mhurhangee/ep-ind-claims huggingface dataset:
A power transmitting apparatus (100, 150), which is adapted to transmit electric power in a wireless manner to a second coil of a power receiving apparatus, comprising a first coil disposed opposite to and at a distance from the second coil, said power transmitting apparatus (100, 150) further comprising: a first conversion circuit unit, preferentially being an inverter, configured to convert direct current voltage inputted to said power transmitting apparatus (100, 150) to alternating current voltage; a first capacitor unit electrically connected in series with the first coil; a second capacitor unit electrically connected in parallel with a series resonance circuit provided with the first coil and the first capacitor unit; and a control unit configured to reduce capacitance of the second capacitor unit, with decreasing absolute value of an output current value of the first conversion circuit unit at rise or fall of output voltage of the first conversion circuit unit such that the noise caused by the rise or fall of the output voltage of the first conversion circuit unit is suppressed even if the distance between the first coil and the second coil changes. a first conversion circuit unit, preferentially being an inverter, configured to convert direct current voltage inputted to said power transmitting apparatus (100, 150) to alternating current voltage; a first capacitor unit electrically connected in series with the first coil; a second capacitor unit electrically connected in parallel with a series resonance circuit provided with the first coil and the first capacitor unit; and a control unit configured to reduce capacitance of the second capacitor unit, with decreasing absolute value of an output current value of the first conversion circuit unit at rise or fall of output voltage of the first conversion circuit unit such that the noise caused by the rise or fall of the output voltage of the first conversion circuit unit is suppressed even if the distance between the first coil and the second coil changes.
A tissue puncture closure device for partial insertion into and sealing of a tissue wall puncture, comprising: a carrier tube; a suture spool; a suture extending from a first end of the closure device to a second end of the closure device and collected onto the suture spool; an anchor for insertion through the tissue wall puncture and being attached to the suture at the second end of the closure device; and a sealing pad including a lateral aperture that extends laterally through the sealing pad between opposing sides, a first portion of the suture extending adjacent to the sealing pad between opposing ends of the sealing pad to contact with the anchor and a second portion of the suture extending from the anchor and through the lateral aperture where the second portion ends at with a suture knot which is formed between the first and second portions (204A, 204B, the sealing pad slidingly attached to the suture and carried in the carrier tube in a pre-deployment position, the sealing pad being configured to maintain a constant cross-sectional shape from when positioned in the carrier tube to when removed from the carrier tube and positioned adjacent to the tissue wall puncture in a post-deployment position, wherein the suture spool is configured to apply a tension in the suture such that the anchor and sealing pad are attached and locked together without changing the cross-sectional shape of the sealing pad. a carrier tube; a suture spool; a suture extending from a first end of the closure device to a second end of the closure device and collected onto the suture spool; an anchor for insertion through the tissue wall puncture and being attached to the suture at the second end of the closure device; and a sealing pad including a lateral aperture that extends laterally through the sealing pad between opposing sides, a first portion of the suture extending adjacent to the sealing pad between opposing ends of the sealing pad to contact with the anchor and a second portion of the suture extending from the anchor and through the lateral aperture where the second portion ends at with a suture knot which is formed between the first and second portions (204A, 204B, the sealing pad slidingly attached to the suture and carried in the carrier tube in a pre-deployment position, the sealing pad being configured to maintain a constant cross-sectional shape from when positioned in the carrier tube to when removed from the carrier tube and positioned adjacent to the tissue wall puncture in a post-deployment position, wherein the suture spool is configured to apply a tension in the suture such that the anchor and sealing pad are attached and locked together without changing the cross-sectional shape of the sealing pad.
An encapsulation film for encapsulating an entire surface of an organic electronic element formed on a substrate, comprising: a light absorbing region comprising an encapsulation resin which is a heat-curable or photocurable resin and a light absorbing material, characterized in that the encapsulation film has a surface resistance of 10 11 Ω/cm 2 or more, said film has a haze of 40 % to 90 %, and said film comprises a moisture absorbent.
A method of managing resources, comprising: identifying a resource (1, 2, 3, 4, 5, 6, 7) associated with a first graphics processor of a plurality of processors responsive to an impending transition of the first graphics processor from a first state to a second state, wherein at least a second graphics processor of the plurality of processors remains in an operational state both before and after the transition, wherein the identifying further comprises accessing a memory associated with a central processing unit, CPU, to determine contents of a memory associated with the first graphics processor; and when the first state is an operational state and the second state is a sub-operational state, copying the identified resource from the memory associated with the first graphics processor to a memory associated with the second graphics processor; and when the first state is a sub-operational state and the second state is an operational state, copying the identified resource to the memory associated with the first graphics processor from the memory associated with the second graphics processor. identifying a resource (1, 2, 3, 4, 5, 6, 7) associated with a first graphics processor of a plurality of processors responsive to an impending transition of the first graphics processor from a first state to a second state, wherein at least a second graphics processor of the plurality of processors remains in an operational state both before and after the transition, wherein the identifying further comprises accessing a memory associated with a central processing unit, CPU, to determine contents of a memory associated with the first graphics processor; and when the first state is an operational state and the second state is a sub-operational state, copying the identified resource from the memory associated with the first graphics processor to a memory associated with the second graphics processor; and when the first state is a sub-operational state and the second state is an operational state, copying the identified resource to the memory associated with the first graphics processor from the memory associated with the second graphics processor.
A cooling device for a battery that is mounted in a vehicle, the cooling device comprising: a cooling fan that is configured to suck air in a vehicle interior, and to blow the sucked air to the battery; an intake air temperature sensor that is configured to detect a temperature of the air sucked by the cooling fan (Tfan); and characterised by an electronic control unit that is configured (i) to control the cooling fan, and (ii) to prohibit the cooling fan from being operated when a detected value of the intake air temperature sensor (Tfan) is lower than a first temperature (Tfan1) and the battery temperature (Tb) is lower than a third temperature and a difference between the actual rotational speed of the cooling fan (Nfan) and the target rotational speed (Nfan_tag) is not outside a range (ΔN) that is determined in advance. a cooling fan that is configured to suck air in a vehicle interior, and to blow the sucked air to the battery; an intake air temperature sensor that is configured to detect a temperature of the air sucked by the cooling fan (Tfan); and characterised by an electronic control unit that is configured (i) to control the cooling fan, and (ii) to prohibit the cooling fan from being operated when a detected value of the intake air temperature sensor (Tfan) is lower than a first temperature (Tfan1) and the battery temperature (Tb) is lower than a third temperature and a difference between the actual rotational speed of the cooling fan (Nfan) and the target rotational speed (Nfan_tag) is not outside a range (ΔN) that is determined in advance.
Packet (101; 101a; 101b; 101c; 101d; 101e; 201; 301; 401) for smoke articles, having a substantially rectangular parallelepipedon shape, extending along a longitudinal axis (Z1; Z2; Z3; Z4) and comprising a containing body (103; 203; 303; 403) for containing, at least partially, said smoke articles and a closing body (104; 204; 304; 404) connected to said containing body (103; 203; 303; 403) so as to prevent/allow access to said smoke articles; said closing body (104; 204; 304; 404) including a front face (115; 215; 387; 487) and a pair of side faces (116; 216; 389; 489) that are opposite one another and extend from opposite sides of said front face (115; 215; 387; 487), wherein said side faces (116; 216; 389; 489) each comprising a fixing portion (120; 220; 320; 420) that is fixed to an inner surface (119; 219; 319; 419) of said front face (115; 215; 387; 487) in such a manner that each of said side faces (116; 216; 389; 489) is formed, at least partially, by an outer elongated portion (154; 254; 386; 486) and by an inner stiffening portion (124; 224; 324; 424) that are connected to one another in order to form therebetween, at least partially, a longitudinal gap (126; 226; 326; 426) substantially parallel to said longitudinal axis (Z1; Z2; Z3; Z4) when said packet (101; 101a, 101b; 101c; 101d; 101e; 201; 301; 401) is in a closed configuration and said containing body (103; 203; 303; 403) prevents the access to said smoke articles, wherein each of said fixing portion (120; 220; 320; 420) extends substantially along the entire length of said front face (115; 215; 387; 487), wherein said fixing portions (120; 220; 320; 420) comprise respective first edges (121; 221; 321; 421) extending substantially parallel to said longitudinal axis (Z1; Z2; Z3; Z4), characterized in that said first edges (121; 221; 321; 421) are alongside one another and said fixing portions (120; 220; 320; 420) extend substantially for the entire width of said inner surface (119; 219; 319; 419) of front face (115; 215; 387; 487).
A composition having an energy density between 0.9 and 1.5 kcal/ml and comprising isomaltulose and a protein source, wherein said protein source is present in between 12 and 25 en% based on the total composition, and comprising at least 10 wt% of aspartate equivalents based on the total protein content, for use in the dietary management of cholesterol levels in a type 2 diabetes patient, wherein the cholesterol levels in blood are reduced, or for use in the dietary management of triglyceride levels in a type 2 diabetes patient, wherein the triglyceride levels in blood are reduced.
A foam molded product containing a resin and comprising a surface layer, a compressive deformation layer, and a foam layer, wherein the surface layer has a thickness of 0.1 mm to 5.0 mm, the compressive deformation layer is located between the surface layer and the foam layer, characterized in that foam particles forming the compressive deformation layer have an average H/L of 0.5 or less, where H is length in a compression direction and L is length in a perpendicular direction relative to the compression direction, and foam particles forming the foam layer have an expansion ratio of not less than 3.0 times and less than 30 times. the surface layer has a thickness of 0.1 mm to 5.0 mm, the compressive deformation layer is located between the surface layer and the foam layer, characterized in that foam particles forming the compressive deformation layer have an average H/L of 0.5 or less, where H is length in a compression direction and L is length in a perpendicular direction relative to the compression direction, and foam particles forming the foam layer have an expansion ratio of not less than 3.0 times and less than 30 times.
A method comprising: sending, by a user equipment, a first predetermined test pattern to a first accessory including a first connector, when the first accessory is in a first mode of operation; determining, by the user equipment, a configuration of the first accessory in the first mode by at least measuring a first time for the first predetermined test pattern to return from the first connector and a data loop at the first accessory; sending, by the user equipment, a second predetermined test pattern via at least the first connector; determining, by the user equipment, a presence of a data loop extension, by at least measuring a second time for the second predetermined test pattern to return from the first connector and at least one of the data loop at the first accessory or the data loop extension; and determining an extension control position at the data loop of the first accessory, wherein at least one bit at the extension control position is configured to control a switch to open the data loop extension; and sending at least one control bit to the extension control position to enable extension of the data loop at the first accessory to the data loop extension. sending, by a user equipment, a first predetermined test pattern to a first accessory including a first connector, when the first accessory is in a first mode of operation; determining, by the user equipment, a configuration of the first accessory in the first mode by at least measuring a first time for the first predetermined test pattern to return from the first connector and a data loop at the first accessory; sending, by the user equipment, a second predetermined test pattern via at least the first connector; determining, by the user equipment, a presence of a data loop extension, by at least measuring a second time for the second predetermined test pattern to return from the first connector and at least one of the data loop at the first accessory or the data loop extension; and determining an extension control position at the data loop of the first accessory, wherein at least one bit at the extension control position is configured to control a switch to open the data loop extension; and sending at least one control bit to the extension control position to enable extension of the data loop at the first accessory to the data loop extension.
A lighting arrangement comprising: a lighting device having an adjustable luminous output; and a control arrangement communicatively coupled to the lighting device, wherein the control arrangement includes: a controller adapted to adjust the luminous output of the lighting device, and a communication module communicatively coupled to the controller, wherein the control arrangement is adapted to control the lighting device such that the lighting device produces a predefined luminous output; characterised in that the control arrangement further comprises a data storage device accessible by the controller and adapted to store calibration data for a light measurement device of a mobile communication device, the calibration data being a function of a distance between the mobile communication device and the lighting device, and wherein the control arrangement is further adapted to: receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information. a lighting device having an adjustable luminous output; and a control arrangement communicatively coupled to the lighting device, wherein the control arrangement includes: a controller adapted to adjust the luminous output of the lighting device, and a communication module communicatively coupled to the controller, wherein the control arrangement is adapted to control the lighting device such that the lighting device produces a predefined luminous output; characterised in that the control arrangement further comprises a data storage device accessible by the controller and adapted to store calibration data for a light measurement device of a mobile communication device, the calibration data being a function of a distance between the mobile communication device and the lighting device, and wherein the control arrangement is further adapted to: receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information. receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information.
A device for sharpening a bandsaw blade which cuts on both sides, having a machine bed for holding the bandsaw blade, having a holding apparatus for the vertically standing and horizontally circulating arrangement of the bandsaw blade, having a height-adjustable grinding head with a driven grinding disc for sharpening saw teeth (6, 7) of the bandsaw blade, and having a feed apparatus for moving the saw teeth (6, 7) to be sharpened of the bandsaw blade in a first feed direction to sharpen the saw teeth on a first edge of the bandsaw blade which cuts on both sides and for moving the saw teeth (6, 7) to be sharpened of the bandsaw blade in a second feed direction to sharpen the saw teeth on a second edge, opposite the first, of the bandsaw blade which cuts on both sides, wherein the grinding head is arranged pivotably about a pivot axis oriented horizontally to the machine bed and rotatably about a rotational axis oriented vertically to the machine bed, and wherein the grinding disc can be oriented with a predefined grinding disc side to sharpen the saw teeth (6, 7) arranged on both sides on each edge of the bandsaw blade.
Extracted plant lipid, comprising fatty acids in an esterified form, the fatty acids comprising oleic acid, palmitic acid, ω6 fatty acids which comprise linoleic acid, ω3 fatty acids which comprise α-linolenic acid and docosahexaenoic acid, and optionally one or more of stearidonic acid, eicosapentaenoic acid, docosapentaenoic acid and eicosatetraenoic acid, wherein the level of DHA in the total fatty acid content of the extracted lipid is 7% to 20%, and wherein the level of palmitic acid in the total fatty acid content of the extracted lipid is between 2% and 16%, and wherein the level of myristic acid (C14:0) in the total fatty acid content of the extracted lipid is less than 1%.
A device (200, 300) configured to determine an estimated remaining use of a brake assembly, the device (200, 300) comprising: a magnet (220, 320) configured to move in response to movement of a wear pin indicator (230, 330) of the brake assembly; a sensor (202, 302) configured to generate an output signal based on a position of the magnet (220, 320) relative to the sensor (202, 302); processing circuitry (210, 310) configured to determine the estimated remaining use of the brake assembly based on the output signal generated by the sensor (202, 302); characterized in that the device (200, 300) further comprises a spring (262, 362) configured to expand or compress in response to movement of the wear pin indicator (230, 330); a mounting element coupled to an end of the spring (262, 362) and configured to move in the same direction as the wear pin indicator (230, 330) in response to the movement of the wear pin indicator (230, 330); wherein the magnet (220, 320) is coupled to the mounting element. a magnet (220, 320) configured to move in response to movement of a wear pin indicator (230, 330) of the brake assembly; a sensor (202, 302) configured to generate an output signal based on a position of the magnet (220, 320) relative to the sensor (202, 302); processing circuitry (210, 310) configured to determine the estimated remaining use of the brake assembly based on the output signal generated by the sensor (202, 302); characterized in that the device (200, 300) further comprises a spring (262, 362) configured to expand or compress in response to movement of the wear pin indicator (230, 330); a mounting element coupled to an end of the spring (262, 362) and configured to move in the same direction as the wear pin indicator (230, 330) in response to the movement of the wear pin indicator (230, 330); wherein the magnet (220, 320) is coupled to the mounting element.
An evolved Multimedia Broadcast Multicast Service, eMBMS, system, wherein the eMBMS system comprises a broadcast/multicast service center, and a base station, and further comprises a gateway control plane, GW-C, device connected to the broadcast/multicast service center, and further comprises a gateway user plane, GW-U, device connected to the base station and the broadcast/multicast service center, and the GW-C device connects to the GW-U device; the GW-C device is configured to: perform core network signaling interaction with the broadcast/multicast service center; characterized in that the GW-C is configured to send a forwarding indication message to the GW-U device, wherein the forwarding indication message is used to instruct the GW-U device to forward a received data packet from the broadcast/multicast service center to the base station; the GW-U device is configured to: receive signaling from the base station, and send the signaling to the GW-C device according to the forwarding indication message; the GW-C device is further configured to receive and process the signaling sent by the GW-U device; and the GW-U device is further configured to: in a data transmission procedure, receive a broadcast/multicast service data packet from the broadcast/multicast service center, and send the broadcast/multicast service data packet to the base station according to the forwarding indication message.