mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: at least one imaging device configured to capture at least a portion of a gaming table ; and at least one computing device coupled to the at least one imaging device, the at least one computing device configured to at least: capture an image from the at least one imaging device ; identify a gaming chip tube in a gaming chip tray ; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer ; determine a second position corresponding to the spacer ; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position. at least one imaging device configured to capture at least a portion of a gaming table ; and at least one computing device coupled to the at least one imaging device, the at least one computing device configured to at least: capture an image from the at least one imaging device ; identify a gaming chip tube in a gaming chip tray ; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer ; determine a second position corresponding to the spacer ; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position. capture an image from the at least one imaging device ; identify a gaming chip tube in a gaming chip tray ; determine a first position corresponding to an end of a plurality of the gaming chips stacked in the gaming chip tube; identify a spacer based at least in part on recognizing a predefined pattern on the spacer ; determine a second position corresponding to the spacer ; and determine a count of gaming chips in the gaming chip tube based at least in part on the first position and the second position.
A method of installing a threaded fastener into an aperture in a workpiece using an installation tool, which installation tool has a complimentary thread for engaging with the fastener thread, the fastener having first and second portions, at least one of which first and second portions carries a thread , and which first and second portions are arranged to engage non-removably along a common axis (A-A), the common axis defined by the aperture in the workpiece; one of the first and second portions having an axially-extending aperture of first diameter and the other of the first and second portions having an axially-extending apertured spigot of differing diameter to that of the one of the first and second portions; the first and second portions engaging with each other along the common axis in an interference fit between the aperture of first diameter and the apertured spigot of differing diameter; wherein the first and second portions each have respective bearing surfaces for bearing on the front and rear surfaces, respectively, of the workpiece; wherein the axial separation of the bearing surfaces of the first and second portions, when engaged with each other, is predetermined by the axial extent (h) of at least one shoulder formed on either, or both, of the first and second portions, the at least one shoulder situated between the respective bearing surfaces of the first and second portions; the method comprising:- i) placing the one of the first and second portions into the aperture in the workpiece; ii) fitting the other of the first and second portions to the installation tool; iii) engaging a threaded drivescrew of the installation tool with the thread of the one of the first and second portions; and iv) axially moving the drivescrew to draw the one of the first and second portions towards the other of the first and second portions so that the two portions become engaged. i) placing the one of the first and second portions into the aperture in the workpiece; ii) fitting the other of the first and second portions to the installation tool; iii) engaging a threaded drivescrew of the installation tool with the thread of the one of the first and second portions; and iv) axially moving the drivescrew to draw the one of the first and second portions towards the other of the first and second portions so that the two portions become engaged.
Motor vehicle, comprising at least one linear lighting device (2-10) for directly and/or indirectly lighting an interior of a motor vehicle, which extends at least in sections horizontally along at least one component of the motor vehicle and a position-sensing unit for detecting ego information describing a position and an orientation of the motor vehicle , characterised in that the lighting device (2-10) is divided horizontally into a plurality of lighting segments which each have a set radiation profile, wherein the motor vehicle has a control device which is designed - to determine from location information provided by the navigation device of the motor vehicle , which describes at least one destination (23-26), wherein the destination is a destination of a current navigation of the navigation device and/or at least one destination provided from a database for future navigation, and ego information, direction information describing a direction of the destination (23-26) in relation to the motor vehicle , - to select, in accordance with the direction information for the respective destination (23-26), a subgroup (27-30) of lighting segments comprising at least one lighting segment to be activated and - to activate the respective lighting segment belonging to the subgroup (27-30) according to a configuration specifying its lighting brightness and/or lighting colour and visualising the direction of the destination (23-26). - to determine from location information provided by the navigation device of the motor vehicle , which describes at least one destination (23-26), wherein the destination is a destination of a current navigation of the navigation device and/or at least one destination provided from a database for future navigation, and ego information, direction information describing a direction of the destination (23-26) in relation to the motor vehicle , - to select, in accordance with the direction information for the respective destination (23-26), a subgroup (27-30) of lighting segments comprising at least one lighting segment to be activated and - to activate the respective lighting segment belonging to the subgroup (27-30) according to a configuration specifying its lighting brightness and/or lighting colour and visualising the direction of the destination (23-26).
A discharge ionization current detector for ionizing and detecting a sample component where the sample component is ionized using plasma created by discharge, comprising: a sample component detection portion comprising a sample component inlet , a microfluidic channel extending from the inlet , a first electrode having a surface that defines a first side wall of the microfluidic channel , and a second electrode having a surface that defines a second side wall of the microfluidic channel , the second side wall being opposite the first side wall , wherein the microfluidic channel has a width defined by the space between the first electrode and the second electrode of greater than or equal to 1 μm to less than or equal to 1 mm; and a plasma generation portion comprising a gas inlet , a plasma-generation void defined between a bottom dielectric barrier layer and a top dielectric barrier layer and in fluid communication with the gas inlet , the top dielectric barrier layer being opposite the bottom dielectric barrier layer , wherein the bottom dielectric barrier layer and the top dielectric barrier layer independently have a thickness of greater than or equal to 1 μm to less than or equal to 500 μm, wherein the microfluidic channel of the sample component detection portion is in fluid communication with the plasma-generation void of the plasma generation portion such that ionizing light emitted by plasma generated in the plasma-generation void can enter the microfluidic channel . a sample component detection portion comprising a sample component inlet , a microfluidic channel extending from the inlet , a first electrode having a surface that defines a first side wall of the microfluidic channel , and a second electrode having a surface that defines a second side wall of the microfluidic channel , the second side wall being opposite the first side wall , wherein the microfluidic channel has a width defined by the space between the first electrode and the second electrode of greater than or equal to 1 μm to less than or equal to 1 mm; and a plasma generation portion comprising a gas inlet , a plasma-generation void defined between a bottom dielectric barrier layer and a top dielectric barrier layer and in fluid communication with the gas inlet , the top dielectric barrier layer being opposite the bottom dielectric barrier layer , wherein the bottom dielectric barrier layer and the top dielectric barrier layer independently have a thickness of greater than or equal to 1 μm to less than or equal to 500 μm, wherein the microfluidic channel of the sample component detection portion is in fluid communication with the plasma-generation void of the plasma generation portion such that ionizing light emitted by plasma generated in the plasma-generation void can enter the microfluidic channel .
Method for manufacturing an aircraft leading edge panel comprising a sheet exhibiting an internal face , an external face at least partially coated with a coating characterized in that it comprises the steps of: - placing the sheet in a cavity of a mould , which cavity is delimited by a shaping surface which is configured to shape an exterior face of the panel that is to be obtained, and which exhibits an optimized surface finish, the sheet being shaped in the same way as the panel that is to be obtained, prior to being placed in the mould , - overmoulding the coating onto the sheet by injecting a material into the cavity of the mould , the coating comprising, after the overmoulding step, an exterior face which corresponds to the exterior face of the panel that is to be obtained and which exhibits an optimized surface finish conferred by the shaping surface of the mould . - placing the sheet in a cavity of a mould , which cavity is delimited by a shaping surface which is configured to shape an exterior face of the panel that is to be obtained, and which exhibits an optimized surface finish, the sheet being shaped in the same way as the panel that is to be obtained, prior to being placed in the mould , - overmoulding the coating onto the sheet by injecting a material into the cavity of the mould , the coating comprising, after the overmoulding step, an exterior face which corresponds to the exterior face of the panel that is to be obtained and which exhibits an optimized surface finish conferred by the shaping surface of the mould .
Steam sterilizer with a pressure vessel , a first fluid discharge line which is connected to the pressure vessel , a second fluid discharge line which is connected to the pressure vessel , a vacuum pump which can be brought into a flow connection with at least one of the first fluid discharge line and the second fluid discharge line , and by means of which vacuum pump a fluid can be extracted from the pressure vessel , and with a feed water tank which serves to receive feed water which is provided for the generation of steam which can be fed to the pressure vessel , characterized in that the first fluid discharge line is routed through a first heat exchanger with exclusively indirect heat transfer, a fluid which flows through the first fluid discharge line serving as heat-emitting medium, and feed water serving as heat-absorbing medium, in that the first fluid discharge line and the second fluid discharge line are in a flow connection with a second heat exchanger which is arranged downstream of the first heat exchanger in the flow direction of a fluid which flows out of the pressure vessel through the first fluid discharge line , in that the steam sterilizer has a third fluid discharge line and a fourth fluid discharge line downstream of the second heat exchanger in the flow direction of a fluid which flows out of the pressure vessel, it being possible for a flow connection between the third fluid discharge line and the second heat exchanger or a flow connection between the fourth fluid discharge line and the second heat exchanger to be selectively established or interrupted, in that the vacuum pump is arranged in the fourth fluid discharge line , and in that a single feed water pump is provided for conveying the feed water in the steam sterilizer . characterized in that the first fluid discharge line is routed through a first heat exchanger with exclusively indirect heat transfer, a fluid which flows through the first fluid discharge line serving as heat-emitting medium, and feed water serving as heat-absorbing medium, in that the first fluid discharge line and the second fluid discharge line are in a flow connection with a second heat exchanger which is arranged downstream of the first heat exchanger in the flow direction of a fluid which flows out of the pressure vessel through the first fluid discharge line , in that the steam sterilizer has a third fluid discharge line and a fourth fluid discharge line downstream of the second heat exchanger in the flow direction of a fluid which flows out of the pressure vessel, it being possible for a flow connection between the third fluid discharge line and the second heat exchanger or a flow connection between the fourth fluid discharge line and the second heat exchanger to be selectively established or interrupted, in that the vacuum pump is arranged in the fourth fluid discharge line , and in that a single feed water pump is provided for conveying the feed water in the steam sterilizer .
A method of reporting a status for a data flow, the method being performed by a user equipment, UE , and comprising: determining the data flow is being received from a plurality of base stations on a plurality of connections, wherein the plurality of connections is from a core network to the UE via the plurality of base stations and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections; receiving a packet on the data flow from at least one of the plurality of base stations via at least one of the plurality of connections; determining that the packet was received via a duplicate-delivery bearer of the at least one of the plurality of connections; and reporting to the plurality of base stations based on the determination that the packet was received via the duplicate-delivery bearer, a status for the packet received on the data flow, the status indicating to the plurality of base stations receipt of the packet and to flush a duplicate of the packet. determining the data flow is being received from a plurality of base stations on a plurality of connections, wherein the plurality of connections is from a core network to the UE via the plurality of base stations and forms a duplicate-delivery bearer for transmissions of the same data packet on at least two of the plurality of connections; receiving a packet on the data flow from at least one of the plurality of base stations via at least one of the plurality of connections; determining that the packet was received via a duplicate-delivery bearer of the at least one of the plurality of connections; and reporting to the plurality of base stations based on the determination that the packet was received via the duplicate-delivery bearer, a status for the packet received on the data flow, the status indicating to the plurality of base stations receipt of the packet and to flush a duplicate of the packet.
A range hood, comprising an electrostatic absorption apparatus and a high-voltage power supply module that supplies power to the electrostatic absorption apparatus , wherein: the high-voltage power supply module supplies power to the electrostatic absorption apparatus by means of insertion connection and that the range hood further comprises an accommodation cavity adapted to accommodate the electrostatic absorption apparatus , wherein the high-voltage power supply module is used as a partial wall body of the accommodation cavity , the accommodation cavity comprises a placement opening; the electrostatic absorption apparatus is provided with a plug portion, and the high-voltage power supply module is provided with a socket portion adapted to connect to the plug portion by insertion; characterized in that the accommodation cavity further comprises a rear wall gap disposed opposite to the placement opening; and the high-voltage power supply module blocks the rear wall gap; and the plug portion comprises a ground electrode plug portion , an absorption electrode plug portion , and an ionization electrode plug portion sequentially arranged. the high-voltage power supply module supplies power to the electrostatic absorption apparatus by means of insertion connection and that the range hood further comprises an accommodation cavity adapted to accommodate the electrostatic absorption apparatus , wherein the high-voltage power supply module is used as a partial wall body of the accommodation cavity , the accommodation cavity comprises a placement opening; the electrostatic absorption apparatus is provided with a plug portion, and the high-voltage power supply module is provided with a socket portion adapted to connect to the plug portion by insertion;
Compounds 4-[5-[(rac)-1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine (TT00), or 4-[5-[ -1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine (TT001) and/or 4-[5-[ -1-[5-(3-Chlorophenyl)-3-isoxazolyl]ethoxy]-4-methyl-4 H -1,2,4-triazol-3-yl]pyridine (TT002), or a pharmaceutically acceptable salt, solvate, isotope, or mixture thereof, for use in prevention and/or treatment of stress in combination with one or more disorders selected from the group consisting of operative gastroesophageal reflux, anxiety, ulcer, renal and vascular disorders, wound healing and inappetence in a dog, cat, horse or pig.
A circuit performing a circulator function intended to be mounted between a transmitter (E) and a receiver (R), on the one hand, and an antenna element (A), on the other hand, said circuit being made from substrate integrated waveguide, SIW, technology, said circuit further performing a function of canceling a leakage signal, the circuit includes: - a hybrid component , made up of a first waveguide between a first port and a second port , and a second waveguide between a third port and a fourth port , the first and second waveguides of the hybrid component being mutually coupled; the circuit being characterized in that it includes: - a phase shift component , made up of a U-shaped waveguide between an input port and an output port ; and - a coupling component , made up of a first waveguide between a first port and a second port , and a second waveguide between a third port and a fourth port , the first and second waveguides of the coupling component being mutually coupled, the first port of the hybrid component being coupled to the transmitter (E), the second port of the hybrid component being coupled to the antenna element (A), the third port of the hybrid component being coupled to the first port of the coupling component through the phase shift component , the second port of the coupling component being coupled to a suitable charge, and the third port of the coupling component being connected to the receiver (R) and the fourth port of the coupling component coinciding with the fourth port of the hybrid component . - a hybrid component , made up of a first waveguide between a first port and a second port , and a second waveguide between a third port and a fourth port , the first and second waveguides of the hybrid component being mutually coupled; the circuit being characterized in that it includes: - a phase shift component , made up of a U-shaped waveguide between an input port and an output port ; and - a coupling component , made up of a first waveguide between a first port and a second port , and a second waveguide between a third port and a fourth port , the first and second waveguides of the coupling component being mutually coupled,
A method for resource reconfiguration, comprising: at a controller for a cloud radio access network, RAN, for managing a baseband unit, BU, pool , for a cloud RAN, determining system status and a resource usage condition of the BU pool ; identifying , by the controller , a resource to be reconfigured based on the system status and the resource usage condition, the resource being selected from a virtual machine running on a server in the BU pool or from a processing module in an accelerator in the BU pool ; determining , by the controller , an address of a target device using the resource, the target device being selected from the server or the accelerator in the BU pool ; and sending , by the controller , an indication of reconfiguration of the resource to the target device, wherein the indication of reconfiguration comprises a target device type for indicating whether the target device is a server or an accelerator. at a controller for a cloud radio access network, RAN, for managing a baseband unit, BU, pool , for a cloud RAN, determining system status and a resource usage condition of the BU pool ; identifying , by the controller , a resource to be reconfigured based on the system status and the resource usage condition, the resource being selected from a virtual machine running on a server in the BU pool or from a processing module in an accelerator in the BU pool ; determining , by the controller , an address of a target device using the resource, the target device being selected from the server or the accelerator in the BU pool ; and sending , by the controller , an indication of reconfiguration of the resource to the target device, wherein the indication of reconfiguration comprises a target device type for indicating whether the target device is a server or an accelerator.