mhurhangee/ep-ind-claims huggingface dataset:
An array optical component (100; 200; 500; 700; 800), including a plurality of individual cells (10; 30; 40; 50) and configured to focus an incident light beam at a plurality of points (Pi), and which comprises: - a support (120; 320; 620; 720); - an array (130; 730) of reflectors; and - at least one array (110; 210) of holographic lenses, wherein each holographic lens (111; 311; 411; 811) is formed by at least one reflection hologram; with the support (120; 320; 620; 720) being disposed between the array of reflectors and the at least one array of holographic lenses, with each individual cell (10; 30; 40; 50) of the array optical component including a reflector (131; 331; 431; 831) of the array of reflectors and a respective holographic lens (111; 211; 311; 411; 811) of each of the at least one array of holographic lenses, with the reflector and holographic lens being disposed opposite to each other on either side of the support and with respective reflective faces of said reflector and said holographic lens being located facing each other, and with each holographic lens (111; 311; 411; 811) of the at least one array (110; 210) of holographic lenses being provided with a respective through opening (112; 312; 812) for passing light at each of the individual cells (10; 30; 40; 50) of the array optical component. - a support (120; 320; 620; 720); - an array (130; 730) of reflectors; and - at least one array (110; 210) of holographic lenses, wherein each holographic lens (111; 311; 411; 811) is formed by at least one reflection hologram; with the support (120; 320; 620; 720) being disposed between the array of reflectors and the at least one array of holographic lenses, with each individual cell (10; 30; 40; 50) of the array optical component including a reflector (131; 331; 431; 831) of the array of reflectors and a respective holographic lens (111; 211; 311; 411; 811) of each of the at least one array of holographic lenses, with the reflector and holographic lens being disposed opposite to each other on either side of the support and with respective reflective faces of said reflector and said holographic lens being located facing each other, and with each holographic lens (111; 311; 411; 811) of the at least one array (110; 210) of holographic lenses being provided with a respective through opening (112; 312; 812) for passing light at each of the individual cells (10; 30; 40; 50) of the array optical component.
A method for wireless communication performed by a user equipment, UE, the method comprising: receiving a multiplexing index from a base station, wherein the multiplexing index is different from other multiplexing indices provided to other UEs also scheduled to transmit using resources assigned to the UE for a physical uplink control channel; identifying that an uplink control information payload satisfies a threshold size condition; mapping the uplink control information payload to an uplink control sequence based at least in part on the uplink control information payload satisfying the threshold size condition and using the multiplexing index to map the uplink control information payload to the uplink control sequence; and transmitting a physical uplink control channel that includes the uplink control sequence, the uplink control sequence being representative of the uplink control information payload. receiving a multiplexing index from a base station, wherein the multiplexing index is different from other multiplexing indices provided to other UEs also scheduled to transmit using resources assigned to the UE for a physical uplink control channel; identifying that an uplink control information payload satisfies a threshold size condition; mapping the uplink control information payload to an uplink control sequence based at least in part on the uplink control information payload satisfying the threshold size condition and using the multiplexing index to map the uplink control information payload to the uplink control sequence; and transmitting a physical uplink control channel that includes the uplink control sequence, the uplink control sequence being representative of the uplink control information payload.
A connecting device for an outlet fitting comprising an installation unit having a housing, at least one feed line interface which can be connected on its input side to a water line, and at least one discharge line interface which can be connected on its output side to a water line leading to the outlet fitting, and a functional unit which is designed separately from the installation unit, which can be connected to the installation unit, and which comprises a line piece which comprises a line piece inlet and a line piece outlet, wherein the line piece inlet is fluidly connectable to the output side of the feed line interface and the line piece outlet is fluidly connectable to the input side of the discharge line interface, and wherein at least one valve is present in the line piece between the line piece inlet and the line piece outlet, with which the flow through the line piece can be controlled, wherein a shut-off member is arranged between the input side of the feed line interface and the output side of the feed line interface, the shut-off member, wherein the shut-off member can assume an open position, in which water can flow through the feed line interface, and a closed position, in which water cannot flow through; characterized in that the shut-off member comprises a securing element, which, in the open position of the shut-off member, engages in the functional unit and which, in the closed position of the shut-off member, does not engage in the functional unit, wherein the engagement of the securing element is such that, in the open position of the shut-off member, the functional unit cannot be separated from the installation unit; in that a filter is provided in the line piece of the functional unit, which filter is secured in the line piece by a filter securing element which can be connected to the functional unit; and in that, in the open position of the shut-off member, the securing element of the shut-off member engages in the filter securing element and, in the closed position of the shut-off member, does not engage in the filter securing element, wherein the engagement of the securing element is such that, in the open position of the shut-off member, the filter cannot be separated from the functional unit.
A curable composition, comprising: a vinyl polymer having at least one crosslinkable silyl group on average, a vinyl polymer having at least one ultraviolet-crosslinkable group on average, an ultraviolet polymerization initiator, an organic acid, and a ketimine compound.
A central belt system comprising a container conveyor and comprising order packages (4.1, 4.2) transported on the container conveyor, comprising at least one central belt which has a conveying direction toward the container conveyor, with the central belt having at least a first and a second belt area (8.1, 8.2) in the transverse direction to the conveying direction, and comprising first and second article chutes (9.1, 9.2) associated with the respective first and second belt areas (8.1, 8.2) and each having articles according to a range of articles and designed for ejecting the articles into the respective first and second belt areas (8.1, 8.2), respectively, characterized in that the central belt system has a control in order to eject articles from the first article chutes (9.1) during a first time window (12.1) according to a first order (13.1) and to eject articles from the second article chutes (9.2) during a second time window (12.2) according to a second order (13.2), with the first and second article chutes (9.1, 9.2) having an identical range of articles and the first and second time windows (12.1, 12.2) being synchronized with one another, and that at least a first and a second order package (4.1, 4.2) are provided on the container conveyor in order to order-pick the articles, which have been ejected onto the central belt in parallel and independently of one another, from the first and second belt areas (8.1, 8.2) on the central belt in parallel into the respective first and second order packages (4.1, 4.2) on the container conveyor.
An electronic chip comprising: conductive pads (4, 6, 8) located on the front side of a substrate made of semiconductor material; cavities etched into the substrate from the back side of the substrate, each cavity reaching a conductive pad (4, 6, 8); a conductive layer covering the walls and the bottom of the cavities and comprising portions (16, 18) of the conductive layer each extending, on the back side, between two cavities, each portion (16, 18) of the conductive layer being partially located on a protrusion, each protrusion being constituted of a portion of the substrate, the base of each protrusion being included in the plan of the back side of the substrate, the thickness of each protrusion being comprised between 5 and 10 times the thickness of the conductive layer; an insulating material fills the cavities and covers the conductive layer and the back side of the chip, the insulating material being opaque and having a low etch selectivity over the material of the conductive layer; and a circuit capable of detecting a variation of an electric characteristic measured between two pads (4, 6, 8). conductive pads (4, 6, 8) located on the front side of a substrate made of semiconductor material; cavities etched into the substrate from the back side of the substrate, each cavity reaching a conductive pad (4, 6, 8); a conductive layer covering the walls and the bottom of the cavities and comprising portions (16, 18) of the conductive layer each extending, on the back side, between two cavities, each portion (16, 18) of the conductive layer being partially located on a protrusion, each protrusion being constituted of a portion of the substrate, the base of each protrusion being included in the plan of the back side of the substrate, the thickness of each protrusion being comprised between 5 and 10 times the thickness of the conductive layer; an insulating material fills the cavities and covers the conductive layer and the back side of the chip, the insulating material being opaque and having a low etch selectivity over the material of the conductive layer; and a circuit capable of detecting a variation of an electric characteristic measured between two pads (4, 6, 8).
A screen wakeup method, comprising: obtaining M image frames, wherein each image frame comprises a first face image, and M is an integer greater than or equal to 1; determining, based on a preconfigured neural network, whether a user corresponding to each first face image is gazing at a screen of a device, and whether each first face image matches a preset face image; and when each first face image matches the preset face image and corresponds to the user, switching the screen from a screen-off state to a screen-on state; wherein the determining, based on a preconfigured neural network, whether a user corresponding to each first face image is gazing at a screen of a device, and whether each first face image matches a preset face image comprises: determining, by using the preconfigured neural network, whether each first face image corresponds to the user gazing at the screen of the device; and when each first face image corresponds to the user gazing at the screen of the device, determining, by using the preconfigured neural network, whether each first face image matches the preset face image. obtaining M image frames, wherein each image frame comprises a first face image, and M is an integer greater than or equal to 1; determining, based on a preconfigured neural network, whether a user corresponding to each first face image is gazing at a screen of a device, and whether each first face image matches a preset face image; and when each first face image matches the preset face image and corresponds to the user, switching the screen from a screen-off state to a screen-on state; wherein the determining, based on a preconfigured neural network, whether a user corresponding to each first face image is gazing at a screen of a device, and whether each first face image matches a preset face image comprises: determining, by using the preconfigured neural network, whether each first face image corresponds to the user gazing at the screen of the device; and when each first face image corresponds to the user gazing at the screen of the device, determining, by using the preconfigured neural network, whether each first face image matches the preset face image. determining, by using the preconfigured neural network, whether each first face image corresponds to the user gazing at the screen of the device; and when each first face image corresponds to the user gazing at the screen of the device, determining, by using the preconfigured neural network, whether each first face image matches the preset face image.
A radio communication apparatus for forming a frame with a plurality of slots, and inserting a guard interval into each slot along with data for a mobile station to perform communication, comprising: a receive state acquisition section for acquiring a receive state of each mobile station; a frame format decision section for deciding a frame format of which guard interval length is different for each slot based on the receive state of each mobile station; a slot assignment section for assigning each slot of the frame format to data for a mobile station; and characterized by a frame format reporting section for reporting the decided frame format to each mobile station each time the frame format is updated, wherein the receive state acquisition section is adapted to acquire a delay spread as a receive state of each mobile station, and the frame format decision section is adapted to prepare a plurality of slot formats of which guard interval lengths are different in advance, determine distribution of the delay spread based on the delay spreads of mobile stations, and assign a predetermined slot format to each of a predetermined number of slots constituting the frame according to the distribution of the delay spread to determine the frame format. a receive state acquisition section for acquiring a receive state of each mobile station; a frame format decision section for deciding a frame format of which guard interval length is different for each slot based on the receive state of each mobile station; a slot assignment section for assigning each slot of the frame format to data for a mobile station; and characterized by a frame format reporting section for reporting the decided frame format to each mobile station each time the frame format is updated, wherein
An ejector (38; 202; 300; 400; 600; 700; 800) for receiving a motive flow and a suction flow and discharging a combined flow, the ejector comprising: a motive flow inlet; a suction flow inlet; an outlet; a suction flow flowpath extending from the suction flow inlet; and a motive flow flowpath extending from the motive flow inlet to join the suction flow flowpath and form a combined flowpath exiting the outlet, wherein the ejector comprises: a plurality of motive flow nozzles (100; 302; 402; 602; 702; 802) along the motive flow flowpath, the motive flow nozzles (100; 302; 402; 602; 702; 802) oriented to impart a tangential velocity component to the motive flow; a mixer portion having an elongated mixer section within an outer wall; characterised by the ejector further comprising: a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section, which are oriented to recover the tangential velocity from the combined flow. a motive flow inlet; a suction flow inlet; an outlet; a suction flow flowpath extending from the suction flow inlet; and a motive flow flowpath extending from the motive flow inlet to join the suction flow flowpath and form a combined flowpath exiting the outlet, a plurality of motive flow nozzles (100; 302; 402; 602; 702; 802) along the motive flow flowpath, the motive flow nozzles (100; 302; 402; 602; 702; 802) oriented to impart a tangential velocity component to the motive flow; a mixer portion having an elongated mixer section within an outer wall; characterised by the ejector further comprising: a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section, which are oriented to recover the tangential velocity from the combined flow. a downstream end centerbody having an outer surface for redirecting the combined flow radially outwardly downstream of the mixer section; and a plurality of diffusers (130; 304; 404; 604; 704; 804) at a downstream end of the ejector downstream of the mixer section, which are oriented to recover the tangential velocity from the combined flow.
A process of cultivating microalgae, characterized in that, during the microalgae cultivation, EM bacteria (effective microorganisms) is added into the microalgae suspension.
A camera device of a mobile terminal comprising a display screen, the camera device comprising: a bracket, comprising a frame body, defining a receiving space; a camera unit, wherein at least part of the camera unit is accommodated in the receiving space; and at least one fixing portion, disposed on a side of the frame body facing away from the receiving space, and provided with a joint portion configured to connect an external device by hot melting; wherein the frame body comprises an outer surface and an inner surface, the outer surface is facing away from the inner surface, the inner surface of the frame body is disposed around a periphery of the camera unit, the at least one fixing portion is protruded from the outer surface of the frame body; characterized in that an end surface of the frame body adjacent to a bottom of the camera unit protrudes relative to the bottom of the camera unit, and a preset gap is defined between the camera unit and the display screen. a bracket, comprising a frame body, defining a receiving space; a camera unit, wherein at least part of the camera unit is accommodated in the receiving space; and at least one fixing portion, disposed on a side of the frame body facing away from the receiving space, and provided with a joint portion configured to connect an external device by hot melting; wherein the frame body comprises an outer surface and an inner surface, the outer surface is facing away from the inner surface, the inner surface of the frame body is disposed around a periphery of the camera unit, the at least one fixing portion is protruded from the outer surface of the frame body; characterized in that an end surface of the frame body adjacent to a bottom of the camera unit protrudes relative to the bottom of the camera unit, and a preset gap is defined between the camera unit and the display screen.
A contact element for electrical connection of electrical connecting elements of a bus system, routed particularly on the outside of device housings, particularly busbars and/or connectors, which has at least three tulip-shaped receptacles (11, 12... 15) for receiving the electrical connection elements (3, 4, 104), wherein the contact element is made of an electrically highly conductive plate as an integral stamped and bent part, characterized in that it is formed as a W-shape, wherein the tulip-shaped receptacles (11, 12...15) are alternately accessible either from a first direction or a second direction opposite the first direction.
Use of a polycarbonate resin comprising a repeating unit represented by Formula: wherein a, b, c and d are each an integer of 0 or higher, and a + b + c + d is 12 to 48, inclusive, for absorbing oil.
Air vent, having two air ducts (5, 6) which each have an air-outlet opening (7, 8) and which run obliquely towards the air-outlet openings (7, 8) in an intended direction of airflow through the air ducts (5, 6) and towards one another, so that air currents flowing out of the air ducts (5, 6) through the two air-outlet openings (7, 8) converge to form a common air current, and having for each air duct (5, 6) a movable blocking element (9, 10) with which air-flow cross-sections of the two air ducts (5, 6) can be individually reduced in size, characterised in that the air vent has for each blocking element (9, 10) a cam control means having a rotatable control disc (14, 15) with a control cam (16, 17) for the associated blocking element (9, 10), with which control cam the respective blocking element (9,10) is movable, the control cams (16, 17) being traversed on rotation of the control disc (14, 15).
Angular contact ball bearing cage consisting of a thermoplastic material component of a generally annular shape defining a reference axis, wherein the cage comprises a plurality of cavities, each designed to receive a ball of a given radius and separated by bridges, with the cavities being configured so as to retain the balls in the cavities, the cage having a height H measured parallel to the reference axis, the bridges each having an inner radial face facing towards the reference axis, tangent to an inner truncated envelope of a height H 1, measured parallel to the reference axis, strictly greater than half the height of the cage H, with the bridges each having an outer face facing away from the reference axis, tangent to an outer truncated envelope, characterised in that the inner truncated envelope has an angle at the top φ I smaller than an angle at the top φ E of the outer truncated envelope, and in that at least one of the cavities comprises two opposite concave flats (26.1, 26.2), with each of the two flats being formed on one of the bridges and forming a hemispheric crown portion of a radius R having a centre of curvature (28.1, 28.2), the distance to the opposite flat of which is greater than R, with the centres (28.1, 28.2) of the two crown portions being located in a same plane perpendicular to the reference axis, spaced apart from each other, and at equal distance from the reference axis, with the two hemispheric crown portions being connected to each other by two connecting flats (22.1, 24.1) located on a same cylindrical tubular or toric envelope of a radius R.
A lysis-defective bacteriophage for use in a method of inhibiting growth of pathogenic bacteria present in a subject, wherein the bacteriophage is administered in an amount effective to inhibit growth of the pathogenic bacteria in the subject, and wherein the lysis-defective bacteriophage has a deleted or inactivated lysin gene or a deleted or inactivated holin gene.
Belt drying system for drying bulk material, such as wood shavings, in which there are provided a first, upper drying level for pre-drying comparatively moist bulk material, a second, lower drying level for after-drying bulk material that has already been pre-dried in the upper drying level, and there is provided an air guide (68, 70, 72, 74) for warm air, with which air guide warm air is to be guided first through the lower drying level and then subsequently through the upper drying level, wherein the warm air is to be guided by means of the air guide (68, 70, 72, 74) so as to flow through each drying level (20, 26) from top to bottom, and there is provided beneath each drying level (20 and 26) a plurality of suction devices (58, 60, 62, 64, 66, 86, 88, 90, 92, 94) for drawing the warm air by suction from top to bottom as waste air, wherein the upper drying level is divided into a plurality of sections (30, 32, 34, 36, 38), wherein there is provided an upper air supply by means of which waste air from the lower drying level is to be guided as supply air to at least one section of the upper drying level, characterised in that, by means of the upper air supply, fresh air from the surroundings is further to be supplied to at least one other section (30, 32, 34, 36, 38) of the upper drying level.