mhurhangee/ep-ind-claims huggingface dataset:
A vehicle air-conditioning apparatus comprising: - an outdoor unit disposed under a floor of a vehicle and including a compressor and an outdoor heat exchanger adapted to serve as a condenser during a cooling operation; - an indoor unit disposed at a ceiling portion of the vehicle, including an indoor heat exchanger adapted to serve as an evaporator during the cooling operation, and connected to the outdoor unit via a refrigerant pipe; and an inverter unit; - characterised in that the inverter unit includes a cooling heat exchanger adapted to serve as an evaporator, an air-conditioning inverter device, and a cooling air-sending device adapted to suck outdoor air for heat exchange by the cooling heat exchanger and cool the inverter device by cooled air obtained by the heat exchange, wherein the cooling heat exchanger is connected in parallel to the indoor unit by a refrigerant pipe. - an outdoor unit disposed under a floor of a vehicle and including a compressor and an outdoor heat exchanger adapted to serve as a condenser during a cooling operation; - an indoor unit disposed at a ceiling portion of the vehicle, including an indoor heat exchanger adapted to serve as an evaporator during the cooling operation, and connected to the outdoor unit via a refrigerant pipe; and an inverter unit; - characterised in that the inverter unit includes a cooling heat exchanger adapted to serve as an evaporator, an air-conditioning inverter device, and a cooling air-sending device adapted to suck outdoor air for heat exchange by the cooling heat exchanger and cool the inverter device by cooled air obtained by the heat exchange,
A double-stranded microRNA mimic comprising: (a) a mature sequence corresponding to a miR-15/107 family member; and (b) a passenger strand, wherein the mature sequence contains AGCAGC at positions 2-7 or 1-6 at the 5' end and wherein the mature sequence comprises a sequence selected from the group consisting of SEQ ID NOS: 11-14. (a) a mature sequence corresponding to a miR-15/107 family member; and (b) a passenger strand,
A capacitor comprising: a metal oxide metal, MOM, capacitor structure wherein an upper layer of the MOM capacitor structure is a first upper interconnect layer of an interconnect stack of an integrated circuit, IC, device, the MOM capacitor structure comprising at least one lower interconnect layer of the interconnect stack and the MOM capacitor structure comprising laterally arranged conducting fingers of different polarities; a second upper interconnect layer of the interconnect stack coupled to the MOM capacitor structure; at least one metal insulator metal, MIM, capacitor layer between the first upper interconnect layer and the second upper interconnect layer; and a MIM capacitor structure coupled to the MOM capacitor structure, the MIM capacitor structure comprising a first capacitor plate consisting only of a portion of the first upper interconnect layer, and a second capacitor plate including at least a portion of the at least one MIM capacitor layer. a metal oxide metal, MOM, capacitor structure wherein an upper layer of the MOM capacitor structure is a first upper interconnect layer of an interconnect stack of an integrated circuit, IC, device, the MOM capacitor structure comprising at least one lower interconnect layer of the interconnect stack and the MOM capacitor structure comprising laterally arranged conducting fingers of different polarities; a second upper interconnect layer of the interconnect stack coupled to the MOM capacitor structure; at least one metal insulator metal, MIM, capacitor layer between the first upper interconnect layer and the second upper interconnect layer; and a MIM capacitor structure coupled to the MOM capacitor structure, the MIM capacitor structure comprising a first capacitor plate consisting only of a portion of the first upper interconnect layer, and a second capacitor plate including at least a portion of the at least one MIM capacitor layer.
A method for switching a streaming service in an IP Multimedia Subsystem, IMS, architecture, comprising: receiving, by a media server, a switching request that carries an identifier of requested media from a User Equipment UE or a Service Control Function SCF after the SCF receives the switching request sent by the UE; and using, by the media server, a before-switching media channel to send switched media content to the UE; wherein the media server sends switching information to the SCF, and the SCF handles services according to the switching information; the media server comprises an adaptor and a Packet Switched Streaming service PSS server; and the sending by the media server of the switching information to the SCF comprises: by the adaptor, sending the switching information to the SCF; wherein the switching information comprises at least one of: identifier of target content of switching, identifier of a target component of switching, user information, identifier of source content of switching, identifier of a source component, substitution relation between before-switching media and after-switching media, mapping relation between a before-switching component and an after-switching component, mapping relation between a media channel and a before-switching media component, mapping relation between the media channel and a after-switching media component, and parameters of a transmission channel required by the content or component. receiving, by a media server, a switching request that carries an identifier of requested media from a User Equipment UE or a Service Control Function SCF after the SCF receives the switching request sent by the UE; and using, by the media server, a before-switching media channel to send switched media content to the UE; wherein the media server sends switching information to the SCF, and the SCF handles services according to the switching information; the media server comprises an adaptor and a Packet Switched Streaming service PSS server; and the sending by the media server of the switching information to the SCF comprises: by the adaptor, sending the switching information to the SCF; wherein the switching information comprises at least one of: identifier of target content of switching, identifier of a target component of switching, user information, identifier of source content of switching, identifier of a source component, substitution relation between before-switching media and after-switching media, mapping relation between a before-switching component and an after-switching component, mapping relation between a media channel and a before-switching media component, mapping relation between the media channel and a after-switching media component, and parameters of a transmission channel required by the content or component.
A precursor for a solid oxide fuel cell in which an anode, a solid electrolyte membrane, and a cathode are sequentially included, wherein at least one of the anode, the solid electrolyte membrane, and the cathode includes a sheet laminate, the sheet laminate comprising: a first sheet containing a first solid oxide and a first solvent; and a second sheet provided on the first sheet and containing a second solid oxide and a second solvent, wherein the specific gravity of the first solvent is higher than the specific gravity of the second solvent. a first sheet containing a first solid oxide and a first solvent; and a second sheet provided on the first sheet and containing a second solid oxide and a second solvent, wherein the specific gravity of the first solvent is higher than the specific gravity of the second solvent.
A biosensor for detecting and quantifying fluorescently-labeled biomolecules, said biosensor comprising: - a lower substrate; - an upper substrate stacked on said lower substrate; - a nanoslit which is a microfabricated structure with one-nanometer-sized dimension, formed between said lower substrate and said upper substrate, said nanoslit comprising a plurality of local structured areas disposed along said nanoslit; - a lateral input aperture in direct contact with said nanoslit, for letting a solution containing biomolecules enter said nanoslit; and - a lateral output aperture in direct contact with said nanoslit, for driving said solution through said nanoslit, characterized in that the plurality of local structured areas are each functionalized by different biomarkers. - a lower substrate; - an upper substrate stacked on said lower substrate; - a nanoslit which is a microfabricated structure with one-nanometer-sized dimension, formed between said lower substrate and said upper substrate, said nanoslit comprising a plurality of local structured areas disposed along said nanoslit; - a lateral input aperture in direct contact with said nanoslit, for letting a solution containing biomolecules enter said nanoslit; and - a lateral output aperture in direct contact with said nanoslit, for driving said solution through said nanoslit,
A lock cylinder, wherein it includes:a connection member having a fixing sleeve extending from it; a lock cylinder mechanism, the said lock cylinder mechanism including an unlocking cam set behind the fixing sleeve, the unlocking cam being slidably connected with the fixing sleeve, and a connection shaft in the said unlocking cam the front end of the said connection shaft extends through the fixing sleeve, and the rear end of the connection shaft features limit holes, the limit holes including an elastic part within, there being an element on the end of the elastic part, and a stop collar in the limit holes corresponding to the said connection shaft characterized in that it further includes an axle sleeve disposed in the said unlocking cam, the limit holes are limit through holes, and the elements are balls on both ends of the elastic part.
A hermetic compressor comprising: an electric element; a compression element driven by the electric element; and a sealed container accommodating the electric element and the compression element, the sealed container storing an oil, wherein the compression element includes: a crank shaft including a main shaft (15, 129), an eccentric shaft, and an oil supply mechanism; a cylinder block (28, 121) including a main bearing and a cylinder (27, 135), the main bearing pivotally supporting the main shaft (15, 129) of the crank shaft, the cylinder (27, 135) forming a compression chamber; a piston configured to move inside the cylinder (27, 135) in a reciprocating manner; and a connector connecting the eccentric shaft and the piston, characterized by a first oil groove (139, 139A, 139B) extending in a circumferential direction of the cylinder (27, 135) is provided on at least part of an upper outer peripheral surface of the cylinder (27, 135). an electric element; a compression element driven by the electric element; and a sealed container accommodating the electric element and the compression element, the sealed container storing an oil, wherein the compression element includes: a crank shaft including a main shaft (15, 129), an eccentric shaft, and an oil supply mechanism; a cylinder block (28, 121) including a main bearing and a cylinder (27, 135), the main bearing pivotally supporting the main shaft (15, 129) of the crank shaft, the cylinder (27, 135) forming a compression chamber; a piston configured to move inside the cylinder (27, 135) in a reciprocating manner; and a connector connecting the eccentric shaft and the piston, characterized by a first oil groove (139, 139A, 139B) extending in a circumferential direction of the cylinder (27, 135) is provided on at least part of an upper outer peripheral surface of the cylinder (27, 135). a crank shaft including a main shaft (15, 129), an eccentric shaft, and an oil supply mechanism; a cylinder block (28, 121) including a main bearing and a cylinder (27, 135), the main bearing pivotally supporting the main shaft (15, 129) of the crank shaft, the cylinder (27, 135) forming a compression chamber; a piston configured to move inside the cylinder (27, 135) in a reciprocating manner; and a connector connecting the eccentric shaft and the piston, characterized by a first oil groove (139, 139A, 139B) extending in a circumferential direction of the cylinder (27, 135) is provided on at least part of an upper outer peripheral surface of the cylinder (27, 135).
A hot plasma disease treatment system comprising a mutually connected control system and at least one power supply system, the control system and wherein the power supply system are respectively connected to and control a medium gas modulation system, at least one cooling system, at least one hot plasma generator, at least one plasma processing apparatus, a plasma treatment cabin, a detection feedback system, and a tail gas processing system, wherein the medium gas modulation system is connected to the hot plasma generator, the cooling system is disposed on the hot plasma generator, the hot plasma generator is connected to the plasma processing apparatus, the plasma processing apparatus is connected to the plasma treatment cabin, the plasma treatment cabin is connected to the tail gas processing system, the detection feedback system is connected to the hot plasma generator and the plasma treatment cabin, and the detection feedback system sends detection data to the control system for calculation; the plasma processing apparatus comprises a receiving portion, a processing portion, an output portion, a coolant inlet, a coolant container, and a coolant outlet, wherein the receiving portion is connected to the hot plasma generator, the output portion is connected to the plasma treatment cabin, either end of the processing portion is connected to the receiving portion and the output portion, respectively, the coolant inlet is disposed on the receiving portion, the coolant container is disposed outside the processing portion, and the coolant outlet is disposed on the output portion.
A blade or wing including a blade or wing element including many adjacent ribs slidable with respect to one another whereby to vary the aerodynamic configuration of the blade or wing element by causing a twist thereof, wherein the leading edge and trailing edge of each rib are at the leading edge and trailing edge of the blade or wing; wherein the ribs are adjacent and substantially without gaps between adjacent ribs whereby to provide a substantially smooth surface to the blade or wing element.
A spectrometer comprising: a light detection element comprising a substrate, in which a light passing part is formed, and wherein a light detection part is provided on a surface of the substrate, the light passing part being a slit formed in the substrate; a support fixed to the light detection element such that a space is formed between the support and the light detection part, the support having a base wall part, opposing the light detection element through the space, and side wall parts (32 33); a first reflection part provided in the support and configured to reflect light passing through the light passing part in the space; a dispersive part provided in the light detection element and configured to disperse and reflect the light reflected by the first reflection part in the space; and a second reflection part provided in the support and configured to reflect the light dispersed and reflected by the dispersive part to the light detection part in the space, characterized in that the spectrometer further comprises a zero-order light reflection controller for reflecting zero-order light received from the dispersive part away from a side of the light detection part in order not to let the reflected zero-order light into the light detection part, the zero-order light reflection controller being a reflection surface provided in the base wall part. a light detection element comprising a substrate, in which a light passing part is formed, and wherein a light detection part is provided on a surface of the substrate, the light passing part being a slit formed in the substrate; a support fixed to the light detection element such that a space is formed between the support and the light detection part, the support having a base wall part, opposing the light detection element through the space, and side wall parts (32 33); a first reflection part provided in the support and configured to reflect light passing through the light passing part in the space; a dispersive part provided in the light detection element and configured to disperse and reflect the light reflected by the first reflection part in the space; and a second reflection part provided in the support and configured to reflect the light dispersed and reflected by the dispersive part to the light detection part in the space, characterized in that the spectrometer further comprises a zero-order light reflection controller for reflecting zero-order light received from the dispersive part away from a side of the light detection part in order not to let the reflected zero-order light into the light detection part, the zero-order light reflection controller being a reflection surface provided in the base wall part.
A method in a network component for traffic engineering, TE, in a software defined network, SDN, the method comprising: receiving TE information from a first core network component in a core network, and from a radio access network, RAN, component, wherein the RAN is communicatively coupled to the core network, and wherein the TE information includes a TE objective; and determining a TE decision between at least one UE and a second core network component in the core network according to the TE information and the TE objective, wherein the TE decision comprises information for at least one end-to-end path solution between the at least one UE and the second core network component wherein the path traverses the core network and the RAN. receiving TE information from a first core network component in a core network, and from a radio access network, RAN, component, wherein the RAN is communicatively coupled to the core network, and wherein the TE information includes a TE objective; and determining a TE decision between at least one UE and a second core network component in the core network according to the TE information and the TE objective, wherein the TE decision comprises information for at least one end-to-end path solution between the at least one UE and the second core network component wherein the path traverses the core network and the RAN.
A coupling element for papercraft displays, said coupling element comprising a first portion or female portion and a separated second portion or male portion, said female portion having a flat body on which there is obtained at least one opening in correspondence of which there are two small walls (23, 24) projecting on said opening and opposing each other in such a way as to leave a passage space, a first small wall projecting from a first side or lower side of the opening having a half-bell shaped profile with the convex portion facing the opening, the second small wall projecting from a second side or upper side of the opening, opposite to the first side, having a curved profile with the concave portion facing the opening, said male portion having a flat body and at least one tab projecting from a face of said flat body, said at least one tab having an elongated "S" profile and having a relief in correspondence of the point of curvature change of said elongated "S" profile, said coupling element being configured in such a way that said at least one tab of said male portion is adapted to be inserted in said passage space of the respective at least one opening of said female portion, locking in position when the relief portion of said tab abuts with said second small wall, resulting blocked by said two small walls (23, 24) of said female portion. said female portion having a flat body on which there is obtained at least one opening in correspondence of which there are two small walls (23, 24) projecting on said opening and opposing each other in such a way as to leave a passage space, a first small wall projecting from a first side or lower side of the opening having a half-bell shaped profile with the convex portion facing the opening, the second small wall projecting from a second side or upper side of the opening, opposite to the first side, having a curved profile with the concave portion facing the opening, said male portion having a flat body and at least one tab projecting from a face of said flat body, said at least one tab having an elongated "S" profile and having a relief in correspondence of the point of curvature change of said elongated "S" profile, said coupling element being configured in such a way that said at least one tab of said male portion is adapted to be inserted in said passage space of the respective at least one opening of said female portion, locking in position when the relief portion of said tab abuts with said second small wall, resulting blocked by said two small walls (23, 24) of said female portion.
An electronic device, comprising: a housing; a display exposed through at least a portion of the housing; a battery; a heat dissipation sheet disposed in the housing and thermally connected to the battery; an antenna module disposed spaced apart from the heat dissipation sheet; an electronic component positioned between the antenna module and the heat dissipation sheet, the electronic component being exposed to an outer surface of the electronic device; a frame surrounding at least a part of the electronic component, and forming a part of an outer appearance of the electronic device; a first heat dissipation member disposed to partially overlap the frame and to extend toward the antenna module, and thermally connected to the heat dissipation sheet; and a heat insulation member interposed between the frame and the first heat dissipation member. a housing; a display exposed through at least a portion of the housing; a battery; a heat dissipation sheet disposed in the housing and thermally connected to the battery; an antenna module disposed spaced apart from the heat dissipation sheet; an electronic component positioned between the antenna module and the heat dissipation sheet, the electronic component being exposed to an outer surface of the electronic device; a frame surrounding at least a part of the electronic component, and forming a part of an outer appearance of the electronic device; a first heat dissipation member disposed to partially overlap the frame and to extend toward the antenna module, and thermally connected to the heat dissipation sheet; and a heat insulation member interposed between the frame and the first heat dissipation member.
A method comprising: determining, based on an average position of a device, a neutral position of the device in relation to a first axis, a second axis orthogonal to the first axis, and a third axis orthogonal to the first axis and the second axis, the device including at least a first control (102, 502) associated with a first plurality of output signals; measuring an angular displacement of the device, the angular displacement including a first-axis component, a second-axis component and a third-axis component; receiving a selection of the first control; and outputting one of the first plurality of output signals based at least upon the selection and the angular displacement relative to the neutral position of the device. determining, based on an average position of a device, a neutral position of the device in relation to a first axis, a second axis orthogonal to the first axis, and a third axis orthogonal to the first axis and the second axis, the device including at least a first control (102, 502) associated with a first plurality of output signals; measuring an angular displacement of the device, the angular displacement including a first-axis component, a second-axis component and a third-axis component; receiving a selection of the first control; and outputting one of the first plurality of output signals based at least upon the selection and the angular displacement relative to the neutral position of the device.