mhurhangee/patent-ind-claim-en huggingface dataset:
Collecting container for collecting insoluble material , which is used in the preparation of beverages by means of an infusion device , wherein the infusion device comprises - a vessel having an open end and a closed end for receiving the beverage and the insoluble material , and - a piston-filter assembly insertable into the vessel via the open end and movable toward the closed end , wherein the collecting container - can be placed in the vessel , - comprises a wall which forms an opening surrounded by an edge , and - comprises at least one first coupling element which can be coupled to at least one second coupling element of the piston filter arrangement in such a way that, in the coupled state, a distance (X) is formed between the edge of the collecting container and the piston filter arrangement , for which purpose the first coupling element is arranged on a central projection of the collecting container and the central projection projects beyond the edge , characterized in that - the central projection encloses a cavity , - the first coupling element comprises a coupling opening which opens into the cavity at a free end of the central projection , and - the coupling opening tapers conically when viewed from the free end . - a vessel having an open end and a closed end for receiving the beverage and the insoluble material , and - a piston-filter assembly insertable into the vessel via the open end and movable toward the closed end , - can be placed in the vessel , - comprises a wall which forms an opening surrounded by an edge , and - comprises at least one first coupling element which can be coupled to at least one second coupling element of the piston filter arrangement in such a way that, in the coupled state, a distance (X) is formed between the edge of the collecting container and the piston filter arrangement , for which purpose the first coupling element is arranged on a central projection of the collecting container and the central projection projects beyond the edge , - the central projection encloses a cavity , - the first coupling element comprises a coupling opening which opens into the cavity at a free end of the central projection , and - the coupling opening tapers conically when viewed from the free end .
Replaceable light head for an exterior aircraft light , comprising: a mounting structure for attaching the replaceable light head to the exterior aircraft light ; a power terminal , coupleable to an internal power supply of the exterior aircraft light ; at least one light source , coupled to the power terminal for receiving power from the internal power supply of the exterior aircraft light ; a data interface , coupleable to a controller of the exterior aircraft light ; and a memory , coupled to the data interface and configured to receive and store usage data of the internal power supply of the exterior aircraft light , wherein the usage data of the internal power supply of the exterior aircraft light comprises operating time of the internal power supply and operating temperature of the internal power supply. a mounting structure for attaching the replaceable light head to the exterior aircraft light ; a power terminal , coupleable to an internal power supply of the exterior aircraft light ; at least one light source , coupled to the power terminal for receiving power from the internal power supply of the exterior aircraft light ; a data interface , coupleable to a controller of the exterior aircraft light ; and a memory , coupled to the data interface and configured to receive and store usage data of the internal power supply of the exterior aircraft light , wherein the usage data of the internal power supply of the exterior aircraft light comprises operating time of the internal power supply and operating temperature of the internal power supply.
A powder conveying chamber for a dense phase powder pump for conveying powder, in particular coating powder, wherein the powder conveying chamber comprises at least one air exchange opening which is in particular designed and formed separately from a cleaning air outlet of the end region for alternately connecting fluidly to a vacuum line or vacuum source, respectively, or to a compressed air supply line or compressed air source, respectively for drawing powder into the powder conveying chamber , or, respectively, pneumatically expelling a portion of powder present within the powder conveying chamber , wherein the powder conveying chamber comprises an end region via which the powder conveying chamber is fluidly connected or connectable to a powder line , wherein the end region of the powder conveying chamber is configured as a transition region and designed to reduce an effective sectional area of flow of the powder conveying chamber to an effective sectional area of flow of the powder line and/or to an effective sectional area of flow of a valve , in particular a pinch valve, arranged between the powder conveying chamber and the powder line , wherein the end region is allocated a cleaning system via which cleaning air in the form of compressed air can be supplied to the end region, particularly as necessary, in order to keep the end region free of powder deposits or to remove powder deposits at the end region, characterized in that a wall area of the end region forming the end region of the powder conveying chamber is designed at least partly as a porous wall area permeable to compressed air but not permeable to powder.
A method for encoding a video stream in a video coding format, wherein the video coding format supports including an auxiliary frame in the encoded video stream , the auxiliary frame being referenced by another frame in the encoded video stream and comprising image data complementing another frame in the encoded video stream , the auxiliary frame comprising a flag value indicating that the image data of the auxiliary frame is not intended to be shown when decoding the encoded video stream but instead used in conjunction with data of said another frame to achieve image data to be shown, the method comprising the steps of: receiving first image data captured by a video capturing device , determining (S502) an intended resolution for the video stream when decoded, scaling down (S504) the first image data to obtain first scaled down image data , wherein the first scaled down image data has a first resolution lower than the intended resolution, preparing an empty first auxiliary frame , wherein the image data of the first auxiliary frame has a resolution equal to the intended resolution and comprises bits all having the same predefined value, pasting (S506) the first scaled down image data into the image data of the first auxiliary frame , encoding the first auxiliary frame as an intra frame, determining a first image transform for upscaling of the first scaled down image data in the image data of the first auxiliary frame to first upscaled image data having the intended resolution, determining (S508) first motion vectors by sampling the movement of pixels resulting from the first image transform in accordance with at least one predetermined macroblock size, and encoding the first image data to a first frame as an inter frame referencing the first auxiliary frame , wherein motion vectors of the first frame corresponds to the first motion vectors . receiving first image data captured by a video capturing device , determining (S502) an intended resolution for the video stream when decoded, scaling down (S504) the first image data to obtain first scaled down image data , wherein the first scaled down image data has a first resolution lower than the intended resolution, preparing an empty first auxiliary frame , wherein the image data of the first auxiliary frame has a resolution equal to the intended resolution and comprises bits all having the same predefined value, pasting (S506) the first scaled down image data into the image data of the first auxiliary frame , encoding the first auxiliary frame as an intra frame, determining a first image transform for upscaling of the first scaled down image data in the image data of the first auxiliary frame to first upscaled image data having the intended resolution, determining (S508) first motion vectors by sampling the movement of pixels resulting from the first image transform in accordance with at least one predetermined macroblock size, and encoding the first image data to a first frame as an inter frame referencing the first auxiliary frame , wherein motion vectors of the first frame corresponds to the first motion vectors .
A method for auto-generation of decision rules for attack detection feedback systems, the method executable on a server, the method comprising: receiving at least one event from an event database , the event database having been generated from data obtained by at least one sensor ; analyzing the at least one event to determine whether the at least one event belongs to a class of malware control center interactions; if the at least one event belongs to the class of malware control center interactions, extracting at least one attribute from the at least one event; generating decision rules using the at least one attribute; and saving the decision rules, the decision rules being instrumental in updating what type of further data is obtained by the at least one sensor based on the decision rule. receiving at least one event from an event database , the event database having been generated from data obtained by at least one sensor ; analyzing the at least one event to determine whether the at least one event belongs to a class of malware control center interactions; if the at least one event belongs to the class of malware control center interactions, extracting at least one attribute from the at least one event; generating decision rules using the at least one attribute; and saving the decision rules, the decision rules being instrumental in updating what type of further data is obtained by the at least one sensor based on the decision rule.
A conveyor belt comprising: an upper conveying side and a lower side opposite the conveying side ; a plurality of tapered passages (18A-D) extending from openings at the conveying side to openings at the lower side , wherein each tapered passage (18A; 18B; 18C; 18D) has a centroidal axis; wherein extensions of the centroidal axes of the tapered passages extend in a plurality of directions from the openings , characterised in that the openings at the conveying side are smaller than the openings at the lower side . an upper conveying side and a lower side opposite the conveying side ; a plurality of tapered passages (18A-D) extending from openings at the conveying side to openings at the lower side , wherein each tapered passage (18A; 18B; 18C; 18D) has a centroidal axis; wherein extensions of the centroidal axes of the tapered passages extend in a plurality of directions from the openings , characterised in that the openings at the conveying side are smaller than the openings at the lower side .
A device, comprising: always-on circuitry configured to implement a first stage comprising first operations including: detecting touch of a touch sensitive area; receiving information indicative of a first monitored frequency response to an acoustic sound signal emitted towards and scattered from the entity touching the touch sensitive area, wherein the first monitored frequency response is generated based on the touch; identifying a second defined frequency response that is associated with a human touch and a correspondingly emitted acoustic signal; determining that the touch is a human touch based on comparing the first monitored frequency response and the second defined frequency response; and in response to the determining that the touch is a human touch: generating a control signal configured to cause a system circuitry to wake-up from a power-off mode or a sleep mode; and sending the control signal to the system circuitry, the system circuitry configured to implement a second stage in response to the control signal, the second stage comprising second operations including: analyzing biometric data of a human body associated with a human finger that provided the touch. detecting touch of a touch sensitive area; receiving information indicative of a first monitored frequency response to an acoustic sound signal emitted towards and scattered from the entity touching the touch sensitive area, wherein the first monitored frequency response is generated based on the touch; identifying a second defined frequency response that is associated with a human touch and a correspondingly emitted acoustic signal; determining that the touch is a human touch based on comparing the first monitored frequency response and the second defined frequency response; and in response to the determining that the touch is a human touch: generating a control signal configured to cause a system circuitry to wake-up from a power-off mode or a sleep mode; and sending the control signal to the system circuitry, the system circuitry configured to implement a second stage in response to the control signal, the second stage comprising second operations including: analyzing biometric data of a human body associated with a human finger that provided the touch.
Method for the production of a coloured technical ceramic body, comprising the following steps: a) providing a composition comprising a technical ceramic material which is yttria-stabilized zirconia, a first pigment component in an amount between 1 and 10 % by weight related to the total weight of the composition comprising the technical ceramic material and the first pigment component, the composition comprising binder materials, b) preparing a green body from this composition, c) debinding the green body at a temperature in the range of 700 to 1200 °C, d) thereafter impregnating the green body with a solution of a further metal-containing pigment component, drying, and e) sintering the treated green body. a) providing a composition comprising a technical ceramic material which is yttria-stabilized zirconia, a first pigment component in an amount between 1 and 10 % by weight related to the total weight of the composition comprising the technical ceramic material and the first pigment component, the composition comprising binder materials, b) preparing a green body from this composition, c) debinding the green body at a temperature in the range of 700 to 1200 °C, d) thereafter impregnating the green body with a solution of a further metal-containing pigment component, drying, and e) sintering the treated green body.
A method for acquiring a panoramic image with a front-facing shooting mode, comprising: after a front facing panorama shooting instruction triggered by a user is acquired, shooting a first image of the user, and acquiring a shooting parameter of the first image; characterized by determining move guiding information according to a preset move guiding policy, and displaying the move guiding information on an image display panel of a terminal, so as to instruct the user to move the terminal according to the move guiding information and determining a shooting position of a next image according to the preset move guiding policy, and displaying the shooting position of the next image on the terminal; automatically shooting a preset quantity of images according to the shooting parameter of the first image after it is detected that the terminal moves, wherein the preset quantity of images are background images on both the left and right sides of a background corresponding to the first image and shooting the next image according to the shooting parameter of the first image after the terminal moves to the shooting position of the next image, and repeating the foregoing determining, displaying and shooting steps, until the preset quantity of images are shot; and performing , by using the first image as a center and by using a preset splicing scheme, seamless splicing on the first image and the preset quantity of images, to obtain a panoramic image. after a front facing panorama shooting instruction triggered by a user is acquired, shooting a first image of the user, and acquiring a shooting parameter of the first image; characterized by determining move guiding information according to a preset move guiding policy, and displaying the move guiding information on an image display panel of a terminal, so as to instruct the user to move the terminal according to the move guiding information and determining a shooting position of a next image according to the preset move guiding policy, and displaying the shooting position of the next image on the terminal; automatically shooting a preset quantity of images according to the shooting parameter of the first image after it is detected that the terminal moves, wherein the preset quantity of images are background images on both the left and right sides of a background corresponding to the first image and shooting the next image according to the shooting parameter of the first image after the terminal moves to the shooting position of the next image, and repeating the foregoing determining, displaying and shooting steps, until the preset quantity of images are shot; and performing , by using the first image as a center and by using a preset splicing scheme, seamless splicing on the first image and the preset quantity of images, to obtain a panoramic image.
A transmission device comprising: a video encoder configured to generate a video stream including image data; a subtitle encoder configured to generate a subtitle stream including subtitle information; an adjustment information insertion unit configured to insert luminance level adjustment information into at least one of the video stream and the subtitle stream, the luminance level adjustment information being designed for adjusting a luminance level of a subtitle; and a transmission unit configured to transmit a container in a predetermined format, the container containing the video stream and the subtitle stream, after the luminance level adjustment information has been inserted into at least one of the video stream and the subtitle stream contained in the container, wherein the luminance level adjustment information is luminance level adjustment information corresponding to an entire screen and/or luminance level adjustment information corresponding to respective partition regions obtained by dividing the screen by a predetermined number, and wherein the luminance level adjustment information to be inserted into the video stream includes a maximum luminance value, a minimum luminance value, and an average luminance value, the maximum luminance value, the minimum luminance value, and the average luminance value being generated in accordance with the image data. a video encoder configured to generate a video stream including image data; a subtitle encoder configured to generate a subtitle stream including subtitle information; an adjustment information insertion unit configured to insert luminance level adjustment information into at least one of the video stream and the subtitle stream, the luminance level adjustment information being designed for adjusting a luminance level of a subtitle; and a transmission unit configured to transmit a container in a predetermined format, the container containing the video stream and the subtitle stream, after the luminance level adjustment information has been inserted into at least one of the video stream and the subtitle stream contained in the container, wherein the luminance level adjustment information is luminance level adjustment information corresponding to an entire screen and/or luminance level adjustment information corresponding to respective partition regions obtained by dividing the screen by a predetermined number, and wherein the luminance level adjustment information to be inserted into the video stream includes a maximum luminance value, a minimum luminance value, and an average luminance value, the maximum luminance value, the minimum luminance value, and the average luminance value being generated in accordance with the image data.
System for processing a carcass part of a porcine, bovine, ovine, or caprine slaughter animal, wherein the carcass part comprises a holding zone, which holding zone comprises bone with soft tissue thereon, wherein the system comprises: • a plurality of carriers for carrying said carcass part, movable along a track and having a direction of transport, wherein at least a carrier of the plurality of the carriers: • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • a loading station for arranging the carcass part in the carrier, wherein the loading station comprises a conveyor belt and a guide , wherein a top of a moving surface of the conveyor belt is adapted to move in the same direction as the direction of transport, characterized in that the retaining assembly is adapted to be turned upward, such that an open end of the slot in the locking plate is upward for receiving the holding zone of the carcass part in an entrance part of the slot, and in that the conveyor belt is adapted to move the carcass part towards the guide while the carrier moves along with it at substantially the same speed, such that carcass part comes into engagement with the guide, thereby forcing the holding zone into the retaining portion of the slot of the locking plate. • a plurality of carriers for carrying said carcass part, movable along a track and having a direction of transport, wherein at least a carrier of the plurality of the carriers: • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • allows rotation about an axis parallel to the track, • comprises a retaining assembly for retaining the carcass part by the holding zone, wherein the retaining assembly • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • comprises a locking plate with a slot adapted to receive the holding zone, • is suitable for sliding in the carcass part from the side of the retaining assembly, • is adapted to engage on the exterior of the soft tissue, • a loading station for arranging the carcass part in the carrier, wherein the loading station comprises a conveyor belt and a guide , wherein a top of a moving surface of the conveyor belt is adapted to move in the same direction as the direction of transport,
A cable-type secondary battery combined with a signal wire, comprising: a cable-type secondary battery extending in a lengthwise direction and having a hollow interior structure; a signal wire unit inserted into the cable-type secondary battery and extending in the lengthwise direction of a cable; and a cable sheath covering an outside of the cable-type secondary battery, characterized in that the signal wire unit is formed of an optical cable stranded to form a double-spiral structure, and the optical cable is a tight-buffered optical cable, a loose tube-type optical cable, or a slot-type optical cable. a cable-type secondary battery extending in a lengthwise direction and having a hollow interior structure; a signal wire unit inserted into the cable-type secondary battery and extending in the lengthwise direction of a cable; and a cable sheath covering an outside of the cable-type secondary battery, characterized in that the signal wire unit is formed of an optical cable stranded to form a double-spiral structure, and the optical cable is a tight-buffered optical cable, a loose tube-type optical cable, or a slot-type optical cable.