mhurhangee/patent-ind-claim-en huggingface dataset:
A battery comprising: a can (402; 602); a jelly roll (404; 604) contained in the can; a top insulator (406; 606) contained in the can adjacent to and above the jelly roll; and a battery cap (403; 603) welded to an inner surface of the can adjacent to and above the top insulator, the battery cap comprising: an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll. a can (402; 602); a jelly roll (404; 604) contained in the can; a top insulator (406; 606) contained in the can adjacent to and above the jelly roll; and a battery cap (403; 603) welded to an inner surface of the can adjacent to and above the top insulator, the battery cap comprising: an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll. an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll.
A method, comprising: receiving (S201), by a first base station, a first radio resource control RRC connection establishment request sent by user equipment UE, wherein the first RRC connection establishment request carries connection status information before the UE sends the first RRC connection establishment request and the connection status information comprises an identifier of an MME to which the UE belongs; determining (S202), by the first base station according to the identifier of the MME to which the UE belongs, whether the first base station is connected to the MME to which the UE belongs and, if the first base station is not connected to the MME to which the UE belongs, determining, by the first base station, that the first base station does not meet a condition for requesting UE context information; if the first base station determines that the first base station does not meet the condition for requesting the UE context information, sending (S203), by the first base station, a UE context information establishment request to a mobility management entity MME; and receiving (S204), by the first base station, a response message sent by the MME for responding to the UE context information establishment request, wherein the response message carries the UE context information. receiving (S201), by a first base station, a first radio resource control RRC connection establishment request sent by user equipment UE, wherein the first RRC connection establishment request carries connection status information before the UE sends the first RRC connection establishment request and the connection status information comprises an identifier of an MME to which the UE belongs; determining (S202), by the first base station according to the identifier of the MME to which the UE belongs, whether the first base station is connected to the MME to which the UE belongs and, if the first base station is not connected to the MME to which the UE belongs, determining, by the first base station, that the first base station does not meet a condition for requesting UE context information; if the first base station determines that the first base station does not meet the condition for requesting the UE context information, sending (S203), by the first base station, a UE context information establishment request to a mobility management entity MME; and receiving (S204), by the first base station, a response message sent by the MME for responding to the UE context information establishment request, wherein the response message carries the UE context information.
A carriage for a stairlift, configured to slide along a support guide of the type comprising a head portion , a base portion and a central portion comprised between the head portion and the base portion and configured for fixing to a lateral support element, wherein said carriage comprises: - a concave shaped frame defining a seat (S) for housing at least a part of said guide ; - at least one upper roller , mounted on an upper portion of said frame to be rotatably engageable resting on an upper surface of the head portion of said guide ; - a rolling member , mounted on a lower portion of said frame to be rotatably engageable with a lower surface of said base portion of the guide ; - first and second lower rollers , mounted on said frame in proximity to said rolling member so that said first and second lower rollers are engaged or can be engaged in rolling movement respectively on a first lateral surface of said base portion and a second lateral surface of said base portion , opposite the first; characterized in that the carriage comprises two first lower rollers and two second lower rollers , the first lower rollers being located at a distance from each other less than the distance between the second lower rollers and the lower rollers being positioned in plan view at respective vertices of an isosceles trapezium. - a concave shaped frame defining a seat (S) for housing at least a part of said guide ; - at least one upper roller , mounted on an upper portion of said frame to be rotatably engageable resting on an upper surface of the head portion of said guide ; - a rolling member , mounted on a lower portion of said frame to be rotatably engageable with a lower surface of said base portion of the guide ; - first and second lower rollers , mounted on said frame in proximity to said rolling member so that said first and second lower rollers are engaged or can be engaged in rolling movement respectively on a first lateral surface of said base portion and a second lateral surface of said base portion , opposite the first; characterized in that the carriage comprises two first lower rollers and two second lower rollers , the first lower rollers being located at a distance from each other less than the distance between the second lower rollers and the lower rollers being positioned in plan view at respective vertices of an isosceles trapezium.
A method for coordinating transmissions between different communications apparatuses in a communications system, performed by a user equipment, comprising: obtaining , a sub-frame indicator carried in a first control signal transmitted in a control region of a first sub-frame received from an evolved node B, eNB, wherein the sub-frame indicator indicates resource allocation of one or more sub-frame following the first sub-frame; determining whether a second sub-frame following the first sub-frame and received from the eNB is an almost blank sub-frame according to the sub-frame indicator; and characterized in that said method further comprising: when the second sub-frame is not the almost blank sub-frame, obtaining information regarding a start position of a data region of the second sub-frame from a second control signal transmitted in a control region of the second sub-frame. obtaining , a sub-frame indicator carried in a first control signal transmitted in a control region of a first sub-frame received from an evolved node B, eNB, wherein the sub-frame indicator indicates resource allocation of one or more sub-frame following the first sub-frame; determining whether a second sub-frame following the first sub-frame and received from the eNB is an almost blank sub-frame according to the sub-frame indicator; and characterized in that said method further comprising: when the second sub-frame is not the almost blank sub-frame, obtaining information regarding a start position of a data region of the second sub-frame from a second control signal transmitted in a control region of the second sub-frame.
An inertial measurement apparatus, comprising a PCB and an inertial measurement unit (IMU ), the PCB comprising a PCB body portion and an isolation portion that is formed by slotting a side of the PCB, the isolation portion is symmetrically disposed relative to the symmetry axis of the PCB body portion , wherein the isolation portion is fixedly connected to the PCB body portion , the IMU being disposed on the isolation portion ; characterized in that : the isolation portion is provided with a connection seat , the IMU being fixedly connected to the connection seat ; the PCB body portion is symmetrically provided with a pair of installation seats on two sides of the connection seat ; the PCB body portion is provided with an isolation area around each installation seat ; and the isolation area is a remaining position after conductive copper foil of the PCB is etched away. the isolation portion is provided with a connection seat , the IMU being fixedly connected to the connection seat ; the PCB body portion is symmetrically provided with a pair of installation seats on two sides of the connection seat ; the PCB body portion is provided with an isolation area around each installation seat ; and the isolation area is a remaining position after conductive copper foil of the PCB is etched away.
Biogas plant comprising: a fermentation container for receiving fermentation material to be fermented, the fermentation container comprising a lower wall part and an upper wall part , the upper wall part being positioned above the lower wall part ; a support ; a hinge , the hinge hingedly connecting the fermentation container to the support , the hinge defining a pivot axis about which the upper wall part and the lower wall part are pivotable; the fermentation container being configured for being filled with fermentation material up to a rated level ; and the upper wall part extending up to the rated level . a fermentation container for receiving fermentation material to be fermented, the fermentation container comprising a lower wall part and an upper wall part , the upper wall part being positioned above the lower wall part ; a support ; a hinge , the hinge hingedly connecting the fermentation container to the support , the hinge defining a pivot axis about which the upper wall part and the lower wall part are pivotable; the fermentation container being configured for being filled with fermentation material up to a rated level ; and the upper wall part extending up to the rated level .
A surgical apparatus comprising: a handpiece extending along a longitudinal axis and configured to modify a feature of a jet of argon gas; wherein the handpiece comprises a nozzle member extending along the longitudinal axis with one or more bores configured to direct argon gas as the jet and one or more electrodes configured to conduct electrical charge into the jet ; and a moveable member connected to the nozzle member , and translatable along the nozzle member ; wherein the nozzle member comprises at least two interleaved members coupled thereto, wherein translating the moveable member along the nozzle member changes the feature of the jet of argon gas by moving the at least two interleaved members with respect to one another; wherein the feature defines a cross-sectional area of the jet ; characterized in that the translating of the moveable member along the nozzle member is translating the moveable member along the longitudinal axis. a handpiece extending along a longitudinal axis and configured to modify a feature of a jet of argon gas; wherein the handpiece comprises a nozzle member extending along the longitudinal axis with one or more bores configured to direct argon gas as the jet and one or more electrodes configured to conduct electrical charge into the jet ; and a moveable member connected to the nozzle member , and translatable along the nozzle member ; wherein the nozzle member comprises at least two interleaved members coupled thereto, wherein translating the moveable member along the nozzle member changes the feature of the jet of argon gas by moving the at least two interleaved members with respect to one another; wherein the feature defines a cross-sectional area of the jet ; characterized in that the translating of the moveable member along the nozzle member is translating the moveable member along the longitudinal axis.
A process for exfoliating graphene, comprising a step of irradiating a first substrate comprising graphene on its surface, with a helium or hydrogen plasma containing ions of energy comprised between 10 and 60 eV.
A method for dispensing frozen confections from containers from a portable dispenser , the dispenser comprising: • a thermally insulated housing ; and • a cassette for holding containers , receivable in the thermally insulated housing and adapted to deliver individual containers , wherein the cassette comprises a frame and one or more packets of phase-change material mounted on the frame ; wherein the method comprises the steps of: (i) cooling the cassette to a storage temperature of less than -10°C; (ii) loading the cassette with the containers ; (iii) enclosing the loaded cassette within the housing ; and (iv) delivering individual containers from the cassette . • a thermally insulated housing ; and • a cassette for holding containers , receivable in the thermally insulated housing and adapted to deliver individual containers , wherein the cassette comprises a frame and one or more packets of phase-change material mounted on the frame ; (i) cooling the cassette to a storage temperature of less than -10°C; (ii) loading the cassette with the containers ; (iii) enclosing the loaded cassette within the housing ; and (iv) delivering individual containers from the cassette .
A polyisoprene-containing latex composition comprising the following components (a) and (b): (a) zinc ethylphenyldithiocarbamate; and (b) 1-o-tolylbiguanide. (a) zinc ethylphenyldithiocarbamate; and (b) 1-o-tolylbiguanide.
A dummy structure for a printed wiring board (PWB), the structure comprising: a unit shape defined on the PWB, the unit shape configured to, based on a visual inspection thereof, provide an indication of: etching of a PWB circuit element within a desired tolerance range, over etching of the PWB circuit element, and under etching of the PWB circuit element, the unit shape comprising: a pair of isosceles triangle regions having opposing base sides; and for a case of the PWB circuit element etched within the desired tolerance range, apex vertices of the triangle regions meet at a common apex point. a pair of isosceles triangle regions having opposing base sides; and for a case of the PWB circuit element etched within the desired tolerance range, apex vertices of the triangle regions meet at a common apex point.
A method of moving data from a source memory to a destination memory by a processor comprising a plurality of registers , the source memory storing a sequence of instructions, wherein the sequence of instructions comprises one or more load instructions and one or more store instructions, the method comprising: moving the one or more load instructions from the source memory to the destination memory; initiating execution of the one or more load instructions from the destination memory; loading the data from the source memory to at least one register in the processor, on executing the one or more load instructions; returning execution to the sequence of instructions stored in the source memory; and storing the data from the at least one register to the destination memory on executing the one or more store instructions from the source memory. moving the one or more load instructions from the source memory to the destination memory; initiating execution of the one or more load instructions from the destination memory; loading the data from the source memory to at least one register in the processor, on executing the one or more load instructions; returning execution to the sequence of instructions stored in the source memory; and storing the data from the at least one register to the destination memory on executing the one or more store instructions from the source memory.
A tennis training carrying bag , comprising a plurality of compartments suitable to accommodate sport equipment, and optionally at least one fabric strap by which the carrying bag is able to be carried and handled; characterized in that the carrying bag is configured with: a. a hard outer shell external to the plurality of compartments ; b. an internal structure fastened to the outer shell which segments the carrying bag into the plurality of compartments and prevents the carrying bag from collapsing; c. a four contact point base with the ground to provide stability both when the carrying bag is stationary as well as while tennis balls are being launched, d. a tennis ball hopper compartment of the plurality of compartments, suitable to accommodate a plurality of the tennis balls, with an opening in a bottom side of the tennis ball hopper compartment; e. an automatic launching apparatus compartment of the plurality of compartments accommodating an automatic launching apparatus configured to launch the tennis balls to a distance from the carrying bag; and f. a ball sorting apparatus for loading the tennis balls to a loading section of the automatic launching apparatus in a controlled manner, wherein the automatic launching apparatus and the ball sorting apparatus are held in place by the internal structure, wherein the automatic launching apparatus comprises the loading section and an ejection section, and wherein one of the tennis balls is automatically delivered by the ball sorting apparatus from the bottom side opening of the tennis ball hopper compartment to the loading section of the automatic launching apparatus and is automatically launched therefrom through the ejection section to a distance. a. a hard outer shell external to the plurality of compartments ; b. an internal structure fastened to the outer shell which segments the carrying bag into the plurality of compartments and prevents the carrying bag from collapsing; c. a four contact point base with the ground to provide stability both when the carrying bag is stationary as well as while tennis balls are being launched, d. a tennis ball hopper compartment of the plurality of compartments, suitable to accommodate a plurality of the tennis balls, with an opening in a bottom side of the tennis ball hopper compartment; e. an automatic launching apparatus compartment of the plurality of compartments accommodating an automatic launching apparatus configured to launch the tennis balls to a distance from the carrying bag; and f. a ball sorting apparatus for loading the tennis balls to a loading section of the automatic launching apparatus in a controlled manner, wherein the automatic launching apparatus and the ball sorting apparatus are held in place by the internal structure, wherein the automatic launching apparatus comprises the loading section and an ejection section, and wherein one of the tennis balls is automatically delivered by the ball sorting apparatus from the bottom side opening of the tennis ball hopper compartment to the loading section of the automatic launching apparatus and is automatically launched therefrom through the ejection section to a distance.
A stable crystal form selected from: (a) an anhydrous coordination polymer comprising lithium cations, fumarate anions and isonicotinamide molecules, suitably in a molar ratio of 2:1:2; and (b) an anhydrous coordination polymer comprising lithium cations, succinate anions and isonicotinamide molecules, suitably in molar ratio of 2:1:2. (a) an anhydrous coordination polymer comprising lithium cations, fumarate anions and isonicotinamide molecules, suitably in a molar ratio of 2:1:2; and (b) an anhydrous coordination polymer comprising lithium cations, succinate anions and isonicotinamide molecules, suitably in molar ratio of 2:1:2.
A method, comprising: monitoring, by a trapping module , a memory for memory conditions, and requesting control of the memory from a processor if a pre-defined memory location is accessed; obtaining information about an application by accessing memory and sending said information to a security engine , said security engine comprising a tamper resistant environment separated from an operating system of a host, and said information including a hash of the application; receiving a traffic flow at by the security engine from an application, ; applying a security token to the traffic flow; adding said information about the application to the traffic flow, ;and sending the traffic flow to a server. monitoring, by a trapping module , a memory for memory conditions, and requesting control of the memory from a processor if a pre-defined memory location is accessed; obtaining information about an application by accessing memory and sending said information to a security engine , said security engine comprising a tamper resistant environment separated from an operating system of a host, and said information including a hash of the application; receiving a traffic flow at by the security engine from an application, ; applying a security token to the traffic flow; adding said information about the application to the traffic flow, ;and sending the traffic flow to a server.
Charging station for charging electric vehicles comprising: - at least one charging point configured to deliver electrical power, - wherein a first charging point identifier is allocated to a first charging point , - wherein the charging station comprises at least a first near field transmitter module configured to transmit an identification signal which comprises at least the first charging point identifier, characterised in that - the charging station comprises at least one second near field transmitter module configured to transmit an activation signal comprising at least one activation instruction, - wherein the activation signal is configured to activate a charging application installed on a mobile user device upon receipt by the mobile user device . - at least one charging point configured to deliver electrical power, - wherein a first charging point identifier is allocated to a first charging point , - wherein the charging station comprises at least a first near field transmitter module configured to transmit an identification signal which comprises at least the first charging point identifier, characterised in that - the charging station comprises at least one second near field transmitter module configured to transmit an activation signal comprising at least one activation instruction, - wherein the activation signal is configured to activate a charging application installed on a mobile user device upon receipt by the mobile user device .
Method for agricultural seeders and spreaders to measure a crop flow composed of separate particles using microwaves; the quantity of a product flow is measured by means of a microwave Doppler effect, characterized in that a transmitted microwave signal and a received signal reflected by the product are superimposed and the resulting low-frequency beat signal is measured, the quantity of product flow being calculated from the amplitude of the beat signal, the amplitude of the beat signal being proportional to the quantity of product flow. using microwaves; the quantity of a product flow is measured by means of a microwave Doppler effect, characterized in that a transmitted microwave signal and a received signal reflected by the product are superimposed and the resulting low-frequency beat signal is measured, the quantity of product flow being calculated from the amplitude of the beat signal, the amplitude of the beat signal being proportional to the quantity of product flow.