mhurhangee/ep-ind-claims huggingface dataset:
A weighted summer comprising: only a single charge reservoir; a plurality of input charge movement devices each coupled to the single charge reservoir, each one of adding or removing charges to or from the single charge reservoir in a first cycle; an output charge movement device one of adding or removing the charges to or from the single charge reservoir so as to return the single charge reservoir to a starting charge level during a second cycle after which charge movement ends, wherein for each of the input charge movement devices a rate of charge movement is programmed in conformance with the weight multiplicands and are individually proportional to an output charge movement device rate of charge movement. only a single charge reservoir; a plurality of input charge movement devices each coupled to the single charge reservoir, each one of adding or removing charges to or from the single charge reservoir in a first cycle; an output charge movement device one of adding or removing the charges to or from the single charge reservoir so as to return the single charge reservoir to a starting charge level during a second cycle after which charge movement ends, wherein for each of the input charge movement devices a rate of charge movement is programmed in conformance with the weight multiplicands and are individually proportional to an output charge movement device rate of charge movement.
A spout forming part of a neck of a package, comprising a membrane, and a tubular member having a main body and an end portion extending axially from the main body, the tubular member being releasably attached to said membrane, wherein the end portion is arranged radially inwards of the main body, characterized in that the end portion has an inner surface, the main body has an inner surface, and wherein the inner surface of the end portion is arranged radially inwards of the inner surface of the main body.
A body analyzer, comprising: a main body comprising a platform in contact with feet of a subject; a detecting board separated from the main body and configured to abut against a top head of the subject, the detecting board being capable of moving towards or away from the platform; wherein the main body comprises an information transmitter, a weighing and body analyzing mechanism, a signal processor, and a wireless communication device; the information transmitter is configured to transmit data of a signal emitter and a signal receiver to the weighing and body analyzing mechanism; the weighing and body analyzing mechanism is configured to calculate body compositions of the subject; the signal processor is configured to process data from the signal emitter, the signal receiver, and the weighing and body analyzing mechanism; and the wireless communication device is configured to transmit a processed data to an external mobile device or server via a wireless network characterized in that the main body is further provided with the signal emitter and the signal receiver, the detecting board is configured to reflect the signal emitted from said signal emitter to said signal receiver, and the signal emitter and the signal receiver are configured to measure a distance between the platform and the detecting board; and the signal emitter is at least one selected from the group consisting of a laser emitter, an LED emitter, an infrared emitter.
A manufacturing method for manufacturing a core for a sound-absorbing panel with sandwich structure for noise reduction in an aircraft, the method comprising the steps of: a) providing a plurality of first sheet-shaped partitioning elements, each first partitioning element having a plurality of vertical slits, which extend transversely from a respective first edge of each first partitioning element; b) providing a plurality of second sheet-shaped partitioning elements, each second partitioning element having a plurality of vertical slits, which extend transversely from a respective first edge of each second partitioning element; c) arranging the first partitioning elements on a work surface, spaced from each other so that the distance between two successive first partitioning elements of the plurality of first partitioning elements is not constant, and so that a second edge of each first partitioning element, opposite to said first edge of each first partitioning element, rests on said work surface; and d) arranging the second partitioning elements on the first partitioning elements, transversely thereto, so that each vertical slit of the plurality of vertical slits of the second partitioning elements interlocks with a respective vertical slit of the plurality of vertical slits of a respective first partitioning element, so that the first partitioning elements and the second partitioning elements define between them a plurality of cells, each cell being delimited laterally by a pair of opposing first partitioning elements and a pair of opposing second partitioning elements. a) providing a plurality of first sheet-shaped partitioning elements, each first partitioning element having a plurality of vertical slits, which extend transversely from a respective first edge of each first partitioning element; b) providing a plurality of second sheet-shaped partitioning elements, each second partitioning element having a plurality of vertical slits, which extend transversely from a respective first edge of each second partitioning element; c) arranging the first partitioning elements on a work surface, spaced from each other so that the distance between two successive first partitioning elements of the plurality of first partitioning elements is not constant, and so that a second edge of each first partitioning element, opposite to said first edge of each first partitioning element, rests on said work surface; and d) arranging the second partitioning elements on the first partitioning elements, transversely thereto, so that each vertical slit of the plurality of vertical slits of the second partitioning elements interlocks with a respective vertical slit of the plurality of vertical slits of a respective first partitioning element, so that the first partitioning elements and the second partitioning elements define between them a plurality of cells, each cell being delimited laterally by a pair of opposing first partitioning elements and a pair of opposing second partitioning elements.
A keyboard apparatus in which a plurality of keys (20, 40) are mounted on a key mounting part of a key mounting member, the apparatus comprising a key unit having: key main bodies (23, 43) of the plural keys (20, 49) to which a key depression operation is performed; a common key support part (30, 21, 22, 41) via which the key main bodies (23, 43) are commonly supported on the key mounting part to be pivotable; and coupling parts (24, 42) via which the respective key main bodies (23, 43) are supported by the common key support part (30, 21, 22, 41) to be pivotable in a key depression/release direction, wherein said key unit is composed of a white key unit in which the keys are white keys and a black key unit in which the keys are black keys, the white key unit and the black key unit being formed separately, said key main bodies of the white keys are longer in longitudinal length than said key main bodies of the black keys, wherein, in said black key unit, a total width in a key arrangement direction of each of the coupling parts is wider than a key width of the key main bodies of the black keys, whereby the coupling parts restrict yawing in a key width direction when the black keys are depressed/released, and wherein, in said white key unit, each of the coupling parts is narrower in total width in the key arrangement direction than each of the coupling parts in said black key unit, and guide parts are provided on free end sides of the white keys to restrict yawing in the key arrangement direction and guide a key depression/release movement, characterized in that plate-shaped guide support parts are arranged on said key mounting member at positions corresponding to the vicinities of the free ends of the respective white keys along the key arrangement direction, wherein said guide parts are plate-shaped and formed vertically to protrude forward from respective front faces of the respective guide support parts, such that the guide support parts and guide parts form T-shaped guide members when seen from above or from under.
An electronic module reader comprising: a housing having a receiving area adapted to removably receive an electronic module; electrical signal contacts connected to the housing; and a module ejection pre-warning switch adapted to signal movement of the electronic module towards an electrically disconnected position with the electrical signal contacts, wherein the switch comprises a movable contact arm (48, 50) adapted to alternatively make electrical contact with two spaced contact areas of the switch, and wherein the switch comprises an OFF home mated position when the electronic module is at a home mated position in the receiving area with the contact arm not making contact with either of the spaced contact areas. a housing having a receiving area adapted to removably receive an electronic module; electrical signal contacts connected to the housing; and a module ejection pre-warning switch adapted to signal movement of the electronic module towards an electrically disconnected position with the electrical signal contacts, wherein the switch comprises a movable contact arm (48, 50) adapted to alternatively make electrical contact with two spaced contact areas of the switch, and wherein the switch comprises an OFF home mated position when the electronic module is at a home mated position in the receiving area with the contact arm not making contact with either of the spaced contact areas.
A header-tank assembly, comprising: a header; a tank provided with a conduit connected from a first side of the tank, so that centre of gravity of the tank is shifted towards the first side of the tank, wherein the tank includes a foot portion adapted to be coupled to the header; at least one protrusion formed on any one of an outer wall of the foot portion of the tank and an inner wall of the header; and at least one groove, complimentary to the protrusion, formed on any one of the tank and the header, wherein the groove is formed on any one of the outer sidewall of the foot portion of the tank and the inner wall of the header, wherein the protrusion and the groove are so formed at least on a side opposite to the first side of the tank the header further comprises a plurality of tabs formed on edges of the header, wherein the plurality of tabs are crimped over the foot portion of the tank upon positioning the tank in the header. a header; a tank provided with a conduit connected from a first side of the tank, so that centre of gravity of the tank is shifted towards the first side of the tank, wherein the tank includes a foot portion adapted to be coupled to the header; at least one protrusion formed on any one of an outer wall of the foot portion of the tank and an inner wall of the header; and at least one groove, complimentary to the protrusion, formed on any one of the tank and the header, wherein the groove is formed on any one of the outer sidewall of the foot portion of the tank and the inner wall of the header, wherein the protrusion and the groove are so formed at least on a side opposite to the first side of the tank the header further comprises a plurality of tabs formed on edges of the header, wherein the plurality of tabs are crimped over the foot portion of the tank upon positioning the tank in the header.
A user equipment, UE, for communicating cellular data and control traffic, the UE comprising circuitry configured to: communicate cellular data traffic with an evolved universal terrestrial radio access network node B, eNB, through an air interface of a long term evolution, LTE, wireless network; establish in a wireless local area network, WLAN, a WLAN point-to-point communication link with the eNB via a WLAN Access Point, AP for communication of the cellular data traffic with the eNB through the WLAN point-to-point communication link, wherein the WLAN AP is networked with the eNB using a wired or wireless connection or is an integral component of the eNB; and communicate the cellular data traffic to the eNB through the WLAN point-to-point communication link; characterized in that the circuitry is further configured to split the cellular data traffic from LTE wireless network traffic below an Internet Protocol, IP, layer (240, 340, 740) of a protocol stack, and to communicate the cellular data traffic through the WLAN point-to-point communication link in WLAN tunneling protocol, WLTP, tunneling layers (220, 210; 320, 310; 520, 510; 720, 710) of the protocol stack defined below the IP layer (240, 340, 740) and directly below a packet data convergence protocol, PDCP, layer of the protocol stack, wherein the WLTP tunneling layers (220, 210; 320, 310; 520, 510; 720, 710) include a WLTP transport layer (220, 320, 520, 720) encapsulated by a WLTP encapsulation layer (210, 310, 510, 710). communicate cellular data traffic with an evolved universal terrestrial radio access network node B, eNB, through an air interface of a long term evolution, LTE, wireless network; establish in a wireless local area network, WLAN, a WLAN point-to-point communication link with the eNB via a WLAN Access Point, AP for communication of the cellular data traffic with the eNB through the WLAN point-to-point communication link, wherein the WLAN AP is networked with the eNB using a wired or wireless connection or is an integral component of the eNB; and communicate the cellular data traffic to the eNB through the WLAN point-to-point communication link; characterized in that the circuitry is further configured to split the cellular data traffic from LTE wireless network traffic below an Internet Protocol, IP, layer (240, 340, 740) of a protocol stack, and to communicate the cellular data traffic through the WLAN point-to-point communication link in WLAN tunneling protocol, WLTP, tunneling layers (220, 210; 320, 310; 520, 510; 720, 710) of the protocol stack defined below the IP layer (240, 340, 740) and directly below a packet data convergence protocol, PDCP, layer of the protocol stack, wherein the WLTP tunneling layers (220, 210; 320, 310; 520, 510; 720, 710) include a WLTP transport layer (220, 320, 520, 720) encapsulated by a WLTP encapsulation layer (210, 310, 510, 710).
A process for the preparation of high-purity dabigatran etexilate comprising: a) adding a crude product of dabigatran etexilate into water, slurrying at 5 - 30°C, and filtering after slurrying for 1 - 2 h to get a crude product B; b) adding the crude product B into acetone, heating up to 20 - 50 °C to obtain a clear solution, then adding water dropwise into the solution, cooling the solution to 0-10 °C, and filtering to get a crude product C; and c) adding the crude product C into a mixture of tetrahydrofuran and ethyl acetate, heating up to 50 - 70°C to dissolve, and then cooling to 40 - 45 °C, preferably adding a seed crystal, slowly cooling to 0 - 5 °C, then filtering, drying filter cake at 40 - 50 °C under vacuum to obtain the high-purity dabigatran etexilate. a) adding a crude product of dabigatran etexilate into water, slurrying at 5 - 30°C, and filtering after slurrying for 1 - 2 h to get a crude product B; b) adding the crude product B into acetone, heating up to 20 - 50 °C to obtain a clear solution, then adding water dropwise into the solution, cooling the solution to 0-10 °C, and filtering to get a crude product C; and c) adding the crude product C into a mixture of tetrahydrofuran and ethyl acetate, heating up to 50 - 70°C to dissolve, and then cooling to 40 - 45 °C, preferably adding a seed crystal, slowly cooling to 0 - 5 °C, then filtering, drying filter cake at 40 - 50 °C under vacuum to obtain the high-purity dabigatran etexilate.
An electrically heated smoking system for receiving a smoking article (115, 115", 115''') or a cleaning article configured for use with the smoking system, the system comprising: a cavity for at least partially receiving the smoking article or the cleaning article; at least one heating element; a power supply for supplying power to the at least one heating element; and electrical hardware connected to the power supply and the at least one heating element, characterised in that the smoking system further comprises a detector (203, 213, 219) capable of detecting the presence of the smoking article or the cleaning article in the cavity and distinguishing the smoking article or the cleaning article from other articles configured for use with the smoking system, based on identification information printed on the smoking article or the cleaning article. a cavity for at least partially receiving the smoking article or the cleaning article; at least one heating element; a power supply for supplying power to the at least one heating element; and electrical hardware connected to the power supply and the at least one heating element, characterised in that the smoking system further comprises a detector (203, 213, 219) capable of detecting the presence of the smoking article or the cleaning article in the cavity and distinguishing the smoking article or the cleaning article from other articles configured for use with the smoking system, based on identification information printed on the smoking article or the cleaning article.
A method for dual-camera-based imaging, wherein the dual cameras comprise a first camera and a second camera, the first camera has a resolution higher than that of the second camera, and has a sensitivity lower than that of the second camera, the method comprises: determining a main camera and an auxiliary camera from the dual cameras according to an ambient luminance; generating a third image according to a first image shot with the main camera; calculating depth information of the third image according to the first image and a second image shot with the auxiliary camera; and performing blurring processing on the third image according to the depth information of the third image to obtain a fourth image; wherein determining the main camera and auxiliary camera from the dual cameras according to the ambient luminance comprises: when the ambient luminance is higher than a luminance threshold, determining the first camera to be the main camera, and determining the second camera to be the auxiliary camera; or when the ambient luminance is equal to or less than the luminance threshold, determining the second camera to be the main camera, and determining the first camera to be the auxiliary camera. determining a main camera and an auxiliary camera from the dual cameras according to an ambient luminance; generating a third image according to a first image shot with the main camera; calculating depth information of the third image according to the first image and a second image shot with the auxiliary camera; and performing blurring processing on the third image according to the depth information of the third image to obtain a fourth image; wherein determining the main camera and auxiliary camera from the dual cameras according to the ambient luminance comprises: when the ambient luminance is higher than a luminance threshold, determining the first camera to be the main camera, and determining the second camera to be the auxiliary camera; or when the ambient luminance is equal to or less than the luminance threshold, determining the second camera to be the main camera, and determining the first camera to be the auxiliary camera. when the ambient luminance is higher than a luminance threshold, determining the first camera to be the main camera, and determining the second camera to be the auxiliary camera; or when the ambient luminance is equal to or less than the luminance threshold, determining the second camera to be the main camera, and determining the first camera to be the auxiliary camera.
A method, comprising: receiving, by controlling circuitry of a sound rendering computer configured to render directional sound fields for a listener, sound data resulting from a sound field in a geometrical environment, the sound data being represented as an expansion in a plurality of orthogonal angular mode functions based on the geometrical environment; generating, by the controlling circuitry, a linear operator, the linear operator resulting from a mode-matching operation on the sound data and an expansion of a weighted sum of amplitudes of a plurality of loudspeakers represented as an expansion in the plurality of orthogonal angular mode functions; performing, by the controlling circuitry, an inverse operation on the linear operator to produce a first plurality of loudspeaker weights, the first plurality of loudspeaker weights being produced by applying an inverse of the linear operator to the sound data; performing, by the controlling circuitry, a projection operation of a strategy vector on a nullspace of the linear operator to produce a second plurality of loudspeaker weights; and generating, by the controlling circuitry, a sum of the first plurality of loudspeaker weights and the second plurality of loudspeaker weights to produce a third plurality of loudspeaker weights, the third plurality of loudspeaker weights providing a reproduction of the sound field for the listener. receiving, by controlling circuitry of a sound rendering computer configured to render directional sound fields for a listener, sound data resulting from a sound field in a geometrical environment, the sound data being represented as an expansion in a plurality of orthogonal angular mode functions based on the geometrical environment; generating, by the controlling circuitry, a linear operator, the linear operator resulting from a mode-matching operation on the sound data and an expansion of a weighted sum of amplitudes of a plurality of loudspeakers represented as an expansion in the plurality of orthogonal angular mode functions; performing, by the controlling circuitry, an inverse operation on the linear operator to produce a first plurality of loudspeaker weights, the first plurality of loudspeaker weights being produced by applying an inverse of the linear operator to the sound data; performing, by the controlling circuitry, a projection operation of a strategy vector on a nullspace of the linear operator to produce a second plurality of loudspeaker weights; and generating, by the controlling circuitry, a sum of the first plurality of loudspeaker weights and the second plurality of loudspeaker weights to produce a third plurality of loudspeaker weights, the third plurality of loudspeaker weights providing a reproduction of the sound field for the listener.
Device for manually forming spiral-shaped packaging material, including a reception for at least partially circumferentially encompassing a wound reel of a packaging material defining an axial direction and forming an interior side from which the web of fiber material is drawn for shaping the packaging material, and an axial support which adjoins the reception and by which an axial front side of the reel of the web of fiber material is held and in which a dispensing opening for dispensing the packaging material in the axial direction is formed, and the axial support has an interior wall section facing the front side and tapering towards the dispensing opening, characterized in that the reception is shaped substantially semi-cylindrical, wherein the reception comprises at least one support section extending over at most 180° of the cylinder circumference.