mhurhangee/ep-ind-claims huggingface dataset:
An xDSL communication device (10, 11) using retransmission, comprising: a transmitter (12, 15), the transmitter (12, 15) comprising a data transfer unit framer configured to generate data transfer units corresponding to framing parameters, wherein the framing parameters include a parameter L1, where L1 is a number of bits from a latency path over which the data transfer units are transmitted, wherein the transmitter (12, 15) retransmits data transfer units that are not acknowledged, and wherein Qtx is a delay between consecutive transmissions of the same data transfer unit, a receiver (13, 14) configured to receive an online parameter change request, wherein the transmitter (12, 15) is configured to stop the data transfer unit framer to stop generating of new data transfer units based on receiving the online parameter change request, and to start the data transfer unit framer with new framing parameters to generate new data transfer units, and wherein in case that the L1 framing parameter is changed, Qtx is changed such that a retransmission time to retransmit the data transfer units not acknowledged remains approximately constant. a transmitter (12, 15), the transmitter (12, 15) comprising a data transfer unit framer configured to generate data transfer units corresponding to framing parameters, wherein the framing parameters include a parameter L1, where L1 is a number of bits from a latency path over which the data transfer units are transmitted, wherein the transmitter (12, 15) retransmits data transfer units that are not acknowledged, and wherein Qtx is a delay between consecutive transmissions of the same data transfer unit, a receiver (13, 14) configured to receive an online parameter change request, wherein the transmitter (12, 15) is configured to stop the data transfer unit framer to stop generating of new data transfer units based on receiving the online parameter change request, and to start the data transfer unit framer with new framing parameters to generate new data transfer units, and wherein in case that the L1 framing parameter is changed, Qtx is changed such that a retransmission time to retransmit the data transfer units not acknowledged remains approximately constant.
A method for controlling calls in a radiocommunication network arranged for routing incoming calls to radio terminals and out-going calls from radio terminals, wherein, responsive to a command following the detection of an event, at least some of the incoming calls intended for radio terminals located in at least one determined area are prevented from being routed to said radio terminals by the radiocommunication network, while the out-going calls from radio terminals located in said at least one determined area keep on being routed by the radiocommunication network.
A money handling apparatus for handling money, comprising: a depositing unit that deposits money; a transport unit that transports the money; a recognition unit that recognizes the money; a money storage unit that stores the money; a dispensing unit that dispenses the money so that dispensed money can be taken out therefrom; a reject unit that ejects rejected money that cannot be accepted so that the rejected money can be taken out therefrom; and a control unit that controls the recognition unit to recognize the money deposited from the depositing unit, and controls the transport unit to transport genuine money recognized as acceptable money by the recognition unit to the money storage unit and to transport the rejected money recognized as unacceptable money by the recognition unit to the reject unit, characterized in that when performing a continuous dispensing process, the control unit controls the transport unit such that the money, which is dispensed from the money storage unit and is recognized as appropriate for dispensing, is transported to either the dispensing unit or the reject unit during the continuous dispensing process under a predetermined condition. a depositing unit that deposits money; a transport unit that transports the money; a recognition unit that recognizes the money; a money storage unit that stores the money; a dispensing unit that dispenses the money so that dispensed money can be taken out therefrom; a reject unit that ejects rejected money that cannot be accepted so that the rejected money can be taken out therefrom; and a control unit that controls the recognition unit to recognize the money deposited from the depositing unit, and controls the transport unit to transport genuine money recognized as acceptable money by the recognition unit to the money storage unit and to transport the rejected money recognized as unacceptable money by the recognition unit to the reject unit, characterized in that when performing a continuous dispensing process, the control unit controls the transport unit such that the money, which is dispensed from the money storage unit and is recognized as appropriate for dispensing, is transported to either the dispensing unit or the reject unit during the continuous dispensing process under a predetermined condition.
A foreign matter removal device (1, 1A) configured to remove foreign matters on a lens of an in-vehicle camera attached to a vehicle so that the lens of the in-vehicle camera is exposed toward an outside of a body panel of the vehicle, the foreign matter removal device (1, 1A) comprising: a single-cylinder type reciprocating pump configured to generate high-pressure air; and a nozzle configured to inject the high-pressure air toward the lens, characterized in that the pump includes: a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and exhaust time per cycle required for exhausting the air in the internal space is 0.03 seconds or less. a single-cylinder type reciprocating pump configured to generate high-pressure air; and a nozzle configured to inject the high-pressure air toward the lens, characterized in that the pump includes: a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and a piston configured to feed out the high-pressure air; and a spring configured to urge the piston in a feeding direction of the high-pressure air, wherein a volume (Vo) of an internal space of the pump is 10cm 3 or less, and exhaust time per cycle required for exhausting the air in the internal space is 0.03 seconds or less.
A method for evaluating renal status in a subject, comprising: performing one or more assays configured to detect one or more biomarkers, the one or more biomarkers comprising C-C motif chemokine 23, on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result(s) to the renal status of the subject. performing one or more assays configured to detect one or more biomarkers, the one or more biomarkers comprising C-C motif chemokine 23, on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result(s) to the renal status of the subject.
An antenna assembly comprising: a dielectric core comprising a shock absorbing material; an antenna tape wrapped around the dielectric core, the tape comprising a conductive portion; and a printed circuit board, wherein the printed circuit board and the conductive portion on the tape are electrically coupled, characterised in that the printed circuit board extends from a chassis, and the dielectric core is configured to extend into the chassis; wherein the dielectric core has a first portion and a second portion, the first portion configured to receive the antenna tape and the second portion being configured to be inserted into the chassis. a dielectric core comprising a shock absorbing material; an antenna tape wrapped around the dielectric core, the tape comprising a conductive portion; and a printed circuit board, wherein the printed circuit board and the conductive portion on the tape are electrically coupled,
A system, comprising: a receiving component; a memory device comprising a processor configured to continuously transmit a plurality of packets to the receiving component; wherein the receiving component is configured to: receive a stream of bits comprising the plurality of packets; identify a first binary one value in the stream of bits; determine a transaction type of a packet immediately following the first binary one value based on a first set of bits that immediately follows the first binary one value, wherein the transaction type is configured to indicate a type of a data operation that is being performed by the packet; and identify a location of an error control code, ECC, field within the packet based on the transaction type; and verify that the packet is error free based on a first dataset provided in the ECC field. send a not-acknowledge packet to the processor when the packet is not error free. a receiving component; a memory device comprising a processor configured to continuously transmit a plurality of packets to the receiving component; wherein the receiving component is configured to: receive a stream of bits comprising the plurality of packets; identify a first binary one value in the stream of bits; determine a transaction type of a packet immediately following the first binary one value based on a first set of bits that immediately follows the first binary one value, wherein the transaction type is configured to indicate a type of a data operation that is being performed by the packet; and identify a location of an error control code, ECC, field within the packet based on the transaction type; and verify that the packet is error free based on a first dataset provided in the ECC field. send a not-acknowledge packet to the processor when the packet is not error free. receive a stream of bits comprising the plurality of packets; identify a first binary one value in the stream of bits; determine a transaction type of a packet immediately following the first binary one value based on a first set of bits that immediately follows the first binary one value, wherein the transaction type is configured to indicate a type of a data operation that is being performed by the packet; and identify a location of an error control code, ECC, field within the packet based on the transaction type; and verify that the packet is error free based on a first dataset provided in the ECC field. send a not-acknowledge packet to the processor when the packet is not error free.
An electro stimulation device for delivering a target pulsed output current to muscle in contact with the device, which device comprises: a) a device body, b) at least two electrodes (3, 3') for delivery of pulsed electro-stimulation current to muscle, c) at least one source of power, characterized in that the device is a single use device under microprocessor control having at least one control unit configured for generating a required output voltage to achieve a target output current, measuring return path voltage through the muscle from an initial decay period of an electro-stimulation pulse at a point between 20 to 40 microseconds after the start of the electro-stimulation pulse, and adjusting the output voltage required to achieve a target output current for subsequent electro-stimulation based on the measurement of return path voltage. a) a device body, b) at least two electrodes (3, 3') for delivery of pulsed electro-stimulation current to muscle, c) at least one source of power,
Hairdryer comprising an air circulation chamber provided with an input zone and an output zone, an air circulation system comprising a motor and a blade configured in the circulation chamber to suction outside air through the input zone and to transmit this air, upstream to downstream, up to the output zone, characterised in that it comprises a conduit system configured in the input zone to evacuate towards the outside, the air repelled by the blade into the circulation chamber.
Stacking container (12, 13) with a transmission device, wherein the stacking container (12, 13) is, in order to form a stack assembly, designed with at least one further stacking element, which is in particular designed as a stacking container (12, 13) and on which the stacking container (12, 13) can be stacked by its underside or which can be stacked on the top side of the stacking container (12, 13), wherein the transmission device has bus interfaces (77, 78) for the transmission of data and/or energy, which form a bus connection between the stacking containers (12, 13) in the stacked state of the stacking containers (12, 13), wherein each of the bus interfaces (77, 78) has at least one electric coil for inductive energy transmission from or to a stacking element stacked above the stacking container (12, 13) or below the stacking container (12, 13), characterised in that the transmission device comprises a machine interface connected to a line assembly between the bus interfaces (77, 78) for an electric energy supply of a hand-held power tool or of an energy storage device for a hand-held power tool accommodated in the stacking container (12, 13).
An apparatus for securing an electronic component within a server device (600, 6000), wherein the apparatus comprises: a support bracket (170, 1170) configured to secure the apparatus within the server device (600, 6000); a fixed structure (110, 1100) housed within the support bracket (170, 1170), the fixed structure (110, 1100) is configured to move between an engaged position and a disengaged position to secure the electronic component within the server device (600, 6000); and at least one hook structure connected to the fixed structure at an end of the at least one hook structure, such that the at least one hook structure and the fixed structure are configured to rotate between the engaged position and the disengaged position, wherein the at least one hook structure comprises a notch element including an opening in an edge of the at least one hook structure, the opening facing away from the end of the at least one hook structure, and wherein the opening of the notch element is configured to receive a corresponding element on the electronic component for securing the electronic component. a support bracket (170, 1170) configured to secure the apparatus within the server device (600, 6000); a fixed structure (110, 1100) housed within the support bracket (170, 1170), the fixed structure (110, 1100) is configured to move between an engaged position and a disengaged position to secure the electronic component within the server device (600, 6000); and at least one hook structure connected to the fixed structure at an end of the at least one hook structure, such that the at least one hook structure and the fixed structure are configured to rotate between the engaged position and the disengaged position, wherein the at least one hook structure comprises a notch element including an opening in an edge of the at least one hook structure, the opening facing away from the end of the at least one hook structure, and wherein the opening of the notch element is configured to receive a corresponding element on the electronic component for securing the electronic component.
A method for handover, comprising: adding, by a first base station, a second base station as a Secondary Node, SN, in a Dual Connectivity, DC, network, wherein the first base station is a Master Node, MN, in the DC network; receiving, by the first base station, first indication information from the second base station, wherein the first indication information is to indicate whether the second base station is standalone or non-standalone, when the first indication information indicates that the second base station is standalone, sending, by the first base station, a handover request message to a first core network, wherein the handover request message is used to instruct a role switching between the SN and the MN in the DC network, and to complete UE context preparation at an entity of a second core network; and receiving, by the first base station, a handover request acknowledgement message from the second core network, and sending a handover command to a terminal, to enable the terminal to send a handover complete message to the second base station; when the first indication information indicates that the second base station is non-standalone, sending no handover request message to the first core network. adding, by a first base station, a second base station as a Secondary Node, SN, in a Dual Connectivity, DC, network, wherein the first base station is a Master Node, MN, in the DC network; receiving, by the first base station, first indication information from the second base station, wherein the first indication information is to indicate whether the second base station is standalone or non-standalone, when the first indication information indicates that the second base station is standalone, sending, by the first base station, a handover request message to a first core network, wherein the handover request message is used to instruct a role switching between the SN and the MN in the DC network, and to complete UE context preparation at an entity of a second core network; and receiving, by the first base station, a handover request acknowledgement message from the second core network, and sending a handover command to a terminal, to enable the terminal to send a handover complete message to the second base station; sending, by the first base station, a handover request message to a first core network, wherein the handover request message is used to instruct a role switching between the SN and the MN in the DC network, and to complete UE context preparation at an entity of a second core network; and receiving, by the first base station, a handover request acknowledgement message from the second core network, and sending a handover command to a terminal, to enable the terminal to send a handover complete message to the second base station; when the first indication information indicates that the second base station is non-standalone, sending no handover request message to the first core network.
An inlet guide vane actuation apparatus, comprising: an actuation ring with a first connector for connecting an actuator rod wherein said first connector positions said actuator rod outwards of the actuation ring in a plane corresponding to a centre of an axial width of said actuation ring; a plurality of crank rods with a first end connected respectively to a plurality of second connectors on said actuation ring, wherein the plurality of second connectors positions the plurality of crank rods outwards of the actuation ring in the plane corresponding to the centre of the axial width of said actuation ring; and a plurality of cranks with each having a third connector connected respectively to a second end of said plurality of crank rods and each of the plurality of cranks connected respectively to vanes associated with a nozzle wherein said third connector positions the respective crank outside of the actuation ring in the plane corresponding to the centre of the axial width of said actuation ring. an actuation ring with a first connector for connecting an actuator rod wherein said first connector positions said actuator rod outwards of the actuation ring in a plane corresponding to a centre of an axial width of said actuation ring; a plurality of crank rods with a first end connected respectively to a plurality of second connectors on said actuation ring, wherein the plurality of second connectors positions the plurality of crank rods outwards of the actuation ring in the plane corresponding to the centre of the axial width of said actuation ring; and a plurality of cranks with each having a third connector connected respectively to a second end of said plurality of crank rods and each of the plurality of cranks connected respectively to vanes associated with a nozzle wherein said third connector positions the respective crank outside of the actuation ring in the plane corresponding to the centre of the axial width of said actuation ring.
A pre-filled injection device, comprising: - a tubular containment body, extending between a first opening and a second opening, inside which a first and a second containment chambers are defined, which are hermetically separated from one another; - a first solid or liquid substance, contained in the first containment chamber; - a first and a second plugs, arranged inside the tubular body, so as to define therebetween in the tubular body the second containment chamber, and adapted to slide inside the tubular body; - a second liquid substance, contained inside the second containment chamber, intended to be mixed inside the tubular body with the first substance for the reconstitution of an injectable solution; characterized in that: - the injection device further comprises a dosing reservoir, having an inlet opening and an outlet opening, the inlet opening being in communication with the first containment chamber so that the first containment chamber extends between the first plug and the inlet opening of the dosing reservoir; - the dosing reservoir is adapted to contain a fraction of said injectable solution; - the first plug comprises a projecting appendix adapted to pass through the inlet opening of the dosing reservoir and to enter the latter in order to eject said fraction of solution from the dosing reservoir. - a tubular containment body, extending between a first opening and a second opening, inside which a first and a second containment chambers are defined, which are hermetically separated from one another; - a first solid or liquid substance, contained in the first containment chamber; - a first and a second plugs, arranged inside the tubular body, so as to define therebetween in the tubular body the second containment chamber, and adapted to slide inside the tubular body; - a second liquid substance, contained inside the second containment chamber, intended to be mixed inside the tubular body with the first substance for the reconstitution of an injectable solution; - the injection device further comprises a dosing reservoir, having an inlet opening and an outlet opening, the inlet opening being in communication with the first containment chamber so that the first containment chamber extends between the first plug and the inlet opening of the dosing reservoir; - the dosing reservoir is adapted to contain a fraction of said injectable solution; - the first plug comprises a projecting appendix adapted to pass through the inlet opening of the dosing reservoir and to enter the latter in order to eject said fraction of solution from the dosing reservoir.