mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (30,128) for storing and coating a medical device (36,135), the apparatus comprising: a sealed receptacle (32, 108) having a proximal end and a distal end, the receptacle containing a coating material (34, 134); the medical device (36,135) having an outer profile, the medical device disposed and sealed within the sealed receptacle (32,108) and immersed in the coating material (34, 134), the sealed receptacle (32,108) configured to be unsealed or opened to enable the medical device (36,135) to pass through at a time of use; and a reducing template (38, 138) having a cross-sectional inner profile, the reducing template adapted to receive the medical device (36, 135) and wipe excess of the coating material (34, 134) from the medical device; wherein an area defined by the cross-sectional inner profile of the reducing template (38, 138) is greater than an area defined by the outer profile of the medical device (36,135) by a predetermined amount forming a gap area; wherein the predetermined amount forming the gap area is determined at least in part by a thickness of the coating material (34, 134) desired to remain on the medical device (36, 135) subsequent to movement of the medical device out of the sealed receptacle (32, 108) and through the reducing template (38, 138), wiping off excess coating material; and wherein the sealed receptacle (32, 108) further comprises a catheter cap (44, 45a) disposed within the sealed receptacle (32, 108) and sealing a lumen of a catheter (48, 148). a sealed receptacle (32, 108) having a proximal end and a distal end, the receptacle containing a coating material (34, 134); the medical device (36,135) having an outer profile, the medical device disposed and sealed within the sealed receptacle (32,108) and immersed in the coating material (34, 134), the sealed receptacle (32,108) configured to be unsealed or opened to enable the medical device (36,135) to pass through at a time of use; and a reducing template (38, 138) having a cross-sectional inner profile, the reducing template adapted to receive the medical device (36, 135) and wipe excess of the coating material (34, 134) from the medical device; wherein an area defined by the cross-sectional inner profile of the reducing template (38, 138) is greater than an area defined by the outer profile of the medical device (36,135) by a predetermined amount forming a gap area; wherein the predetermined amount forming the gap area is determined at least in part by a thickness of the coating material (34, 134) desired to remain on the medical device (36, 135) subsequent to movement of the medical device out of the sealed receptacle (32, 108) and through the reducing template (38, 138), wiping off excess coating material; and wherein the sealed receptacle (32, 108) further comprises a catheter cap (44, 45a) disposed within the sealed receptacle (32, 108) and sealing a lumen of a catheter (48, 148).
Method for producing modifications in a solid body, wherein a crack guidance region for guiding a crack for separating a solid-body portion, in particular a solid-body layer, from the solid body is specified by the modifications, comprising at least the steps of: moving the solid body relative to a laser impingement device, successively emitting a multiplicity of laser beams by means of the laser impingement device for producing in each case at least one modification within the solid body, characterized in that the laser impingement device is set for defined focusing of the laser beams and/or for continuously adapting the laser energy in dependence on at least two parameters, wherein one parameter is the degree of doping of the solid body at a predetermined location or in a predetermined region, in particular in the interior, of the solid body, in particular at a distance from the solid-body surface. moving the solid body relative to a laser impingement device, successively emitting a multiplicity of laser beams by means of the laser impingement device for producing in each case at least one modification within the solid body, characterized in that the laser impingement device is set for defined focusing of the laser beams and/or for continuously adapting the laser energy in dependence on at least two parameters, wherein one parameter is the degree of doping of the solid body at a predetermined location or in a predetermined region, in particular in the interior, of the solid body, in particular at a distance from the solid-body surface.
A cable-driven surgical tool comprising: an elongate shaft defining a lumen that extends between a proximal end and a distal end of the elongate shaft; an end effector operably coupled to the distal end of the elongate shaft; and a plurality of cable systems (630a-d) extending within the lumen and operably engaging the end effector, each cable system (630a-d) comprising a distal cable portion (632a-d) and a proximal cable portion (634a-d) adjoined by a releasable interconnect, characterised in that the distal cable portion (632a-d) and the proximal cable portion (634a-d) comprise different diameters of cables. an elongate shaft defining a lumen that extends between a proximal end and a distal end of the elongate shaft; an end effector operably coupled to the distal end of the elongate shaft; and a plurality of cable systems (630a-d) extending within the lumen and operably engaging the end effector, each cable system (630a-d) comprising a distal cable portion (632a-d) and a proximal cable portion (634a-d) adjoined by a releasable interconnect, characterised in that
A wearable garment training system (50, 450) for increasing physiological load and monitoring power exerted to overcome the load, comprising: a waist portion; a left leg portion (54, 454); a right leg portion (52, 452); a left hip resistance unit carried by the garment such that movement of the left leg portion relative to the waist portion is resisted by the left hip resistance unit; a right hip resistance unit (58, 458) carried by the garment such that movement of the right leg portion relative to the waist portion is resisted by the right hip resistance unit; a left sensor; a right sensor; and a controller configured to receive data captured from the left and right sensors, said data responsive to power exerted by a wearer against the respective left and right resistance units throughout a range of motion; wherein the left sensor is configured to be provided with the left hip resistance unit and the right sensor is configured to be provided with the right hip resistance unit to allow determination of asymmetry in the power exerted by the wearer. a waist portion; a left leg portion (54, 454); a right leg portion (52, 452); a left hip resistance unit carried by the garment such that movement of the left leg portion relative to the waist portion is resisted by the left hip resistance unit; a right hip resistance unit (58, 458) carried by the garment such that movement of the right leg portion relative to the waist portion is resisted by the right hip resistance unit; a left sensor; a right sensor; and a controller configured to receive data captured from the left and right sensors, said data responsive to power exerted by a wearer against the respective left and right resistance units throughout a range of motion; wherein the left sensor is configured to be provided with the left hip resistance unit and the right sensor is configured to be provided with the right hip resistance unit to allow determination of asymmetry in the power exerted by the wearer.
A polymer polyol comprising the free-radical polymerization reaction product of: a base polyol of one or more polyether carbonate polyols, at least one ethylenically unsaturated monomer, selected from the group consisting of styrene and acrylonitrile, optionally, a preformed stabilizer, in the presence of at least one free-radical polymerization initiator, and optionally, one or more chain transfer agents. a base polyol of one or more polyether carbonate polyols, at least one ethylenically unsaturated monomer, selected from the group consisting of styrene and acrylonitrile, optionally, a preformed stabilizer, in the presence of at least one free-radical polymerization initiator, and optionally, one or more chain transfer agents.
A method for counting steps, adapted to an electronic apparatus, the method for counting steps comprising: obtaining an orientation and a plurality of first three-axis acceleration values of the electronic apparatus; removing a specific ratio of an acceleration of gravity from each of the first three-axis acceleration values according to the orientation to generate a plurality of second three-axis acceleration values; calculating a plurality of inner product values and a plurality of outer product values according to the second three-axis acceleration values; determining whether a user of the electronic apparatus is in a walking status according to the second three-axis acceleration values; if yes, setting the inner product values as reference values; if not, setting the outer product values as the reference values; and calculating a number of steps corresponding to the second three-axis acceleration values according to the reference values. obtaining an orientation and a plurality of first three-axis acceleration values of the electronic apparatus; removing a specific ratio of an acceleration of gravity from each of the first three-axis acceleration values according to the orientation to generate a plurality of second three-axis acceleration values; calculating a plurality of inner product values and a plurality of outer product values according to the second three-axis acceleration values; determining whether a user of the electronic apparatus is in a walking status according to the second three-axis acceleration values; if yes, setting the inner product values as reference values; if not, setting the outer product values as the reference values; and calculating a number of steps corresponding to the second three-axis acceleration values according to the reference values.
Method for conveying rod-shaped articles of the tobacco-processing industry (21, 22), in particular filter cigarettes or the rod-shaped components thereof, wherein the rod-shaped articles (21, 22) are conveyed cross-axially in receiving troughs of conveying drums (31, 32, 33) by means of rotation of the conveyor drums (31, 32, 33), wherein the conveying drums (31, 32, 33), each of which rotates or can rotate about its own axis of rotation (41, 42, 43), are arranged one after the other in the cross-axial conveying direction of the rod-shaped articles (21, 22), wherein the rod-shaped articles (21, 22) arranged one after the other cross-axially in at least one row are transferred from one conveying drum (31, 32, 33) to a subsequent conveying drum (31, 32, 33), characterized in that, in the event of changing the rod-shaped articles (21, 22) to be conveyed from rod-shaped articles of a first type having a predetermined diameter to rod-shaped articles of a second type having a predetermined diameter, wherein the diameter of the articles of the first type and the diameter of the articles of the second type differ from one another, the conveying drums (31, 32, 33) provided for conveying the rod-shaped articles (21, 22) are retained, wherein, for the change of the rod-shaped articles (21, 22) to be conveyed, the axis of rotation of at least one conveying drum is shifted with respect to at least one adjacent, in particular rod-shaped article-releasing and/or rod-shaped article-receiving, conveying drum (31, 33) and the, in particular fixed, axis of rotation (41, 43) thereof, so that the spacing of the axes of rotation (41, 42, 43) of the adjacent conveyor drums (31, 32, 33) for conveying the rod-shaped articles of the first type is changed relative to the spacing of the axes of rotation of the adjacent conveying drum (31, 32, 33) for conveying the rod-shaped articles of the second type.
A method performed by a target communications device, the method comprising: receiving from a source communications device a notification that a user communications device is to be handed over from that source communications device; and providing for the user communications device multiple component carrier information including information to indicate to the user communications device which of the multiple component carriers is to be used for initial access and including component carrier indexes for identifying component carriers of said multiple component carriers; wherein the information indicating which of the multiple component carriers is to be used for initial access by the user communications device is provided in a handover request acknowledge message to the source communications device, responsive to the notification received from the source communications device, for communication to the user communications device; and wherein the handover request acknowledge message includes a transparent container to be sent to the user communications device as a Radio Resource Control message. receiving from a source communications device a notification that a user communications device is to be handed over from that source communications device; and providing for the user communications device multiple component carrier information including information to indicate to the user communications device which of the multiple component carriers is to be used for initial access and including component carrier indexes for identifying component carriers of said multiple component carriers; wherein the information indicating which of the multiple component carriers is to be used for initial access by the user communications device is provided in a handover request acknowledge message to the source communications device, responsive to the notification received from the source communications device, for communication to the user communications device; and wherein the handover request acknowledge message includes a transparent container to be sent to the user communications device as a Radio Resource Control message.
A fifth wheel control arrangement (100, 300) for an articulated vehicle, comprising a fifth wheel having a biased hinge joint and an actuator arranged to control a biasing force and/or a damping force of the biased hinge joint, characterized in that the control arrangement (100, 300) further comprises a control unit configured to automatically control the actuator in response to one or more input sensor signals (325, 335, 345, 355, 365) associated with a current state of the articulated vehicle, to obtain a target wheel axle load (F1, F2, F3) of the articulated vehicle and/or to stabilize the articulated vehicle.
A nasal cannula for delivering humidified breathing gas and nebulized medication, the nasal cannula comprising: a first prong having a first prong outlet, a longitudinal axis, and a first length along the longitudinal axis; a second prong having a second prong outlet; a third prong having a second length and comprising a first medicament outlet configured to supply aerosolized medicament in a direction parallel to the longitudinal axis of the first prong, the third prong configured to extend alongside the first prong and share a common wall with the first prong, the second length of the third prong is less than the first length of the first prong; a first tube having a first inlet for receiving breathing gas, the first tube being in fluid communication with the first and second prongs (102, 110); and a second tube having a second inlet for receiving aerosolized medicament, the second tube being in fluid communication with the first medicament outlet; wherein the first tube is not in fluid communication with the second tube along a length of the second tube. a first prong having a first prong outlet, a longitudinal axis, and a first length along the longitudinal axis; a second prong having a second prong outlet; a third prong having a second length and comprising a first medicament outlet configured to supply aerosolized medicament in a direction parallel to the longitudinal axis of the first prong, the third prong configured to extend alongside the first prong and share a common wall with the first prong, the second length of the third prong is less than the first length of the first prong; a first tube having a first inlet for receiving breathing gas, the first tube being in fluid communication with the first and second prongs (102, 110); and a second tube having a second inlet for receiving aerosolized medicament, the second tube being in fluid communication with the first medicament outlet; wherein the first tube is not in fluid communication with the second tube along a length of the second tube.
An imaging device comprising: an imaging unit, which includes a plurality of pixels arranged two-dimensionally, and that is configured to capture an image; a recognition processing unit configured to receive the image captured by the imaging unit as a first captured image, and perform at least part of a recognition process for the first captured image based on an output of the imaging unit; an output unit configured to receive the image captured by the imaging unit as a second captured image, and output the second captured image and a recognition result by the recognition processing unit or intermediate data acquired in the middle of the recognition process to an outside of the imaging device; and an output control unit configured to perform output control of selectively outputting, from the output unit to the outside of the imaging device, at least one of the recognition result or the intermediate data and the second captured image, wherein the imaging unit and the recognition processing unit are arranged in a single chip. an imaging unit, which includes a plurality of pixels arranged two-dimensionally, and that is configured to capture an image; a recognition processing unit configured to receive the image captured by the imaging unit as a first captured image, and perform at least part of a recognition process for the first captured image based on an output of the imaging unit; receive the image captured by the imaging unit as a first captured image, and perform at least part of a recognition process for the first captured image based on an output of the imaging unit; an output unit configured to receive the image captured by the imaging unit as a second captured image, and output the second captured image and a recognition result by the recognition processing unit or intermediate data acquired in the middle of the recognition process to an outside of the imaging device; and receive the image captured by the imaging unit as a second captured image, and output the second captured image and a recognition result by the recognition processing unit or intermediate data acquired in the middle of the recognition process to an outside of the imaging device; and an output control unit configured to perform output control of selectively outputting, from the output unit to the outside of the imaging device, at least one of the recognition result or the intermediate data and the second captured image, wherein the imaging unit and the recognition processing unit are arranged in a single chip.
A drone accessory (1, 10) adapted to be removably attached to a drone comprising a directional-adjustable camera, the drone accessory (1, 10) comprising at least one camera, a directional-adjustable device and a processor in communication with the at least one camera and the directional-adjustable device, wherein - the at least one camera being configured to capturing images of the directional-adjustable camera of the drone and transmitting the images to the processor, and - the processor being configured to, in response to receiving the images of the directional-adjustable camera of the drone, determining a viewing direction of the directional-adjustable camera of the drone, and directing the directional-adjustable device in the determined viewing direction. - the at least one camera being configured to capturing images of the directional-adjustable camera of the drone and transmitting the images to the processor, and - the processor being configured to, in response to receiving the images of the directional-adjustable camera of the drone, determining a viewing direction of the directional-adjustable camera of the drone, and directing the directional-adjustable device in the determined viewing direction.
A frame of an armrest comprising: a first portion comprising a shaft and a single plastic material lining overmolded around the shaft; and a second portion comprising at least one branch (24, 26) attached to the lining, wherein the shaft comprises two axial ends (32, 36) and an external surface connecting the two axial ends, the lining covering the entire external surface or the entire external surface except the two axial ends. a first portion comprising a shaft and a single plastic material lining overmolded around the shaft; and a second portion comprising at least one branch (24, 26) attached to the lining, wherein the shaft comprises two axial ends (32, 36) and an external surface connecting the two axial ends, the lining covering the entire external surface or the entire external surface except the two axial ends.
A scroll compressor, comprising: a housing; scroll compressor bodies (110, 112) disposed in the housing, the scroll compressor bodies (110, 112) including a first scroll compressor body and a second scroll compressor body, the first and second scroll compressor bodies (110, 112) having respective bases (116, 120) and respective scroll ribs (114, 118) that project from the respective bases (116, 120), wherein the scroll ribs (114, 118) mutually engage, the second scroll compressor body being movable relative to the first scroll compressor body for compressing fluid; and a pilot ring that engages a perimeter surface of the first scroll compressor body to limit movement of the first scroll compressor body in the radial direction, the first scroll compressor body having a radially-outward-projecting limit tab (111, 113) being configured to limit movement of the first scroll compressor body in at least one of the axial and rotational directions, characterized in that movement of the first scroll compressor body in the rotational direction is limited by a first radially-outward-projecting limit tab on the first scroll compressor body, wherein the first radially-outward-projecting limit tab is located within a slot formed in the pilot ring, and wherein the first radially-outward-projecting limit tab rotationally abuts a side portion of the slot. a housing; scroll compressor bodies (110, 112) disposed in the housing, the scroll compressor bodies (110, 112) including a first scroll compressor body and a second scroll compressor body, the first and second scroll compressor bodies (110, 112) having respective bases (116, 120) and respective scroll ribs (114, 118) that project from the respective bases (116, 120), wherein the scroll ribs (114, 118) mutually engage, the second scroll compressor body being movable relative to the first scroll compressor body for compressing fluid; and a pilot ring that engages a perimeter surface of the first scroll compressor body to limit movement of the first scroll compressor body in the radial direction, the first scroll compressor body having a radially-outward-projecting limit tab (111, 113) being configured to limit movement of the first scroll compressor body in at least one of the axial and rotational directions,