mhurhangee/ep-ind-claims huggingface dataset:
An air supply system for a fuel cell, the air supply system comprising: - an air supply device configured to reduce a temperature of compressed air using heat exchange air and to provide the cooled air as power generation air to a fuel cell stack, wherein the air supply device comprises: an air compressor configured to compress the external air, an air cooler configured to cool the air compressed by the air compressor using cooling water; and a heat exchanger configured to cool the air cooled by the air cooler using the heat exchange air; - an indoor temperature adjustment device configured to provide external air as the heat exchange air to the air supply device or to cool the external air to provide the cooled external air as the heat exchange air to the air supply device, based on operation control information; and - a controller configured to generate the operation control information based on a temperature of the air cooled by the air cooler, a temperature of the air cooled by the heat exchanger, heat transfer efficiency of the heat exchanger, and a temperature of the external air. - an air supply device configured to reduce a temperature of compressed air using heat exchange air and to provide the cooled air as power generation air to a fuel cell stack, wherein the air supply device comprises: an air compressor configured to compress the external air, an air cooler configured to cool the air compressed by the air compressor using cooling water; and a heat exchanger configured to cool the air cooled by the air cooler using the heat exchange air; an air compressor configured to compress the external air, an air cooler configured to cool the air compressed by the air compressor using cooling water; and a heat exchanger configured to cool the air cooled by the air cooler using the heat exchange air; - an indoor temperature adjustment device configured to provide external air as the heat exchange air to the air supply device or to cool the external air to provide the cooled external air as the heat exchange air to the air supply device, based on operation control information; and - a controller configured to generate the operation control information based on a temperature of the air cooled by the air cooler, a temperature of the air cooled by the heat exchanger, heat transfer efficiency of the heat exchanger, and a temperature of the external air.
Longitudinal cutting device for cutting a running material web, in particular a paper or cardboard web, having a plurality of rotatable circular knives (3, 4) which in the process cut in the web running direction and which are in each case mounted by way of a slide so as to be adjustable on a knife crossbeam that extends transversely to the web running direction; wherein a suction manifold, which is connected to a vacuum source and possesses a suction slot that runs transversely to the web running direction across a plurality of circular knives (3, 4), extends transversely to the web running direction across these circular knives (3, 4); wherein these circular knives (3, 4) are in each case assigned one suction tube which receives the cutting dust; these suction tubes are in each case connected to the suction manifold by way of a coupling element mounted in the suction slot, and the suction slot between the coupling elements is sealed by way of a sealing tape, wherein the sealing tape is flexible transversely to the web running direction; wherein the sealing tape is guided over the respective coupling element of the suction tubes; wherein the coupling elements of the suction tubes are mounted in the suction slot so as to be displaceable transversely to the web running direction; wherein the coupling elements of the suction tubes are mounted in the suction slot so as to be displaceable transversely to the web running direction; wherein the coupling elements of the suction tubes are connected to the slides of the corresponding circular knives (3, 4), characterized in that the sealing tape is pressed towards the suction slot by a compression means before and/or after a coupling element.
Method for generating a dataset structure for the provision of location-based services, comprising the steps of: partitioning a geographical area into a plurality of preferably equal-sized tiles, wherein said geographical area comprises a plurality of areas of interest, and wherein said tiles are preferably quadratic, rectangular, hexagonal, octagonal or have another polygonal shape, associating said tiles with multiple servers, wherein each tile is associated with at least one of said servers according to a consistent hashing function, generating, for each tile, a first dataset which comprises areas of interest intersecting said tile, wherein the areas of interest of said first dataset comprise areas of interest that are trimmed by edges of said tile and/or comprise areas of interest that are completely contained in said tile, generating, for each tile, a second dataset which comprises overflowed parts, wherein each of said overflowed parts is part of an area of interest of a first dataset, which is trimmed by an edge of said tile and which is located outside of said tile, and storing, for each tile, said first and second datasets at the server/s associated to said tile. partitioning a geographical area into a plurality of preferably equal-sized tiles, wherein said geographical area comprises a plurality of areas of interest, and wherein said tiles are preferably quadratic, rectangular, hexagonal, octagonal or have another polygonal shape, associating said tiles with multiple servers, wherein each tile is associated with at least one of said servers according to a consistent hashing function, generating, for each tile, a first dataset which comprises areas of interest intersecting said tile, wherein the areas of interest of said first dataset comprise areas of interest that are trimmed by edges of said tile and/or comprise areas of interest that are completely contained in said tile, generating, for each tile, a second dataset which comprises overflowed parts, wherein each of said overflowed parts is part of an area of interest of a first dataset, which is trimmed by an edge of said tile and which is located outside of said tile, and storing, for each tile, said first and second datasets at the server/s associated to said tile.
A document storage assembly comprising: a housing for storing a plurality of documents in a stacked face to face configuration; a support plate coupled to the housing; and an assist mechanism including a sliding arrangement allowing the assist mechanism to slide relative to the housing with a low amount of resistance there between and arranged to abut at least a vertically displaced portion of the stack of documents when the size of the stack of documents reaches a certain threshold or to engage the stack of documents when the stack of documents is inserted into the document storage assembly so that the assist mechanism supports a lateral displacement of the stack of documents stacked within the document storage assembly; and wherein the assist mechanism comprises a sliding plate slidingly coupled to the housing so as to support the stack of documents during the displacement. a housing for storing a plurality of documents in a stacked face to face configuration; a support plate coupled to the housing; and an assist mechanism including a sliding arrangement allowing the assist mechanism to slide relative to the housing with a low amount of resistance there between and arranged to abut at least a vertically displaced portion of the stack of documents when the size of the stack of documents reaches a certain threshold or to engage the stack of documents when the stack of documents is inserted into the document storage assembly so that the assist mechanism supports a lateral displacement of the stack of documents stacked within the document storage assembly; and
A device for evaluating the distal motor skills of the upper limbs of a person, the device comprising a main support surface for all or part of an upper limb, a measuring means comprising two pusher members (2, 3) intended to be aligned substantially in the longitudinal direction of the limb in place on said main bearing surface, each of the pusher members provided with a bearing surface (20, 30) situated in a plane parallel to and different from said main bearing surface and each coupled to a force sensor able to generate a signal relating to the force exerted by the person on the bearing surface, and a control system coupled to the measuring means, said control system making it possible to count a number of alternative pressings on each bearing surface (20, 30), characterised in that said pusher members (2, 3) are connected to the force sensor by screwing, occupying a fixed and immobile position on the main bearing surface, are intended to be aligned substantially in the longitudinal direction of the limb in place on said surface and in that each force sensor has a precision of around 0.01%.
Fruit harvesting unit adapted to be mounted on a harvesting machine, said unit including a straddling chassis delimiting a harvesting tunnel into which plants to be shaken are introduced successively to move through said tunnel between a front opening and a rear opening of said tunnel, said harvesting unit having a main shaker system including two shaker devices disposed on respective sides of the harvesting tunnel, transversely delimiting a central part of said tunnel, and an additional shaker system that is mounted on the straddling chassis, said additional shaker system including two shaker devices, characterised in that the shaker devices of the additional shaker system are disposed on respective sides of the harvesting tunnel, delimiting transversely a front upper part of said tunnel.
An operating device for opening and/or closing of a moving part of an automobile, in particular a door, a tailgate or the like, comprising a carrier, an operating means, an electronic system and a detector system, wherein the operating means is arranged on the carrier, the detector system is arranged in the area of the operating means and at least one locking or unlocking operation can be triggered directly or indirectly on the detector system, the electronic system cooperates with the detector system and the electronic system controls a lock system for the locking or the unlocking, wherein receptacle means is integrated in the carrier and/or in a handle shell in an integrally-bonded manner, wherein at least one part of the electronic system is permanently supported in the receptacle means, characterized in that the electronic system is cast with a casting compound in the receptacle means, and in that an antenna is arranged in the receptacle means for regulating access to the automobile, whereby an authentication towards the automobile is made possible.
Method for operating a DC-DC converter that has a power switch and a coil that comprises a coil core, a main winding arranged on the coil core and a control winding arranged on the coil core, wherein the main winding carries a main winding current, the average value (Iav) of which is set by means of a duty cycle of the power switch in such a way that either a constant output current (Io) or a constant output voltage (Vo) of the DC-DC converter is obtained, and wherein the control winding carries a control current (Ictr) that is set on the basis of the average value (Iav) of the main winding current, characterized in that the control current (Ictr) is set by means of a duty cycle of a control switch.
A Compton camera for medical imaging, the Compton camera comprising: a patient bed; a scatter detector; a catcher detector; a motor connected with the scatter detector, catcher detector, or both the scatter detector and the catcher detector, the motor configured to move the scatter detector, catcher detector, or both the scatter detector and the catcher detector closer or further from the patient bed; and a sensor configured to sense a patient on the patient bed, wherein the motor is configured to move the scatter detector independently of the catcher detector to reduce a distance of the scatter detector from the patient based on an output of the sensor. a patient bed; a scatter detector; a catcher detector; a motor connected with the scatter detector, catcher detector, or both the scatter detector and the catcher detector, the motor configured to move the scatter detector, catcher detector, or both the scatter detector and the catcher detector closer or further from the patient bed; and a sensor configured to sense a patient on the patient bed, wherein the motor is configured to move the scatter detector independently of the catcher detector to reduce a distance of the scatter detector from the patient based on an output of the sensor.
Apparatus for vertically guiding optical waveguide cables and for vertically storing excess lengths of the said optical waveguide cables within an optical waveguide distributor device, having a first, rear base body which can be mounted in the optical waveguide distributor device and which, in the mounted state, extends adjacent to a rear face of the optical waveguide distributor device, and having a second, front base body which can likewise be mounted in the optical waveguide distributor device and which, in the mounted state, extends adjacent to a front face of the optical waveguide distributor device, wherein the first, rear base body and the second, front base body are configured to be mounted within the optical waveguide distributor device with a vertical orientation in a fixed and therefore non-pivotable manner, and wherein a plurality of guide elements (20, 21) for guiding optical waveguide cables and for storing excess lengths of the said optical waveguide cables in a first vertical plane are fastened to a front wall of the first, rear base body, and a plurality of guide elements for guiding optical waveguide cables and for storing excess lengths of the said optical waveguide cables in a second vertical plane are fastened to a front wall of the second, front base body, the second, front base body having a smaller width than the first, rear base body, so that the optical waveguide cables which are guided on the guide elements (20, 21) of the first, rear base body and stored excess lengths of the said optical waveguide cables are accessible from the front face of the optical waveguide distributor device, characterized in that the first, rear base body has two sections (23, 24) which are angled in relation to one another, first guide elements being fastened to a first section of the first, rear base body, and second guide elements being fastened to a second section of the first, rear base body, and the apparatus further comprises fastening struts, wherein the second, front base body is configured to be mounted on the first, rear base body by means of the fastening struts which extend between the first section of the first, rear base body and a first section of the second, front base body, wherein the first section of the second, front base body extends in the mounted state parallel to the first section of the first, rear base body, wherein the second, front base body is positioned in front of the first, rear base body in such a way that the second, front base body does not conceal the first guide elements which are fastened to the first section of the first, rear base body but rather at least partially conceals the second guide elements which are fastened to the second section of the first, rear base body.
A temperature control equipment, comprising a compressor, a rectifying module, a power factor correcting module, and an intelligent power module comprising a power switching device, wherein an alternating current power supply is connected to an input of the rectifying module, an output of the rectifying module is connected to an input of the power factor correcting module and an output of the power factor correcting module is connected to a first power supply input of the intelligent power module, wherein an output of the intelligent power module is connected to the compressor; and a DC/DC boosting module, an input thereof being connected to a direct current power supply and an output thereof being connected to the first power supply input of the intelligent power module, and configured to boost a direct current and then supply power to the intelligent power module; a micro control unit, MCU connected with the intelligent power module, a main control circuit communicatively connected with the MCU, and an auxiliary power supply, an output thereof being respectively connected to a power supply input of the power factor correcting module, a second power supply input of the intelligent power module, a power supply input of the MCU, and a power supply input of the main control circuit and wherein an input of the auxiliary power supply is connected to the output of the DC/DC boosting module; wherein the main control circuit is configured to control the temperature control equipment such that, in use, the intelligent power module is initially supplied with power from the alternating current power supply via the rectifying module and the power factor correcting module; and when the alternating current power supply fails, the intelligent power module is supplied with power from the direct current power supply via the DC/DC boosting module.
Sanitary insert unit comprising an insert housing which is insertable into a sanitary supply line and which comprises a through-flow regulator which has at least one through-flow opening through which a fluid flows, a flow restrictor being provided in the through-flow opening and being arranged in an installation plane which is transversely oriented to the direction of through-flow, wherein at least one control gap (12, 13) is provided which is arranged between a wall (10,11), which at least in sections is profiled or contoured and delimits the through-flow opening, and an adjacent outer side of the flow restrictor, and wherein the flow restrictor, under the pressure of the medium flowing therethrough, is elastically deformable in such a manner that, by forming the flow restrictor into the profiling and contour of the wall (10,11) which at least in sections is profiled or contoured, the clear through-flow cross-section of the control gap (12, 13) is narrowed, characterised in that the through-flow opening is configured as an elongate hole which has its longitudinal extension transversely oriented to the through-flow direction, in that the flow restrictor is configured in the shape of a web or string, and in that the flow restrictor is held on the wall sections (8, 9) transversely oriented to the longitudinal extension of the through-flow opening by its web ends or string ends (6, 7) in such a manner that the flow restrictor, in the region of the elongate hole, is oriented in the longitudinal extension thereof.
A method of operating a wireless communication system in which at least first and second narrowband transmissions (B1...Bn) are transmitted from one or more transmitters (Tx1...Txn) to a receiver (R1...Rn) over a wireless multiple access return link, such that said receiver (R1...Rn) receives mutually interfering said first and second transmissions (B1...Bn) and decodes said first and second transmissions (B1...Bn); wherein said first and second transmissions (B1...Bn) are each forward error correction, FEC, encoded; characterised in that the one or more transmitters (Tx1...Txn) apply a random or pseudo-random offset to one or more of the frequency, timing and power of at least one of said first and second transmissions (B1...Bn) such that at least one of the first and second transmissions arrive at the receiver (R1...Rn) with random or pseudo-random offset frequency, timing and/or power such that the first and second transmissions can be decoded by the receiver (R1...Rn).
A garment with cup portions, comprising: a pair of cup portions; a shoulder strap; and a back cloth; wherein the shoulder strap is arranged above the pair of cup portions, the back cloth is arranged on lateral sides of the cup portions, in each of the cup portions, a support member is provided so as to extend along a periphery of swell of a wearer's breast, characterized in that the support member comprises: a lower support member that is provided at a lower part of the cup portion to support a breast region of the wearer from below; and an upper support member that is provided at a portion extending from a front center side to the lateral side of the cup portion via an upper part of the cup portion to support the breast region of the wearer from above, the lower support member is stretchable in a direction connecting the front center side and the lateral side of the cup portion, the upper support member is non-stretchable or slightly stretchable in a direction orthogonal to the direction, at least part of a front center side-portion and at least part of a lateral side-portion of the upper support member are fixed to the garment, and at least part of a lateral side-portion of the lower support member is fixed to the garment so that the lower support member is displaceable relative to the cup portion. a pair of cup portions; a shoulder strap; and a back cloth; wherein the shoulder strap is arranged above the pair of cup portions, the back cloth is arranged on lateral sides of the cup portions, in each of the cup portions, a support member is provided so as to extend along a periphery of swell of a wearer's breast, characterized in that the support member comprises: a lower support member that is provided at a lower part of the cup portion to support a breast region of the wearer from below; and an upper support member that is provided at a portion extending from a front center side to the lateral side of the cup portion via an upper part of the cup portion to support the breast region of the wearer from above, the lower support member is stretchable in a direction connecting the front center side and the lateral side of the cup portion, the upper support member is non-stretchable or slightly stretchable in a direction orthogonal to the direction, at least part of a front center side-portion and at least part of a lateral side-portion of the upper support member are fixed to the garment, and at least part of a lateral side-portion of the lower support member is fixed to the garment so that the lower support member is displaceable relative to the cup portion.
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves and a connecting member connecting two side faces (1041, 1042, 1043, 1044) of adjacent contacting elements, the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a rib for forming the groove between adjacent contacting elements, at least two rib side faces (41, 42, 43, 44) forming the side faces (1041, 1042, 1043, 1044) of the contacting element, the rib having a notching portion, the molding element being characterized in that a guiding member made of a material different from a material of the molding element is received in the notching portion and has two opposite side faces (52, 53) configured to form a part of the side faces (1041, 1042, 1043, 1044) of the contacting element and a top face configured to form a part of a bottom of the groove, and in that said material of the guiding member has a modulus at 10% elongation lower than that of the molding element, and in that the guiding member has a guiding slit extending from one of the two opposite side faces (52, 53) to the other of the two opposite side faces (52, 53) through the guiding member and radially from the top face.
A nonwoven fabric comprising a majority of individualized fibers which are substantially straight, plant-based, smooth and elongated, and substantially pectin-free and have a mean length greater than 6 millimeters (mm), and about or less than 20-25 mm.