mhurhangee/patent-ind-claim-en huggingface dataset:
A component for a vehicle wash system, comprising: a hub portion ; a plurality of media elements being elongate structures and being in communication with said hub portion for rotation therewith, said plurality of media elements having a first end located adjacent said hub portion and a second end located remotely from said hub portion ; said plurality of media elements being constructed of a flexible material, said plurality of media elements having a length and a height with said length being at least two times greater than height; said plurality of media elements being self-supporting and extending in a direction substantially perpendicular to said hub portion along said length, when said hub portion is at rest, the media elements further comprising elongated fingers , the fingers each comprising one or more treatment heads , the treatment heads having a plurality of elongated contact portions . a hub portion ; a plurality of media elements being elongate structures and being in communication with said hub portion for rotation therewith, said plurality of media elements having a first end located adjacent said hub portion and a second end located remotely from said hub portion ; said plurality of media elements being constructed of a flexible material, said plurality of media elements having a length and a height with said length being at least two times greater than height; said plurality of media elements being self-supporting and extending in a direction substantially perpendicular to said hub portion along said length, when said hub portion is at rest, the media elements further comprising elongated fingers , the fingers each comprising one or more treatment heads , the treatment heads having a plurality of elongated contact portions .
A circular loom bed plate turntable system comprising: a positive lay down delivery station ; a rotating table located adjacent to the positive lay down delivery station , wherein the rotating table comprises a plurality of pass-through grooves ; a mobile robotic sewing head comprising a needle configured to pass through a first subset of the plurality of pass-through grooves ; and a fabric packaging station located adjacent to the rotating table , wherein the fabric packaging station is configured to remove a substantially continuous sewn helical fabric from the rotating table . a positive lay down delivery station ; a rotating table located adjacent to the positive lay down delivery station , wherein the rotating table comprises a plurality of pass-through grooves ; a mobile robotic sewing head comprising a needle configured to pass through a first subset of the plurality of pass-through grooves ; and a fabric packaging station located adjacent to the rotating table , wherein the fabric packaging station is configured to remove a substantially continuous sewn helical fabric from the rotating table .
A method for producing a compound of Formula III: comprising: a) adding a Grignard reagent, preferably cyclohexylmagnesium chloride, to a mixture comprising a compound of Formula II: toluene and tetrahydrofuran; and b) adding the mixture to a mixture comprising acetyl chloride and ethyl acetate. a) adding a Grignard reagent, preferably cyclohexylmagnesium chloride, to a mixture comprising a compound of Formula II: toluene and tetrahydrofuran; and b) adding the mixture to a mixture comprising acetyl chloride and ethyl acetate.
A computer-implemented method of creating a group key for a group of N parties (102a-102m) using an intermediary , the method, performed by a party, comprising: sharing or negotiating (123a-123m) a cryptographic key of the party with an adjacent party in an ordered ring, wherein each party has another cryptographic key of an adjacent party; generating (124a-124m) a meeting key for the party based on combining the cryptographic key of the party with a shared cryptographic key from an adjacent party; and sending (125a-125m) the meeting key to the intermediary; receiving (126a-126m) an intermediate key from the intermediary, wherein the intermediary computes the intermediate key based on combining two or more meeting keys of corresponding parties; creating (127a-127m) the group key based on combining the cryptographic key of the party with the received intermediate key, wherein the created group key comprises a combination of at least N-1 of the cryptographic keys of the parties; and using the group key in communications or other purposes with one or more other parties of the group. sharing or negotiating (123a-123m) a cryptographic key of the party with an adjacent party in an ordered ring, wherein each party has another cryptographic key of an adjacent party; generating (124a-124m) a meeting key for the party based on combining the cryptographic key of the party with a shared cryptographic key from an adjacent party; and sending (125a-125m) the meeting key to the intermediary; receiving (126a-126m) an intermediate key from the intermediary, wherein the intermediary computes the intermediate key based on combining two or more meeting keys of corresponding parties; creating (127a-127m) the group key based on combining the cryptographic key of the party with the received intermediate key, wherein the created group key comprises a combination of at least N-1 of the cryptographic keys of the parties; and using the group key in communications or other purposes with one or more other parties of the group.
A method of adjusting a brightness of an image, the method comprising: matching an object model comprising preassigned feature points to an object based on one or more feature points of the object extracted from an input image comprising the object; generating a surface normal map based on a combination of results from matching at least two surface normal models corresponding to different views to said feature points of the object model; mapping the surface normal map to the input image based on the matched object model; and generating shadow information for the input image based on the surface normal map and a virtual light source ; and generating a relighted image by applying said shadow information to the image. matching an object model comprising preassigned feature points to an object based on one or more feature points of the object extracted from an input image comprising the object; generating a surface normal map based on a combination of results from matching at least two surface normal models corresponding to different views to said feature points of the object model; mapping the surface normal map to the input image based on the matched object model; and generating shadow information for the input image based on the surface normal map and a virtual light source ; and generating a relighted image by applying said shadow information to the image.
A method of controllably heating a pre-form to a die introduction temperature; the pre-form having a neck portion extending from a body portion; said pre-form further having an integrally injection-moulded handle portion extending radially; said method comprising · controllably transferring an integral handle PET pre-form onto a continuously moving conveyor while maintaining a known orientation of the handle portion; · securing the preform by its neck portion to the conveyor whereby the preform is transported by the conveyor continuous from a pre-form entry location to a pre-form exit location; · at least portions of the pre-form controllably heated to the die introduction temperature by the time it reaches the pre-form exit location; · a controllable heater array distributed along the conveyor arranged to direct heat to selected portions of the pre-form; · the pre-form controllably transferred from the preform exit location into a die for stretch blow moulding of the pre-form thereby to form a blown container, wherein the preform comprises an open neck portion and a hollow body extending from the neck portion; at least a portion of the walls of the hollow body varying in thickness, characterized in that cross sections of at least a portion of inner surface of the hollow body are ovoid in section. · controllably transferring an integral handle PET pre-form onto a continuously moving conveyor while maintaining a known orientation of the handle portion; · securing the preform by its neck portion to the conveyor whereby the preform is transported by the conveyor continuous from a pre-form entry location to a pre-form exit location; · at least portions of the pre-form controllably heated to the die introduction temperature by the time it reaches the pre-form exit location; · a controllable heater array distributed along the conveyor arranged to direct heat to selected portions of the pre-form; · the pre-form controllably transferred from the preform exit location into a die for stretch blow moulding of the pre-form thereby to form a blown container,
A test device for electrically testing a component having a component body and one or more component contacts adjacent to or extending from a side of the component body orthogonal to a contact direction (C) in a horizontal plane, at least one of the component contacts electrically connected to an electrical circuit disposed in the component body , the test device having two or more test terminals for being electrically connected to at least one of the component contacts , characterized in that the two or more test terminals are arranged parallel to each other and extend in a terminal direction (T) different from the contact direction (C) where the terminal direction (T) is defined by the projection of the terminals on the horizontal plane.
A mirror system , comprising: a base having a near-zero coefficient of thermal expansion (CTE); a primary mirror strut having a negative CTE; a primary mirror coupled to, and supported by, the base via the primary mirror strut , the primary mirror having a non-zero CTE; and a secondary mirror supported relative to the primary mirror , wherein the primary mirror and the secondary mirror have different coefficients of thermal expansion. a base having a near-zero coefficient of thermal expansion (CTE); a primary mirror strut having a negative CTE; a primary mirror coupled to, and supported by, the base via the primary mirror strut , the primary mirror having a non-zero CTE; and a secondary mirror supported relative to the primary mirror , wherein the primary mirror and the secondary mirror have different coefficients of thermal expansion.
A compound having a formula: or a pharmaceutically acceptable salt stereoisomer thereof.
A vacuum pump, in particular a rotary vane pump, comprising at least one pump stage for pumping a fluid from an inlet of the pump stage to an outlet of the pump stage; a sump , in particular an oil sump, for an operating medium, in particular an oil, for lubricating and sealing the pump stage; and at least one channel for guiding the operating medium in the pump, wherein the channel has an opening into the sump out of which the operating medium flows and which lies below a minimum level (M) provided for the operating medium; and wherein the channel has a constriction in front of the opening into the sump , characterized in that the channel has a secondary outlet closed by a pressure relief valve . at least one pump stage for pumping a fluid from an inlet of the pump stage to an outlet of the pump stage; a sump , in particular an oil sump, for an operating medium, in particular an oil, for lubricating and sealing the pump stage; and at least one channel for guiding the operating medium in the pump,
Printed circuit board , comprising an insulating layer and a conductive layer which is arranged on the insulating layer and is structured to form a contact surface for an electronic component to be mounted on the printed circuit board , the printed circuit board having, in the region of the contact surface , at least one channel which passes through the contact surface and the insulating layer , the largest extension of at least one channel extends horizontally to the printed circuit and which is filled with a thermally conductive material, characterized in that solder resist is applied to the printed circuit board , the at least one contact surface comprising a contact region which serves to make contact with the electronic component , the at least one channel and the contact region being exposed.
A method of a subscriber station in a wireless network, the method comprising: receiving , from a base station, pilot signals corresponding to a plurality of antennas of the base station, respectively; generating correlation information based on the received pilot signals, the correlation information indicating a correlation level for downlink channels corresponding to the plurality of antennas; determining one of a first cyclic delay diversity scheme having a non-zero delay and a second cyclic delay diversity scheme having a zero delay as a downlink transmission scheme based on the generated correlation information; and transmitting , to the base station, information about the determined downlink transmission scheme. receiving , from a base station, pilot signals corresponding to a plurality of antennas of the base station, respectively; generating correlation information based on the received pilot signals, the correlation information indicating a correlation level for downlink channels corresponding to the plurality of antennas; determining one of a first cyclic delay diversity scheme having a non-zero delay and a second cyclic delay diversity scheme having a zero delay as a downlink transmission scheme based on the generated correlation information; and transmitting , to the base station, information about the determined downlink transmission scheme.
A mode converter comprising: a substrate comprising a first main surface and a second main surface ; a first ground conductor layer formed on the first main surface; a second ground conductor layer formed on the second main surface; a plane circuit that is formed on the first main surface and propagates a high frequency; a pin that is connected to the plane circuit, is formed inside a through-hole which penetrates from the first main surface to the second main surface, and communicates with the first main surface and the second main surface; and an anti-pad that is formed between an end portion of the pin exposed in the second main surface and the second ground conductor layer , the pin is formed along an inner wall of the through-hole and comprises a cylindrical shape; characterized in that a dielectric material is filled in the through-hole, and the anti-pad comprises a rectangular ring shape. a substrate comprising a first main surface and a second main surface ; a first ground conductor layer formed on the first main surface; a second ground conductor layer formed on the second main surface; a plane circuit that is formed on the first main surface and propagates a high frequency; a pin that is connected to the plane circuit, is formed inside a through-hole which penetrates from the first main surface to the second main surface, and communicates with the first main surface and the second main surface; and an anti-pad that is formed between an end portion of the pin exposed in the second main surface and the second ground conductor layer , the pin is formed along an inner wall of the through-hole and comprises a cylindrical shape; characterized in that a dielectric material is filled in the through-hole, and the anti-pad comprises a rectangular ring shape.
An implant , comprising: a cap member comprising an internally threaded opening extending from a first end thereof; an anchor portion comprising external threads and a first end that defines a tip of the implant ; and a coupling portion extending between the cap member and the anchor portion , the coupling portion including an externally threaded portion threadably coupled within the internally threaded opening of the cap member , wherein the cap member is longitudinally moveable along the coupling portion ; and characterised in that the coupling portion comprises: a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion . a cap member comprising an internally threaded opening extending from a first end thereof; an anchor portion comprising external threads and a first end that defines a tip of the implant ; and a coupling portion extending between the cap member and the anchor portion , the coupling portion including an externally threaded portion threadably coupled within the internally threaded opening of the cap member , wherein the cap member is longitudinally moveable along the coupling portion ; and characterised in that the coupling portion comprises: a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion . a breakaway portion with a circumferential groove; and a torque application feature comprising outer planar surfaces circumferentially arranged about the coupling portion .
Actuating device for a sanitary fitting for the purpose of activating a function, wherein the actuating device comprises a housing having a front side and a rear side and also a detection sensor having a transmitter and a receiver for detecting a user, wherein the detection sensor emits electromagnetic waves via the transmitter and receives them via the receiver , wherein the detection sensor is arranged in a cavity of the housing , wherein the cavity has a radiating region , which is transparent to said waves, in the direction of said electromagnetic waves, and wherein the housing has a lateral face , which extends in the direction of the surface normal (F) of the front side at least partially between front side and rear side , wherein the radiating region is arranged in the region of the lateral face or in the lateral face, respectively, characterized in that the housing is formed in such a way that it is installable with a gap in relation to a predefined installation plane (ME) on the structure side, which gap is located in relation to said radiating region in such a way that the emitted waves and also the waves to be received are guided through the gap .
A communication method, that is applied to a scenario in which a terminal whose radio resource control, RRC, connection mode is an inactive mode moves from a coverage area of a first radio access network, RAN, node to a coverage area of a second RAN node, and the method comprises: sending , by a first core network device, first downlink information to the first RAN node, wherein the first downlink information is used for the first RAN node to activate a packet data unit, PDU, session of the terminal, and the PDU session is in an inactive state; receiving , by the first core network device, indication information from the first RAN node, wherein the indication information indicates that the PDU session fails to be activated; and sending , by the first core network device, second downlink information to the second RAN node based on the indication information, wherein the second downlink information is used for the second RAN node to activate the PDU session of the terminal, characterised by : the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node. sending , by a first core network device, first downlink information to the first RAN node, wherein the first downlink information is used for the first RAN node to activate a packet data unit, PDU, session of the terminal, and the PDU session is in an inactive state; receiving , by the first core network device, indication information from the first RAN node, wherein the indication information indicates that the PDU session fails to be activated; and sending , by the first core network device, second downlink information to the second RAN node based on the indication information, wherein the second downlink information is used for the second RAN node to activate the PDU session of the terminal, characterised by : the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node. the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node.
A computer-implemented method for performing an assessment of a placenta, the method comprising: obtaining a 3D ultrasound image of a uterus, the uterus containing a placenta; segmenting the placenta from the 3D ultrasound image of the uterus by way of an image segmentation algorithm; and generating a 3D rendering of the uterus based on the result of the segmentation of the placenta and the 3D ultrasound image of the uterus, wherein generating the 3D rendering of the uterus comprises: identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator, wherein the indicator is altered based on the comparison of the position of the placenta and the anatomical reference data. obtaining a 3D ultrasound image of a uterus, the uterus containing a placenta; segmenting the placenta from the 3D ultrasound image of the uterus by way of an image segmentation algorithm; and generating a 3D rendering of the uterus based on the result of the segmentation of the placenta and the 3D ultrasound image of the uterus, wherein generating the 3D rendering of the uterus comprises: identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator, identifying a position of the placenta within the uterus with respect to an anatomical structure within the 3D ultrasound image of the uterus; obtaining anatomical reference data relating to a potential risk associated with the position of the placenta within the uterus with respect to the anatomical structure; comparing the position of the placenta and the anatomical reference data; generating a 3D rendering of the uterus based on the 3D ultrasound image of the uterus, the 3D rendering of the uterus comprising a 3D rendering of the placenta; and marking the 3D rendering of the placenta with an indicator,