mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel cell system comprising a solid oxide fuel cell configured to generate power by receiving supply of fuel gas and oxidant gas, the fuel cell system further comprising: a discharging passage configured to allow fuel off-gas and oxidant off-gas discharged by the fuel cell to be discharged as discharged gas to outside; a discharged-gas temperature detection unit configured to detect or estimate a temperature of the discharged gas to be discharged from the discharging passage ; an air supplying unit configured to supply air to the discharging passage ; and an air control unit configured to control air supply to be executed by the air supplying unit on a basis of the detected or estimated temperature, wherein; the air control unit controls the air supplying unit so that the discharged gas to be discharged from the air discharging passage has a predetermined temperature or lower, the fuel cell system is used in a vehicle, and the predetermined temperature is set according to a vehicle speed, so that the predetermined temperature is higher as the vehicle speed is faster. a discharging passage configured to allow fuel off-gas and oxidant off-gas discharged by the fuel cell to be discharged as discharged gas to outside; a discharged-gas temperature detection unit configured to detect or estimate a temperature of the discharged gas to be discharged from the discharging passage ; an air supplying unit configured to supply air to the discharging passage ; and an air control unit configured to control air supply to be executed by the air supplying unit on a basis of the detected or estimated temperature, wherein; the air control unit controls the air supplying unit so that the discharged gas to be discharged from the air discharging passage has a predetermined temperature or lower, the fuel cell system is used in a vehicle, and the predetermined temperature is set according to a vehicle speed, so that the predetermined temperature is higher as the vehicle speed is faster.
A resin composition comprising: (A) a multifunctional (meth)acrylate resin; (B) a multifunctional thiol resin; and (C) a calcium carbonate filler having a purity of 99% or more. (A) a multifunctional (meth)acrylate resin; (B) a multifunctional thiol resin; and (C) a calcium carbonate filler having a purity of 99% or more.
Shading device comprising a cloth that can be spread out, is connected to a lead bar at its end pointing in the spreading-out direction (V) and engages with a profiled guide rail on at least one side edge, the profiled guide rail being arranged in a channel-like chamber of a profiled holding rail and being resiliently supported on the profiled holding rail by means of a spring device , characterized in that the spring device has a profiled spring rail , in that the profiled guide rail is inserted into a receiving space of the profiled spring rail that is delimited by spring clips and said profiled guide rail is floatingly mounted in the profiled spring rail , and in that the profiled spring rail is floatingly mounted in the channel-like chamber of the profiled holding rail and is supported on an internal wall of the chamber by means of at least one support arm , wherein the spring clips together with a base portion form a C-shaped cross-sectional region of the profiled spring rail .
A loudspeaker apparatus (10A to 10P), comprising: at least three speaker units (13a to 13u); and a space defining part defining at least two sealed spaces (22a to 22t), wherein each of the speaker units (13a to 13u) has a diaphragm (31a to 31u) having two surfaces, and a driver unit (32a to 32u) for inputting an electrical signal and driving the diaphragm (31a to 31u), all of the driver units (32a to 32u) input substantially the same electrical signal with substantially the same or opposite phases, each of at least two of the sealed spaces (22a to 22t) has at least two boundary diaphragms, each of the boundary diaphragms is one of the diaphragms (31a to 31u), disposed so that a first one of the surfaces faces inside the sealed space (22a to 22t) and a second one of the surfaces faces outside the sealed space (22a to 22t), when at least one of the boundary diaphragms is driven outward from the sealed space (22a to 22t), at least one of the other boundary diaphragms is driven inward to the sealed space (22a to 22t), the boundary diaphragms driven outward and the boundary diaphragms driven inward are the same in number, and thereby a volume of the sealed space (22a to 22t) is kept constant, characterized in that : at least one of the boundary diaphragms is disposed at a boundary between two of the sealed spaces having volumes kept constant, a first one of its surfaces faces inside one of the two sealed spaces and a second one of its surfaces faces inside the other of the two sealed spaces. at least three speaker units (13a to 13u); and a space defining part defining at least two sealed spaces (22a to 22t), wherein each of the speaker units (13a to 13u) has a diaphragm (31a to 31u) having two surfaces, and a driver unit (32a to 32u) for inputting an electrical signal and driving the diaphragm (31a to 31u), all of the driver units (32a to 32u) input substantially the same electrical signal with substantially the same or opposite phases, each of at least two of the sealed spaces (22a to 22t) has at least two boundary diaphragms, each of the boundary diaphragms is one of the diaphragms (31a to 31u), disposed so that a first one of the surfaces faces inside the sealed space (22a to 22t) and a second one of the surfaces faces outside the sealed space (22a to 22t), when at least one of the boundary diaphragms is driven outward from the sealed space (22a to 22t), at least one of the other boundary diaphragms is driven inward to the sealed space (22a to 22t), the boundary diaphragms driven outward and the boundary diaphragms driven inward are the same in number, and thereby a volume of the sealed space (22a to 22t) is kept constant, characterized in that : at least one of the boundary diaphragms is disposed at a boundary between two of the sealed spaces having volumes kept constant, a first one of its surfaces faces inside one of the two sealed spaces and a second one of its surfaces faces inside the other of the two sealed spaces.
A parallel axis type transmission comprising: one input shaft ; one output shaft ; a first power transmitting path of drive gears (14a, 14b, 125 212) and driven gears , the drive gears of the first power transmitting path being rotatable around the input shaft , and the first power transmitting path being capable of obtaining odd number speeds; a second power transmitting path of drive gears and driven gears , the drive gears of the second power transmitting path being rotatable around the input shaft , and the second power transmitting path being capable of obtaining even number speeds; a first gear shifting part that is incorporated in the first power transmitting path to be shifted between the driven gears of the first power transmitting path so as to be capable of obtaining one of the odd-numbered speeds; and a second gear shifting part that is incorporated in the second power transmitting path to be shifted between the driven gears of the second power transmitting path so as to be capable of obtaining one of the even-numbered speeds; characterised by a path shifting part that is arranged between the first power transmitting path and the second power transmitting path and is capable of shifting from one of the first power transmitting path and the second power transmitting path to the other of the first power transmitting path and the second power transmitting path to output power from the input shaft to the output shaft . one input shaft ; one output shaft ; a first power transmitting path of drive gears (14a, 14b, 125 212) and driven gears , the drive gears of the first power transmitting path being rotatable around the input shaft , and the first power transmitting path being capable of obtaining odd number speeds; a second power transmitting path of drive gears and driven gears , the drive gears of the second power transmitting path being rotatable around the input shaft , and the second power transmitting path being capable of obtaining even number speeds; a first gear shifting part that is incorporated in the first power transmitting path to be shifted between the driven gears of the first power transmitting path so as to be capable of obtaining one of the odd-numbered speeds; and a second gear shifting part that is incorporated in the second power transmitting path to be shifted between the driven gears of the second power transmitting path so as to be capable of obtaining one of the even-numbered speeds; characterised by a path shifting part that is arranged between the first power transmitting path and the second power transmitting path and is capable of shifting from one of the first power transmitting path and the second power transmitting path to the other of the first power transmitting path and the second power transmitting path to output power from the input shaft to the output shaft .
A method for wireless communication by a user equipment, UE, comprising: receiving a power control command from a serving base station, BS, for an uplink reference signal; transmitting the uplink reference signal in accordance with the received power control command; receiving a keep alive, KA, command based, at least in part, on the uplink reference signal, wherein the KA command is scrambled by an identifier associated with the UE; and taking one or more actions to perform a handover to a non-serving BS in accordance with the KA command. receiving a power control command from a serving base station, BS, for an uplink reference signal; transmitting the uplink reference signal in accordance with the received power control command; receiving a keep alive, KA, command based, at least in part, on the uplink reference signal, wherein the KA command is scrambled by an identifier associated with the UE; and taking one or more actions to perform a handover to a non-serving BS in accordance with the KA command.
Local coil for a magnetic resonance tomography device , wherein the local coil has a transmit antenna for radiating a pilot tone and a receive antenna for receiving the pilot tone, wherein the local coil further has a decoupling apparatus for decoupling the receive antenna from the transmit antenna, wherein the decoupling apparatus is designed to decouple the transmit antenna inductively from the receive antenna, wherein the receive antenna has a first antenna coil and the decoupling apparatus has a first induction loop , wherein a projection of a surface enclosed by the first induction loop onto a surface enclosed by the first antenna coil along a surface normal of the enclosed surface has a non-empty intersection, characterised in that the decoupling apparatus has a second induction loop , which is aligned essentially parallel to the first induction loop , wherein the decoupling apparatus is designed to generate in each case a magnetic field in the first induction loop and the second induction loop when the pilot tone is emitted, the magnetic field components of which have the same signs in the direction of the surface normal of the surface enclosed by the first induction loop and/or second induction loop , wherein a projection of the surface enclosed by the second induction loop onto a surface enclosed by the first antenna coil along a surface normal of the enclosed surface has an empty intersection, wherein the transmit antenna has the first induction loop and the second induction loop . wherein the decoupling apparatus is designed to decouple the transmit antenna inductively from the receive antenna, wherein the receive antenna has a first antenna coil and the decoupling apparatus has a first induction loop , wherein a projection of a surface enclosed by the first induction loop onto a surface enclosed by the first antenna coil along a surface normal of the enclosed surface has a non-empty intersection, characterised in that the decoupling apparatus has a second induction loop , which is aligned essentially parallel to the first induction loop , wherein the decoupling apparatus is designed to generate in each case a magnetic field in the first induction loop and the second induction loop when the pilot tone is emitted, the magnetic field components of which have the same signs in the direction of the surface normal of the surface enclosed by the first induction loop and/or second induction loop , wherein a projection of the surface enclosed by the second induction loop onto a surface enclosed by the first antenna coil along a surface normal of the enclosed surface has an empty intersection, wherein the transmit antenna has the first induction loop and the second induction loop .
An installation box made of plastic for electrical purposes, at least including a pot-shaped box body with a bottom and a circumferential wall extending from the bottom , further including means for attachment to or in a hole of a building wall or a building cavity wall , the circumferential wall including in parallel to the central longitudinal axis of the box body slits extending over part of its length, with expanding means covering the slit being formed or disposed at the wall and, in its position of use of the installation box fitted in the hole of the wall, expanding the circumferential wall in the portion of the slit and pressing the circumferential wall against the jamb of the hole or holding it pressed thereto, the expanding means being adjustable by manipulation from their pre-mounting position to an expanded position, in which the circumferential wall of the installation box is spread open in the portion of the respective slit , characterized by that in both areas adjacent to the slit , the circumferential wall of the installation box is tapered, and adjacent to the respective tapered portion one groove-type guide each is formed, in which one longitudinal side each of a wedge-shaped material strip forming the expanding means can be guided or is guided, and that the wedge-shaped material strip is formed, in the portion of its front end, in the mounting direction, adapted to the bottom at the inside or outside at the circumferential wall , by means of a film hinge .
A method of producing a suspension of graphene particles, characterized in that it comprises the steps of: [a] depositing carbon on a substrate by means of CVD, where graphene particles are formed on said substrate partially covering it, [b] interrupting the deposition of carbon on said substrate before the surface of the substrate coated with graphene is more than 85% of the total surface of the substrate, preferably before the surface of the substrate coated with graphene is more than 75% of the total surface of the substrate, [c] immersing said substrate in a liquid, and [d] separating said graphene particles from said substrate such that they are suspended in said liquid. [a] depositing carbon on a substrate by means of CVD, where graphene particles are formed on said substrate partially covering it, [b] interrupting the deposition of carbon on said substrate before the surface of the substrate coated with graphene is more than 85% of the total surface of the substrate, preferably before the surface of the substrate coated with graphene is more than 75% of the total surface of the substrate, [c] immersing said substrate in a liquid, and [d] separating said graphene particles from said substrate such that they are suspended in said liquid.
A mobile system for use in delivering pressurized fluid to a wellbore at a wellsite for a fracturing operation, the system comprising: a turbine generator powered by natural gas at the wellsite, wherein the turbine generator provides a source of electricity for powering the fracturing operation; an electrically powered fracturing module operatively associated with the source of electricity, the electrically powered fracturing module comprising an electric motor and a fluid pump coupled to the electric motor ; an electrically powered blender module operatively associated with the source of electricity and capable of providing treatment fluid to the fluid pump for delivery to the wellbore; a control system for regulating the fracturing module in delivery of treatment fluid from the electrically powered blender module to the fluid pump for delivery to the wellbore; a trailer for housing the electrically powered fracturing module or the electrically powered blender module ; characterized in that the system comprises an electrical transformer and drive unit configured to control a voltage of the electricity from the turbine generator. a turbine generator powered by natural gas at the wellsite, wherein the turbine generator provides a source of electricity for powering the fracturing operation; an electrically powered fracturing module operatively associated with the source of electricity, the electrically powered fracturing module comprising an electric motor and a fluid pump coupled to the electric motor ; an electrically powered blender module operatively associated with the source of electricity and capable of providing treatment fluid to the fluid pump for delivery to the wellbore; a control system for regulating the fracturing module in delivery of treatment fluid from the electrically powered blender module to the fluid pump for delivery to the wellbore; a trailer for housing the electrically powered fracturing module or the electrically powered blender module ; characterized in that the system comprises an electrical transformer and drive unit configured to control a voltage of the electricity from the turbine generator.
An interlayer film for laminated glass comprising: a first layer which contains a polyvinyl acetal resin, a plasticizer, and a filler; and a second layer which contains a polyvinyl acetal resin and a plasticizer and is laminated on a first surface of the first layer, wherein a content ratio of hydroxyl groups, as measured according to the method in the description, of the polyvinyl acetal resin in the first layer is lower than a content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer and an absolute value of a difference between the content ratio of hydroxyl groups of the polyvinyl acetal resin in the first layer and the content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer is 5 mol% or greater, wherein the filler is calcium carbonate particles and/or silica particles, and wherein, provided that a thickness of the interlayer film for laminated glass is T, a thickness of the first layer is 0.4T or less. a first layer which contains a polyvinyl acetal resin, a plasticizer, and a filler; and a second layer which contains a polyvinyl acetal resin and a plasticizer and is laminated on a first surface of the first layer, wherein a content ratio of hydroxyl groups, as measured according to the method in the description, of the polyvinyl acetal resin in the first layer is lower than a content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer and an absolute value of a difference between the content ratio of hydroxyl groups of the polyvinyl acetal resin in the first layer and the content ratio of hydroxyl groups of the polyvinyl acetal resin in the second layer is 5 mol% or greater, wherein the filler is calcium carbonate particles and/or silica particles, and wherein, provided that a thickness of the interlayer film for laminated glass is T, a thickness of the first layer is 0.4T or less.
A method of interaction between at least one pointing and control device and a system of representation of a geographical area comprising a terrain, the system of representation comprising a support and a plurality of elements movable in translation with respect to the support along a direction of elevation (Z), each movable element comprising a head having at least one display face forming a part of said terrain, the pointing and control device being movable with respect to the system of representation , the interaction method comprising the following steps: - acquisition of a translational position of each movable element , - reception of a measurement of a position and of an orientation of the pointing and control device with respect to the system of representation , - determination , depending on said measurement and of the translational position of each movable element , of a three-dimensional position forming an intersection between a virtual line extending from the pointing and control device , and the terrain, - development of a display signal according to the three-dimensional position for a display of at least one image of the geographical area on each display , the step of developing the display signal comprising a computation of image deformation in order to obtain said image, adapted to the translation position of each movable element , the computation of image deformation preferentially comprising an anamorphosis processing. - acquisition of a translational position of each movable element , - reception of a measurement of a position and of an orientation of the pointing and control device with respect to the system of representation , - determination , depending on said measurement and of the translational position of each movable element , of a three-dimensional position forming an intersection between a virtual line extending from the pointing and control device , and the terrain, - development of a display signal according to the three-dimensional position for a display of at least one image of the geographical area on each display ,
Electric motor , comprising a rotor mounted rotatably about an axis of rotation (D) that extends in the axial direction (A), and comprising a stator with a laminated core , said laminated core forming a stator yoke and stator teeth of the stator being radially directed from said stator yoke , - wherein the stator teeth are extended on the tooth root side in a T-shape to form pole lugs extending in the circumferential direction (U) of the stator , - wherein the pole lugs each form an abutment shoulder , - wherein a respective stator slot for receiving coils of a stator winding is formed between adjacent stator teeth and a respective groove slot is formed between pole lugs that face each other, - wherein a plurality of stiffening elements is provided, which are inserted into a corresponding plurality of groove slots , and - wherein the stiffening elements are held on the pole lugs of adjacent stator teeth in the radial direction (R) by means of the abutment shoulders , said pole lugs facing each other, characterized in - that the stiffening element , on each of the two narrow end faces , respectively comprises a joining contour for a form fit with respect to the axial direction (A) with the respective pole lugs , wherein the stiffening element is designed to be mirror-symmetrical with respect to the longitudinal and to the transverse axe, wherein the joining contour is configured as pins, which, in the assembled state, form a rear grip with the pole lugs . - wherein the stator teeth are extended on the tooth root side in a T-shape to form pole lugs extending in the circumferential direction (U) of the stator , - wherein the pole lugs each form an abutment shoulder , - wherein a respective stator slot for receiving coils of a stator winding is formed between adjacent stator teeth and a respective groove slot is formed between pole lugs that face each other, - wherein a plurality of stiffening elements is provided, which are inserted into a corresponding plurality of groove slots , and - wherein the stiffening elements are held on the pole lugs of adjacent stator teeth in the radial direction (R) by means of the abutment shoulders , said pole lugs facing each other, characterized in - that the stiffening element , on each of the two narrow end faces , respectively comprises a joining contour for a form fit with respect to the axial direction (A) with the respective pole lugs ,