mhurhangee/ep-ind-claims huggingface dataset:
Submersible pump for evacuating liquids, comprising a housing, a base of the housing, comprising at least one orifice for suction of liquid, being adapted to be reversibly positioned in two distinct configurations of the pump, a first configuration being intended for suction of a liquid loaded with solid particles, the other configuration being intended for suction of clear liquid, characterised in that the base comprises a conduit suitable, in the configuration for suction of clear liquids, for coming into abutment against a gasket surrounding an opening in the housing so as to connect the conduit to the housing in a sealed manner and in order that a liquid flowing from the housing via the opening must pass via said at least one orifice for suction of liquid, and in that the base comprises at least one member for closing said at least one orifice for suction of liquid, adapted to permit sealed retention of a quantity of liquid in the housing in the configuration for suction of clear liquids and in the absence of activation of the pump.
A battery module comprising: a first sub-module and a second sub-module respectively including a cell stack in which a plurality of battery cells are stacked; and a central wall (500, 500a, 500b) disposed between the first sub-module and the second sub-module, wherein the central wall (500, 500a, 500b) includes: a first central wall (510, 510a) facing the first sub-module and a second central wall (520, 520a) facing the second sub-module, and a guide groove and a guide protrusion coupling the first central wall (510, 510a) and the second central wall (520, 520a), wherein the guide groove and the guide protrusion are formed on each of the first central wall (510, 510a) and the second central wall (520, 520a) and disposed to face each other, characterized in that the first central wall (510, 510a) has a rotationally symmetrical shape to the second central wall (520, 520a) around a first axis, and wherein the guide groove of the first central wall (510, 510a) and the guide groove of the second central wall (520, 520a) are disposed to be rotationally symmetrical around the first axis. a first sub-module and a second sub-module respectively including a cell stack in which a plurality of battery cells are stacked; and a central wall (500, 500a, 500b) disposed between the first sub-module and the second sub-module, wherein the central wall (500, 500a, 500b) includes: a first central wall (510, 510a) facing the first sub-module and a second central wall (520, 520a) facing the second sub-module, and a guide groove and a guide protrusion coupling the first central wall (510, 510a) and the second central wall (520, 520a), wherein the guide groove and the guide protrusion are formed on each of the first central wall (510, 510a) and the second central wall (520, 520a) and disposed to face each other, characterized in that the first central wall (510, 510a) has a rotationally symmetrical shape to the second central wall (520, 520a) around a first axis, and wherein the guide groove of the first central wall (510, 510a) and the guide groove of the second central wall (520, 520a) are disposed to be rotationally symmetrical around the first axis. a first central wall (510, 510a) facing the first sub-module and a second central wall (520, 520a) facing the second sub-module, and a guide groove and a guide protrusion coupling the first central wall (510, 510a) and the second central wall (520, 520a), wherein the guide groove and the guide protrusion are formed on each of the first central wall (510, 510a) and the second central wall (520, 520a) and disposed to face each other, characterized in that the first central wall (510, 510a) has a rotationally symmetrical shape to the second central wall (520, 520a) around a first axis, and wherein the guide groove of the first central wall (510, 510a) and the guide groove of the second central wall (520, 520a) are disposed to be rotationally symmetrical around the first axis.
Iron oxide magnetic particles comprising an iron oxide and MX n, wherein the MX n comprises one or more selected from the group consisting of CuF, CuCl, CuBr, and CuI.
A body support assembly (10, 110, 210) comprising: a first layer (130, 230) having a lower surface (134, 234); a second layer (136, 236) supporting the first layer (130, 230) and having an upper surface (138, 238) in facing relation to the lower surface (134, 234), wherein at least one of the upper and lower surfaces is at least partially defined by a non-planar surface to thereby define a plurality of passages (142, 242) between the first and second layers (130, 230, 136, 236); a third layer (146, 246) supporting the second layer (136, 236) and having an upper surface (148, 248) in facing relation to a lower surface (140, 240) of the second layer (136, 236), wherein a plurality of second passages are defined between the second and third layers (136, 236, 146, 246); and a fan (18, 118, 218) positioned to move air through the passages; wherein the non-planar surface comprises a plurality of protrusions (144, 244), and wherein the non-planar surface includes a convoluted surface; and wherein the plurality of passages (142, 242) between the first and second layers (130, 230, 136, 236) is a plurality of first passages, and wherein the fan (18, 118, 218) is positioned to move air between the first and second passages (142, 242, 152). a first layer (130, 230) having a lower surface (134, 234); a second layer (136, 236) supporting the first layer (130, 230) and having an upper surface (138, 238) in facing relation to the lower surface (134, 234), wherein at least one of the upper and lower surfaces is at least partially defined by a non-planar surface to thereby define a plurality of passages (142, 242) between the first and second layers (130, 230, 136, 236); a third layer (146, 246) supporting the second layer (136, 236) and having an upper surface (148, 248) in facing relation to a lower surface (140, 240) of the second layer (136, 236), wherein a plurality of second passages are defined between the second and third layers (136, 236, 146, 246); and a fan (18, 118, 218) positioned to move air through the passages; wherein the non-planar surface comprises a plurality of protrusions (144, 244), and wherein the non-planar surface includes a convoluted surface; and wherein the plurality of passages (142, 242) between the first and second layers (130, 230, 136, 236) is a plurality of first passages, and wherein the fan (18, 118, 218) is positioned to move air between the first and second passages (142, 242, 152).
Two films structure, or "duplex", for producing a packaging product, comprising a first film formed by a plurality of layers (110, 210, 310), at least an intermediate metallic coating layer deposited on an outer of said layers (110, 210, 310) and a second film, made in a material able to be printed and disposed on said intermediate metallic coating layer, wherein each of the layers (110, 210, 310) forming said first film comprises a cyclic olefin copolymer obtained through copolymerization of ethylene and norbornene and wherein said metallic coating layer has a thickness comprised between about 100 angstrom and 400 angstrom, characterized in that said first film is provided with: - a first of said layers (110, 210, 310) on which said metallic coating layer is deposited and comprising a first mix comprising linear low-density polyethylene (LLDPE) and said cyclic olefin copolymer; - a second of said layers (110, 210, 310) comprising a second mix comprising low-density polyethylene (LDPE) and said cyclic olefin copolymer; and - a third of said layers (110, 210, 310) normally disposed inside the packaging and comprising a third mix comprising linear low-density polyethylene (LLDPE), said cyclic olefin copolymer, components with anti-blocking functions and one or more process additives. - a first of said layers (110, 210, 310) on which said metallic coating layer is deposited and comprising a first mix comprising linear low-density polyethylene (LLDPE) and said cyclic olefin copolymer; - a second of said layers (110, 210, 310) comprising a second mix comprising low-density polyethylene (LDPE) and said cyclic olefin copolymer; and - a third of said layers (110, 210, 310) normally disposed inside the packaging and comprising a third mix comprising linear low-density polyethylene (LLDPE), said cyclic olefin copolymer, components with anti-blocking functions and one or more process additives.
An NGF antibody for use in treating pain that is associated with a condition caused by increased expression of nerve growth factor or increased sensitivity to NGF, wherein the antibody is to be administered in a pharmaceutical composition comprising: a pharmaceutically acceptable carrier and the isolated antibody, wherein the antibody comprises a light chain comprising SEQ ID NO: 44 and a heavy chain comprising SEQ ID NO: 40; wherein the NGF antibody is to be administered by subcutaneous injection, wherein the subcutaneous injection comprises multiple subcutaneous injections; wherein the pharmaceutically effective amount of the NGF antibody is from 3 mg to 30 mg per subcutaneous injection; and wherein the pain is resulting from arthritis. a pharmaceutically acceptable carrier and the isolated antibody, wherein the antibody comprises a light chain comprising SEQ ID NO: 44 and a heavy chain comprising SEQ ID NO: 40;
Sealing arrangement comprising: - a first machine component and a second machine component which, with a sealing gap being formed, are arranged spaced apart from each other and so as to be able to be moved relative to each other along a movement axis; - a sealing element having a sealing lip which is arranged so as to be retained in a press-fit in a plurality of grooves of a sealing retention structure of the first machine component, wherein the sealing lip extends in an axial direction away from the sealing retention structure; - a pretensioning element which is arranged in a retention groove of the first machine component and by means of which the sealing lip can be pretensioned against a sealing face of the second machine component in order to seal a high-pressure region to which an operating pressure (P1, P max) can be applied with respect to a low-pressure region of the sealing arrangement, wherein the retention groove has a wedge guiding face (40, 42) for the pretensioning element which is arranged so as to extend obliquely at an angle α with α < 90° with respect to the movement axis and wherein the pretensioning element can be moved by means of a high-pressure-side application with the operating pressure (P1, P max) against and along the wedge guiding face (40, 42) in order to pretension the sealing lip against the sealing face with a pressing force (F quer, F quer,max) derived from the operating pressure (P1, P max), characterised in that the pretensioning element has such dimensions that the sealing element in the state in which no pressure is applied to the high-pressure region H is in abutment with the sealing face without any pretensioning, - a first machine component and a second machine component which, with a sealing gap being formed, are arranged spaced apart from each other and so as to be able to be moved relative to each other along a movement axis; - a sealing element having a sealing lip which is arranged so as to be retained in a press-fit in a plurality of grooves of a sealing retention structure of the first machine component, wherein the sealing lip extends in an axial direction away from the sealing retention structure; - a pretensioning element which is arranged in a retention groove of the first machine component and by means of which the sealing lip can be pretensioned against a sealing face of the second machine component in order to seal a high-pressure region to which an operating pressure (P1, P max) can be applied with respect to a low-pressure region of the sealing arrangement, wherein the retention groove has a wedge guiding face (40, 42) for the pretensioning element which is arranged so as to extend obliquely at an angle α with α < 90° with respect to the movement axis and wherein the pretensioning element can be moved by means of a high-pressure-side application with the operating pressure (P1, P max) against and along the wedge guiding face (40, 42) in order to pretension the sealing lip against the sealing face with a pressing force (F quer, F quer,max) derived from the operating pressure (P1, P max),
A method of displaying a setting control, characterized by comprising: receiving a sliding operation on a slide block of a slide bar on a user interface, wherein the sliding operation indicates the slide block to continue sliding along a first direction after the slide block reaches a first end portion of the slide bar, and the first direction is a direction from a non-end portion of the slide bar to the first end portion, wherein a function of a system is set by adjusting the position of the slide block; displaying (S 102) an information setting control at a first position on the interface in response to the sliding operation, wherein a function is set by performing operations on the information setting control, wherein the function set by the information setting control is associated with the function set by the slide bar. receiving a sliding operation on a slide block of a slide bar on a user interface, wherein the sliding operation indicates the slide block to continue sliding along a first direction after the slide block reaches a first end portion of the slide bar, and the first direction is a direction from a non-end portion of the slide bar to the first end portion, wherein a function of a system is set by adjusting the position of the slide block; displaying (S 102) an information setting control at a first position on the interface in response to the sliding operation, wherein a function is set by performing operations on the information setting control, wherein the function set by the information setting control is associated with the function set by the slide bar.
A method for producing a consolidated fiber preform intended for the manufacture of a part made of composite material, comprising the steps of: - shaping a fiber texture in a heated metal mold, the texture being pre-impregnated with a transient or fugitive material, or shaping a fiber texture in a metal mold and injecting a transient or fugitive material into the fiber texture held in shape in the metal mold, - cooling the mold, - removing the set fiber preform from the mold, - coating the fiber preform with a slurry containing a powder of ceramic or carbon particles, - heat-treating the coated fiber preform so as to form a porous shell around the fiber preform by consolidation of the slurry and so as to remove the transient or fugitive material present in the fiber preform, - consolidating the fiber preform by gas-phase chemical infiltration. - shaping a fiber texture in a heated metal mold, the texture being pre-impregnated with a transient or fugitive material, or shaping a fiber texture in a metal mold and injecting a transient or fugitive material into the fiber texture held in shape in the metal mold, - cooling the mold, - removing the set fiber preform from the mold, - coating the fiber preform with a slurry containing a powder of ceramic or carbon particles, - heat-treating the coated fiber preform so as to form a porous shell around the fiber preform by consolidation of the slurry and so as to remove the transient or fugitive material present in the fiber preform, - consolidating the fiber preform by gas-phase chemical infiltration.
Heating element for infrared radiator, consisting of a multiplicity of sheet strips disposed substantially parallel next to one another, which strips are made of a resistance material, each strip being connected by an end region to the one end region of the adjacent strip via connectors, so that the strips form a sequential conductor, characterised in that the heating element with the strips and the connectors and connecting crosspieces disposed between the strips is cut out in one piece from a sheet-like base portion, which connecting crosspieces connect the strips together transversely to one another.
A method of transmitting using hybrid automatic repeat request, HARQ, implemented by an apparatus, the method comprising: generating a first codeword for a first information block, wherein the first codeword is a first polar code, and wherein the first information block includes cyclic redundancy check, CRC, bits; transmitting the first codeword to a receiver; determining that the first polar code is not successfully decoded at the receiver based at least on a first message received from the receiver; generating a second codeword for a second information block, wherein the second codeword is a first enhanced polar code generated based on a bit error probability and minimum Hamming distance, and wherein the second information block does not include any CRC bits; transmitting the second codeword to the receiver; and determining whether the second codeword and the first codeword are successfully decoded at the receiver based at least on a second message received from the receiver. generating a first codeword for a first information block, wherein the first codeword is a first polar code, and wherein the first information block includes cyclic redundancy check, CRC, bits; transmitting the first codeword to a receiver; determining that the first polar code is not successfully decoded at the receiver based at least on a first message received from the receiver; generating a second codeword for a second information block, wherein the second codeword is a first enhanced polar code generated based on a bit error probability and minimum Hamming distance, and wherein the second information block does not include any CRC bits; transmitting the second codeword to the receiver; and determining whether the second codeword and the first codeword are successfully decoded at the receiver based at least on a second message received from the receiver.
A data processing method, comprising: receiving, by a first access network device, a handover request message from a second access network device, wherein the handover request message is used to request a terminal device to hand over from a cell of the second access network device to a cell of the first access network device, wherein the handover request message comprises second indication information, the second indication information is used to indicate that the handover performed by the terminal device is handover with 0 ms interruption; determining, by the first access network device based on the second indication information, that robust header compression, ROHC, restriction processing needs to be performed, wherein the ROHC restriction processing comprises: performing no ROHC header compression, generating only initial and refresh, IR, packets, or performing ROHC processing in an R mode; and receiving, by the first access network device, at least one packet from the second access network device, and performing the ROHC restriction processing on a second packet in the at least one packet. receiving, by a first access network device, a handover request message from a second access network device, wherein the handover request message is used to request a terminal device to hand over from a cell of the second access network device to a cell of the first access network device, wherein the handover request message comprises second indication information, the second indication information is used to indicate that the handover performed by the terminal device is handover with 0 ms interruption; determining, by the first access network device based on the second indication information, that robust header compression, ROHC, restriction processing needs to be performed, wherein the ROHC restriction processing comprises: performing no ROHC header compression, generating only initial and refresh, IR, packets, or performing ROHC processing in an R mode; and receiving, by the first access network device, at least one packet from the second access network device, and performing the ROHC restriction processing on a second packet in the at least one packet.
Agricultural seed drill having at least one furrow opening device, at least one seed dispensing device for seed deposition in the opened seed furrow, at least one covering and/or pressing element for closing the opened seed furrow, wherein the seed dispensing device is assigned a seed firmer having a first upper, a second middle and a third lower region (13, 14, 15), and the seed firmer is fastened, in its first upper region, to the rear side, as seen in the direction of travel, of the seed dispensing device, the second middle region of the seed firmer is configured in a flexible manner and curved in a suitable manner for guiding the seed into the seed furrow, the third lower region of the seed firmer has a convex shape toward the bottom of the seed furrow, consists of smooth, abrasion-resistant material and projects to the rear, as seen in the direction of travel, into the seed furrow, wherein the seed firmer sweeps in the seed furrow over the bottom of the seed furrow and deposited seed and is pressed against the bottom of the seed furrow by the working pressure of the furrow opening device such that deposited seed is pressed into the bottom of the seed furrow to a suitable depth, wherein the seed firmer is configured in an arcuate manner in the second middle region, characterized in that the arc points forward in the direction of travel and projects beyond the first upper region as seen in the direction of travel.
An apparatus for optical swept-source coherence tomography, comprising: a spectrally tuneable source for emitting coherent light; a detector for acquiring the intensity of interference light that results from superposing, on reference light, remitted light backscattered from an object irradiated with the coherent light of the source, and a control device for controlling the light source and the detector in such a way that the detector performs intensity acquisitions in accordance with a defined number of measurements, while the light source is tuned; wherein the control device is configured to alter a spectral measurement bandwidth within which the detector performs the intensity acquisitions while simultaneously keeping constant the number of measurements to alter the axial resolution, wherein the measurement bandwidth is less than a sweep bandwidth of the tuned light source. a spectrally tuneable source for emitting coherent light; a detector for acquiring the intensity of interference light that results from superposing, on reference light, remitted light backscattered from an object irradiated with the coherent light of the source, and a control device for controlling the light source and the detector in such a way that the detector performs intensity acquisitions in accordance with a defined number of measurements, while the light source is tuned; wherein the control device is configured to alter a spectral measurement bandwidth within which the detector performs the intensity acquisitions while simultaneously keeping constant the number of measurements to alter the axial resolution, wherein the measurement bandwidth is less than a sweep bandwidth of the tuned light source.
A base station for a cellular communications network, for allowing a user device to connect into the cellular communications network, the base station comprising a SIM card carrying an IMSI, the base station being characterised in that the IMSI can be used to identify the basestation to the cellular communications network, authenticate the basestation and establish secure communications with the cellular communications network, using the same mechanism that is used for mobile terminals containing SIM cards which access the cellular communications network.