mhurhangee/ep-ind-claims huggingface dataset:
A flow generator adapted to provide a supply of pressurized breathable gas for treatment of a respiratory disease or sleep disordered breathing, comprising: a housing (101, 102) including an upper housing and a lower housing sealingly connected together to form the housing (101, 102) for a blower (105, 510), the upper housing including an air inlet opening; an inlet elbow in fluid communication with the air inlet opening; and a blower (105, 510) within the housing (101, 102) comprising a blower housing including an inlet and an outlet; a stationary component provided to the blower housing; an impeller (112, 560) positioned between the inlet of the blower housing and the stationary component; and a motor adapted to drive the impeller (112, 560), the motor including a rotor coupled to the impeller (112, 560), wherein the inlet elbow is adapted to direct air flow from the air inlet opening to the lower housing to allow dispersion of the air in all directions into the internal area of the housing (101, 102); and characterized in that the inlet elbow is formed of a flexible or elastomeric material to allow expansion as the air flows therethrough to further assist with reducing noise output. a housing (101, 102) including an upper housing and a lower housing sealingly connected together to form the housing (101, 102) for a blower (105, 510), the upper housing including an air inlet opening; an inlet elbow in fluid communication with the air inlet opening; and a blower (105, 510) within the housing (101, 102) comprising a blower housing including an inlet and an outlet; a stationary component provided to the blower housing; an impeller (112, 560) positioned between the inlet of the blower housing and the stationary component; and a motor adapted to drive the impeller (112, 560), the motor including a rotor coupled to the impeller (112, 560), wherein the inlet elbow is adapted to direct air flow from the air inlet opening to the lower housing to allow dispersion of the air in all directions into the internal area of the housing (101, 102); and characterized in that the inlet elbow is formed of a flexible or elastomeric material to allow expansion as the air flows therethrough to further assist with reducing noise output. a blower housing including an inlet and an outlet; a stationary component provided to the blower housing; an impeller (112, 560) positioned between the inlet of the blower housing and the stationary component; and a motor adapted to drive the impeller (112, 560), the motor including a rotor coupled to the impeller (112, 560), wherein the inlet elbow is adapted to direct air flow from the air inlet opening to the lower housing to allow dispersion of the air in all directions into the internal area of the housing (101, 102); and characterized in that the inlet elbow is formed of a flexible or elastomeric material to allow expansion as the air flows therethrough to further assist with reducing noise output.
An apparatus (200, 400) for guarding a seat gap, comprising: a support member configured to be coupled to a repositionable seat; and one or more deformable guard members fixed to the support member, the one or more deformable guard members configured to press against a surface (110, 304) adjacent to the repositionable seat, wherein the support member is configured to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position, wherein the support member comprises a flexible support member, and at least a portion of the flexible support member bends or unbends to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position characterized in that the flexible support member comprises a plurality of segments with flexible joints in between adjacent segments of the plurality of segments. a support member configured to be coupled to a repositionable seat; and one or more deformable guard members fixed to the support member, the one or more deformable guard members configured to press against a surface (110, 304) adjacent to the repositionable seat, wherein the support member is configured to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position, wherein the support member comprises a flexible support member, and at least a portion of the flexible support member bends or unbends to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position characterized in that the flexible support member comprises a plurality of segments with flexible joints in between adjacent segments of the plurality of segments.
A terminal control method, comprising: sensing, by a Hall device of a terminal in a standby state, that a magnetic field is less than or equal to a first preset threshold; when the magnetic field sensed by the Hall device is less than or equal to the first preset threshold and the terminal is in the standby state, activating a sensor of the terminal, wherein the Hall device is configured to sense a magnetic field generated by a magnet in a protective case of the terminal, wherein the sensor is a proximity sensor for detecting a distance; determining, by using detection data of the proximity sensor, whether the terminal is obstructed, wherein the determining, by using detection data of the proximity sensor, whether the terminal is obstructed comprises: determining, by using the proximity sensor, a distance between a flip side of the protective case of the terminal and the proximity sensor; when the distance is less than or equal to a second preset threshold, determining that the terminal is obstructed; when the distance is greater than the second preset threshold, determining that the terminal is not obstructed; and maintaining the standby state of the terminal when it is determined that the terminal is obstructed. sensing, by a Hall device of a terminal in a standby state, that a magnetic field is less than or equal to a first preset threshold; when the magnetic field sensed by the Hall device is less than or equal to the first preset threshold and the terminal is in the standby state, activating a sensor of the terminal, wherein the Hall device is configured to sense a magnetic field generated by a magnet in a protective case of the terminal, wherein the sensor is a proximity sensor for detecting a distance; determining, by using detection data of the proximity sensor, whether the terminal is obstructed, wherein the determining, by using detection data of the proximity sensor, whether the terminal is obstructed comprises: determining, by using the proximity sensor, a distance between a flip side of the protective case of the terminal and the proximity sensor; when the distance is less than or equal to a second preset threshold, determining that the terminal is obstructed; when the distance is greater than the second preset threshold, determining that the terminal is not obstructed; and maintaining the standby state of the terminal when it is determined that the terminal is obstructed. determining, by using the proximity sensor, a distance between a flip side of the protective case of the terminal and the proximity sensor; when the distance is less than or equal to a second preset threshold, determining that the terminal is obstructed; when the distance is greater than the second preset threshold, determining that the terminal is not obstructed; and maintaining the standby state of the terminal when it is determined that the terminal is obstructed.
Cam for a circular knitting machine with at least one cam groove (11, 21, 31) formed in its surface (16, 26) to receive and guide a foot configured on a stitch-forming tool, characterised in that additional recesses (14, 15; 22, 32) are formed in the cam surface (16, 26) to reduce the striking surface between the cam surface (16, 26) and the shank of the stitch-forming tools.
Use of a composition which has a kinematic viscosity of not more than 600 * 10 -6 m 2 /s at 25°C and comprises or consists of a salt of an organic base and an organic acid for thermochemical storage of heat by means of a reversible endothermic dissociation reaction of the salt into the free organic acid and the free organic base, wherein the composition either is an ionic liquid, or contains an ionic liquid which is optionally diluted with a solvent or is a liquid which contains a polymeric base as anion of the salt and/or a polymeric acid as cation and optionally additionally a solvent, or is a salt which is solid at room temperature and is present as a dispersion or solution in a solvent, with the proviso that the base on which this dispersed or dissolved salt is based is a nitrogen base and the molar mass thereof is less than 250 g/mol and/or the acid on which this dispersed or dissolved salt is based has a molar mass of less than 250 g/mol and wherein the salt present in the composition can be separated at least partially into the free acid and the free base by means of a reversible endothermic dissociation reaction.
An oxide semiconductor thin film transistor comprising: a channel layer (116,216); a first gate (112,212); a second gate (122,222); a first gate insulating layer (110,210) formed between the channel layer and the first gate; and a second gate insulating layer (120,220) formed between the channel layer and the second gate, wherein the first and second gate insulating layers (110,120,210,220) are formed of different materials, the first gate insulating layer (110,120) being formed of a material that does not include oxygen and the second gate insulating layer being formed of a material that does include oxygen; wherein the second gate (122,222) is electrically connected to the first gate (112,212) to synchronize with the first gate. a channel layer (116,216); a first gate (112,212); a second gate (122,222); a first gate insulating layer (110,210) formed between the channel layer and the first gate; and a second gate insulating layer (120,220) formed between the channel layer and the second gate, wherein the first and second gate insulating layers (110,120,210,220) are formed of different materials, the first gate insulating layer (110,120) being formed of a material that does not include oxygen and the second gate insulating layer being formed of a material that does include oxygen; wherein the second gate (122,222) is electrically connected to the first gate (112,212) to synchronize with the first gate.
A prosthesis socket with: a. a proximal insertion opening and an inner circumference which at least partially surrounds a limb stump, b. at least one connection device for a prosthesis component, which is connectable to the prosthesis socket, c. and at least one actuator, by means of which the inner circumference of the prosthesis socket is enlargeable, characterized in that the prosthesis socket is held by a resilient reset force on the limb stump and the actuator is designed to increase the inner circumference of the prosthesis socket against the resilient reset force. a. a proximal insertion opening and an inner circumference which at least partially surrounds a limb stump, b. at least one connection device for a prosthesis component, which is connectable to the prosthesis socket, c. and at least one actuator, by means of which the inner circumference of the prosthesis socket is enlargeable, characterized in that the prosthesis socket is held by a resilient reset force on the limb stump and the actuator is designed to increase the inner circumference of the prosthesis socket against the resilient reset force.
A method for transmitting a screen content by a projecting terminal, the method comprising: registering the projecting terminal at a web server, the registering the projecting terminal at the web server including: visiting the web server through a web-based operating system that supports real-time webpage communication; loading computer-executable codes for initialization from the web server to the projecting terminal; and executing the computer-executable codes for initialization for the projecting terminal, wherein the computer-executable codes cause the projecting terminal to perform the steps of: establishing a point to point communication link with a displaying terminal through a point to point link interface provided by a web-based operating system at the projecting terminal; using a screen visiting interface provided by the web-based operating system to retrieve a screen content; converting the screen content to screen content data; and sending the screen content data to the displaying terminal through the point to point communication link. registering the projecting terminal at a web server, the registering the projecting terminal at the web server including: visiting the web server through a web-based operating system that supports real-time webpage communication; loading computer-executable codes for initialization from the web server to the projecting terminal; and executing the computer-executable codes for initialization for the projecting terminal, wherein the computer-executable codes cause the projecting terminal to perform the steps of: visiting the web server through a web-based operating system that supports real-time webpage communication; loading computer-executable codes for initialization from the web server to the projecting terminal; and executing the computer-executable codes for initialization for the projecting terminal, wherein the computer-executable codes cause the projecting terminal to perform the steps of: establishing a point to point communication link with a displaying terminal through a point to point link interface provided by a web-based operating system at the projecting terminal; using a screen visiting interface provided by the web-based operating system to retrieve a screen content; converting the screen content to screen content data; and sending the screen content data to the displaying terminal through the point to point communication link.
Agricultural machinery comprising: an agricultural work vehicle comprising a suspension system; an agricultural implement connected to the agricultural work vehicle, the agricultural implement comprising: a plurality of ground engaging tools (22a, 22b, 24a, 24b, 26a, 26b, 28a, 28b, 30a, 30b) and at least one actuator (70, 218, 318) for moving one or more components of the agricultural implement; wherein the at least one actuator (70, 218, 318) is functionally connected to the suspension system of the agricultural work vehicle so as to move one or more components of the agricultural implement in response to an activation of the suspension system. an agricultural work vehicle comprising a suspension system; an agricultural implement connected to the agricultural work vehicle, the agricultural implement comprising: a plurality of ground engaging tools (22a, 22b, 24a, 24b, 26a, 26b, 28a, 28b, 30a, 30b) and at least one actuator (70, 218, 318) for moving one or more components of the agricultural implement; a plurality of ground engaging tools (22a, 22b, 24a, 24b, 26a, 26b, 28a, 28b, 30a, 30b) and at least one actuator (70, 218, 318) for moving one or more components of the agricultural implement; wherein the at least one actuator (70, 218, 318) is functionally connected to the suspension system of the agricultural work vehicle so as to move one or more components of the agricultural implement in response to an activation of the suspension system.
A process for treating polyolefin granules in a treatment vessel comprising the steps of: - Providing a bed of granules in liquid in said treatment vessel - Withdrawing a first stream of liquid from said treatment vessel, wherein said first stream of liquid contains hydrocarboneous compounds - introducing a first stream of vapour into said treatment vessel - Withdrawing a second stream of vapour from said treatment vessel wherein said second stream of vapour contains volatile hydrocarboneous compounds - Recovering the granules from said treatment vessel wherein said first stream of vapour has a temperature from Tb to Tb+10 °C, wherein Tb is the boiling point of the liquid at the applied pressure, and said first stream of vapour produces an upwards rising vapour stream in said treatment vessel, the superficial vapour velocity of which is no more than 0.2 m/s. - Providing a bed of granules in liquid in said treatment vessel - Withdrawing a first stream of liquid from said treatment vessel, wherein said first stream of liquid contains hydrocarboneous compounds - introducing a first stream of vapour into said treatment vessel - Withdrawing a second stream of vapour from said treatment vessel wherein said second stream of vapour contains volatile hydrocarboneous compounds - Recovering the granules from said treatment vessel wherein said first stream of vapour has a temperature from Tb to Tb+10 °C, wherein Tb is the boiling point of the liquid at the applied pressure, and said first stream of vapour produces an upwards rising vapour stream in said treatment vessel, the superficial vapour velocity of which is no more than 0.2 m/s.
An MHC class I multimer comprising (a-b-P) n, wherein n > 1, wherein a and b together form a functional MHC class I protein capable of binding the antigenic peptide P, wherein (a-b-P) is the MHC class I peptide complex formed when the antigenic peptide P binds to the functional MHC class I protein, wherein each MHC class I peptide complex of a MHC class I multimer is associated with one or more multimerization domains, wherein P comprises SEQ ID NO:5751.
Sensor for monitoring a medium, comprising an electromagnetic radiation source and a detector for electromagnetic radiation, wherein the medium is in the beam path between the electromagnetic radiation source and the detector, which consists of photodiodes, and the refraction changes when the medium is changed, wherein - a first part of a housing is a cup-shaped single-piece shaped part consisting of a material that is transparent to the radiation, - the electromagnetic radiation source, the detector and mirrors that deflect the radiation from the electromagnetic radiation source twice in sequence are arranged in the first part of the housing such that the electromagnetic radiation source and the detector are placed one adjacent to the other, - at least one planar wall of a cut-out in the first part of the housing for the medium is arranged at an angle of other than 90° to the radiation, - a second part of the housing is a cover such that a self-contained sensor is produced by means of the first and second parts of the housing, and - the detector consists of photodiodes arranged in a row or in a matrix and is connected to a data-processing system for determining the location of the electromagnetic radiation that has reached the detector, from the position of the photodiodes of the detector. - a first part of a housing is a cup-shaped single-piece shaped part consisting of a material that is transparent to the radiation, - the electromagnetic radiation source, the detector and mirrors that deflect the radiation from the electromagnetic radiation source twice in sequence are arranged in the first part of the housing such that the electromagnetic radiation source and the detector are placed one adjacent to the other, - at least one planar wall of a cut-out in the first part of the housing for the medium is arranged at an angle of other than 90° to the radiation, - a second part of the housing is a cover such that a self-contained sensor is produced by means of the first and second parts of the housing, and - the detector consists of photodiodes arranged in a row or in a matrix and is connected to a data-processing system for determining the location of the electromagnetic radiation that has reached the detector, from the position of the photodiodes of the detector.
An optical fiber including a core region and a cladding region, wherein the cladding region includes a first cladding region provided on the outer circumference of the core region, the first cladding region consisting of a main-medium region and a sub-medium region having a refractive index lower than a refractive index of the main-medium region, and a second cladding region that is homogenous and provided on the outer circumference of the first cladding region, the sub-medium region includes four inner sub-medium regions (5a to 5d) each having a lateral cross section that is substantially circular shaped and formed with a liquid, a gaseous substance or a solid substance that fills inside of holes formed along the core region, the four inner sub-medium regions (5a to 5d) being arranged at four folds rotationally symmetric centering on the core region, and eight outer sub-medium regions (6a to 6h) each having a lateral cross section that is substantially circular shaped having a substantially same diameter with the lateral cross section of the inner sub-medium regions (5a to 5d) and formed with a liquid, a gaseous substance or a solid substance that fills inside of holes formed along the core region, the eight outer sub-medium regions (6a to 6h) being arranged at four folds rotationally symmetric centering on the core region on outer side of the inner sub-medium regions (5a to 5d), characterized by a relative refractive index difference of the core region with respect to the second cladding region is equal to or larger than 0.3% and equal to or smaller than 0.4%, and a mode field diameter at a wavelength of 1550 nanometers is equal to or larger than 6 micrometers and equal to or smaller than 11 micrometers. four inner sub-medium regions (5a to 5d) each having a lateral cross section that is substantially circular shaped and formed with a liquid, a gaseous substance or a solid substance that fills inside of holes formed along the core region, the four inner sub-medium regions (5a to 5d) being arranged at four folds rotationally symmetric centering on the core region, and eight outer sub-medium regions (6a to 6h) each having a lateral cross section that is substantially circular shaped having a substantially same diameter with the lateral cross section of the inner sub-medium regions (5a to 5d) and formed with a liquid, a gaseous substance or a solid substance that fills inside of holes formed along the core region, the eight outer sub-medium regions (6a to 6h) being arranged at four folds rotationally symmetric centering on the core region on outer side of the inner sub-medium regions (5a to 5d), characterized by