mhurhangee/patent-ind-claim-en huggingface dataset:
A pair of sliding parts having sliding faces (S) that slide with respect to each other, at least the sliding face (S) on one side includes: dynamic pressure generation grooves (11; 61) each of which has one end communicating with the other-side peripheral edge (4b; 64b) of the sliding face (S) and the other end (11b; 61b) being surrounded by a land portion (R); a release groove (13; 25c; 63) provided in the land portion (R) between the other ends (11b; 61b) of the dynamic pressure generation grooves (11; 61) and a one-side peripheral edge of the sliding face (4a; 64a); fluid introduction grooves (12; 25b, 25d; 62) each of which has one end (12a; 25a, 25e; 62a) communicating with an other-side peripheral edge (4b; 64b) of the sliding face (S) and one end communicating with the release groove (13; 25c; 63); and regions surrounded by the fluid introduction grooves (12; 25b, 25d; 62) and the release groove (13; 25c; 63), characterized in that a predetermined number of the dynamic pressure generation grooves (11; 61) is arranged in the regions; and in that a flow passage sectional area of the release groove (13; 25c; 63) and flow passage sectional areas of the fluid introduction grooves (12; 25b, 25d; 62) are respectively formed to be larger than the sum of flow passage sectional areas of the dynamic pressure generation grooves (11; 61). dynamic pressure generation grooves (11; 61) each of which has one end communicating with the other-side peripheral edge (4b; 64b) of the sliding face (S) and the other end (11b; 61b) being surrounded by a land portion (R); a release groove (13; 25c; 63) provided in the land portion (R) between the other ends (11b; 61b) of the dynamic pressure generation grooves (11; 61) and a one-side peripheral edge of the sliding face (4a; 64a); fluid introduction grooves (12; 25b, 25d; 62) each of which has one end (12a; 25a, 25e; 62a) communicating with an other-side peripheral edge (4b; 64b) of the sliding face (S) and one end communicating with the release groove (13; 25c; 63); and regions surrounded by the fluid introduction grooves (12; 25b, 25d; 62) and the release groove (13; 25c; 63), characterized in that a predetermined number of the dynamic pressure generation grooves (11; 61) is arranged in the regions; and in that a flow passage sectional area of the release groove (13; 25c; 63) and flow passage sectional areas of the fluid introduction grooves (12; 25b, 25d; 62) are respectively formed to be larger than the sum of flow passage sectional areas of the dynamic pressure generation grooves (11; 61).
An ultrasonic electronic cigarette atomizer, comprising an atomization core, an atomizer housing, and a liquid bin in the atomizer housing, the atomization core comprising an ultrasonic atomization sheet and a liquid guide structure connected to the ultrasonic atomization sheet , the liquid guide structure and the inner cavity of the liquid bin are communicated through a liquid passing hole which is disposed on the side wall of the liquid bin , the liquid bin is provided with a first liquid filling hole , wherein the atomizer further comprises a liquid filling control structure for controlling the opening and closing of the first liquid filling hole and a liquid passing control structure for controlling the opening and closing of the liquid passing hole , and the liquid filling control structure is linked with the liquid passing control structure; when the first liquid filling hole is opened under the control of the liquid filling control structure , the liquid passing hole is closed under the control of the liquid passing control structure; when the first liquid filling hole is closed under the control of the liquid filling control structure , the liquid passing hole is opened under the control of the liquid passing control structure.
A lighting device for illuminating a room or enclosed area comprising: a light source ; and a support adapted to support the light source, the support having a surface which defines a guide path, wherein the light source is adapted to be movable relative to the support along the guide path between first and second lighting positions wherein the lighting device further comprises a drive arrangement adapt to move the light source between the first and second lighting positions, wherein the light source is magnetically coupled to the drive arrangement, and wherein the light source is adapted to generate light through electromagnetic induction, which generates a current in the light source for the purpose of operating the light source, and characterised in that : the drive arrangement comprises a pneumatic propulsion system at least partially housed within the support. a light source ; and a support adapted to support the light source, the support having a surface which defines a guide path, wherein the light source is adapted to be movable relative to the support along the guide path between first and second lighting positions wherein the lighting device further comprises a drive arrangement adapt to move the light source between the first and second lighting positions, wherein the light source is magnetically coupled to the drive arrangement, and wherein the light source is adapted to generate light through electromagnetic induction, which generates a current in the light source for the purpose of operating the light source, and characterised in that : the drive arrangement comprises a pneumatic propulsion system at least partially housed within the support.
A segmentation method for a pneumonia sign, comprising separately generating a plurality of pneumonia sign images based on a lung region image in a CT image, wherein the separately generating a plurality of pneumonia sign images comprises: inputting the lung region image into each of a plurality of neural network models obtained through training based on different pneumonia signs, and segmenting the pneumonia signs in the lung region image by using the plurality of neural network models respectively, to obtain the plurality of pneumonia sign images, characterised by : combining the plurality of pneumonia sign images to obtain a pneumonia comprehensive sign image, and wherein a method for obtaining the lung region image comprises: obtaining a rib region image in the CT image; obtaining a coarse segmentation image of a lung region in the CT image; and expanding around to a boundary of the lung region at a preset step length by taking the rib region image as the boundary of the lung region and the coarse segmentation image as a seed region to obtain the lung region image. combining the plurality of pneumonia sign images to obtain a pneumonia comprehensive sign image, and wherein a method for obtaining the lung region image comprises: obtaining a rib region image in the CT image; obtaining a coarse segmentation image of a lung region in the CT image; and expanding around to a boundary of the lung region at a preset step length by taking the rib region image as the boundary of the lung region and the coarse segmentation image as a seed region to obtain the lung region image. obtaining a rib region image in the CT image; obtaining a coarse segmentation image of a lung region in the CT image; and expanding around to a boundary of the lung region at a preset step length by taking the rib region image as the boundary of the lung region and the coarse segmentation image as a seed region to obtain the lung region image.
A method for generating an image with an out-of-focus effect in a mobile terminal having two cameras, the method comprising: receiving (S10) a selection of an out-of-focus function in a camera mode; activating (S11) each of the two cameras to capture a preview image; displaying (S12) a preview image obtained by one of the two cameras on a display unit of the mobile terminal when the out-of-focus function is selected; generating a depth map in real-time from the preview images acquired by the two cameras of the mobile terminal and displaying the generated depth map on the displayed preview image; receiving (S13) a touch input applied to a specific object of the displayed preview image for selecting the specific object to set at a zero-point of convergence; adjusting (S14) the depth map to set the specific object at a zero-point of convergence based on a convergence of the specific object when the specific object is selected and displaying the adjusted depth map on the preview image; capturing (S16) an image with same focus distance than the preview images which have been used for generating the depth map using said one of the two cameras of the mobile terminal and resizing the adjusted depth map to match a size of the captured image; and generating (S18) an image with an out-of-focus effect by blurring the captured image based on the adjusted and resized depth map, wherein the displayed preview image is a still image, a moving image or a video. receiving (S10) a selection of an out-of-focus function in a camera mode; activating (S11) each of the two cameras to capture a preview image; displaying (S12) a preview image obtained by one of the two cameras on a display unit of the mobile terminal when the out-of-focus function is selected; generating a depth map in real-time from the preview images acquired by the two cameras of the mobile terminal and displaying the generated depth map on the displayed preview image; receiving (S13) a touch input applied to a specific object of the displayed preview image for selecting the specific object to set at a zero-point of convergence; adjusting (S14) the depth map to set the specific object at a zero-point of convergence based on a convergence of the specific object when the specific object is selected and displaying the adjusted depth map on the preview image; capturing (S16) an image with same focus distance than the preview images which have been used for generating the depth map using said one of the two cameras of the mobile terminal and resizing the adjusted depth map to match a size of the captured image; and generating (S18) an image with an out-of-focus effect by blurring the captured image based on the adjusted and resized depth map, wherein the displayed preview image is a still image, a moving image or a video.
Dental implant comprising an anchoring body adapted to anchor the dental implant to a bone structure, said anchoring body comprising a threaded outer surface , characterized in that said threaded outer surface is coated with a titanium-niobium nitride coating layer comprising a combination of at least the following elements: Titanium, Nitrogen and Niobium.
A lamp , comprising: a lamp base ; a semi-reflective envelope ; at least one first solid state light source filament (4a-d) arranged inside the semi-reflective envelope ; and a second solid state light source arranged inside the semi-reflective envelope , wherein the reflectivity of the semi-reflective envelope is in the range from 30% to 70% for light emitted by the at least one first solid state light source filament (4a-d) and the second solid state light source , wherein said at least one first solid state light source filament (4a-d) is arranged at a first distance (D1) lower than 7 millimeters from the semi-reflective envelope , and wherein said second solid state light source is arranged at a second distance (D2) higher than 15 millimeters from the semi-reflective envelope . a lamp base ; a semi-reflective envelope ; at least one first solid state light source filament (4a-d) arranged inside the semi-reflective envelope ; and a second solid state light source arranged inside the semi-reflective envelope , wherein the reflectivity of the semi-reflective envelope is in the range from 30% to 70% for light emitted by the at least one first solid state light source filament (4a-d) and the second solid state light source , wherein said at least one first solid state light source filament (4a-d) is arranged at a first distance (D1) lower than 7 millimeters from the semi-reflective envelope , and wherein said second solid state light source is arranged at a second distance (D2) higher than 15 millimeters from the semi-reflective envelope .
A method for controlling a wireless ear bud , the method comprising: responsive to detecting an input to answer an incoming voice call: when the wireless ear bud is configured in an active microphone state and connected to a companion communication device via a voice profile, answering the incoming voice call via the companion communication device; and when the wireless ear bud is configured in a muted microphone state and connected to the companion communication device via a non-voice profile: re-configuring the wireless ear bud from the muted microphone state to the active microphone state; changing connection of the wireless ear bud to the companion communication device from using the non-voice profile to using a voice profile; and answering the incoming voice call via the wireless ear bud while in the active microphone state and via the companion communication device to which the wireless ear bud is directly connected using the voice profile. when the wireless ear bud is configured in an active microphone state and connected to a companion communication device via a voice profile, answering the incoming voice call via the companion communication device; and when the wireless ear bud is configured in a muted microphone state and connected to the companion communication device via a non-voice profile: re-configuring the wireless ear bud from the muted microphone state to the active microphone state; changing connection of the wireless ear bud to the companion communication device from using the non-voice profile to using a voice profile; and answering the incoming voice call via the wireless ear bud while in the active microphone state and via the companion communication device to which the wireless ear bud is directly connected using the voice profile. re-configuring the wireless ear bud from the muted microphone state to the active microphone state; changing connection of the wireless ear bud to the companion communication device from using the non-voice profile to using a voice profile; and answering the incoming voice call via the wireless ear bud while in the active microphone state and via the companion communication device to which the wireless ear bud is directly connected using the voice profile.
Upper sealing tool which has a peripheral region and a recess , by way of which the upper film web is formed, wherein the recess has a certain depth (T) and also a transition region and an inner region , wherein the transition region is located between the peripheral region and the inner region , characterized in that the transition region has a first and a second portion , wherein one portion is provided in a convex state and the other portion is provided in a concave state, characterized in that the ratio of the depth (T) of the recess to the radius of curvature (R1) of the portion , and also to the radius of curvature (R2) of the portion , is, at least in part, ≤ 2.5, preferably ≤ 2 and even more preferably ≤ 1.
A tangential flow filtration, TFF, assembly, comprising: a plurality of stacked processing units that are fluidly connected, wherein each processing unit comprises a cassette holder containing at least one TFF cassette, and wherein the processing units in the assembly are configured for processing in parallel and/or in series; a first channel connected to a feed inlet extending through the plurality of processing units ; a second channel connected to a retentate outlet extending through the plurality of processing units ; a permeate channel extending through the plurality of processing units ; at least one pump or control valve for recirculating retentate through all or part of the assembly; at least one conduit for recirculating retentate; and one or more valves, valves , wherein each valve is located on either the first channel or the second channel between two adjacent processing units , and wherein the valves alternate between the first channel and second channel for consecutive pairs of adjacent processing units ; wherein the plurality of processing units are processed in parallel when the valves are open, or in series when the valves are closed. a plurality of stacked processing units that are fluidly connected, wherein each processing unit comprises a cassette holder containing at least one TFF cassette, and wherein the processing units in the assembly are configured for processing in parallel and/or in series; a first channel connected to a feed inlet extending through the plurality of processing units ; a second channel connected to a retentate outlet extending through the plurality of processing units ; a permeate channel extending through the plurality of processing units ; at least one pump or control valve for recirculating retentate through all or part of the assembly; at least one conduit for recirculating retentate; and one or more valves, valves , wherein each valve is located on either the first channel or the second channel between two adjacent processing units , and wherein the valves alternate between the first channel and second channel for consecutive pairs of adjacent processing units ; wherein the plurality of processing units are processed in parallel when the valves are open, or in series when the valves are closed.
A method for forming pleats (30a-30k) in a stent graft , comprising: forming pleats (30a-30k) in a graft material of the stent graft by compressing the stent graft ; applying heat to the stent graft to thermally set the pleats (30a-30k) in the graft material; and characterised by comprising axially pulling back the stent graft to its native length to uncompress the stent graft after the pleats (30a-30k) are thermally set. forming pleats (30a-30k) in a graft material of the stent graft by compressing the stent graft ; applying heat to the stent graft to thermally set the pleats (30a-30k) in the graft material; and characterised by comprising axially pulling back the stent graft to its native length to uncompress the stent graft after the pleats (30a-30k) are thermally set.
An integrated circuit, comprising: an actuator to eject a fluid in response to a fire signal; and a monitor circuit to be set by the fire signal to block the fire signal to the actuator after a selected duration; wherein the monitor circuit includes a timer that is started with the fire signal, and a blocking circuit operably coupled to the timer to block the fire signal from reaching the actuator if the timer has expired and the fire signal is not deactivated; characterised in that the monitor circuit is configured to indicate a fault in response to blocking the fire signal. an actuator to eject a fluid in response to a fire signal; and a monitor circuit to be set by the fire signal to block the fire signal to the actuator after a selected duration; wherein the monitor circuit includes a timer that is started with the fire signal, and a blocking circuit operably coupled to the timer to block the fire signal from reaching the actuator if the timer has expired and the fire signal is not deactivated; characterised in that the monitor circuit is configured to indicate a fault in response to blocking the fire signal.
A bicycle bell consisting of a fixing element , a struck block and a striking element , wherein the fixing element is provided with a base on whose bottom side a connecting portion is arranged, so that the fixing element can be easily mounted on a handlebar of a bicycle by means of the connecting portion , whereas a positioning column which is protruding from the center of the top side of the base is arranged to elevate the struck block and the struck block can be connected to the positioning column , whereas an extending seat is formed on one side of the base , so that the striking element which is elastic and resettable can be mounted on the extending seat ; the struck block is made of metal and characterised in that the struck block is formed as a triangular body having a hollow space inwardly; the struck block is provided with three struck segments surrounding the outer side of the hollow space and connected with each other in such a manner that the respective connecting part is formed as a turn; a cantilever is extending from at least one of the struck segments into the hollow space in such a way that the struck block is mounted on the positioning column of the fixing element by the cantilever ; an opening is arranged on one side of the struck block in such a manner that the opening goes through the said struck segment .
A modular core cap system for a toroidal transformer , the system comprising: a plurality of cap segments , wherein each respective cap segment comprises: first and second spaced elongated wall members ; a first connector member connected to the first elongated wall member; a second connector member operationally connectable to a first connector member of another one of the plurality of cap segments and connected to the second elongated wall member; a generally flat panel member connected to and extending between the first and second elongated wall members; wherein the first and second wall members are disposed at a predetermined angle relative one another; and wherein the first and second elongated wall members and the panel member are electrically non-conducting; and wherein an integral number of the plurality of cap segments are configured to be joined together in use, to define an annular core cap of which each respective cap segment spans an arc in annular direction. a plurality of cap segments , wherein each respective cap segment comprises: first and second spaced elongated wall members ; a first connector member connected to the first elongated wall member; a second connector member operationally connectable to a first connector member of another one of the plurality of cap segments and connected to the second elongated wall member; a generally flat panel member connected to and extending between the first and second elongated wall members; wherein the first and second wall members are disposed at a predetermined angle relative one another; and wherein the first and second elongated wall members and the panel member are electrically non-conducting; and first and second spaced elongated wall members ; a first connector member connected to the first elongated wall member; a second connector member operationally connectable to a first connector member of another one of the plurality of cap segments and connected to the second elongated wall member; a generally flat panel member connected to and extending between the first and second elongated wall members; wherein the first and second wall members are disposed at a predetermined angle relative one another; and wherein the first and second elongated wall members and the panel member are electrically non-conducting; and wherein an integral number of the plurality of cap segments are configured to be joined together in use, to define an annular core cap of which each respective cap segment spans an arc in annular direction.