mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring current in a polyphase, in particular three-phase, power supply system, in which switching elements which are driveable by means of drive signals are used to energize an electrical consumer in a desired manner, wherein the current is measured using only a single shunt and at least two measurement windows for sequentially measuring phase currents are associated with clock patterns of the drive signals and the clock patterns are shifted in terms of time in order to obtain measuring windows of sufficient time duration and in order to determine the sector position of a current measurement vector, caused by the current measurement, on the basis of the instantaneous sector position of the phase vector, characterized in that, after the current has been measured, the clock patterns are shifted in substeps over a plurality of clock cycles when changing over the current vector from one sector to another sector and the current is subsequently measured only when the particular current measurement vector is reached.
A safety helmet lighting device comprising: a frame formed in a ring shape to be mounted on the outer circumferential surface of a safety helmet; a plurality of light-emitting portions provided on the outer face of the frame; a battery for supplying electric power; a controller for controlling brightness and colors of the light-emitting portions; and close contact means for preventing the frame from being separated from the safety helmet, characterized in that the close contact means include a plate spring formed by a metal plate bent disposed on the inner face of the frame and elastically transformed when the frame is mounted on the safety helmet; and a friction pad surrounding an end of the plate spring and made of a material that is configured to get in contact with the safety helmet and to prevent slipping, and wherein the frame includes a guide groove for allowing the plate springs disposed on the frame to be movable along the inner surface of the frame. a frame formed in a ring shape to be mounted on the outer circumferential surface of a safety helmet; a plurality of light-emitting portions provided on the outer face of the frame; a battery for supplying electric power; a controller for controlling brightness and colors of the light-emitting portions; and close contact means for preventing the frame from being separated from the safety helmet, characterized in that the close contact means include a plate spring formed by a metal plate bent disposed on the inner face of the frame and elastically transformed when the frame is mounted on the safety helmet; and a friction pad surrounding an end of the plate spring and made of a material that is configured to get in contact with the safety helmet and to prevent slipping, and wherein the frame includes a guide groove for allowing the plate springs disposed on the frame to be movable along the inner surface of the frame.
A method of manufacturing a detection device including a plurality of pixels arrayed on a substrate, the pixels each including a switch element disposed on the substrate and a conversion element for converting radiation or light to electric charges including an impurity semiconductor layer of a first conductivity type and a semiconductor layer of the first conductivity type and an electrode, wherein the impurity semiconductor layer is disposed on and in contact with the electrode and has a concentration of impurities higher than concentrations of impurities in the semiconductor layer, wherein the semiconductor layer is disposed on the impurity semiconductor layer, wherein the electrode is disposed above the switch element and the electrode is isolated per pixel and made of a transparent conductive oxide electrically connected to the switch element, wherein the detection device further includes an interlayer insulating layer, which is made of an organic material, which is disposed between the substrate and the plurality of electrodes, and which covers the switch elements, the method comprising: forming the electrodes in contact with the interlayer insulating layer and forming insulating members made of an inorganic material and disposed to cover the interlayer insulating layer, said insulating members being disposed between adjacent two of the electrodes; and forming an impurity semiconductor film that covers the insulating members and the electrodes, and that becomes the impurity semiconductor layer, wherein the interlayer insulating layer is not exposed when the impurity semiconductor film is formed. forming the electrodes in contact with the interlayer insulating layer and forming insulating members made of an inorganic material and disposed to cover the interlayer insulating layer, said insulating members being disposed between adjacent two of the electrodes; and forming an impurity semiconductor film that covers the insulating members and the electrodes, and that becomes the impurity semiconductor layer, wherein the interlayer insulating layer is not exposed when the impurity semiconductor film is formed.
A detecting system for detecting a position of a seat belt applied to a person (2, 7) seated in a vehicle seat (3, 9) in a vehicle, said detecting system including at least one detecting unit (14, 20), wherein said at least one detecting unit is an electromagnetic radiation detecting unit (14, 20), the detecting system being configured to determine the presence of a seat belt (4, 10) in at least one location (31, 35, 36, 38) on the body of said person (2,7) seated in said vehicle seat (3,9), based on radiation data retrieved from said detecting unit (14, 20), wherein said at least one detecting unit is configured to detect electromagnetic radiation (23,25) from one or more locations (35, 38) within a target area for a correctly applied seat belt (4, 10) and to detect electromagnetic radiation (23,25) from one or more locations (31, 36) outside a target area for a correctly applied seat belt (4, 10) and to determine an actual location and/or an actual geometry of said seat belt in relation to said body of said person (2, 7) being seated in said vehicle seat (3, 10) and to compare said actual location and/or said actual geometry of said seat belt (4, 10) with a target location and/or a target geometry for said seat belt (4, 10), said detecting system being configured to inform an occupant (2, 7) in said vehicle of a status of application of said seat belt (4, 10), based on said comparison between said actual location and/or said actual geometry of said seat belt with said target location and/or said target geometry for said seat belt, said detecting system being configured to communicate said information to said occupant (2,7) via an infotainment system in said vehicle, characterized in that said information is communicated in the form of an image of said actual seat-belt geometry in relation to said target seat-belt geometry.
A rotary compressor configured to suck in refrigerant gas from a low pressure side of a refrigeration cycle, compress the refrigerant gas, and discharge the refrigerant gas to a high pressure side of the refrigeration cycle, the rotary compressor comprising: - a compressor housing; - a first compressing unit in the compressor housing; - a second compressing unit in the compressor housing, the first compressing unit and the second compressing unit being arranged one on top of another; and - a partition board between the first compressing unit and the second compressing unit, wherein the partition board is provided with a vertical hole that is communicated with the first compressing unit and the second compressing unit, and a horizontal hole that is communicated with the vertical hole, and an injection copper tube to inject a refrigerant liquid to the first compressing unit and the second compressing unit is inserted in the horizontal hole, a front end of the injection copper tube is inserted in the horizontal hole, a columnar injection liner having an aperture and an outer diameter larger than an inner diameter of the injection copper tube inserted into the injection copper tube from a back end and pressed up to the front end, thereby increasing a diameter of the front end of the injection copper tube, which is inserted in the horizontal hole, such that the injection copper tube is tight fit in the horizontal hole, wherein the horizontal hole is communicated with the vertical hole via a horizontal communication hole narrower than the horizontal hole, characterized in that an end face of the front end of the injection copper tube and an end face of the columnar injection liner come in contact with an end surface in the horizontal hole having the horizontal communication hole. - a compressor housing; - a first compressing unit in the compressor housing; - a second compressing unit in the compressor housing, the first compressing unit and the second compressing unit being arranged one on top of another; and - a partition board between the first compressing unit and the second compressing unit, wherein
A protective braided sleeve, comprising: a seamless, circumferentially continuous, tubular wall extending lengthwise along a central longitudinal axis between opposite ends (16, 18), said wall including a plurality of yarns braided with one another, at least one of said yarns being activatable to lock said plurality of yarns in fixed relation with one another to inhibit the expansion of said wall; wherein said at least one activatable yarn includes a heat-fusible yarn yarn provided to melt and solidify and bond abutting ones of said yarns with one another; characterised in that said at least one activatable yarn includes a heat-shrinkable yarn. a seamless, circumferentially continuous, tubular wall extending lengthwise along a central longitudinal axis between opposite ends (16, 18), said wall including a plurality of yarns braided with one another, at least one of said yarns being activatable to lock said plurality of yarns in fixed relation with one another to inhibit the expansion of said wall; wherein said at least one activatable yarn includes a heat-fusible yarn yarn provided to melt and solidify and bond abutting ones of said yarns with one another; characterised in that said at least one activatable yarn includes a heat-shrinkable yarn.
System for testing a input signal, said system comprising - a test signal generation block arranged for producing a test signal based on analysis of said input signal and arranged for producing an updated test signal based on modifications, - an input circuit comprising means for superposing said test signal to said input signal, - a test interface in connection with said input circuit and adapted for analysing characteristics of the superposition of said input signal and said test signal coming out of said input circuit, - a test control unit in connection with said test interface and said test signal generation block and arranged for defining updated test parameter settings from the analysis of said characteristics of said superposition and for deriving said modifications from said updated test parameter settings. - a test signal generation block arranged for producing a test signal based on analysis of said input signal and arranged for producing an updated test signal based on modifications, - an input circuit comprising means for superposing said test signal to said input signal, - a test interface in connection with said input circuit and adapted for analysing characteristics of the superposition of said input signal and said test signal coming out of said input circuit, - a test control unit in connection with said test interface and said test signal generation block and arranged for defining updated test parameter settings from the analysis of said characteristics of said superposition and for deriving said modifications from said updated test parameter settings.
In-flight refuelling system for providing an enhanced night vision of a refuelling area, the system comprising: - A tanker aircraft; - A receptor aircraft; - Laser based infrared illumination means for illuminating the refuelling area; - Vision means located in said tanker aircraft comprising at least one camera, wherein the camera and the illumination means are configured such that the illumination means illuminates at a band of spectrum compatible with a sensitivity at infrared light wavelengths of the sensor of the camera, and - Night Vision Imaging System means located in said receptor aircraft, characterised in that the Night Vision Imaging System means includes a filter with spectral means such that it eliminates the laser infrared light emitted by said illumination means. - A tanker aircraft; - A receptor aircraft; - Laser based infrared illumination means for illuminating the refuelling area; - Vision means located in said tanker aircraft comprising at least one camera, wherein the camera and the illumination means are configured such that the illumination means illuminates at a band of spectrum compatible with a sensitivity at infrared light wavelengths of the sensor of the camera, and - Night Vision Imaging System means located in said receptor aircraft,
Intercooler of a vehicle, comprising a radiator network consisting at least of coolant pipes arranged between two laterally arranged coolant collecting boxes (7, 8), whereby the intercooler comprises a mounting device by means of which the intercooler can be arranged on a further functional component, whereby the mounting device comprises means for compensating temperature-dependent expansions of the intercooler, whereby the mounting device covers the intercooler at least partially on only three sides, whereby the mounting device has a base body bent in a U-shape which is made of a weldable material, whereby the base body bent in a U-shape has a bottom on which compensation means are arranged and the base body bent in a U-shape has two limbs (14, 16) to which the intercooler is welded, whereby the first coolant collecting box has a pipe base which protrudes laterally over the first coolant collecting box as a collar, whereby the intercooler is welded to the mounting device by means of the collar in such a way that the collar is cohesively attached to a first end of the first limb of the mounting device and to a first end of the second limb of the mounting device, so that such welded joint forms a fixed bearing between the intercooler and the mounting device, whereby a floating bearing is provided between the intercooler and the mounting device on the base of the mounting device.
An ABS motor for vehicles comprising: a motor body having a rotation shaft; an eccentricity-shaped sleeve press-fitted to the rotation shaft and including an upper bearing seat and a lower bearing seat each eccentrically provided at an upper peripheral side of the eccentricity-shaped sleeve and at a lower peripheral side of the eccentricity-shaped sleeve respectively; an upper needle bearing press-fitted into the upper bearing seat; and a lower needle bearing press-fitted into the lower bearing seat, characterized in that the eccentricity-shaped sleeve further includes a compartment protruder interposed between the upper and lower bearing seats (22, 23), the upper needle bearing and the lower needle bearing being partitioned by the compartment protruder, and in that the upper bearing seat and the lower bearing seat have a phase difference in the circumferential direction, wherein the ABS motor includes disengagement prevention devices each press fitted into the upper side of the upper bearing seat and the lower side of the lower bearing seat to prevent the upper needle bearing and the lower needle bearing from being disengaged. a motor body having a rotation shaft; an eccentricity-shaped sleeve press-fitted to the rotation shaft and including an upper bearing seat and a lower bearing seat each eccentrically provided at an upper peripheral side of the eccentricity-shaped sleeve and at a lower peripheral side of the eccentricity-shaped sleeve respectively; an upper needle bearing press-fitted into the upper bearing seat; and a lower needle bearing press-fitted into the lower bearing seat, characterized in that the eccentricity-shaped sleeve further includes a compartment protruder interposed between the upper and lower bearing seats (22, 23), the upper needle bearing and the lower needle bearing being partitioned by the compartment protruder, and in that the upper bearing seat and the lower bearing seat have a phase difference in the circumferential direction, wherein the ABS motor includes disengagement prevention devices each press fitted into the upper side of the upper bearing seat and the lower side of the lower bearing seat to prevent the upper needle bearing and the lower needle bearing from being disengaged.
Tea producing apparatus comprising: 1.1 a storage container for tea pellets; 1.2 a supply of a liquid of a predefined temperature; 1.3 a dissolution container for receiving at least one tea pellet from the storage container and for receiving the liquid and for allowing the at least one tea pellet to dissolve in the liquid; 1.4 a feeding mechanism for transporting the at least one tea pellet from the storage container to the dissolution container; 1.5 the dissolution container comprising an outlet opening for releasing its content into a beverage container; and 1.6 means for temporarily retaining the at least one tea pellet in the dissolution container; 1.6.1 characterised in that the means for temporarily retaining the at least one tea pellet are realized by a grating arranged in the outlet opening or upstream of the outlet opening in the dissolution container. 1.1 a storage container for tea pellets; 1.2 a supply of a liquid of a predefined temperature; 1.3 a dissolution container for receiving at least one tea pellet from the storage container and for receiving the liquid and for allowing the at least one tea pellet to dissolve in the liquid; 1.4 a feeding mechanism for transporting the at least one tea pellet from the storage container to the dissolution container; 1.5 the dissolution container comprising an outlet opening for releasing its content into a beverage container; and 1.6 means for temporarily retaining the at least one tea pellet in the dissolution container; 1.6.1 characterised in that the means for temporarily retaining the at least one tea pellet are realized by a grating arranged in the outlet opening or upstream of the outlet opening in the dissolution container.
A data transmission method, comprising: generating, by a first device, a two-dimensional index table based on a preset multi-thread sequence traversal algorithm and a size of target data that needs to be transmitted, wherein the two-dimensional index table is used to indicate a storage location of each piece of data in the target data; performing, by the first device, data reconstruction on the target data based on the two-dimensional index table to obtain a two-dimensional data block pool, wherein the two-dimensional data block pool comprises a plurality of data blocks, and each data block corresponds to one pair of coordinates in the two-dimensional index table; and obtaining, by the first device, the plurality of data blocks through indexing by using the two-dimensional index table, and sending the plurality of data blocks to a second device, wherein each sent data block comprises one pair of coordinates, and wherein the preset multi-thread sequence traversal algorithm comprises a plurality of threads, so that the plurality of data blocks can be simultaneously traversed, and the target data comprises a multi-level directory, wherein the generating the two-dimensional index table comprises: allocating, by the first device, one or more threads for each level of the directory, wherein each thread is used to search a corresponding data block in a corresponding level of the directory. generating, by a first device, a two-dimensional index table based on a preset multi-thread sequence traversal algorithm and a size of target data that needs to be transmitted, wherein the two-dimensional index table is used to indicate a storage location of each piece of data in the target data; performing, by the first device, data reconstruction on the target data based on the two-dimensional index table to obtain a two-dimensional data block pool, wherein the two-dimensional data block pool comprises a plurality of data blocks, and each data block corresponds to one pair of coordinates in the two-dimensional index table; and obtaining, by the first device, the plurality of data blocks through indexing by using the two-dimensional index table, and sending the plurality of data blocks to a second device, wherein each sent data block comprises one pair of coordinates, and wherein the preset multi-thread sequence traversal algorithm comprises a plurality of threads, so that the plurality of data blocks can be simultaneously traversed, and the target data comprises a multi-level directory, wherein the generating the two-dimensional index table comprises: allocating, by the first device, one or more threads for each level of the directory, wherein each thread is used to search a corresponding data block in a corresponding level of the directory.
An oral film consisting essentially of dexamethasone and hydroxypropyl methylcellulose, wherein the concentration of dexamethasone is 30% w/w or more and the concentration of hydroxypropyl methylcellulose is between 35 and 70% w/w based on total dry matter.
A wafer bonding apparatus comprising: a first sample base configured to hold a first substrate; a second sample base configured to hold a second substrate to oppose to said first substrate; a load transferring section coupled to an outer edge portion of said first sample base and configured to support said first sample base to a first stage; and a drive unit configured to perform pressure bonding on said first substrate and said second substrate by driving said first stage to said second sample base, characterized in that said load transferring section comprises a plurality of columnar members (93-n), which can deform elastically such that said first substrate and said second substrate fit to each other when the pressure bonding of said first substrate and said second substrate is performed. a first sample base configured to hold a first substrate; a second sample base configured to hold a second substrate to oppose to said first substrate; a load transferring section coupled to an outer edge portion of said first sample base and configured to support said first sample base to a first stage; and a drive unit configured to perform pressure bonding on said first substrate and said second substrate by driving said first stage to said second sample base, characterized in that said load transferring section comprises a plurality of columnar members (93-n), which can deform elastically such that said first substrate and said second substrate fit to each other when the pressure bonding of said first substrate and said second substrate is performed.