mhurhangee/ep-ind-claims huggingface dataset:
Power take-off arrangement for a transmission of a motor vehicle, which transmission has a torque converter, with a drive shaft which is configured to be connected permanently to a drive engine of the motor vehicle via a pump shaft of the torque converter, and a transmission chain which consists at least of a drive element and an output element and the output element of which is configured to be connected to a supplementary unit to be driven, and with a shifting element which is arranged so as to act between the drive shaft and the drive element of the transmission chain for the selective connection of the drive shaft to the drive element, characterized in that the actuation of the shifting element takes place hydraulically, a supply of the hydraulic liquid to the shifting element through the drive shaft being provided, the shifting element being configured to be connected hydraulically to a control device of the transmission of the motor vehicle.
An amusement ride having a base to which is fastened at least one pivotable or rotatable support for holding rows of seats mounted in gondolas (3, 8), wherein the gondolas (3, 8) are movable on the support with respect to the base, at least in the vertical direction, and the rows of seats in the gondola (3, 8) are rotatable or pivotable in at least two mutually perpendicular planes, wherein the at least one support is formed by two parallel arms (17, 18) with at least two gondolas (3, 8) arranged between the same, formed by frames (5, 6, 7) which interlock in a Cardan suspension, such that the rows of seats in the gondolas (3, 8) are mounted by Cardan suspension and are movable in three mutually perpendicular planes, wherein the at least one support is an obtusely angled or arcuate motor-driven support beam which is curved relative to the base, has two arms, and is mounted on the base in the central region thereof, and is configured with one gondola (3, 8) on each of its upwardly swept ends, and wherein, while one of the gondolas can be loaded and unloaded in its starting position, other gondolas fastened to the support can be operated in a predefined movement program.
A current detection device having a plurality of base materials that are insulation coated and to be connected between a three-phase inverter and a motor, wherein the plurality of base materials are composed of a first base material, a second base material, and a third base material; the first base material is arranged in close contact with an upper surface of the third base material and includes, on a portion not insulation coated thereof, a first resistor, and a first measurement terminal fixed on the first base material; and the second base material is arranged in close contact with a lower surface of the third base material and includes, on a portion not insulation coated thereof, a second resistor, and a second measurement terminal fixed on the second base material, characterized in that the current detection device further includes a first substrate into which the first measurement terminal is inserted and which is arranged and fixed in a position opposing the first base material; and a second substrate into which the second measurement terminal is inserted and which is arranged and fixed in a position opposing the second base material. the plurality of base materials are composed of a first base material, a second base material, and a third base material; the first base material is arranged in close contact with an upper surface of the third base material and includes, on a portion not insulation coated thereof, a first resistor, and a first measurement terminal fixed on the first base material; and the second base material is arranged in close contact with a lower surface of the third base material and includes, on a portion not insulation coated thereof, a second resistor, and a second measurement terminal fixed on the second base material, characterized in that the current detection device further includes a first substrate into which the first measurement terminal is inserted and which is arranged and fixed in a position opposing the first base material; and a second substrate into which the second measurement terminal is inserted and which is arranged and fixed in a position opposing the second base material.
A bicycle having a front wheel driving means, the bicycle comprising: a frame, a front wheel, a rear wheel, a steering part, and a chain part, characterized in that opposite sides of the front wheel are provided with respective recoilers having respective one-way clutches therein; wherein the steering part is provided with a driving means for pulling a wire connected to each of the recoilers wherein a steering body is provided with a differential gear in a center thereof with stems connected to opposite sides of the steering body, wherein an end of each of the stems is connected to the differential gear; and wherein a protrusion is provided on each of the stems, the protrusion being coupled to an end of an associated one of the wires connected to the respective recoilers, wherein an elbow support is provided on the stem for allowing a user to seat an elbow thereon; and wherein a handlebar is perpendicularly provided on an end of the stem, wherein the handlebar is coupled to a guide element perpendicularly protruding from an outside end of the stem such that a height of the handlebar can be adjusted.
A negative electrode active material, comprising: a powder material containing an alloy phase which undergoes thermoelastic diffusionless transformation when releasing metal ions or occluding the metal ions; and an oxide layer which is formed on the surface of the powder material, and has a thickness of not more than 10 nm. a powder material containing an alloy phase which undergoes thermoelastic diffusionless transformation when releasing metal ions or occluding the metal ions; and an oxide layer which is formed on the surface of the powder material, and has a thickness of not more than 10 nm.
A rotation angle detection device comprising: a detection rotor (1; 1A; 1B) rotating in accordance with rotation of a rotating body and provided with a plurality of pairs of magnetic poles ( M0 to M9); and first and second magnetic sensors (21, 22) respectively outputting first and second alternating signals having a predetermined phase difference in accordance with the rotation of the detection rotor (1; 1A; 1B); and detecting a rotation angle of the rotating body based on the output signals of the magnetic sensors (21, 22), characterized in that the detection rotor (1; 1A; 1B) has magnetic pole characteristics such that an extremum of any one of the alternating signals with respect to at least one magnetic pole among the plurality of magnetic poles ( M0 to M9) differs distinguishably from all the other extrema of the alternating signal with respect to the other magnetic poles ( M0 to M9), and the rotation angle detection device further comprises: a detection means detecting the extrema of the respective alternating signals; a compensation means identifying the magnetic poles ( M0 to M9) sensed by the respective magnetic sensors (21, 22) based on the extrema detected by the detecting means and extrema data set in advance and compensating amplitudes of the respective alternating signals in accordance with the identified magnetic poles ( M0 to M9); and a rotation angle computation means computing the rotation angle of the rotating body based on the respective amplitude-compensated alternating signals. a detection means detecting the extrema of the respective alternating signals; a compensation means identifying the magnetic poles ( M0 to M9) sensed by the respective magnetic sensors (21, 22) based on the extrema detected by the detecting means and extrema data set in advance and compensating amplitudes of the respective alternating signals in accordance with the identified magnetic poles ( M0 to M9); and a rotation angle computation means computing the rotation angle of the rotating body based on the respective amplitude-compensated alternating signals.
A vitreous silica crucible, comprising a substantially cylindrical straight body portion having an opening on top end and extending in a vertical direction, a curved bottom portion, and a corner portion connecting the straight body portion with the bottom portion and a curvature of which is larger than that of the bottom portion, is characterized in that, an inner surface of the crucible has a concavo-convex structure in which a groove-shaped valley is interposed between ridges, and an average interval of the ridges is 5 - 100 μm, wherein the valley extends substantially in a circumferential direction of the straight body portion.
Storage container for a removable intraoral aid that is worn in the mouth for therapeutic and/or preventive purposes, which comprises a housing with housing pot and housing cover and at least one ventilation opening, wherein - at least one drying substance is arranged in the interior of the housing and receives and adsorbs and/or binds moisture in the interior of the housing, - the housing pot and/or the housing cover has the at least one ventilation opening, - at least one moulded body is provided in the interior of the housing and has a receiving region for receiving the intraoral aid, - the moulded body is formed as a pot-shaped insert with a bottom, a wall and an outward-pointing rim, - the rim has at least one ventilation opening which, in the state when inserted into the housing, overlaps, at least in regions, the at least one ventilation opening arranged in the housing pot and/or housing cover, and wherein in the wall at least one aperture is provided so as to be arranged in the wall region on the at least one ventilation opening in the rim. - at least one drying substance is arranged in the interior of the housing and receives and adsorbs and/or binds moisture in the interior of the housing, - the housing pot and/or the housing cover has the at least one ventilation opening, - at least one moulded body is provided in the interior of the housing and has a receiving region for receiving the intraoral aid, - the moulded body is formed as a pot-shaped insert with a bottom, a wall and an outward-pointing rim, - the rim has at least one ventilation opening which, in the state when inserted into the housing, overlaps, at least in regions, the at least one ventilation opening arranged in the housing pot and/or housing cover, and
A mobile communication method to be executed when a mobile station performs carrier aggregation using a macro cell under a macro-cell radio base station (MeNB) and a small cell under a first small-cell radio base station (SeNB#1), the method comprising: sending, by the first small-cell radio base station (SeNB#1), to a second small-cell radio base station (SeNB#2) a switching request that requests small-cell radio base station switching, when a measurement report from the mobile station is received by the first small-cell radio base station (SeNB#1); stopping, by the first small-cell radio base station (SeNB#1), scheduling of downlink data destined for the mobile station, and sending, by the first small-cell radio base station (SeNB#1), to the mobile station a switching instruction instructing the small-cell radio base station switching, when a switching request response from the second small-cell radio base station (SeNB#2) is received by the first small-cell radio base station (SeNB#1); sending, by the mobile station, to the macro-cell radio base station (MeNB) a forwarding-stop request that requests stop of forwarding of the downlink data destined for the mobile station to the first small-cell radio base station (SeNB#1), in response to receiving, by the mobile station, the switching instruction; and stopping, by the macro-cell radio base station (MeNB), the forwarding of the downlink data destined for the mobile station to the first small-cell radio base station (SeNB#1), in response to receiving, by the macro-cell radio base station (MeNB, the forwarding-stop request. sending, by the first small-cell radio base station (SeNB#1), to a second small-cell radio base station (SeNB#2) a switching request that requests small-cell radio base station switching, when a measurement report from the mobile station is received by the first small-cell radio base station (SeNB#1); stopping, by the first small-cell radio base station (SeNB#1), scheduling of downlink data destined for the mobile station, and sending, by the first small-cell radio base station (SeNB#1), to the mobile station a switching instruction instructing the small-cell radio base station switching, when a switching request response from the second small-cell radio base station (SeNB#2) is received by the first small-cell radio base station (SeNB#1); sending, by the mobile station, to the macro-cell radio base station (MeNB) a forwarding-stop request that requests stop of forwarding of the downlink data destined for the mobile station to the first small-cell radio base station (SeNB#1), in response to receiving, by the mobile station, the switching instruction; and stopping, by the macro-cell radio base station (MeNB), the forwarding of the downlink data destined for the mobile station to the first small-cell radio base station (SeNB#1), in response to receiving, by the macro-cell radio base station (MeNB, the forwarding-stop request.
A transmission apparatus to transmit data and a clock to a reception apparatus, the transmission apparatus comprising: a data transmission section configured to transmit data to the reception apparatus; a clock transmission section configured to transmit a clock to the reception apparatus; a detection signal reception section configured to receive, from the reception apparatus, a detection signal indicating both a phase difference between data received by the reception apparatus and the clock received by the reception apparatus and a waveform distortion of the data, which have been detected in the reception apparatus that has received the data transmitted by the data transmission section and the clock transmitted by the clock transmission section; and a control section configured to perform, based on the detection signal received by the detection signal reception section, control of an adjustment of a phase between data transmitted by the data transmission section and the clock transmitted by the clock transmission section and an adjustment of an amplitude of the data transmitted by the data transmission section, wherein the detection signal is generated based on a first data, acquired by sampling the transmitted data at a rising edge of the transmitted clock, and a second data, acquired by sampling the transmitted data at a falling edge of the transmitted clock, such that the phase difference is detected based on the first data and the second data. a data transmission section configured to transmit data to the reception apparatus; a clock transmission section configured to transmit a clock to the reception apparatus; a detection signal reception section configured to receive, from the reception apparatus, a detection signal indicating both a phase difference between data received by the reception apparatus and the clock received by the reception apparatus and a waveform distortion of the data, which have been detected in the reception apparatus that has received the data transmitted by the data transmission section and the clock transmitted by the clock transmission section; and a control section configured to perform, based on the detection signal received by the detection signal reception section, control of an adjustment of a phase between data transmitted by the data transmission section and the clock transmitted by the clock transmission section and an adjustment of an amplitude of the data transmitted by the data transmission section, wherein the detection signal is generated based on a first data, acquired by sampling the transmitted data at a rising edge of the transmitted clock, and a second data, acquired by sampling the transmitted data at a falling edge of the transmitted clock, such that the phase difference is detected based on the first data and the second data.
A method of operation of a computing system comprising: determining a context with a control unit for performing a user-initiated action; determining an operational order based on the context for sequencing intermediate items to perform the user-initiated action; generating an application order based on the operational order for implementing an execution file and a further executable file according to the application order and for displaying performance of the user-initiated action on a device; and preloading the execution file and the further executable file according to the application order for performing the user-initiated action; wherein generating the application order includes generating the application order for accessing access points of the execution file and the further executable file; and preloading further includes overlapping processing of the execution file and the further executable file by initiating the execution file and the further executable file and implementing the processing of the execution file and the further executable file up to the access points. determining a context with a control unit for performing a user-initiated action; determining an operational order based on the context for sequencing intermediate items to perform the user-initiated action; generating an application order based on the operational order for implementing an execution file and a further executable file according to the application order and for displaying performance of the user-initiated action on a device; and preloading the execution file and the further executable file according to the application order for performing the user-initiated action; wherein generating the application order includes generating the application order for accessing access points of the execution file and the further executable file; and preloading further includes overlapping processing of the execution file and the further executable file by initiating the execution file and the further executable file and implementing the processing of the execution file and the further executable file up to the access points.
A rapid and efficient method for expanding human mesenchymal stem cells in vitro, comprising co-culturing immune cells derived from human peripheral blood comprising human peripheral blood lymphocytes, with human mesenchymal stem cells, the co-culturing being in contact mode at a cell number ratio of the human peripheral blood lymphocytes to the human mesenchymal stem cells of 100 to 400:1.
A display substrate, which comprises a light emitting element disposed on a base substrate, and an encapsulation layer, a connection layer, a light extraction layer, a polarization conversion layer and a polarization layer which are stacked sequentially at a light exiting side of the light emitting element, wherein the light extraction layer is configured to convert at least a portion of light which is emitted by the light emitting element and incident onto the light extraction layer into circularly polarized light with a set rotational direction to pass through the light extraction layer; the polarization conversion layer is configured to convert the circularly polarized light passing through the light extraction layer into linearly polarized light, wherein a polarization direction of the linearly polarized light is parallel to a direction of a light transmission axis of the polarization layer; and the connection layer is configured to bond the light extraction layer to the encapsulation layer, a thickness of the connection layer is greater than 3 times of a thickness of the light extraction layer, and characterized in that a difference between a refractive index of the connection layer and a refractive index of a film layer of the encapsulation layer close to the connection layer is greater than 0.25. wherein the light extraction layer is configured to convert at least a portion of light which is emitted by the light emitting element and incident onto the light extraction layer into circularly polarized light with a set rotational direction to pass through the light extraction layer; the polarization conversion layer is configured to convert the circularly polarized light passing through the light extraction layer into linearly polarized light, wherein a polarization direction of the linearly polarized light is parallel to a direction of a light transmission axis of the polarization layer; and the connection layer is configured to bond the light extraction layer to the encapsulation layer, a thickness of the connection layer is greater than 3 times of a thickness of the light extraction layer, and characterized in that a difference between a refractive index of the connection layer and a refractive index of a film layer of the encapsulation layer close to the connection layer is greater than 0.25.
Sealing arrangement for sealing a gap between two adjacent, thermally and/or mechanically loaded components (13, 17, 37) of a thermal machine, especially a turbomachine or gas turbine, comprising a seal (25, 30, 31, 32) which is supported in a recess which extends transversely to the gap and traverses said gap, wherein the seal (25, 30, 31, 32) consists at least partially of a memory alloy in such a way that when a prespecified temperature limit is exceeded it changes its sealing behavior, characterized in that the seal (25, 30, 31, 32) comprises in each case at least one first component (26, 26a,b, 33) which is supported in the recess which extends transversely to the gap, in that the seal (25, 30, 31, 32) furthermore has at least one second component (27, 35) which extends along the gap perpendicularly to the first component (26, 26a,b, 33), and in that at least the at least one second component (27, 35) consists of a memory alloy.
A refrigeration cycle apparatus comprising a refrigerant circuit in which a compressor, a radiator, a supercooling heat exchanger, main expansion means and an evaporator are annularly connected to one another, a bypass passage which branches off from the refrigerant circuit between the radiator and the main expansion means, and which is connected to a compression chamber of the compressor or to the refrigerant circuit between the evaporator and the compressor, through the supercooling heat exchanger, bypass expansion means provided in the bypass passage at a location upstream of the supercooling heat exchanger, a first temperature sensor which detects a temperature of a refrigerant of an outlet of the bypass passage flowing out from the supercooling heat exchanger, saturation temperature detecting means which detects a saturation temperature of a refrigerant sucked into the compressor, and a control device which controls operation of the bypass expansion means characterized in that when the operation of the refrigeration cycle apparatus is started, the control device operates the compressor at the actuation number of rotations which is lower than the preset predetermined compressor target number of rotations, wherein the control device controls operation of the bypass expansion means such that a temperature detected by the first temperature sensor becomes equal to the saturation temperature detected by the saturation temperature detecting means before the number of rotations of the compressor (21 is increased to a predetermined target number of rotations of the compressor, and wherein the control device increases the number of rotations of the compressor to the compressor target number of rotations when the temperature detected by the first temperature sensor reaches the saturation temperature.