mhurhangee/ep-ind-claims huggingface dataset:
A liquid drug transfer assembly (100A; 100B; 100C) for use with a drug vial including a drug vial bottle containing a drug component and having a drug vial opening stopped by a drug vial stopper, the liquid drug transfer assembly comprising: (a) a drug vial stopper puncturing member (110; 152) with a drug vial stopper puncturing tip (112; 154) for puncturing the drug vial stopper; and (b) a drug vial adapter (120; 160) having a longitudinal drug vial adapter axis and including a drug vial adapter skirt having a transversely directed drug vial adapter top surface formed with an upright drug vial adapter port, a drug vial adapter body portion for snugly receiving the drug vial opening and a drug vial adapter skirt margin remote from said drug vial adapter top surface, characterised in that the drug vial adapter further comprises a drug vial adapter sleeve downward depending from said drug vial adapter top surface opposite said upright drug vial adapter port and in flow communication therewith, said drug vial adapter being slidingly disposed on said drug vial stopper puncturing member (110; 152) such that said drug vial stopper puncturing tip (112; 154) protrudes beyond said drug vial adapter sleeve, the arrangement being such that on mounting the liquid drug transfer assembly on the drug vial, said drug vial stopper puncturing member punctures the drug vial stopper to form a throughgoing puncture bore and said drug vial adapter sleeve lines said puncture bore whereby, on withdrawal of said drug vial stopper puncturing member from said puncture bore, said drug vial adapter sleeve prevents the drug vial stopper from sealing itself thereby enabling flow communication between said drug vial adapter port and the drug vial bottle. (a) a drug vial stopper puncturing member (110; 152) with a drug vial stopper puncturing tip (112; 154) for puncturing the drug vial stopper; and (b) a drug vial adapter (120; 160) having a longitudinal drug vial adapter axis and including a drug vial adapter skirt having a transversely directed drug vial adapter top surface formed with an upright drug vial adapter port, a drug vial adapter body portion for snugly receiving the drug vial opening and a drug vial adapter skirt margin remote from said drug vial adapter top surface,
A torsional vibration damper, in particular a dual-mass flywheel, for damping torsional vibrations between a drive shaft of a motor vehicle engine and a transmission input shaft of a motor vehicle transmission, comprising a primary mass for introducing in traction mode a torque that can be generated by the motor vehicle engine, a secondary mass which is limitedly rotatable relative to the primary mass for discharging the torque and an energy storage element, which can act on the primary mass and on the secondary mass and is designed in particular as a bow spring, for transferring the torque between the primary mass and the secondary mass, wherein, during a relative movement of at least part of the compressive energy storage element relative to the primary mass from a neutral position in a traction direction corresponding to the rotational direction of the torsional vibration damper in traction mode, a higher frictional force can act on the energy storage element than during a relative movement of at least one part of the compressive energy storage element relative to the primary mass from a neutral position in a thrust direction which is directed counter to the rotational direction of the torsional vibration damper in traction mode, wherein the energy storage element is guided radially outward on a sliding shell so as to be relatively movable under friction, characterised in that the sliding shell has different surface properties for providing different frictional forces acting on the energy storage element in the circumferential direction.
Motor vehicle door latch having a locking mechanism, with a catch and at least one pawl, a triggering lever, a bolting device, wherein the triggering lever interacts with the bolting device via a first coupling lever, an operating lever, wherein by means of the operating lever the locking mechanism can at least be indirectly unlocked, and a second coupling lever, wherein a further motor vehicle door latch is provided for, which can be operated via the second coupling lever by means of the operating lever, wherein the first and second coupling lever (13, 14) have a common pivot axis, characterized in that the second coupling lever is connected to the first coupling lever by means of a bayonet latch.
A method for operating a bone conducting hearing device, comprising: generating at least one control setting with an external device; transmitting the at least one control setting to the bone conducting hearing device; and storing the at least one control setting in a memory device in the bone conducting hearing device; characterized by measuring resonance frequencies occurring, wherein the plurality of control settings are adapted to control damping of said resonance frequencies. generating at least one control setting with an external device; transmitting the at least one control setting to the bone conducting hearing device; and storing the at least one control setting in a memory device in the bone conducting hearing device; characterized by measuring resonance frequencies occurring, wherein the plurality of control settings are adapted to control damping of said resonance frequencies.
A semiconductor light emitting device comprising: a light emitting structure including a plurality of compound semiconductor layers (111, 113, 115); a second electrode layer below the light emitting structure; a channel layer for etch stopping, between the light emitting structure and an edge area of the second electrode layer, an inner portion of the channel layer being provided along an outer peripheral portion of the light emitting structure, below the light emitting structure, and an outer portion of the channel layer extending outward the light emitting structure; a buffer layer on the outer portion of the channel layer; and a passivation layer in contact with the buffer layer, the passivation layer being disposed between the buffer layer and the light emitting structure, wherein the buffer layer has a thermal expansion coefficient greater than a thermal expansion coefficient of the compound semiconductor and lower than a thermal expansion coefficient of the passivation layer. a light emitting structure including a plurality of compound semiconductor layers (111, 113, 115); a second electrode layer below the light emitting structure; a channel layer for etch stopping, between the light emitting structure and an edge area of the second electrode layer, an inner portion of the channel layer being provided along an outer peripheral portion of the light emitting structure, below the light emitting structure, and an outer portion of the channel layer extending outward the light emitting structure; a buffer layer on the outer portion of the channel layer; and a passivation layer in contact with the buffer layer, the passivation layer being disposed between the buffer layer and the light emitting structure, wherein the buffer layer has a thermal expansion coefficient greater than a thermal expansion coefficient of the compound semiconductor and lower than a thermal expansion coefficient of the passivation layer.
A bacillus sp., which has a deposit access number of CGMCC NO. 5744, deposit date of February 8, 2012, and depositary institution name of China General Microbiological Culture Collection Center (CGMCC).
A method for extracting spectral information of a substance at a surface of an object under test, comprising the following steps: S1 identifying a pixel region A(x, y) occupied by the object under test from a hyperspectral image acquired; S2: extracting a specular reflection region A q and a diffuse reflection region A r from the pixel region A(x, y), and calculating a representative spectrum I q (ω) of the specular reflection region A q and a representative spectrum I r (ω) of the diffuse reflection region A r, respectively; S3: by comparing each element in the representative spectrum I q (ω) of the specular reflection region A q with each corresponding element in the representative spectrum I r (ω) of the diffuse reflection region A r, separating spectral information of a light source from spectral information of the substance at the surface of the obj ect under test to obtain a first spectral invariant C(ω). S1 identifying a pixel region A(x, y) occupied by the object under test from a hyperspectral image acquired; S2: extracting a specular reflection region A q and a diffuse reflection region A r from the pixel region A(x, y), and calculating a representative spectrum I q (ω) of the specular reflection region A q and a representative spectrum I r (ω) of the diffuse reflection region A r, respectively; S3: by comparing each element in the representative spectrum I q (ω) of the specular reflection region A q with each corresponding element in the representative spectrum I r (ω) of the diffuse reflection region A r, separating spectral information of a light source from spectral information of the substance at the surface of the obj ect under test to obtain a first spectral invariant C(ω).
A secondary battery, comprising an electrode assembly including a positive electrode, a negative electrode and a separator, the positive electrode and the negative electrode of which are laminated via the separator, wherein the positive electrode includes a positive electrode core having a longitudinal direction and a width direction, and a positive electrode active material layer formed on a surface of the positive electrode core, the negative electrode includes a negative electrode core having a longitudinal direction and a width direction, and a negative electrode active material layer formed on a surface of the negative electrode core, and a tensile elongation percentage at a width direction center portion of at least one of the positive electrode core and the negative electrode core is higher than a tensile elongation percentage at both width direction end portions of at least one of the positive electrode core and the negative electrode core. the positive electrode includes a positive electrode core having a longitudinal direction and a width direction, and a positive electrode active material layer formed on a surface of the positive electrode core, the negative electrode includes a negative electrode core having a longitudinal direction and a width direction, and a negative electrode active material layer formed on a surface of the negative electrode core, and a tensile elongation percentage at a width direction center portion of at least one of the positive electrode core and the negative electrode core is higher than a tensile elongation percentage at both width direction end portions of at least one of the positive electrode core and the negative electrode core.
A data scheduling method for data transmission based on a control plane, CP, transmission solution, comprising: obtaining, by a base station, capability information of user equipment, UE; allocating, by the base station, a data scheduling resource to the UE according to the capability information of the UE; sending, by the base station, a radio resource control, RRC, connection establishment signaling to the UE, wherein the RRC connection establishment signaling carries the data scheduling resource allocated by the base station to the UE; and receiving, by the base station, a RRC connection establishment complete signaling that is sent by the UE to the base station, wherein a moment of the obtaining step is prior to that of the receiving step; wherein according to the data scheduling resource allocated by the base station to the UE, data that needs to be reported to a network by the UE is carried in a non-access stratum, NAS, message that is carried in the RRC connection establishment complete signaling sent by the UE to the base station. obtaining, by a base station, capability information of user equipment, UE; allocating, by the base station, a data scheduling resource to the UE according to the capability information of the UE; sending, by the base station, a radio resource control, RRC, connection establishment signaling to the UE, wherein the RRC connection establishment signaling carries the data scheduling resource allocated by the base station to the UE; and receiving, by the base station, a RRC connection establishment complete signaling that is sent by the UE to the base station, wherein a moment of the obtaining step is prior to that of the receiving step; wherein according to the data scheduling resource allocated by the base station to the UE, data that needs to be reported to a network by the UE is carried in a non-access stratum, NAS, message that is carried in the RRC connection establishment complete signaling sent by the UE to the base station.
A panel for installing a solar battery module, the panel comprising: a first connection portion protruding upwards from one widthwise end of the panel; a second connection portion protruding upwards from the other widthwise end of the panel and being adapted to be fit to a first connection portion of an adjacent panel in an upward/downward direction; a pair of coupling protrusions (14, 15) bent upwards between the first connection portion and the second connection portion; a seating portion formed between the coupling protrusions (14, 15), so that the solar battery module (4, 6) can be installed at the seating portion; characterized by a stopper formed by partially cutting a portion of one of the pair of coupling protrusions wherein the coupling protrusions (14, 15) are bent toward the seating portion to fix the edge of the solar battery module and the stopper is bent toward the seating portion further than the other portion of the one of the pair of coupling protrusions, so that the solar battery module (4, 6) can be pressed down and fixed. a first connection portion protruding upwards from one widthwise end of the panel; a second connection portion protruding upwards from the other widthwise end of the panel and being adapted to be fit to a first connection portion of an adjacent panel in an upward/downward direction; a pair of coupling protrusions (14, 15) bent upwards between the first connection portion and the second connection portion; a seating portion formed between the coupling protrusions (14, 15), so that the solar battery module (4, 6) can be installed at the seating portion; characterized by a stopper formed by partially cutting a portion of one of the pair of coupling protrusions wherein the coupling protrusions (14, 15) are bent toward the seating portion to fix the edge of the solar battery module and the stopper is bent toward the seating portion further than the other portion of the one of the pair of coupling protrusions, so that the solar battery module (4, 6) can be pressed down and fixed.
A cutter head for accommodating multiple cutters, wherein the cutter head has a separate receptacle opening (25.1 - 25.n) for each of the cutters, and wherein the cutter head comprises clamping means (35.1, 35.2, 55) for clamping the cutters in the receptacle openings (25.1 - 25.n), characterized in that a cavity (40.1) is implemented in the cutter head in the region of at least one of the receptacle openings (25.1), which is separated by a thin wall or layer from this receptacle opening (25.1), and that the cavity (40.1) can be filled with a fluid and pressure can be applied thereto, wherein the hydraulic clamping is independent of the constructive implementation of the clamping means (35.1, 35.2, 55) for clamping the cutters and wherein the hydraulic clamping is obtained by the application of a pressure in that the thin wall or layer bulges and presses against a part of the cutter which is situated in the adjacent receptacle opening (25.1).
A device, comprising: a processor; and a root complex Peripheral Component Interconnect Express, PCIe, protocol stack to: receive information from the processor; generate one or more transaction layer packets based on the information; generate one or more flits comprising the transaction layer packets, wherein the protocol stack is configured to protect each flit with eight flit-level cyclic redundancy check, CRC, codes based on contents of the transaction layer packets and six flit-level forward error correction, FEC, codes based on the contents of the transaction layer packets and the CRC codes; and transmit the one or more flits across one or more lanes of a link to a receiving device. a processor; and a root complex Peripheral Component Interconnect Express, PCIe, protocol stack to: receive information from the processor; generate one or more transaction layer packets based on the information; generate one or more flits comprising the transaction layer packets, wherein the protocol stack is configured to protect each flit with eight flit-level cyclic redundancy check, CRC, codes based on contents of the transaction layer packets and six flit-level forward error correction, FEC, codes based on the contents of the transaction layer packets and the CRC codes; and transmit the one or more flits across one or more lanes of a link to a receiving device. receive information from the processor; generate one or more transaction layer packets based on the information; generate one or more flits comprising the transaction layer packets, wherein the protocol stack is configured to protect each flit with eight flit-level cyclic redundancy check, CRC, codes based on contents of the transaction layer packets and six flit-level forward error correction, FEC, codes based on the contents of the transaction layer packets and the CRC codes; and transmit the one or more flits across one or more lanes of a link to a receiving device.
A mobile phone for use as a mouse that is a pointing device of a portable personal computer or desktop personal computer, the mobile phone comprising: application program execution means for executing an application program by using direction parameters; detection means for detecting at least one of the position, orientation, attitude, and motion of the mobile phone; and a communication means arranged to enable wireless data communication between the mobile phone and the portable personal computer or desktop personal computer, wherein the application program execution means is arranged to concurrently perform two direction changing processes different from each other according to two direction parameters by executing the application program, at least one of the two direction parameters is determined based on detection data detected by the detection means, determine direction parameters based on the detected data, and output the direction parameters as a pointer moving signal through the communication means to the computer to be executed to move a pointer image at the portable personal computer or desktop personal computer. application program execution means for executing an application program by using direction parameters; detection means for detecting at least one of the position, orientation, attitude, and motion of the mobile phone; and a communication means arranged to enable wireless data communication between the mobile phone and the portable personal computer or desktop personal computer, wherein the application program execution means is arranged to concurrently perform two direction changing processes different from each other according to two direction parameters by executing the application program, at least one of the two direction parameters is determined based on detection data detected by the detection means, determine direction parameters based on the detected data, and output the direction parameters as a pointer moving signal through the communication means to the computer to be executed to move a pointer image at the portable personal computer or desktop personal computer.
A battery diagnosing system, comprising: a BMS configured to obtain battery information including at least one of temperature, current and voltage of a battery and generate a first diagnosis result corresponding to a current state of the battery based on the battery information; and a server configured to receive the battery information and the first diagnosis result from the BMS, generate a second diagnosis result corresponding to the current state of the battery and a third diagnosis result corresponding to a future state of the battery from the battery information based on a pre-trained state estimation model, and determine the current state of the battery based on a plurality of diagnosis results for the first diagnosis result, the second diagnosis result and the third diagnosis result. a BMS configured to obtain battery information including at least one of temperature, current and voltage of a battery and generate a first diagnosis result corresponding to a current state of the battery based on the battery information; and a server configured to receive the battery information and the first diagnosis result from the BMS, generate a second diagnosis result corresponding to the current state of the battery and a third diagnosis result corresponding to a future state of the battery from the battery information based on a pre-trained state estimation model, and determine the current state of the battery based on a plurality of diagnosis results for the first diagnosis result, the second diagnosis result and the third diagnosis result.
A building comprising a structural frame (18,20) of the building, at least one window or door supported by and substantially aligned to the frame, and an external wall formed from insulated sandwich panels (36, 82) each comprising two skins (40,42) and a continuous insulation layer sandwiched in between the skins, wherein the external wall further comprises insulating sealing means at a junction or space between sandwich panels or between sandwich panels and other building components such as windows, doors, roof, floor and frame so as to substantially reduce or eliminate the flow of heat through that junction or space, wherein the frame is exposed in at least part of the interior of the finished building and wherein at least part of the internal wiring of the building traverses the interior of the building on and/or in the frame, and wherein a surface (40,42) of the at least one panel is metal characterised in that the panels in the external wall are supported by the frame and are offset externally from the frame; and a portion of a metal surface of the at least one panel adjoining another component of the building, comprises at least one channel (86, 87) configured to break thermal conduction along said portion of the panel in a direction transverse to the at least one channel.