mhurhangee/ep-ind-claims huggingface dataset:
A port multiplexing method for a video conference system, comprising: accepting a first connection initiated by a terminal; receiving a registration message sent by the terminal through the first connection, and after converting the registration message into a format which can be identified by a video conference server, sending it to the corresponding video conference server, so that the video conference server completes the registration of the terminal according to the registration message; receiving and converting a participation invitation message sent by an inviting party, and sending the converted participation invitation message to a responding party, so that the responding party responds to the participation invitation message, and establishes a session with the inviting party; wherein the inviting party is the terminal or the video conference server, and the responding party is the video conference server or the terminal; accepting and establishing at least one of other connections initiated by the terminal; and receiving various types of media streams sent by the terminal through the established at least one of other connections, and after converting the various types of media streams into the format which can be identified by the video conference server, sending them to the video conference server. accepting a first connection initiated by a terminal; receiving a registration message sent by the terminal through the first connection, and after converting the registration message into a format which can be identified by a video conference server, sending it to the corresponding video conference server, so that the video conference server completes the registration of the terminal according to the registration message; receiving and converting a participation invitation message sent by an inviting party, and sending the converted participation invitation message to a responding party, so that the responding party responds to the participation invitation message, and establishes a session with the inviting party; wherein the inviting party is the terminal or the video conference server, and the responding party is the video conference server or the terminal; accepting and establishing at least one of other connections initiated by the terminal; and receiving various types of media streams sent by the terminal through the established at least one of other connections, and after converting the various types of media streams into the format which can be identified by the video conference server, sending them to the video conference server.
Method for monitoring an antifuse discharge device of a battery, the antifuse discharge device being electrically connected to battery terminals (3, 4) and being adapted to be activated to shortcut the battery terminals (3, 4), wherein a parameter corresponding to probability of failure of said activating due to aging of the antifuse discharge device is determined based on the trend of temperature of the antifuse discharge device; wherein the temperature of the antifuse discharge device is measured via a temperature sensor and the measured temperature is integrated over time as the parameter corresponding to probability of failure.
A table game management system that manages game tokens on a game table, wherein the game token has an RFID that stores information of a type of the game token, and has, in appearance, on a side face of the game token, a layer characterized by a first surface color different according to the type of the game token and a layer characterized by a second surface color not depending on the type of the game token, the table game management system comprising: a camera that captures an image of a plurality of stacks of game tokens placed in a plurality of bet areas set on a game table from above at an angle so that the plurality of stacks are shown in the depth direction; and a management control device that is equipped with a function of performing a deep learning image recognition to the image to determine the number or type of the gaming token in the plurality of stacks. a camera that captures an image of a plurality of stacks of game tokens placed in a plurality of bet areas set on a game table from above at an angle so that the plurality of stacks are shown in the depth direction; and a management control device that is equipped with a function of performing a deep learning image recognition to the image to determine the number or type of the gaming token in the plurality of stacks.
Aerodynamic system for a wheel housing of a vehicle, comprising a flap that can be displaced between a deployed position and a retracted position, a rotating actuator, a transmission mechanism coupled to the actuator and configured for transmitting the movement of the actuator to said flap, and at least one air flow shutter device in the wheel housing, where said shutter device is facing at least one air duct and where the shutter device can be displaced between a closed position and an open position, where the transmission mechanism is also configured for transmitting the movement of the actuator to said shutter device, and wherein the transmission mechanism comprises at least a first transmission surface (911; 841) transmitting the movement of the actuator to at least one transmission surface of the flap when said surfaces are coupled to one another, characterized in that the transmission mechanism further comprises at least a first blocking surface (912; 811, 831) blocking the flap when it cooperates with at least one blocking surface (62, 63) of said flap, the transmission mechanism also comprising at least a second transmission surface (921; 931) transmitting the movement of the actuator to at least one transmission surface (71, 72; 71) of the shutter device when said surfaces are coupled to one another, and at least a second blocking surface (922; 920) blocking the shutter device when it cooperates with at least one blocking surface (73, 74, 75; 73) of said shutter device.
A bearing system for a wind turbine with a generator with an outer rotor, preferably for a generator with an outer rotor for a rotor housing of a wind turbine, the bearing system comprising an inner bearing ring, an outer bearing ring, a first electrical insulation element, a second electrical insulation element, a plurality of roller elements, a first metal element, and a second metal element, wherein roller elements are arranged at an inner volume between the inner bearing ring and outer bearing ring, the first electrical insulation element comprises the first metal element, the second electrical insulation element comprises the second metal element, the first electrical insulation element is arranged at least partially around the inner bearing ring in order to provide an electrical shielding to the inner of the bearing system, and the second electrical insulation element is arranged at least partially around the outer bearing ring in order to provide an electrical shielding to the inner of the bearing system. an inner bearing ring, an outer bearing ring, a first electrical insulation element, a second electrical insulation element, a plurality of roller elements, a first metal element, and a second metal element, wherein
A banknote stacking apparatus for stacking banknotes in a banknote stacking space, wherein said banknote stacking apparatus comprises: a stacker configured to stack banknotes in the banknote stacking space; a push plate provided to support the banknotes stacked in the banknote stacking space and be movable in a reciprocating direction; a stack guide configured to guide the banknote which passes the stacker to be loaded into the banknote stacking space; a damper configured to press the banknote introduced into one side of the banknote stacking space toward the push plate located on the other side of the banknote stacking space and prevent the banknote from being blown away; a damper driver configured to operate the damper to move in a direction toward the banknote stacking space and a direction away from the banknote stacking space; characterized in that the stacking apparatus further comprises a stack guide sensor configured to sense a location of the stack guide rotated and provided to be rotatable in a range of a predetermined angle according to an increase of the number of banknotes stacked in the banknote stacking space; a push plate driver configured to operate the push plate to move in a reciprocating direction; and a controller configured to control an operation of the push plate driver on the basis of a signal sensed by the stack guide sensor. a stacker configured to stack banknotes in the banknote stacking space; a push plate provided to support the banknotes stacked in the banknote stacking space and be movable in a reciprocating direction; a stack guide configured to guide the banknote which passes the stacker to be loaded into the banknote stacking space; a damper configured to press the banknote introduced into one side of the banknote stacking space toward the push plate located on the other side of the banknote stacking space and prevent the banknote from being blown away; a damper driver configured to operate the damper to move in a direction toward the banknote stacking space and a direction away from the banknote stacking space; characterized in that the stacking apparatus further comprises a stack guide sensor configured to sense a location of the stack guide rotated and provided to be rotatable in a range of a predetermined angle according to an increase of the number of banknotes stacked in the banknote stacking space; a push plate driver configured to operate the push plate to move in a reciprocating direction; and a controller configured to control an operation of the push plate driver on the basis of a signal sensed by the stack guide sensor.
A content spraying unit, comprising: a pump unit for spraying contents in a container including a neck-shaped portion around an opening; and a fixing tool arranged to fix the pump unit to the neck-shaped portion, wherein the pump unit includes a cylinder having one portion inserted into the opening, a piston having one end inserted into the cylinder, a button attached to the other end of the piston and pushing the piston into the cylinder, and a support ring arranged to be disposed to cover at least a part of an outer periphery of the neck-shaped portion of the opening and thereby supporting the cylinder at an edge portion of the opening, wherein the fixing tool includes a fastening ring disposed such that an inner peripheral surface thereof is in contact with an outer peripheral surface of the support ring, and a fixing ring disposed to be in contact with an outer peripheral surface of the fastening ring, characterized in that the fastening ring and the fixing ring include a lock mechanism for fixing the support ring to the neck-shaped portion, a part of the button or the piston is provided with an engagement portion that engages with the fastening ring at a predetermined angle when the button or the piston is rotated about an axis thereof, and the lock mechanism has a structure in which locking is released when the button is pressed in a state where the part of the button or the piston is engaged with the fastening ring by the engagement portion, and the pump unit is able to be removed from the neck-shaped portion of the container. a pump unit for spraying contents in a container including a neck-shaped portion around an opening; and a fixing tool arranged to fix the pump unit to the neck-shaped portion, wherein the pump unit includes a cylinder having one portion inserted into the opening, a piston having one end inserted into the cylinder, a button attached to the other end of the piston and pushing the piston into the cylinder, and a support ring arranged to be disposed to cover at least a part of an outer periphery of the neck-shaped portion of the opening and thereby supporting the cylinder at an edge portion of the opening, wherein the fixing tool includes a fastening ring disposed such that an inner peripheral surface thereof is in contact with an outer peripheral surface of the support ring, and a fixing ring disposed to be in contact with an outer peripheral surface of the fastening ring, characterized in that the fastening ring and the fixing ring include a lock mechanism for fixing the support ring to the neck-shaped portion, a part of the button or the piston is provided with an engagement portion that engages with the fastening ring at a predetermined angle when the button or the piston is rotated about an axis thereof, and the lock mechanism has a structure in which locking is released when the button is pressed in a state where the part of the button or the piston is engaged with the fastening ring by the engagement portion, and the pump unit is able to be removed from the neck-shaped portion of the container.
An electrical connector assembly arranged for electrically connecting together at least one supply side electrical power cable and a device electrical power cable, wherein the electrical connector assembly includes: a first connector arranged for electrical attachment to one of the supply side electrical power and device power cables (302,202), said first connector including a set of first electrical connectors; and a second connector arranged for electrical attachment to the other of the supply side electrical power and device power cables (302,202), said second connector including a set of second electrical connectors; the sets of first and second electrical connectors (7,55) are arranged for mating engagement to form an electrical connection between the supply side electrical power and device power cables (302,202) and for disengagement to break the electrical connection; wherein the set of first electrical connectors is moulded into a plastics support member, thereby embedding at least part of each first electrical connector within the plastic support member, wherein each first electrical connector comprises first and second parts (9,11), and each second part protrudes outwards from the support member into a terminal block; the terminal block includes a set of first apertures and a set of resilient electrical connectors, and the second part of each first electrical connector extends into a respective first aperture and forms an electrical connection with a first part of a respective resilient electrical connector; and wherein the terminal block is push-fit on to the first electrical connectors.
A heat exchanger comprising: a first tube bundle having a first central axis, wherein the first tube bundle comprises a first plurality of tubes for conveying a first fluid, and wherein the first tube bundle is helically wound about the first central axis; a first tube sheet comprising a first material and a second tube sheet wherein each of the first plurality of tubes has a first end, a second end, and a tube wall, characterized in that the first material comprises aluminum, the second tube sheet comprises the first material and each of the first plurality of tubes comprises the first material; wherein the first tube sheet and the tube wall at each of the first ends are joined with a substantially leak-proof seal comprising a friction-stir welded joint; and wherein the second tube sheet and the tube wall at each of the second ends are joined with a substantially leak-proof seal comprising a friction-stir welded joint. a first tube bundle having a first central axis, wherein the first tube bundle comprises a first plurality of tubes for conveying a first fluid, and wherein the first tube bundle is helically wound about the first central axis; a first tube sheet comprising a first material and a second tube sheet wherein each of the first plurality of tubes has a first end, a second end, and a tube wall, characterized in that the first material comprises aluminum, the second tube sheet comprises the first material and each of the first plurality of tubes comprises the first material; wherein the first tube sheet and the tube wall at each of the first ends are joined with a substantially leak-proof seal comprising a friction-stir welded joint; and wherein the second tube sheet and the tube wall at each of the second ends are joined with a substantially leak-proof seal comprising a friction-stir welded joint.
A multi-layer endless belt member for use in an image forming apparatus and having a volume resistivity and a surface resistivity, the multi-layer endless belt member comprising a base layer and an outer surface layer (201a, 201c, 201e) for carrying a toner image thereon, the multi-layer endless belt member has a resistivity on a first surface serving as the outer surface of the multi-layer endless belt member and a resistivity on a second surface serving as an inner surface of the multi-layer endless belt member, characterized in that the outer surface layer (201a, 201c, 201e) has a surface resistance higher than that of the base layer, the volume resistivity of the multi-layer endless belt ranges from approximately 8.0 to approximately 11.0 in a common logarithm value (log [Ω·cm]), and an amount of resistivity change of the first surface of the multi-layer endless belt member is greater than an amount of resistivity change of the second surface of the multi-layer endless belt member, where the amount of resistivity change of the first surface indicates a difference between a surface resistivity value measured after the given voltage is applied for 1 second and a surface resistivity value measured after the given voltage is applied for 100 seconds on the first surface of the multi-layer endless belt member and the amount of resistivity change of the second surface indicates a difference between a surface resistivity value measured after the given voltage is applied for 1 second and a surface resistivity value measured after a given voltage is applied for 100 seconds on the second surface of the multi-layer endless belt member, the difference between the amount of resistivity change of the first surface and the amount of resistivity change of the second surface lies in a range from 0.05 to 1.0 in a common logarithm value (log[Ω/square]).
A scandium concentrate production method comprising: a molten mixture generation step of generating a molten mixture of aluminum chloride and scandium chloride by bringing chlorine into contact with an alloy containing aluminum and scandium, and melting; a first electrolysis step of subjecting the molten mixture to first electrolysis at a potential between the metalation potential of aluminum and the metalation potential of scandium to generate molten aluminum; and a second electrolysis step of subjecting the molten mixture, after the molten aluminum generation step, to second electrolysis at a potential capable of recovering scandium to generate a scandium concentrate. a molten mixture generation step of generating a molten mixture of aluminum chloride and scandium chloride by bringing chlorine into contact with an alloy containing aluminum and scandium, and melting; a first electrolysis step of subjecting the molten mixture to first electrolysis at a potential between the metalation potential of aluminum and the metalation potential of scandium to generate molten aluminum; and a second electrolysis step of subjecting the molten mixture, after the molten aluminum generation step, to second electrolysis at a potential capable of recovering scandium to generate a scandium concentrate.
An oncolytic poxvirus for use in the treatment of a proliferative disease, rheumatoid arthritis or osteoporosis, comprising a defective I4L and/or F4L gene.
Auto-thermal reformer reactor for converting hydrocarbon fuels into a hydrogen rich gas for fuel cells and/or exhaust gas treatment applications by auto-thermal reaction having a housing with two side faces (8a, 8b) forming a reaction chamber of the reformer reactor, a fuel inlet which is provided in one of the two side faces for providing hydrocarbon fuels into the reaction chamber and an oxidizing agent inlet for providing an oxidizing agent into the reaction chamber, said reformer reactor further comprises an inner wall and an outer wall forming a space in-between, wherein said space is designed as oxidizing agent passage between an oxidizing agent supply port provided in the outer wall and the oxidizing agent inlet provided in the inner wall, wherein further a fuel preheating means is provided which preheats the hydrocarbon fuel before the hydrocarbon fuel enters the reaction chamber, characterized in that the fuel preheating means is an integral part of the fuel inlet, and is in heat conductive contact with the side face, and preheats the hydrocarbon fuel to a temperature close to, but below a lowest boiling point of the fuel, and the inner wall is adapted to preheat the oxidizing agent to a temperature in the same range or higher than the temperature of the preheated fuel.
An information handling system (100, 200) comprising: a first network switch, the first network switch including: a computer processor in communication with a plurality of ports (320A, 320B, 320C, 320D) for receiving and sending frames, the computer processor configured to read frames, each frame having a header; a memory coupled to the computer processor and including a media access control, MAC, address table; and wherein the computer processor is configured to associate a destination MAC address and a virtual local access network, VLAN, identifier with a parent link aggregation group, LAG, except while a downstream link failure is detected, wherein the computer processor is configured to detect the downstream link failure by reading headers of frames including the MAC address as their source MAC address, the computer processor being configured to associate the destination MAC address and the VLAN identifier with a sub-LAG (202, 204) while the downstream link failure is detected rather than the parent LAG, wherein the sub-LAG (202, 204) is a member of the parent LAG. a computer processor in communication with a plurality of ports (320A, 320B, 320C, 320D) for receiving and sending frames, the computer processor configured to read frames, each frame having a header; a memory coupled to the computer processor and including a media access control, MAC, address table; and wherein the computer processor is configured to associate a destination MAC address and a virtual local access network, VLAN, identifier with a parent link aggregation group, LAG, except while a downstream link failure is detected, wherein the computer processor is configured to detect the downstream link failure by reading headers of frames including the MAC address as their source MAC address, the computer processor being configured to associate the destination MAC address and the VLAN identifier with a sub-LAG (202, 204) while the downstream link failure is detected rather than the parent LAG, wherein the sub-LAG (202, 204) is a member of the parent LAG.
Drive machine for driving a vehicle in a fluid, in particular air or water, having • a radial impeller with an axis of rotation, • a motor to drive the impeller, and • a housing, wherein the impeller is mounted in the housing, and wherein the housing has an opening on a first side surface which is arranged concentrically to the axis of rotation, wherein in its interior the housing has channels extending from the circumference of the impeller to a second side surface of the housing on which the channels open into the environment, characterized in that at least one channel has a flow island as a fluid-dynamic dividing element for dividing the respective channel into two branches at least in sections, and in that the two branches are brought together again at a distance from the second side surface. • a radial impeller with an axis of rotation, • a motor to drive the impeller, and • a housing,