mhurhangee/ep-ind-claims huggingface dataset:
Heat pump for safely perform an anticlockwise thermodynamic cycle by means of a hazardous working fluid, which is guided in a closed, hermetically sealed working fluid circuit, suitable for installation in a building, having - a heat pump housing, - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers (18, 19) for working fluid, each with at least two connections for heat exchanging fluids, - a capsule housing within the heat pump housing, which encloses all apparatus and fittings, through which working fluid flows, characterized in that - an exhaust gas oxidation device which is connected to the interior of the capsule housing, - at least one conveying fan (105, 106) for exhaust air from the capsule housing into the exhaust gas oxidation device, - a supply air opening for the capsule housing, - a supply air duct for the exhaust gas oxidation device from the environment of the heat pump, and - an exhaust air duct is provided from the exhaust gas oxidation device into the environment of the heat pump. - a heat pump housing, - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers (18, 19) for working fluid, each with at least two connections for heat exchanging fluids, - a capsule housing within the heat pump housing, which encloses all apparatus and fittings, through which working fluid flows, characterized in that - an exhaust gas oxidation device which is connected to the interior of the capsule housing, - at least one conveying fan (105, 106) for exhaust air from the capsule housing into the exhaust gas oxidation device, - a supply air opening for the capsule housing, - a supply air duct for the exhaust gas oxidation device from the environment of the heat pump, and - an exhaust air duct is provided from the exhaust gas oxidation device into the environment of the heat pump.
Jacket with hood (4.1 and 4.2) which contains a hood opening, and with a zip fastener which begins at the lower end of the front side (1.1 and 1.2) of the jacket and which contains two tapes (rows) (3.1 and 3.2) of zip-fastener connecting elements which begin at the lower end of the front side of the jacket, and a zipper slider, which jacket is separated centrally in its longitudinal directed into two segments I; II along the connecting element rows (3.1 and 3.2) characterized in that the tapes (rows) (3.1 and 3.2) of the zip-fastener connecting elements essential extend centrally and continuously over the entire front side and the entire back side of the jacket and along the edges of the hood opening hood (4.1; 4.2) which hood (4.1; 4.2) is separated in its longitudinal direction until the back side (2.1 and 2.2) of the jacket, which tapes (rows) terminate at the lower end of the back side of the jacket, and in that a further zipper slide is associated the tapes (rows) (3.1; 3.2).
A dental polymerizable monomer comprising a urethane acrylate that has at least one acryloyl group and is represented by the general formula below: wherein in the general formula, R a is a group which has a divalent C 6-9 bridged cyclic hydrocarbon group in the middle and is bonded to nitrogen atoms in adjacent carbamoyl groups via an unsubstituted methylene group; R b and R c are each independently a C 2-6 linear alkylene group or a C 2-6 linear oxyalkylene group, each of which is optionally substituted with a C 1-3 alkyl group or a (meth) acryloylmethylene group in place of a hydrogen atom; and R d represents a hydrogen atom or a methyl group.
A nursing pad for placement on the breast of a woman with, for the purpose of fitting to the shape of a breast, a thin-walled, flexible pad body with a circumferential outer edge, an inner surface for placement on the breast and an outer surface, wherein a rising for the purpose of pushing in a nipple protrudes from the inner surface of the pad body.
A planar heating element for generating an aerosol, comprising: a porous wick for absorbing a liquid aerosol-generating substrate; a conductive bead layer for heating the absorbed liquid aerosol-generating substrate; and a terminal part for delivering an electricity for heating to the conductive bead layer a porous wick for absorbing a liquid aerosol-generating substrate; a conductive bead layer for heating the absorbed liquid aerosol-generating substrate; and a terminal part for delivering an electricity for heating to the conductive bead layer
A roller (30, 31, 32, 33, 34, 35, 36) for a machine undercarriage, comprising: a roller body constructed from a single, unitary piece of parent material, the roller body including a first roller tread disposed between a first end of the roller body and a second end of the roller body, and a second roller tread disposed between the first and second ends of the roller body at least one center guide flange disposed between the first roller tread and the second roller tread; and an outer guide flange (158, 160) on a side of the first roller tread opposite the at least one center guide flange; wherein the at least one center guide flange has a height relative to adjacent roller treads (154, 156) of at least about 1⁄2 of a height of the outer guide flange (158, 160). a first roller tread disposed between a first end of the roller body and a second end of the roller body, and a second roller tread disposed between the first and second ends of the roller body at least one center guide flange disposed between the first roller tread and the second roller tread; and an outer guide flange (158, 160) on a side of the first roller tread opposite the at least one center guide flange; wherein the at least one center guide flange has a height relative to adjacent roller treads (154, 156) of at least about 1⁄2 of a height of the outer guide flange (158, 160).
Display (200, 210) for a vehicle, wherein the display (200, 210) is arranged in a housing and is perceivable from outside the vehicle, wherein the housing is openable without tools and automatically so that the display content of the display (200, 210) is perceivable, characterized in that the spatial position of the vehicle is determinable and in that the housing is openable in dependence on the spatial position of the vehicle.
A system comprising: - a battery based on electrolyte, such as a regenerative fuel cell (3; 102); - at least one electrolyte storage (47; 103) from which electrolyte flows during operation along a membrane in the battery; - at least one heat exchanger (61; 62, 105; 107; 108) in the at least one electrolyte storage, characterized in that: - a heat pump (2,111) with a compressor driven by an electric motor; - the at least one heat exchanger (61; 62, 105; 107; 108) is connected to the heat pump (2; 111), which heat pump (2; 111) is connected to a thermal source (60; 112) for heat or cold storage in the electrolyte, and wherein the heat pump (2; 111) is further connected to a useful heat or cold application device (63; 106) using the heat or cold extracted from the at least one storage by the at least one combined heat exchanger and heat pump; and - the electrical motor of compressor of the heat pump (2; 111) is a DC motor and is connected electrically to the battery (3; 102), wherein the battery provides electric DC power to the electric DC motor of compressor of the heat pump (2; 111). - a battery based on electrolyte, such as a regenerative fuel cell (3; 102); - at least one electrolyte storage (47; 103) from which electrolyte flows during operation along a membrane in the battery; - at least one heat exchanger (61; 62, 105; 107; 108) in the at least one electrolyte storage, - a heat pump (2,111) with a compressor driven by an electric motor; - the at least one heat exchanger (61; 62, 105; 107; 108) is connected to the heat pump (2; 111), which heat pump (2; 111) is connected to a thermal source (60; 112) for heat or cold storage in the electrolyte, and wherein the heat pump (2; 111) is further connected to a useful heat or cold application device (63; 106) using the heat or cold extracted from the at least one storage by the at least one combined heat exchanger and heat pump; and - the electrical motor of compressor of the heat pump (2; 111) is a DC motor and is connected electrically to the battery (3; 102), wherein the battery provides electric DC power to the electric DC motor of compressor of the heat pump (2; 111).
A method for sterilizing containers, wherein the containers are conveyed along a pre-set conveying path through a clean room, wherein this clean room is bounded off from an environment by means of at least one wall (22, 24) and the containers are sterilized at least in sections by being acted upon with electrons, wherein the electrons are produced and arrive at the containers by way of an outlet window of a sterilization device, and wherein this outlet window is cooled by means of a gas flow and the gas flow is conveyed at least in sections by means of a connecting line moving with the containers, characterized in that this gas flow for cooling the outlet window is removed from the clean room.
Door leaf having at least two longitudinal-side frame elements to which a panel is assigned, wherein each of the longitudinal-side frame elements comprises an inner profile, which is oriented towards a room side, and an outer profile, which is oriented towards an outer side, wherein the inner profile is connected to the outer profile in a form-fitting manner, by means of a connection which can be displaced in the direction of the longitudinal axis (double arrow 14), such that the inner profile can be displaced relative to the outer profile in the direction of a longitudinal axis (double arrow 14), characterized in that the displaceable connection is a clip connection, and the outer profile is designed in the form of a cross-sectionally L-shaped hollow-chamber profile and, on its long limb, has two spaced-apart clip arms, which interact with undercuts of the inner profile.
A stator device for an electrical machine, the electrical machine comprising said stator device and a moving device, wherein the stator device is a three phase stator device comprising three phases (10', 10", 10"') arranged side-by-side in a lateral direction, perpendicular to a direction of motion of the moving device, where the stator device comprises four sets of teeth (26; 26', 26", 26"'; 27, 28), each tooth for protruding towards the moving device and comprising an interface surface for facing the moving device, wherein the teeth of each set are distributed along the direction of motion, wherein the four sets of teeth comprises two peripheral sets and two inner sets arranged in the lateral direction between the peripheral sets, each set comprising N teeth, N being an integer number larger than 1, and where the teeth of the inner sets (27, 28) are wider, in the lateral direction, than the teeth of the peripheral sets and provide a common magnetic flux path shared by two neighbouring phases; wherein the interface surfaces of the teeth of the peripheral sets (26', 26,"') define a lateral extent of an active air gap region between the stator device and the moving device; characterized in that the teeth of the respective sets of teeth are arranged circumferentially displaced at angles 0°/N, 150°/N, 270°/N, 60°/N relative to the teeth of a first one of the sets of teeth.
A method for increasing available airtime in Wi-Fi networks, the method comprising: generating, by a first Wi-Fi device, a management frame, wherein the management frame is an IEEE 802.11 Beacon frame or an IEEE 802.11 Probe Request frame; compressing, by the first Wi-Fi device, the management frame to obtain a compressed management frame; wirelessly broadcasting, by the first Wi-Fi device, the compressed management frame; receiving, at a second Wi-Fi device, the compressed management frame; and decompressing, by the second Wi-Fi device, the compressed management frame to obtain the management frame generated by the first Wi-Fi device. generating, by a first Wi-Fi device, a management frame, wherein the management frame is an IEEE 802.11 Beacon frame or an IEEE 802.11 Probe Request frame; compressing, by the first Wi-Fi device, the management frame to obtain a compressed management frame; wirelessly broadcasting, by the first Wi-Fi device, the compressed management frame; receiving, at a second Wi-Fi device, the compressed management frame; and decompressing, by the second Wi-Fi device, the compressed management frame to obtain the management frame generated by the first Wi-Fi device.
A method of receiving a group wake-up signal, WUS, by a device in a wireless communication system, the method comprising: obtaining, by the device, configuration information regarding WUS resources for the group WUS; receiving, by the device, the group WUS based on the configuration information regarding the WUS resources; and monitoring, by the device, a paging signal based on the received group WUS, the WUS resources for the group WUS include at least one of a first WUS resource that is shared with a non-group WUS and a second WUS resource that is not shared with the non-group WUS, the second WUS resource is configured immediately prior to the first WUS resource in time, characterized in that a WUS sequence of the group WUS is obtained based on a scrambling sequence, the scrambling sequence being initialized with a value satisfying a formula: c g ⋅ 2 29 + N ID Ncell + 1 10 n ƒ _ start _ PO + ⌊ n s _ start _ PO 2 ⌋ mod 2048 + 1 2 9 + N ID Ncell where i) c g denotes a WUS resource identifier, ID, ii) N ID Ncell denotes a cell ID, iii) n f_start_PO denotes an initial frame of an initial paging occasion for the group WUS, iv) n s_start_PO denotes an initial slot of the initial paging occasion, v) 11 denotes a floor operation, and vi) mod denotes a modulo operation, the WUS resource ID is 0 for the first WUS resource, and the WUS resource ID is 1 for the second WUS resource. obtaining, by the device, configuration information regarding WUS resources for the group WUS; receiving, by the device, the group WUS based on the configuration information regarding the WUS resources; and monitoring, by the device, a paging signal based on the received group WUS, the WUS resources for the group WUS include at least one of a first WUS resource that is shared with a non-group WUS and a second WUS resource that is not shared with the non-group WUS, the second WUS resource is configured immediately prior to the first WUS resource in time, characterized in that a WUS sequence of the group WUS is obtained based on a scrambling sequence, the scrambling sequence being initialized with a value satisfying a formula: c g ⋅ 2 29 + N ID Ncell + 1 10 n ƒ _ start _ PO + ⌊ n s _ start _ PO 2 ⌋ mod 2048 + 1 2 9 + N ID Ncell where i) c g denotes a WUS resource identifier, ID, ii) N ID Ncell denotes a cell ID, iii) n f_start_PO denotes an initial frame of an initial paging occasion for the group WUS, iv) n s_start_PO denotes an initial slot of the initial paging occasion, v) 11 denotes a floor operation, and vi) mod denotes a modulo operation, the WUS resource ID is 0 for the first WUS resource, and the WUS resource ID is 1 for the second WUS resource.
A method of wireless communication, comprising: generating, by a first device, a message including transmit power related information corresponding to the first device, wherein the transmit power related information includes power backoff per modulation and coding scheme information, wherein the power backoff per modulation and coding scheme information includes a plurality of power backoffs including a first power backoff corresponding to a first modulation and coding scheme and a second power backoff corresponding to a second modulation and coding scheme, wherein each power backoff of the plurality of power backoffs is a function of at least one of: a respective bandwidth or a respective number of spatial streams; and transmitting, by the first device, the message to a second device. generating, by a first device, a message including transmit power related information corresponding to the first device, wherein the transmit power related information includes power backoff per modulation and coding scheme information, wherein the power backoff per modulation and coding scheme information includes a plurality of power backoffs including a first power backoff corresponding to a first modulation and coding scheme and a second power backoff corresponding to a second modulation and coding scheme, wherein each power backoff of the plurality of power backoffs is a function of at least one of: a respective bandwidth or a respective number of spatial streams; and transmitting, by the first device, the message to a second device.
A copolymer comprising tetrafluoroethylene units and units independently represented by formula in a range from 0.02 to 2 mole percent, based on the total amount of the copolymer, wherein n is independently from 1 to 6, z is 0, 1, or 2, and Rf is a linear or branched perfluoroalkyl group having from 1 to 8 carbon atoms and optionally interrupted by one or more -O- groups, wherein the copolymer has a melt flow index in a range from 20 grams per 10 minutes to 40 grams per 10 minutes measured at a temperature of 372 °C and at a support weight of 5.0 kg.
Recapper for placing foils (127, 135) on laboratory sample containers, wherein the recapper comprises: - a foil magazine, - a sample container holder being distant from the foil magazine, the sample container holder being adapted to hold a sample container, - a lever arrangement comprising a number of levers (110, 115), each lever (110, 115) comprising a respective foil transport element (112, 117), and - a rotating device, - wherein each lever (110, 115) is attached to the rotating device such that with rotation of the rotating device the lever (110, 115) rotates between a first orientation and a second orientation, - wherein in the first orientation the foil transport element (112, 117) of the lever (110, 115) is positioned at the foil magazine for collecting a foil (127, 135) from the foil magazine, and - wherein in the second orientation the foil transport element (112, 117) of the lever (110, 115) is positioned at the sample container holder to place the foil (127, 135) on the sample container, characterized in that - the sample container holder is horizontally distant from the foil magazine, - wherein each foil transport element (112, 117) is embodied as a through-hole extending vertically through a corresponding lever (110, 115) with a landing (113, 118) for holding the foil (127, 135) inside the through-hole, and - wherein each lever (110, 115) is attached to the rotating device such that with rotation of the rotating device the lever (110, 115) rotates horizontally between the first orientation and the second orientation. - a foil magazine, - a sample container holder being distant from the foil magazine, the sample container holder being adapted to hold a sample container, - a lever arrangement comprising a number of levers (110, 115), each lever (110, 115) comprising a respective foil transport element (112, 117), and - a rotating device, - wherein each lever (110, 115) is attached to the rotating device such that with rotation of the rotating device the lever (110, 115) rotates between a first orientation and a second orientation, - wherein in the first orientation the foil transport element (112, 117) of the lever (110, 115) is positioned at the foil magazine for collecting a foil (127, 135) from the foil magazine, and - wherein in the second orientation the foil transport element (112, 117) of the lever (110, 115) is positioned at the sample container holder to place the foil (127, 135) on the sample container, characterized in that - the sample container holder is horizontally distant from the foil magazine, - wherein each foil transport element (112, 117) is embodied as a through-hole extending vertically through a corresponding lever (110, 115) with a landing (113, 118) for holding the foil (127, 135) inside the through-hole, and - wherein each lever (110, 115) is attached to the rotating device such that with rotation of the rotating device the lever (110, 115) rotates horizontally between the first orientation and the second orientation.
A downlink data transmission method, comprising: receiving, by an access network device, downlink data of a terminal that is sent by a user plane device by using a shared bearer; characterized by receiving, by the access network device, a context setup request message from a control plane device, wherein the context setup request message carries path-related information of the terminal; setting up, by the access network device, a radio bearer between the access network device and the terminal based on the context setup request message; and sending, by the access network device, the downlink data to the terminal by using the radio bearer. receiving, by an access network device, downlink data of a terminal that is sent by a user plane device by using a shared bearer; characterized by receiving, by the access network device, a context setup request message from a control plane device, wherein the context setup request message carries path-related information of the terminal; setting up, by the access network device, a radio bearer between the access network device and the terminal based on the context setup request message; and sending, by the access network device, the downlink data to the terminal by using the radio bearer.
A method for operating a winch comprising a winch drum for spooling a spoolable medium, wherein the winch drum is rotatable about a first axis, and a guiding member for guiding the spoolable medium, wherein the guiding member is movable along a second axis between two end positions (41, 42), the method comprising: driving the guiding member towards one of the two end positions (41, 42) by a first electric motor during spooling in or spooling out of the spoolable medium; and changing the driving direction of the guiding member when the guiding member is determined to have reached a proximity of one of the two end positions (41, 42), characterized in that the method comprises: monitoring a torque of the first electric motor or a quantity indicative thereof; and determining that the guiding member has reached the proximity of one of the two end positions (41, 42) when the torque of the first electric motor, or the quantity indicative thereof, exceeds a predetermined threshold. driving the guiding member towards one of the two end positions (41, 42) by a first electric motor during spooling in or spooling out of the spoolable medium; and changing the driving direction of the guiding member when the guiding member is determined to have reached a proximity of one of the two end positions (41, 42), characterized in that the method comprises: monitoring a torque of the first electric motor or a quantity indicative thereof; and determining that the guiding member has reached the proximity of one of the two end positions (41, 42) when the torque of the first electric motor, or the quantity indicative thereof, exceeds a predetermined threshold. monitoring a torque of the first electric motor or a quantity indicative thereof; and determining that the guiding member has reached the proximity of one of the two end positions (41, 42) when the torque of the first electric motor, or the quantity indicative thereof, exceeds a predetermined threshold.