mhurhangee/patent-ind-claim-en huggingface dataset:
A cell structure producing apparatus comprising: needles each elongated and having a pointed tip end; a sticking unit configured to detachably hold an end portion of each of the needles, the end portion being an opposite side of the tip end of each of the needles, descend the each of the needles with respect to a cell tray in which cell aggregates are held, stick and penetrate each of the cell aggregates with the tip end, and ascend the needle after sticking, at least one time or more; a base unit having a surface capable of receiving the tip end to hold the needles so that the needles stand by themselves, onto which the tip end of the each of the needles is stuck; and a control unit configured to move the sticking unit so that for the each of the needles, each of the needles sticking the cell aggregates is positioned at a predetermined position over the base unit, descend each of the needles by a predetermined amount to stick the tip end into the base unit at the predetermined position on the base unit, and control the sticking unit so that the sticking unit releases the each of the needles after the tip end is stuck in the base unit, to align the needles on the base unit, wherein the predetermined position is a position where a distance among the each of the needles held in the base unit is kept by a predetermined distance. needles each elongated and having a pointed tip end; a sticking unit configured to detachably hold an end portion of each of the needles, the end portion being an opposite side of the tip end of each of the needles, descend the each of the needles with respect to a cell tray in which cell aggregates are held, stick and penetrate each of the cell aggregates with the tip end, and ascend the needle after sticking, at least one time or more; a base unit having a surface capable of receiving the tip end to hold the needles so that the needles stand by themselves, onto which the tip end of the each of the needles is stuck; and a control unit configured to move the sticking unit so that for the each of the needles, each of the needles sticking the cell aggregates is positioned at a predetermined position over the base unit, descend each of the needles by a predetermined amount to stick the tip end into the base unit at the predetermined position on the base unit, and control the sticking unit so that the sticking unit releases the each of the needles after the tip end is stuck in the base unit, to align the needles on the base unit, wherein the predetermined position is a position where a distance among the each of the needles held in the base unit is kept by a predetermined distance.
An optical system including: - at least one objective lens for receiving light from an object ; and - a filter (F), characterized in that the optical system further includes an array of image forming elements configured to generate multiple integral and replicated images (i1) of the object on an image sensor plane (SP); and in that the optical system is configured to form a single real image of the filter (F) on the array of image forming elements to filter each of the multiple integral and replicated images (i1) of the object , the filter (F) being arranged with respect to the at least one objective lens so that a real image of the filter (F) is formed on the array of image forming elements, and wherein the optical system is configured to be telecentric in the image plane of the filter (F). - at least one objective lens for receiving light from an object ; and - a filter (F), characterized in that the optical system further includes an array of image forming elements configured to generate multiple integral and replicated images (i1) of the object on an image sensor plane (SP); and in that the optical system is configured to form a single real image of the filter (F) on the array of image forming elements to filter each of the multiple integral and replicated images (i1) of the object , the filter (F) being arranged with respect to the at least one objective lens so that a real image of the filter (F) is formed on the array of image forming elements, and wherein the optical system is configured to be telecentric in the image plane of the filter (F).
A carbon fiber charging device comprising: a carbon fiber electrode configured to generate electrons and charge surrounding dust; a protective case configured to cover the carbon fiber electrode such that a foreign object having a size of a human finger is not able to contact the carbon fiber electrode, the protective case including a top wall facing a tip of the carbon fiber electrode and provided with a through hole and a side wall surrounding an outer circumferential surface of the carbon fiber electrode; characterised by an electron generation stabilization device provided in the protective case and configured to adjust the potential gradient around the carbon fiber electrode and allow the carbon fiber electrode to generate electrons at a stable rate, and wherein the electron generation stabilization device includes an inclined surface provided in an inner side surface of the through hole and inclined to diverge toward an outside of the protective case . a carbon fiber electrode configured to generate electrons and charge surrounding dust; a protective case configured to cover the carbon fiber electrode such that a foreign object having a size of a human finger is not able to contact the carbon fiber electrode, the protective case including a top wall facing a tip of the carbon fiber electrode and provided with a through hole and a side wall surrounding an outer circumferential surface of the carbon fiber electrode; characterised by an electron generation stabilization device provided in the protective case and configured to adjust the potential gradient around the carbon fiber electrode and allow the carbon fiber electrode to generate electrons at a stable rate, and wherein the electron generation stabilization device includes an inclined surface provided in an inner side surface of the through hole and inclined to diverge toward an outside of the protective case .
A corrosion rate measurement system , comprising: a sacrificial probe configured to be exposed to a corrosive material ; a sensor arranged to detect physical changes in the sacrificial probe due to corrosion of the sacrificial probe from the corrosive material ; and measurement circuitry connected to the sensor having an output indicative of a corrosion rate of the sacrificial probe from exposure to the corrosive material ; wherein the sacrificial probe comprises a multi-layer structure which causes the sacrificial probe to corrode at a non-linear rate ; wherein, starting from the layer directly exposed to the corrosive material , each subsequent layer of the multi-layer structure provides greater resistance to corrosion than the layer before. a sacrificial probe configured to be exposed to a corrosive material ; a sensor arranged to detect physical changes in the sacrificial probe due to corrosion of the sacrificial probe from the corrosive material ; and measurement circuitry connected to the sensor having an output indicative of a corrosion rate of the sacrificial probe from exposure to the corrosive material ; wherein the sacrificial probe comprises a multi-layer structure which causes the sacrificial probe to corrode at a non-linear rate ; wherein, starting from the layer directly exposed to the corrosive material , each subsequent layer of the multi-layer structure provides greater resistance to corrosion than the layer before.
A dermal image information processing device comprising: a dermal image information acquisition means for acquiring image information indicating an image of a papillary layer of a finger; a directional singular point detection means for detecting directional singular points indicating a delta, a true circular core, or a semicircular core of a dermal ridge line from the image of the papillary layer; and a singular region detection means for detecting a singular region including an abnormal pattern due to a surgical treatment applied to the papillary layer of the finger, by determining whether the detected directional singular points satisfy any of first to sixth conditions, wherein the first condition is that there are two or more circular cores, the second condition is that there are four or more semicircular cores, the third condition is that two or more semicircular cores are present and one or more circular cores are present, the fourth condition is that there are four or more deltas, the fifth condition is that a delta is present above a core, the sixth condition is that there are two or more semicircular cores on an upper side. a dermal image information acquisition means for acquiring image information indicating an image of a papillary layer of a finger; a directional singular point detection means for detecting directional singular points indicating a delta, a true circular core, or a semicircular core of a dermal ridge line from the image of the papillary layer; and a singular region detection means for detecting a singular region including an abnormal pattern due to a surgical treatment applied to the papillary layer of the finger, by determining whether the detected directional singular points satisfy any of first to sixth conditions, wherein the first condition is that there are two or more circular cores, the second condition is that there are four or more semicircular cores, the third condition is that two or more semicircular cores are present and one or more circular cores are present, the fourth condition is that there are four or more deltas, the fifth condition is that a delta is present above a core, the sixth condition is that there are two or more semicircular cores on an upper side.
An optical connector that comprises: a sleeve , the sleeve including: a portion having a tube shape, into one end thereof a ferrule is insertable, a hook portion at said one end of the sleeve , the hook portion protruding in a diameter direction of the tube-shaped portion , wherein the sleeve furthermore comprises a straight portion that extends from said one end of the tube-shaped portion in an axial direction of the tube-shaped portion , and a connector housing , in which the sleeve for the optical connector is housed, and which comprises a sleeve accommodating portion , wherein the tube-shaped portion of the sleeve is housed in the sleeve accommodating portion , characterized in that said sleeve is made from an elastic metal plate, that said straight portion is same in width as the hook portion , that said hook portion has the shape of bending in said diameter direction from a top end of the straight portion at a right angle thereto, and that the hook portion is hooked on a rim of an opening of the sleeve accommodating portion , the opening being on a posterior end side of the sleeve accommodating portion . a sleeve , the sleeve including: a portion having a tube shape, into one end thereof a ferrule is insertable, a hook portion at said one end of the sleeve , the hook portion protruding in a diameter direction of the tube-shaped portion , wherein the sleeve furthermore comprises a straight portion that extends from said one end of the tube-shaped portion in an axial direction of the tube-shaped portion , and a portion having a tube shape, into one end thereof a ferrule is insertable, a hook portion at said one end of the sleeve , the hook portion protruding in a diameter direction of the tube-shaped portion , wherein the sleeve furthermore comprises a straight portion that extends from said one end of the tube-shaped portion in an axial direction of the tube-shaped portion , a connector housing , in which the sleeve for the optical connector is housed, and which comprises a sleeve accommodating portion , wherein the tube-shaped portion of the sleeve is housed in the sleeve accommodating portion , characterized in that said sleeve is made from an elastic metal plate, that said straight portion is same in width as the hook portion , that said hook portion has the shape of bending in said diameter direction from a top end of the straight portion at a right angle thereto, and that the hook portion is hooked on a rim of an opening of the sleeve accommodating portion , the opening being on a posterior end side of the sleeve accommodating portion . wherein the tube-shaped portion of the sleeve is housed in the sleeve accommodating portion , characterized in that said sleeve is made from an elastic metal plate, that said straight portion is same in width as the hook portion , that said hook portion has the shape of bending in said diameter direction from a top end of the straight portion at a right angle thereto, and that the hook portion is hooked on a rim of an opening of the sleeve accommodating portion , the opening being on a posterior end side of the sleeve accommodating portion .
An apparatus (10; 10b; 10c) for supporting an electrical connection, the apparatus (10; 10b; 10c) comprising: a bracket for enabling the apparatus to be mounted to a vertical surface of a vehicle or to a trailer; a frame rotatably coupled to the bracket ; an electrical connector coupled to the frame ; an electrical wire coupled to the electrical connector ; and an enclosure coupled to the bracket for housing the electrical wire coupled to the electrical connector , characterised in that the frame is rotatably coupled to the bracket via a swivel , the electrical wire passing through the swivel and the frame from the electrical connector to the enclosure , the swivel being configured to enable the electrical connector , coupled to the frame , to freely rotate with respect to the bracket about a vertically orientated axis. a bracket for enabling the apparatus to be mounted to a vertical surface of a vehicle or to a trailer; a frame rotatably coupled to the bracket ; an electrical connector coupled to the frame ; an electrical wire coupled to the electrical connector ; and an enclosure coupled to the bracket for housing the electrical wire coupled to the electrical connector , characterised in that the frame is rotatably coupled to the bracket via a swivel , the electrical wire passing through the swivel and the frame from the electrical connector to the enclosure , the swivel being configured to enable the electrical connector , coupled to the frame , to freely rotate with respect to the bracket about a vertically orientated axis.
A Bordeaux mixture aqueous dispersion characterized by : (i) a copper content from 50 to 200 g/litre, (ii) a particle size distribution such that 99,99% of the dispersed particles have a mean diameter lower than 10 μm and, related to all particles, the mean diameter is from 1.3 to 1.7μm, said Bordeaux mixture aqueous dispersion further comprising dispersing agents. (i) a copper content from 50 to 200 g/litre, (ii) a particle size distribution such that 99,99% of the dispersed particles have a mean diameter lower than 10 μm and, related to all particles, the mean diameter is from 1.3 to 1.7μm, said Bordeaux mixture aqueous dispersion further comprising dispersing agents.
A connection reactivation method, comprising: receiving(S501, S701, S901), by an access and mobility management function entity, a first message from a session management function entity, wherein the first message carries a first reactivation indication used to instruct to reactivate a connection of a protocol data unit, PDU, session, and the PDU session has been established on a non-3GPP side by user equipment which accesses a core network by using both a 3GPP access network and the non-3GPP access network; and when the user equipment is in an idle state on the non-3GPP side, sending(S502, S702, S902), by the access and mobility management function entity, a second message to the user equipment based on the first reactivation indication by using the 3GPP access network, wherein the second message carries a reactivation indication comprising: a radio access technology type of the PDU session; receiving (S705, S904), by using the 3GPP access network, a service request for reactivating the PDU session from UE. receiving(S501, S701, S901), by an access and mobility management function entity, a first message from a session management function entity, wherein the first message carries a first reactivation indication used to instruct to reactivate a connection of a protocol data unit, PDU, session, and the PDU session has been established on a non-3GPP side by user equipment which accesses a core network by using both a 3GPP access network and the non-3GPP access network; and when the user equipment is in an idle state on the non-3GPP side, sending(S502, S702, S902), by the access and mobility management function entity, a second message to the user equipment based on the first reactivation indication by using the 3GPP access network, wherein the second message carries a reactivation indication comprising: a radio access technology type of the PDU session; receiving (S705, S904), by using the 3GPP access network, a service request for reactivating the PDU session from UE.
An article of manufacture comprising an LC oscillator comprising: an LC tank having an inductor leg in parallel with a capacitor leg , wherein: the inductor leg comprises an explicit inductor L having an implicit resistance level R L ; and the capacitor leg comprising an explicit capacitor C having an implicit resistance level Rc connected in series with an explicit resistor R having an explicit resistance level R R , wherein R M = (Rc + R R ) is substantially equal to R L ; and a tank driver connected to cause the LC tank to oscillate, thereby generating an oscillator clock signal; and the explicit inductor comprises metal traces forming a number of nested ,i.e. concentric, loops; and the explicit resistor comprises metal traces forming a number of nested ,i.e. concentric, loops equal to the number of nested loops in the explicit inductor; and in the explicit inductor, currents in adjacent loops flow in a common direction; and in the explicit resistor, currents in adjacent loops flow in opposite directions. an LC tank having an inductor leg in parallel with a capacitor leg , wherein: the inductor leg comprises an explicit inductor L having an implicit resistance level R L ; and the capacitor leg comprising an explicit capacitor C having an implicit resistance level Rc connected in series with an explicit resistor R having an explicit resistance level R R , wherein R M = (Rc + R R ) is substantially equal to R L ; and the inductor leg comprises an explicit inductor L having an implicit resistance level R L ; and the capacitor leg comprising an explicit capacitor C having an implicit resistance level Rc connected in series with an explicit resistor R having an explicit resistance level R R , wherein R M = (Rc + R R ) is substantially equal to R L ; and a tank driver connected to cause the LC tank to oscillate, thereby generating an oscillator clock signal; and the explicit inductor comprises metal traces forming a number of nested ,i.e. concentric, loops; and the explicit resistor comprises metal traces forming a number of nested ,i.e. concentric, loops equal to the number of nested loops in the explicit inductor; and in the explicit inductor, currents in adjacent loops flow in a common direction; and in the explicit resistor, currents in adjacent loops flow in opposite directions.
A thermodynamic apparatus comprising : a compressor module , a turbine module , and a regenerative heat exchanger centred on a central axis , and arranged in series along the central axis such that the regenerative heat exchanger is provided between the compressor module and the turbine module ; whereby the thermodynamic apparatus further comprises a casing , and the casing extends around the compressor module , turbine module , and regenerative heat exchanger ; and the compressor module , turbine module , and regenerative heat exchanger define a working fluid flow duct which extends, in series, through : a compressor module inlet to a compressor module outlet ; a first path through the regenerative heat exchanger ; a turbine module inlet to the turbine module outlet ; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger , which is in heat transfer communication with the first path ; and a second intermediate duct provided in the compressor module to the compressor module inlet . a compressor module , a turbine module , and a regenerative heat exchanger centred on a central axis , and arranged in series along the central axis such that the regenerative heat exchanger is provided between the compressor module and the turbine module ; whereby the thermodynamic apparatus further comprises a casing , and the casing extends around the compressor module , turbine module , and regenerative heat exchanger ; and the compressor module , turbine module , and regenerative heat exchanger define a working fluid flow duct which extends, in series, through : a compressor module inlet to a compressor module outlet ; a first path through the regenerative heat exchanger ; a turbine module inlet to the turbine module outlet ; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger , which is in heat transfer communication with the first path ; and a second intermediate duct provided in the compressor module to the compressor module inlet . a compressor module inlet to a compressor module outlet ; a first path through the regenerative heat exchanger ; a turbine module inlet to the turbine module outlet ; a first intermediate duct provided in the turbine module to a second path through the regenerative heat exchanger , which is in heat transfer communication with the first path ; and a second intermediate duct provided in the compressor module to the compressor module inlet .
A scroll structure for a radial turbine or a diagonal flow turbine configured such that a turbine rotor is rotationally driven by causing exhaust gas to flow from a spiral scroll portion formed in a turbine housing toward a rotor blade of the scroll portion in a radial direction, and act on the rotor blade , then flow out in an axial direction, wherein a concave portion (R) as a heat radiation space is formed in a shroud portion formed between the scroll portion and a turbine chamber wall covering the rotor blade in a radial cross section of the radial turbine or the diagonal flow turbine, and the concave portion (R) is formed in a circumferential direction, and characterized in that a radial cross-sectional shape of the scroll portion in which the exhaust gas flows in a direction orthogonal to a line joining a tongue portion separating a flow path , which leads to the scroll portion , from a rotor blade side flow path , which leads to the rotor blade , to an axis (L1) of the scroll portion is formed of an oblong rectangular cross-sectional shape in which a length in a radial direction is longer than a length in an axial direction. a turbine rotor is rotationally driven by causing exhaust gas to flow from a spiral scroll portion formed in a turbine housing toward a rotor blade of the scroll portion in a radial direction, and act on the rotor blade , then flow out in