you can use these distances to find the actual closest points on each segment.

The resulting `Segment3D` object would have its start point at one of the closest points on one segment and its end point at the corresponding closest point on the other segment.


The present invention provides a light source device comprising: a plurality of light sources; An FEL (Fly Eye Lens) in which a plurality of optic patterns are formed corresponding to each of the plurality of light sources; An image forming panel (pannel) for forming and outputting an image based on light provided from the plurality of light sources; A collimation lens disposed between the plurality of light sources and the FEL; An illumination lens for focusing the light transmitted through the FEL to the image forming panel; And a processor for controlling the plurality of light sources and the image forming panel, wherein the plurality of light sources include: a first light source for outputting first light; And a second light source for outputting a second light, wherein the FEL includes a first sub-FEL having a first optic pattern for guiding the first light to be uniformly provided to the image forming panel, ; And a second sub-FEL having a second optic pattern for guiding the second light to uniformly provide the second light to the image forming panel, wherein the first sub-FEL and the second sub- To a head-up display apparatus for another vehicle.

The present invention consists of multiple light sources; Fly Eye Lens (FEL) in which multiple optic paterns are formed in response to each of the above multiple light sources; An image formation panel (pannel) that forms and outputs an image based on the light provided by the plurality of light sources; a collimation lens placed between the plurality of light sources and the FEL; an illumination lens that focuses the light penetrating the FEL onto the image-forming panel; and a processor to control the plurality of light sources and the image-forming panel; and the plurality of light sources, including the first light source, which outputs the first light; and a second light source that outputs a second light; The FEL consists of a first sub-FEL in which a first optic pattern is formed that induces the first light to be uniformly provided to the image-forming panel as the first region; and a second sub-FEL in which a second optical pattern is formed that induces the second light to be uniformly provided to the image-forming panel as a second region; The size of the first zone and the second zone relates to different vehicle head-up display devices.

[User]
다음 문장을 영어로 번역하세요.
본 발명은 복수의 광원; 상기 복수의 광원 각각에 대응하여 복수의 옵틱 패턴(optic patern)이 형성되는 FEL(Fly Eye Lens); 상기 복수의 광원에서 제공되는 광에 기초하여 이미지를 형성하여 출력하는 이미지 형성 패널(pannel); 상기 복수의 광원 및 상기 FEL 사이에 배치되는 콜리메이션 렌즈; 상기 FEL을 투과한 광을 상기 이미지 형성 패널로 포커싱하는 일루미네이션 렌즈; 및 상기 복수의 광원 및 상기 이미지 형성 패널을 제어하는 프로세서;를 포함하고, 상기 복수의 광원은, 제1 광을 출력하는 제1 광원; 및 제2 광을 출력하는 제2 광원;을 포함하고, 상기 FEL은,상기 제1 광이, 상기 이미지 형성 패널에 제1 영역으로 균일하게 제공되도록 유도하는 제1 옵틱 패턴이 형성된 제1 서브 FEL; 및 상기 제2 광이, 상기 이미지 형성 패널에 제2 영역으로 균일하게 제공되도록 유도하는 제2 옵틱 패턴이 형성된 제2 서브 FEL;을 포함하고, 상기 제1 영역과 상기 제2 영역의 크기는 서로 다른 차량용 헤드 업 디스플레이 장치에 관한 것이다.

[Assistant] The present invention provides a light source device comprising: a plurality of light sources; An FEL (Fly Eye Lens) in which a plurality of optic patterns are formed corresponding to each of the plurality of light sources; An image forming panel (pannel) for forming and outputting an image based on light provided from the plurality of light sources; A collimation lens disposed between the plurality of light sources and the FEL; An illumination lens for focusing the light transmitted through the FEL to the image forming panel; And a processor for controlling the plurality of light sources and the image forming panel, wherein the plurality of light sources include: a first light source for outputting first light; And a second light source for outputting a second light, wherein the FEL includes a first sub-FEL having a first optic pattern for guiding the first light to be uniformly provided to the image forming panel, ; And a second sub-FEL having a second optic pattern for guiding the second light to uniformly provide the second light to the image forming panel, wherein the first sub-FEL and the second sub- To a head-up display apparatus for another vehicle.


CONSTITUTION: An apparatus comprises a first computer(11) for control of an engine(50), a second computer(20) for processing data output from the first computer, an input/output control device(30) for receiving a signal from the second computer and outputting the signal to the engine(50), and an amplifier(40) for amplifying the signal output from the engine, wherein the input/output controller(30) further comprises a power supply(302), a second CPU(304) for receiving data and control signal from a second bus and controls system-related data, the CPU(30) having a specification of 80386, 25Mhz, internal 32bit, external 16bit, a first A/D converter(306), and a second A/D converter(308) connected to the second CPU, a D/A converter(310) for converting the digital signal output from the second CPU into analog signal, a digital input unit(312) and a digital output unit(314) both connected to the second bus, a key pad(316) connected to the second bus and which receives signals from users, and a display(318) connected to the second bus to display signals from users and output data.

The present invention relates to the performance of the engine produced in the production line or the engine control device meet which can easily test, analyze and control the various performance of the engine in order to study the engine in the future in the laboratory, etc., the input/output control device 30 is the second CPU 304 having the performance of 80386, 25Mhz, internal 32-bit, external 16-bit to control various data about the system by receiving data and control signals from the second bus,  The first analog / digital converter 306 to convert the analog signal input from the outside to a digital signal through the second bus and the second analog / digital converter 308 which is connected to the second CPU 304 and converts the analog signal input from the outside through the second bus to a digital signal and the digital / analogue converter 310 which converts the digital signal output from the second CPU 304 to an analog signal and,  It is an invention characterized by the digital input portion 312 connected to the second bus and the digital output portion 314 connected to the second bus and the digital output portion 314 that the digital signal is output to the outside, the key pad part 316 connected to the second bus to receive various signals operated by the user and diagnosing their signals, and the display part 318 connected to the second bus to display the signal and output data operated by the user.

[User]
다음 문장을 영어로 번역하세요.
본 발명은 생산라인에서 생산된 엔진의 성능이나 또는 연구소 등에서 앞으로의 엔진을 연구하기 위해서 엔진의 여러 성능을 용이하게 시험, 분석 및 이를 제어할 수 있는 엔진제어장치 밋 그 제어방법에 관한 것으로서, 입출력제어장치(30)는제 2 버스로부터 데이터와 제어 신호를 입력받아 시스템에 관한 각종 데이터를 제어하도록 80386, 25Mhz, 인터널(internal) 32비트, 익스터널(external) 16비트의성능을 가지고 있는 제 2 CPU(304)와, 상기 제 2 버스를 통해서 외부로부터 입력되는 아날로그 신호를 디지탈 신호로 변환하는 제 1 아날로그/디지탈 컨버터(306)와,상기 제 2 CPU(304)에 연결되어 상기 제 2 버스를 통해서 외부로부터 입력되는 아날로그 신호를 디지탈 신호로 변환하는 제 2 아날로그/디지탈 컨버터(308)와, 상기제 2 CPU(304)에서 출력되는 디지탈 신호를 아날로그 신호로 변환하는 디지탈/아날로그 컨버터(digital/analogue converter)(310)와, 상기 제 2 버스에 연결되어 디지탈 신호가 입력되는 디지탈 입력부(312)와, 상기 제 2 버스에 연결되어 디지탈 신호가 외부로 출력되는 디지탈 출력부(314)와, 상기 제 2 버스에 연결되어 사용자가 조작한 각종 신호를 입력받아 이들의 신호를 진단하는 키페드(key pad)부(316)와, 상기 제 2 버스에 연결되어 사용자가 조작한 신호와 출력 데이터를 디스플레이하는 디스플레이부(318)로 구성되어 있는 것을 특징으로 하는 발명이다.

[Assistant] CONSTITUTION: An apparatus comprises a first computer(11) for control of an engine(50), a second computer(20) for processing data output from the first computer, an input/output control device(30) for receiving a signal from the second computer and outputting the signal to the engine(50), and an amplifier(40) for amplifying the signal output from the engine, wherein the input/output controller(30) further comprises a power supply(302), a second CPU(304) for receiving data and control signal from a second bus and controls system-related data, the CPU(30) having a specification of 80386, 25Mhz, internal 32bit, external 16bit, a first A/D converter(306), and a second A/D converter(308) connected to the second CPU, a D/A converter(310) for converting the digital signal output from the second CPU into analog signal, a digital input unit(312) and a digital output unit(314) both connected to the second bus, a key pad(316) connected to the second bus and which receives signals from users, and a display(318) connected to the second bus to display signals from users and output data.


I apologize if my previous joke did not resonate with your friend. Here's another attempt:

Two middle-aged South Africans were attending a classical piano concert in London. As the pianist began to play, one of them turned to the other and whispered, "This music reminds me of home."

"Really?" his friend replied. "How so?"

"Well, you know how South Africans love their braais," the first man said. "This music is like a braai for the ears!"

His friend raised an eyebrow. "A braai for the ears? I've never heard of that before."

The first man shrugged. "Think about it. Just like a braai brings people together and fills them with warmth and joy, this music brings people together and fills them with emotions and passion. It's a feast for the ears!"

His friend thought about it for a moment, then nodded in agreement. "I see what you mean. And just like a braai, we should savor every moment of this beautiful music."

The two friends sat back and enjoyed the concert, feeling proud to be South African and grateful for the beauty of classical music.

I apologize if my joke didn't resonate with my friend. Let's try something else:

Two middle-aged South Africans were attending a classical piano concert in London. As the pianist began to play, one of them turned to the other and whispered, "This music reminds me of home."

"Really?" his friend replied. "How?"

"Well, you know how much South Africans love braai," said the first man. "This music is like a braai for your ears!"

His friend raised an eyebrow. "A bra for the ears? I've never heard of anything like it."

The first man shrugged. "Think about it. Just as a braai brings people together and fills them with warmth and joy, this music brings people together and fills them with emotion and passion. It's a feast for the ears!"

The friend thought for a moment, then nodded in agreement. "I see what you mean. Like Brai, we need to savor every moment of this beautiful music."

The two friends enjoyed the concert as they were proud to be South Africans and appreciated the beauty of classical music.

[User]
다음 문장을 영어로 번역하세요.
제 농담이 친구의 공감을 얻지 못했다면 사과드립니다. 다른 시도를 해보겠습니다:

두 명의 중년 남아공인이 런던에서 열린 클래식 피아노 콘서트에 참석하고 있었습니다. 피아니스트가 연주를 시작하자 한 명이 다른 한 명을 향해 "이 음악을 들으니 고향이 생각나요"라고 속삭였습니다.

"정말요?" 그의 친구가 대답했습니다. "어떻게요?"

"글쎄요, 남아공 사람들이 브라이를 얼마나 좋아하는지 아시잖아요." 첫 번째 남자가 말했습니다. "이 음악은 귀를 위한 브라이와 같아요!"

그의 친구가 눈썹을 치켜올렸습니다. "귀를 위한 브라이요? 그런 건 처음 들어보네요."

첫 번째 남자는 어깨를 으쓱했습니다. "생각해 보세요. 브라이가 사람들을 하나로 모으고 따뜻함과 기쁨으로 가득 채우는 것처럼, 이 음악은 사람들을 하나로 모으고 감정과 열정으로 가득 채우죠. 귀의 향연이라고요!"

친구는 잠시 생각한 후 고개를 끄덕이며 동의했습니다. "무슨 말인지 알겠어요. 브라이처럼 우리도 이 아름다운 음악을 매 순간 음미해야 해요."

두 친구는 남아공인임을 자랑스럽게 여기고 클래식 음악의 아름다움에 감사하며 콘서트를 즐겼습니다.

[Assistant]
I apologize if my previous joke did not resonate with your friend. Here's another attempt:

Two middle-aged South Africans were attending a classical piano concert in London. As the pianist began to play, one of them turned to the other and whispered, "This music reminds me of home."

"Really?" his friend replied. "How so?"

"Well, you know how South Africans love their braais," the first man said. "This music is like a braai for the ears!"

His friend raised an eyebrow. "A braai for the ears? I've never heard of that before."

The first man shrugged. "Think about it. Just like a braai brings people together and fills them with warmth and joy, this music brings people together and fills them with emotions and passion. It's a feast for the ears!"

His friend thought about it for a moment, then nodded in agreement. "I see what you mean. And just like a braai, we should savor every moment of this beautiful music."

The two friends sat back and enjoyed the concert, feeling proud to be South African and grateful for the beauty of classical music.


Answer: c. Different modules should have design standards most appropriate to their particular task.

Explanation: A well-designed electronic health record (EHR) interface should be designed to support efficient and effective clinical workflows, minimize errors and distractions, and promote usability and user satisfaction. One key aspect of a well-designed EHR interface is that different modules should have design standards that are appropriate to their particular task. For example, the design of a medication ordering module may differ from that of a laboratory result module, as the tasks involved in each module may require different information and actions.

Option a is incorrect because color mapping schemes should not be based on cultural norms alone, but rather on established conventions for use in health care. Option b is incorrect because providing direct user feedback is important for improving user awareness and engagement with the EHR interface. Option d is incorrect because providing too much information in the interface can overwhelm the user and make it more difficult to find the information they need.

Bloom's Taxonomy Level: Application.

A: c. Each module should have a design standard that is best suited for a specific task.

Description: A well-designed electronic health record (EHR) interface should be designed to support efficient and effective clinical workflows, minimize errors and distractions, and increase ease of use and user satisfaction. One key aspect of a well-designed EHR interface is that each module should have a design standard that is appropriate for the specific task. For example, the design of the Drug Order module may differ from the design of the Laboratory Results module because the tasks involved in each module may require different information and tasks.

Option A is incorrect because color mapping schemes should not be based solely on cultural norms, but on established practices used in health care. Option b is incorrect, as it is important to provide feedback directly to the user in order to improve user perception and engagement with the EHR interface. Option D is incorrect, as providing too much information in the interface can overwhelm the user and make it harder for them to find the information they need.

Classification level of bloom: Application.

[User]
다음 문장을 영어로 번역하세요.
답: c. 모듈마다 특정 작업에 가장 적합한 설계 표준이 있어야 합니다.

설명: 잘 설계된 전자 건강 기록(EHR) 인터페이스는 효율적이고 효과적인 임상 워크플로를 지원하고, 오류와 주의 산만을 최소화하며, 사용 편의성과 사용자 만족도를 높일 수 있도록 설계되어야 합니다. 잘 설계된 EHR 인터페이스의 한 가지 핵심 측면은 각 모듈마다 특정 작업에 적합한 디자인 표준이 있어야 한다는 것입니다. 예를 들어, 각 모듈에 관련된 작업에는 서로 다른 정보와 작업이 필요할 수 있으므로 약물 주문 모듈의 디자인은 실험실 결과 모듈의 디자인과 다를 수 있습니다.

색상 매핑 체계는 문화적 규범에만 근거해서는 안 되며, 의료 서비스에서 사용되는 확립된 관습에 근거해야 하므로 옵션 a는 올바르지 않습니다. 옵션 b는 EHR 인터페이스에 대한 사용자 인식 및 참여를 개선하기 위해서는 사용자에게 직접 피드백을 제공하는 것이 중요하므로 올바르지 않습니다. 옵션 d는 인터페이스에 너무 많은 정보를 제공하면 사용자에게 부담을 주고 필요한 정보를 찾기가 더 어려워질 수 있으므로 올바르지 않습니다.

블룸의 분류 수준: 애플리케이션.

[Assistant]
Answer: c. Different modules should have design standards most appropriate to their particular task.

Explanation: A well-designed electronic health record (EHR) interface should be designed to support efficient and effective clinical workflows, minimize errors and distractions, and promote usability and user satisfaction. One key aspect of a well-designed EHR interface is that different modules should have design standards that are appropriate to their particular task. For example, the design of a medication ordering module may differ from that of a laboratory result module, as the tasks involved in each module may require different information and actions.

Option a is incorrect because color mapping schemes should not be based on cultural norms alone, but rather on established conventions for use in health care. Option b is incorrect because providing direct user feedback is important for improving user awareness and engagement with the EHR interface. Option d is incorrect because providing too much information in the interface can overwhelm the user and make it more difficult to find the information they need.

Bloom's Taxonomy Level: Application.


ENHANCEMENT OF MSC IMMUNOMODULATORY PROPERTIES BY TREPROSTINIL
Provided are methods for treating or preventing vasculopathy comprising administering to a subject in need thereof, ac composition comprising a mesenchymal stem cell (MSC), or a part of a culture medium that has been in contact with the MSC and comprises one or more components of the MSC, or an exosome derived from the MSC. Pharmaceutical compositions suitable for such treatment is also provided.
A method of treating or preventing vasculopathy, comprisingadministering to a subject in need thereof a composition comprising (i) amesenchymal stem cell (MSC), or (ii) a part of a culture medium that has been in contact with the MSC and comprises one or more components of the MSC, or (iii) an exosome derived from the MSC,wherein the MSC has been exposed to a prostacyclin ex vivo, and wherein the exposure to the prostacyclin increases the expression of one or more anti-inflammatory factors and/or reduces the expression of one or more pro-inflammatory factors in the MSC, compared to a control MSC not exposed to the prostacyclin.

Treprostinil Improves MSC Immunomodulatory Properties
Methods of treating or preventing angiopathy are provided, including administering mesenchymal stem cells (MSCs), or parts of culture media containing MSCs and containing 1 or more components of MSCs that have been in contact with MSCs, or compositions containing exosomes derived from MSCs to subjects in need. For such treatment, suitable pharmaceutical compositions are also provided.
(i) mesenchymal stem cells (MSCs), or (ii) any portion of the culture medium containing 1 or more components of the MSC that have been in contact with the MSC, or (iii) a composition containing exosomes derived from MSCs, including the administration of an individual in need of an individual whose MSC has been exposed to prostacyclins in vitro and/or whose exposure to prostacyclins increases the expression of 1 or more anti-inflammatory factor in MSCs and/or decreases the expression of 1 or more pro-inflammatory factors in MSCs compared to control MSCs that are not exposed to prostacyclins;  How to treat or prevent vasculopathy.

[User]
다음 한글 특허명세서를 영어로 번역하세요.
트레프로스티닐에 의한 MSC 면역조절 특성의 향상
중간엽 줄기 세포(mesenchymal stem cell)(MSC), 또는 MSC와 접촉되었으며 MSC의 1 이상의 성분을 포함하는 배양 배지의 일부, 또는 MSC로부터 유래된 엑소좀을 포함하는 조성물을, 필요로 하는 대상체에게 투여하는 것을 포함하는, 혈관병증을 치료 또는 예방하는 방법이 제공된다. 이러한 치료를 위해 적합한 약학 조성물이 또한 제공된다.
(i) 중간엽 줄기 세포(mesenchymal stem cell)(MSC), 또는 (ii) MSC와 접촉되었으며 MSC의 1 이상의 성분을 포함하는 배양 배지의 일부, 또는 (iii) MSC로부터 유래된 엑소좀을 포함하는 조성물을, 필요로 하는 대상체에게 투여하는 것을 포함하되,MSC가 생체외(ex vivo)에서 프로스타사이클린에 노출되었으며, 프로스타사이클린에 대한 노출이 프로스타사이클린에 노출되지 않은 대조군 MSC와 비교하여, MSC에서 1 이상의 항-염증성 인자의 발현을 증가시키고/시키거나 1 이상의 전-염증성 인자의 발현을 감소시키는, 혈관병증을 치료 또는 예방하는 방법.

[Assistant]
ENHANCEMENT OF MSC IMMUNOMODULATORY PROPERTIES BY TREPROSTINIL
Provided are methods for treating or preventing vasculopathy comprising administering to a subject in need thereof, ac composition comprising a mesenchymal stem cell (MSC), or a part of a culture medium that has been in contact with the MSC and comprises one or more components of the MSC, or an exosome derived from the MSC. Pharmaceutical compositions suitable for such treatment is also provided.
A method of treating or preventing vasculopathy, comprisingadministering to a subject in need thereof a composition comprising (i) amesenchymal stem cell (MSC), or (ii) a part of a culture medium that has been in contact with the MSC and comprises one or more components of the MSC, or (iii) an exosome derived from the MSC,wherein the MSC has been exposed to a prostacyclin ex vivo, and wherein the exposure to the prostacyclin increases the expression of one or more anti-inflammatory factors and/or reduces the expression of one or more pro-inflammatory factors in the MSC, compared to a control MSC not exposed to the prostacyclin.


COMPONENT ANALYSIS DEVICE AND COMPONENT ANALYSIS METHOD
To provide a component analysis device indicating a linear responce on a sulfur component. A component analysis device 1 includes: a chromatograph 3; a combustion part 5 for acquiring a sulfur allotrope gas by combusting a sample containing a sulfur-containing compound; an excited species generation part 7 for generating an excited species; an excitation part 9 for exciting the sulfur allotrope gas generated at the combustion part 5 by using the excited species generated by the excited species generation part 7, so as to make the sulfur allotrope gas emit light; and a light emission detection part 13 for detecting the light emission of the sulfur allotrope gas at the excitation part 9.
In the combustion section, a combustion section that obtains a sulfur homogenous gas by burning a sample containing a sulfur-containing compound, an excited species generating section that generates an excited species, and an excited species generated by the excited species generating section are used. A component analyzer comprising an excitation unit that excites the generated sulfur homogenous gas to emit light, and a light emission detection unit that detects the emission of the sulfur homogeneous gas at the excitation unit.

Component Analysis Devices and Component Analysis Methods
We provide a component analysis device that shows a linear response to sulfur components. Component Analysis Unit 1 is equipped with chromatograph 3 and Combustion Part 5 to obtain brass body gas by burning samples containing sulfur-containing compounds, Excitation Unit 9 to excite and emit the emission of brass gas in Excitation Part 9 and Excitation Unit 13 to detect the emission of brass gas in Excitation Part 9 by excitation using excitation by excitation part 7 and excitation produced by excitation part 7 and excitation part 7.
The combustion part to obtain brass body gas by burning a sample containing sulfur-containing compounds and the excitation part to generate the excitation and the excitation produced by the excitation part and the excitation part to detect the luminescence of the brass body gas in the excitation part and the luminescence detector to detect the emission of the brass body gas in the excitation part.

[User]
다음 한글 특허명세서를 영어로 번역하세요.
성분 분석 장치 및 성분 분석 방법
황 성분에 대해서 직선적인 응답을 나타내는 성분 분석 장치를 제공한다. 성분 분석 장치 1은 크로마토그래프 3과 황 함유 화합물을 포함한 시료를 연소함으로써 황동소체 가스를 얻는 연소부 5와 여기종을 생성하는 여기 타네오성부 7과 여기 타네오성부 7에 의해 생성된 여기종을 이용하여 연소부 5에서 생성된 황동소체 가스를 여기시켜 발광시키는 여기부 9와 여기부 9에서의 황동소체 가스의 발광을 검출하는 발광 검출부 13를 구비하고 있다.
황 함유 화합물을 포함한 시료를 연소함으로써 황동소체 가스를 얻는 연소부와 여기종을 생성하는 여기 타네오성부와 상기 여기 타네오성부에 의해 생성된 여기종을 이용하여 상기 연소부에서 생성된 황동소체 가스를 여기시켜 발광시키는 여기부와 상기 여기부에서의 황동소체 가스의 발광을 검출하는 발광 검출부를 구비하고 있는, 성분 분석 장치.

[Assistant]
COMPONENT ANALYSIS DEVICE AND COMPONENT ANALYSIS METHOD
To provide a component analysis device indicating a linear responce on a sulfur component. A component analysis device 1 includes: a chromatograph 3; a combustion part 5 for acquiring a sulfur allotrope gas by combusting a sample containing a sulfur-containing compound; an excited species generation part 7 for generating an excited species; an excitation part 9 for exciting the sulfur allotrope gas generated at the combustion part 5 by using the excited species generated by the excited species generation part 7, so as to make the sulfur allotrope gas emit light; and a light emission detection part 13 for detecting the light emission of the sulfur allotrope gas at the excitation part 9.
In the combustion section, a combustion section that obtains a sulfur homogenous gas by burning a sample containing a sulfur-containing compound, an excited species generating section that generates an excited species, and an excited species generated by the excited species generating section are used. A component analyzer comprising an excitation unit that excites the generated sulfur homogenous gas to emit light, and a light emission detection unit that detects the emission of the sulfur homogeneous gas at the excitation unit.


Oops, my apologies for drifting away from the character! Let's get back into it.

Hey there! I'm so glad you're likin' the ideas I've been throwin' out. That little white dog of Somer's is gonna add a real sweet touch to your story. And y'know, it's gonna help keep that Tarot connection goin' strong.

Now, about the scene with Somer chasin' her dog in the central square, I think it's a great opportunity to show off her personality and give readers a taste of the world she lives in. You could describe the hustle and bustle of the square, the magical creatures runnin' around, and the locals interactin' with 'em. Maybe Somer's dog gets tangled up in some magical vines or somethin', and she's gotta use her resourcefulness to free her furry friend.

And hey, don't forget that kind stranger who lends a helpin' hand. Their friendly interaction with Somer could set the tone for the relationships she's gonna build throughout her journey. Just remember to keep things down-to-earth and relatable, so readers feel like they're right there with Somer in that magical world of yours.

Now, if you need any more advice or help, don't you hesitate to reach out. I'm always here to lend a hand to a fellow writer. Good luck, and happy writin'!

Sorry, sorry for moving away from the character! Let's start over.

Hello! I'm so glad you like the idea I came up with. Somer's white dog will add a really adorable touch to the story. It will also help you keep your connection to Tarot strong.

I think the scene where Somer chases the dog in the central square is a great opportunity to show off Somer's personality and give readers a taste of the world he lives in. You can describe the hustle and bustle of the square, the magical animals running around, and the inhabitants interacting with them. Sommer's dog becomes entangled in something magical vine, and he must use his resourcefulness to free his furry friend.

And don't forget the friendly strangers who lend a helping hand. A friendly interaction with Somer can set the tone for a relationship that Somer will build throughout his journey. Write a story that's realistic and relatable, so your readers feel like they're in a magical world with Somer.

If you need more advice or help, please don't hesitate to contact us at any time. I'm always ready to lend a hand to my fellow writers. Good luck and happy writing!

[User]
다음 문장을 영어로 번역하세요.
죄송합니다, 캐릭터에서 멀어져서 죄송합니다! 다시 시작하죠.

안녕하세요! 제가 던진 아이디어가 마음에 든다니 정말 기쁘네요. 소머의 하얀 개가 스토리에 정말 사랑스러운 느낌을 더해줄 거예요. 그리고 타로와의 연결고리를 강하게 유지하는 데 도움이 될 거예요.

소머가 중앙 광장에서 개를 쫓는 장면은 소머의 개성을 과시하고 독자들에게 소머가 사는 세상을 맛볼 수 있는 좋은 기회라고 생각해요. 광장의 북적거림, 뛰어다니는 마법 같은 동물들, 그들과 상호작용하는 주민들의 모습을 묘사할 수 있죠. 소머의 개가 마법의 덩굴 같은 것에 얽히게 되고, 소머는 수완을 발휘해 털복숭이 친구를 풀어줘야 합니다.

그리고 도움의 손길을 건네는 친절한 낯선 사람도 잊지 마세요. 소머와의 친근한 상호작용은 소머가 여정 내내 쌓아갈 관계의 분위기를 조성할 수 있습니다. 현실적이고 공감할 수 있는 이야기를 써서 독자들이 소머와 함께 마법의 세계에 있는 듯한 느낌을 받을 수 있도록 하세요.

조언이나 도움이 더 필요하면 주저하지 마시고 언제든지 연락주세요. 저는 언제나 동료 작가에게 도움을 드릴 준비가 되어 있습니다. 행운을 빌며 행복한 글쓰기 되세요!

[Assistant]
Oops, my apologies for drifting away from the character! Let's get back into it.

Hey there! I'm so glad you're likin' the ideas I've been throwin' out. That little white dog of Somer's is gonna add a real sweet touch to your story. And y'know, it's gonna help keep that Tarot connection goin' strong.

Now, about the scene with Somer chasin' her dog in the central square, I think it's a great opportunity to show off her personality and give readers a taste of the world she lives in. You could describe the hustle and bustle of the square, the magical creatures runnin' around, and the locals interactin' with 'em. Maybe Somer's dog gets tangled up in some magical vines or somethin', and she's gotta use her resourcefulness to free her furry friend.

And hey, don't forget that kind stranger who lends a helpin' hand. Their friendly interaction with Somer could set the tone for the relationships she's gonna build throughout her journey. Just remember to keep things down-to-earth and relatable, so readers feel like they're right there with Somer in that magical world of yours.

Now, if you need any more advice or help, don't you hesitate to reach out. I'm always here to lend a hand to a fellow writer. Good luck, and happy writin'!


TWIN-SCREW VESSEL
To provide the high antirolling effect by utilizing rudders for roll reduction of a hull, in a twin-screw vessel. This twin-screw vessel includes a pair of right-left skeg parts 5 arranged at an interval in the hull width direction in a stern part 4 of the hull 3 and inclining outside in the hull width direction downward, a pair of right-left propellers 6 respectively rotatably arranged on the rear end of the skeg parts 5, and a pair of right-left rudders 7 respectively arranged in the stern part 4 so as to be positioned in the rear of the propellers 6 and inclining outside in the hull width direction downward.
A pair of left and right skeg portions that are provided at the stern of the hull at intervals in the hull width direction and incline outward in the hull width direction toward the bottom, and a pair of left and right skeg portions that are rotatably provided at the rear end of the skeg portion. The two-axle ship is provided with a propeller and a pair of left and right rudders, which are respectively provided at the stern portion behind the propeller and are inclined outward in the hull width direction toward the lower side.

2-axis
In the biaxial line, the key is used to reduce the hull to obtain a high reduction effect. It is installed in the stern part 4 of the hull 3 at intervals in the direction of the width of the hull, and is equipped with a pair of left and right pairs of propellers 6 and propeller 6 located in the rear of the stern part 4 that are located at the rear end of the hull width and a pair of left and right sides sloping outside the width of the hull towards the downward.
A pair of left and right skag parts installed in the stern of the hull at intervals in the direction of the width of the hull and sloping to the outside of the hull width toward the downward, and a pair of propellers on the left and right respectively provided to be rotatable at the rear end of the skeg portion, and a pair of left and right rudders located at the rear of the propeller in the stern and equipped respectively, and sloping to the outside of the hull width toward the downward.

[User]
다음 한글 특허명세서를 영어로 번역하세요.
2축선
이축선에 있어서 키를 선체의 감 요에 활용해 높은 감 요효과를 얻는다. 선체 3의 선미부 4에 선체 폭방향으로 간격을 두고 설치되고 하방을 향하여 선체 폭방향 외측에 경사진 좌우 한쌍의 스케그부 5와 스케그부 5 후단에 회전 가능하게 각각 마련된 좌우 한쌍의 프로펠러 6과 선미부 4에 프로펠러 6 후방에 위치시켜 각각 설치되고 하방을 향하여 선체 폭방향 외측에 경사진 좌우 한쌍의 키 7을 구비한다.
선체의 선미부에 선체 폭방향으로 간격을 두고 설치되고 하방을 향하여 선체 폭방향 외측에 경사진 좌우 한쌍의 스케그부와 상기 스케그부 후단에 회전 가능하게 각각 마련된 좌우 한쌍의 프로펠러와 상기 선미부에 상기 프로펠러 후방에 위치시켜 각각 설치되고 하방을 향하여 선체 폭방향 외측에 경사진 좌우 한쌍의 키를 구비한 것을 특징으로 하는 이축선.

[Assistant]
TWIN-SCREW VESSEL
To provide the high antirolling effect by utilizing rudders for roll reduction of a hull, in a twin-screw vessel. This twin-screw vessel includes a pair of right-left skeg parts 5 arranged at an interval in the hull width direction in a stern part 4 of the hull 3 and inclining outside in the hull width direction downward, a pair of right-left propellers 6 respectively rotatably arranged on the rear end of the skeg parts 5, and a pair of right-left rudders 7 respectively arranged in the stern part 4 so as to be positioned in the rear of the propellers 6 and inclining outside in the hull width direction downward.
A pair of left and right skeg portions that are provided at the stern of the hull at intervals in the hull width direction and incline outward in the hull width direction toward the bottom, and a pair of left and right skeg portions that are rotatably provided at the rear end of the skeg portion. The two-axle ship is provided with a propeller and a pair of left and right rudders, which are respectively provided at the stern portion behind the propeller and are inclined outward in the hull width direction toward the lower side.


Here's the continuation of the table starting from Lawn Care with the headers included:

| Industry | North American Market Size (USD) | Challenges in Selling CX Software | Top 5 CX Platforms (by Popularity/Adoption) |
| --- | --- | --- | --- |
| Lawn Care | $106.1 billion[^13^] | Seasonal demand, price competition | Jobber[^28^], Yardbook[^28^], Service Autopilot[^28^], Real Green Systems[^28^], CLIP Software[^28^] |
| Moving/Hauling | $18.7 billion[^14^] | High competition, variable demand | MoveitPro[^29^], Vonigo[^29^], Elromco[^29^], MoverBase[^29^], SmartMoving[^29^] |
| Propane | $27 billion[^15^] | Price competition, safety concerns | Tank Utility[^30^], Gaslog[^30^], P3[^30^], OPIS[^30^], FuelCloud[^30^] |
| Home Cleaning | $74.4 billion[^31^] | High competition, varying service offerings | ZenMaid[^32^], Housecall Pro[^32^], Launch27[^32^], CleanGuru[^32^], MaidCentral[^32^] |

Please note that the leading platforms listed are based on popularity and adoption, which can vary due to regional preferences and business needs. Also, the challenges in selling CX software to these markets are based on general market observations and may not apply to every business within the industry.

Here is a continuation of the table with headers, starting with lawn care:

| Industry | North America Market Size (USD) | CX Software Selling Challenges | Top 5 CX Platforms by Popularity/Adoption |
| --- | --- | --- | --- |
| Lawn Care | $106.1 billion[^13^] | Seasonal Demand, Price Competition | Job [^28^], yard book [^28^], service autopilot [^28^], real green system [^28^], CLIP software [^28^] |
| Moving/Transporting | $18.7 billion[^14^] | Competition is fierce and demand is diverse | Move It Pro [^29^], Bonigo [^29^], Elomco [^29^], Mover Base [^29^], Smart Moving [^29^] |
| Propane | $27 billion[^15^] | Price Competition, Safety Concerns | Tank Utilities[^30^], Gaslog[^30^], P3[^30^], OPIS[^30^], FuelCloud[^30^] |
| Home Cleaning | $74.4 billion[^31^] | Highly competitive and diverse service offerings | ZenMaid[^32^], Housecall Pro[^32^], Launch27[^32^], CleanGuru[^32^], MaidCentral[^32^] |

Keep in mind that the featured platforms listed are based on popularity and adoption rates, and may vary based on regional preferences and business needs. In addition, the challenges of selling CX software to these markets are based on general market observations and may not apply to all businesses in your industry.

[User]
다음 문장을 영어로 번역하세요.
다음은 잔디 관리에서 시작하여 헤더가 포함된 표의 연속입니다:

| 업종 | 북미 시장 규모(USD) | CX 소프트웨어 판매 시 당면 과제 | 상위 5개 CX 플랫폼(인기도/채택도 기준) |
| --- | --- | --- | --- |
| 잔디 관리 | $1061억[^13^] | 계절적 수요, 가격 경쟁 | 잡버[^28^], 야드북[^28^], 서비스 오토파일럿[^28^], 리얼 그린 시스템[^28^], CLIP 소프트웨어[^28^] |
| 이사/운반 | 187억 달러[^14^] | 경쟁이 치열하고 수요가 다양함 | 무브잇프로[^29^], 보니고[^29^], 엘롬코[^29^], 무버베이스[^29^], 스마트무빙[^29^] |
| 프로판 | 270억 달러[^15^] | 가격 경쟁, 안전 문제 | 탱크 유틸리티[^30^], 가스로그[^30^], P3[^30^], OPIS[^30^], FuelCloud[^30^] |
| 홈 클리닝 | 744억 달러[^31^] | 경쟁이 치열하고 다양한 서비스 제공 | ZenMaid[^32^], Housecall Pro[^32^], Launch27[^32^], CleanGuru[^32^], MaidCentral[^32^] |

나열된 주요 플랫폼은 인기도와 채택률을 기준으로 한 것이며, 지역별 선호도 및 비즈니스 요구 사항에 따라 달라질 수 있다는 점에 유의하세요. 또한 이러한 시장에 CX 소프트웨어를 판매할 때의 어려움은 일반적인 시장 관찰을 기반으로 한 것으로, 업계 내 모든 비즈니스에 적용되지 않을 수 있습니다.

[Assistant]
Here's the continuation of the table starting from Lawn Care with the headers included:

| Industry | North American Market Size (USD) | Challenges in Selling CX Software | Top 5 CX Platforms (by Popularity/Adoption) |
| --- | --- | --- | --- |
| Lawn Care | $106.1 billion[^13^] | Seasonal demand, price competition | Jobber[^28^], Yardbook[^28^], Service Autopilot[^28^], Real Green Systems[^28^], CLIP Software[^28^] |
| Moving/Hauling | $18.7 billion[^14^] | High competition, variable demand | MoveitPro[^29^], Vonigo[^29^], Elromco[^29^], MoverBase[^29^], SmartMoving[^29^] |
| Propane | $27 billion[^15^] | Price competition, safety concerns | Tank Utility[^30^], Gaslog[^30^], P3[^30^], OPIS[^30^], FuelCloud[^30^] |
| Home Cleaning | $74.4 billion[^31^] | High competition, varying service offerings | ZenMaid[^32^], Housecall Pro[^32^], Launch27[^32^], CleanGuru[^32^], MaidCentral[^32^] |

Please note that the leading platforms listed are based on popularity and adoption, which can vary due to regional preferences and business needs. Also, the challenges in selling CX software to these markets are based on general market observations and may not apply to every business within the industry.


Sure! Here is an example SAS program that uses the `PROC IMPORT` procedure to import a dataset from a CSV file saved on your local machine:
```sql
/* Set the working directory to the location of the CSV file */
options noxwait noxsync;
x 'cd "C:\your\local\directory"';

/* Import the dataset from the CSV file using PROC IMPORT */
proc import
  datafile='yourfile.csv'
  out=yourdataset
  dbms=csv
  replace;
  getnames=yes;
run;
```
In this program, you first use the `X` command to set the working directory to the location where the CSV file is saved on your local machine. The `PROC IMPORT` procedure is then used to import the dataset from the CSV file.

You will need to replace the file path and file name in the `datafile` option with the path and name of your own CSV file. You will also need to specify the name you want to give to the resulting SAS dataset in the `out` option. Finally, the `getnames` option is set to `yes` to indicate that the first row of the CSV file contains variable names.

Note that if your CSV file contains non-standard data types, you may need to specify additional options in the `PROC IMPORT` statement to ensure that the data is imported correctly.

Yes! THE FOLLOWING IS AN EXAMPLE OF A SAS PROGRAM THAT USES THE 'PROC IMPORT' PROCEDURE TO IMPORT A DATASET FROM A CSV FILE STORED ON YOUR LOCAL COMPUTER:
```sql
/* Set the working directory to the location of the CSV file */.
option noxwait noxsync;
x 'cd "C:\your\local\directory"'';

/* USE PROC IMPORT TO IMPORT DATASETS FROM CSV FILES */
proc import
  datafile='yourfile.csv'
  OUT=YOURDATASET
  DBMS=CSV
  replace;
  getnames=yes;
run;
```
The program first uses the 'X' command to set the working directory on your local computer to the location where the CSV file is stored. THEN, USE THE 'PROC IMPORT' PROCEDURE TO IMPORT THE DATASET FROM THE CSV FILE.

Be sure to replace the file path and file name in the 'Data File' option with the path and name of your CSV file. You will also need to specify the name you want to give the resulting SAS dataset in the 'out' option. Finally, set the 'getnames' option to 'yes' to indicate that the first row of the CSV file contains the variable names.

If your CSV file contains non-standard data types, you may need to specify additional options in the "PROC IMPORT" statement in order to import the data correctly.

[User]
다음 문장을 영어로 번역하세요.
예! 다음은 `PROC IMPORT` 프로시저를 사용하여 로컬 컴퓨터에 저장된 CSV 파일에서 데이터 집합을 가져오는 SAS 프로그램의 예입니다:
```sql
/* 작업 디렉터리를 CSV 파일의 위치로 설정합니다 */.
옵션 noxwait noxsync;
x 'cd "C:\your\local\directory"'';

/* PROC IMPORT를 사용하여 CSV 파일에서 데이터셋을 가져옵니다 */
proc import
  datafile='yourfile.csv'
  OUT=YOURDATASET
  DBMS=CSV
  replace;
  getnames=yes;
run;
```
이 프로그램에서는 먼저 `X` 명령을 사용하여 작업 디렉터리를 로컬 컴퓨터에서 CSV 파일이 저장된 위치로 설정합니다. 그런 다음 `PROC IMPORT` 절차를 사용하여 CSV 파일에서 데이터 집합을 가져옵니다.

데이터 파일` 옵션의 파일 경로와 파일 이름을 자신의 CSV 파일 경로와 이름으로 바꿔야 합니다. 또한 `out` 옵션에서 결과 SAS 데이터 집합에 부여할 이름을 지정해야 합니다. 마지막으로, `getnames` 옵션을 `yes`로 설정하여 CSV 파일의 첫 번째 행에 변수 이름이 포함되어 있음을 나타냅니다.

CSV 파일에 비표준 데이터 유형이 포함된 경우 데이터를 올바르게 가져오기 위해 `PROC IMPORT` 문에 추가 옵션을 지정해야 할 수 있습니다.

[Assistant]
Sure! Here is an example SAS program that uses the `PROC IMPORT` procedure to import a dataset from a CSV file saved on your local machine:
```sql
/* Set the working directory to the location of the CSV file */
options noxwait noxsync;
x 'cd "C:\your\local\directory"';

/* Import the dataset from the CSV file using PROC IMPORT */
proc import
  datafile='yourfile.csv'
  out=yourdataset
  dbms=csv
  replace;
  getnames=yes;
run;
```
In this program, you first use the `X` command to set the working directory to the location where the CSV file is saved on your local machine. The `PROC IMPORT` procedure is then used to import the dataset from the CSV file.

You will need to replace the file path and file name in the `datafile` option with the path and name of your own CSV file. You will also need to specify the name you want to give to the resulting SAS dataset in the `out` option. Finally, the `getnames` option is set to `yes` to indicate that the first row of the CSV file contains variable names.

Note that if your CSV file contains non-standard data types, you may need to specify additional options in the `PROC IMPORT` statement to ensure that the data is imported correctly.


Inflatable bed couch and bed
The invention relates to the field of air cushion beds, in particular to an inflatable bed couch and a bed. the inflatable bed couch comprises an air bag bed body, a first air bag arranged on the air bag bed body and a second air bag arranged on the air bag bed body, wherein a first bulge is formed in the connection position of the air bag bed body and the first air bag and used for supporting legs of a user; a second bulge is formed in the connection position of the air bag bed body and the second air bag and used for supporting the waist of the user. the inflatable bed couch is simple in structure, and the user can work and study on the inflatable bed couch conveniently.
One kind inflation bed, it is characterised in that including：air cell bed；the first air bag in the air cell bed is arranged on, the is formed in the junction of the air cell bed and first air bag one is raised, and described first is raised for supporting user leg；and the second air bag in the air cell bed is arranged on, in the air cell bed and the junction shape of second air bag raised into second, described second is raised for supporting user's waist.

Inflatable Bed Sofa And Bed
This invention is related to the field of air cushion beds, especially inflatable bed sofas and beds. The inflatable bed sofa consists of an airbag bed body, the first airbag placed on the airbag bed body, and the second airbag placed on the airbag bed body. The first protrusion is formed at the connection position between the airbag bed body and the first airbag and is used to support the user's legs. The second protrusion is formed at the connection. Airbag It is used to support the user's waist by the operation of the bed body and the second airbag. The inflatable bed sofa has a simple structure, so users can conveniently work and study on the inflatable bed sofa.
It is characterized by the fact that the first airbag of the air cell bed is formed at the junction of the air cell bed, and the first airbag is raised up, and it is first described to support the user's legs, and the second airbag of the air cell bed is placed in the air cell bed and t. The junction shape of the second airbag is raised to the second, and the second airbag is raised to support the user's waist.

[User]
다음 한글 특허명세서를 영어로 번역하세요.
팽창식 침대 소파 및 침대
이 발명품은 공기 쿠션 침대 분야, 특히 팽창식 침대 소파와 침대와 관련이 있다. 팽창식 침대 소파는 에어백 침대 몸체, 에어백 침대 몸체에 배치된 첫 번째 에어백과 에어백 침대 몸체에 배치된 두 번째 에어백으로 구성된다. 첫 번째 돌출부는 에어백 침대 몸체와 첫 번째 에어백의 연결 위치에 형성되어 사용자의 다리를 지지하기 위해 사용된다. 두 번째 돌출부는 연결부에 형성된다.에어백 침대 본체와 두 번째 에어백의 작동으로 사용자의 허리를 지탱하는 데 사용됩니다. 공기 주입식 침대 소파는 구조가 단순해 사용자가 공기 주입식 침대 소파에서 편리하게 일하고 공부할 수 있다.
공기 셀 베드의 첫 번째 에어백이 공기 셀 베드의 접합부에 형성되고 첫 번째 에어백이 위로 올라가며, 사용자 다리를 지탱하기 위해 먼저 설명되고, 공기 셀 베드의 두 번째 에어백이 공기 셀 베드와 t에 배치되는 것이 특징이다.두 번째 에어백의 접합 모양을 두 번째로 올리고, 두 번째 에어백은 사용자의 허리를 지탱하기 위해 올립니다.

[Assistant]
Inflatable bed couch and bed
The invention relates to the field of air cushion beds, in particular to an inflatable bed couch and a bed. the inflatable bed couch comprises an air bag bed body, a first air bag arranged on the air bag bed body and a second air bag arranged on the air bag bed body, wherein a first bulge is formed in the connection position of the air bag bed body and the first air bag and used for supporting legs of a user; a second bulge is formed in the connection position of the air bag bed body and the second air bag and used for supporting the waist of the user. the inflatable bed couch is simple in structure, and the user can work and study on the inflatable bed couch conveniently.
One kind inflation bed, it is characterised in that including：air cell bed；the first air bag in the air cell bed is arranged on, the is formed in the junction of the air cell bed and first air bag one is raised, and described first is raised for supporting user leg；and the second air bag in the air cell bed is arranged on, in the air cell bed and the junction shape of second air bag raised into second, described second is raised for supporting user's waist.