mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: performing polar encoding to obtain a mother code having a length of N; performing rate matching on the mother code to obtain M encoded bits and a bit sequence of remaining bits having a length of (N-M) representing punctured bits, wherein N is m raised to the power of an integer, m is a positive integer greater than 1, M is a positive integer, and N >M; transmitting the M encoded bits; generating (S401) a to-be-sent bit sequence, wherein the to-be-sent bit sequence comprises one or more bits in the bit sequence having the length of (N - M); , and sending (S402) the generated to-be-sent bit sequence in response to receiving a negative acknowledgement, wherein the method further comprises: selecting, when m^ceil (log m M) - M <= P t , the length N of the mother code as min (m^(ceil (logmM) + 1), Nmax), wherein P t is a threshold of a quantity of punctured bits, and Nmax is a maximum length of the mother code; or selecting the length N of the mother code based on a threshold of a quantity of punctured bits P t to meet the following conditions: N/2 - M ≤ P t , and N - M ≥ Pt. performing polar encoding to obtain a mother code having a length of N; performing rate matching on the mother code to obtain M encoded bits and a bit sequence of remaining bits having a length of (N-M) representing punctured bits, wherein N is m raised to the power of an integer, m is a positive integer greater than 1, M is a positive integer, and N >M; transmitting the M encoded bits; generating (S401) a to-be-sent bit sequence, wherein the to-be-sent bit sequence comprises one or more bits in the bit sequence having the length of (N - M); , and sending (S402) the generated to-be-sent bit sequence in response to receiving a negative acknowledgement, wherein the method further comprises: selecting, when m^ceil (log m M) - M <= P t , the length N of the mother code as min (m^(ceil (logmM) + 1), Nmax), wherein P t is a threshold of a quantity of punctured bits, and Nmax is a maximum length of the mother code; or selecting the length N of the mother code based on a threshold of a quantity of punctured bits P t to meet the following conditions: N/2 - M ≤ P t , and N - M ≥ Pt. selecting, when m^ceil (log m M) - M <= P t , the length N of the mother code as min (m^(ceil (logmM) + 1), Nmax), wherein P t is a threshold of a quantity of punctured bits, and Nmax is a maximum length of the mother code; or selecting the length N of the mother code based on a threshold of a quantity of punctured bits P t to meet the following conditions: N/2 - M ≤ P t , and N - M ≥ Pt.
An aerosol provision system comprising: aerosol generating medium ; a source of energy for heating , wherein the source of energy for heating is configured to cause heating of the aerosol generating medium to form an aerosol; and a first movement mechanism ; wherein the first movement mechanism is configured to move the aerosol generating medium within the system along a first axis, wherein the first axis extends between a first position in which the aerosol generating medium is positioned a first distance from the source of energy for heating and is heated by the source of energy for heating and a second position in which the aerosol generating medium is positioned at a second distance from the source of energy for heating , wherein the first distance is smaller than the second distance, wherein the aerosol generating medium moves along the first axis between said first and second positions; characterised in that the aerosol provision system comprises a second movement mechanism configured to move the source of energy for heating at least on a second axis that is not parallel to the first axis. aerosol generating medium ; a source of energy for heating , wherein the source of energy for heating is configured to cause heating of the aerosol generating medium to form an aerosol; and a first movement mechanism ; wherein the first movement mechanism is configured to move the aerosol generating medium within the system along a first axis, wherein the first axis extends between a first position in which the aerosol generating medium is positioned a first distance from the source of energy for heating and is heated by the source of energy for heating and a second position in which the aerosol generating medium is positioned at a second distance from the source of energy for heating , wherein the first distance is smaller than the second distance, wherein the aerosol generating medium moves along the first axis between said first and second positions; characterised in that the aerosol provision system comprises a second movement mechanism configured to move the source of energy for heating at least on a second axis that is not parallel to the first axis.
Probe setup for combined electron parametric resonance and X-ray absorption measurements, comprising a microwave resonator and a probe head arranged in a cavity of the resonator , the resonator having an entrance opening and an exit opening for an X-ray beam, characterized in that the probe head comprises a probe tube which runs through the cavity and allows to transport liquid or gaseous media through the cavity and is positioned to cross the X-ray beam.
Contact system for electrical connection of an electrical system of a motor vehicle to a removable motor vehicle seat or a seat assembly, wherein the motor vehicle seat comprises a seat structure and current contact elements and can be displaced in the longitudinal direction by means of guide rails of a rail system fixedly attached to the structure of the vehicle and is removably retained in the guide rails, with a contacting rail comprising at least two contact strips connectable to the electrical system and at least one contacting socket attachable to the structure of the seat , wherein the contacting socket comprises a sliding unit with contacting elements movably retained in a housing unit (G) and a relative movement between the sliding unit and the housing unit (G) can be carried out for electrical connection to the electrical system of the motor vehicle during insertion (vertical direction) of the vehicle seat in the guide rails and by which contact between the current contact elements and the contact strips can be made by means of the contacting elements , and wherein said contacting can be removed again when removing the vehicle seat from the guide rails, characterized in that the relative movement is a combined rotational and translational movement, wherein the rotation is carried out as a function of the translation and is a helical rotary movement between the sliding unit and the housing unit.
A photoconductive antenna comprising: a substrate ; a low-temperature GaAs wave plate layer bonded to the substrate ; a dipole antenna , which comprises two symmetrically arranged T-type low-temperature grown GaAs slices and is bonded to the low-temperature GaAs wave plate layer ; an insulation layer placed on the dipole antenna by deposition; and a perforated metal plate placed on the insulation layer , wherein the perforated metal plate is an aluminum sheet and is provided with an aperture, the center of which is aligned to the center of the dipole antenna . a substrate ; a low-temperature GaAs wave plate layer bonded to the substrate ; a dipole antenna , which comprises two symmetrically arranged T-type low-temperature grown GaAs slices and is bonded to the low-temperature GaAs wave plate layer ; an insulation layer placed on the dipole antenna by deposition; and a perforated metal plate placed on the insulation layer , wherein the perforated metal plate is an aluminum sheet and is provided with an aperture, the center of which is aligned to the center of the dipole antenna .
A stent comprising: a wire braided into a tubular body comprising a proximal end and extending to a distal end, the tubular body having an expanded configuration and a collapsed configuration and terminating in a crown in at least one of the proximal end and the distal end, the crown defining a plurality of rounded tips, each rounded tip comprising a first bend, a second bend, and a third bend, the second bend being positioned between and connected to the first bend and the third bend, the first bend being concave and having a first radius of curvature, the second bend being convex and having a second radius of curvature between about one-half to about one-quarter the first radius of curvature, and the third bend being concave and having a third radius of curvature between about twice to about four times the second radius of curvature. a wire braided into a tubular body comprising a proximal end and extending to a distal end, the tubular body having an expanded configuration and a collapsed configuration and terminating in a crown in at least one of the proximal end and the distal end, the crown defining a plurality of rounded tips, each rounded tip comprising a first bend, a second bend, and a third bend, the second bend being positioned between and connected to the first bend and the third bend, the first bend being concave and having a first radius of curvature, the second bend being convex and having a second radius of curvature between about one-half to about one-quarter the first radius of curvature, and the third bend being concave and having a third radius of curvature between about twice to about four times the second radius of curvature.
Process air dehumidification system comprising a process air dehumidifier unit comprising a moisture absorbing agent , the process air dehumidification system further comprising a moisture absorbing agent regeneration system comprising a closed regeneration air loop arranged to pass through the process air dehumidifier unit and comprising regeneration air flow generating means for generating a regeneration air flow in the closed regeneration air loop and comprising a heat pump comprising a condenser and an evaporator and a heat pump refrigerant , where the closed regeneration air loop is arranged to pass through the condenser and the evaporator to exchange heat between regeneration air and heat pump refrigerant , characterised in, that the dehumidification system comprises a complementary regeneration air moisture removal system arranged downstreams of the evaporator and upstreams of the condenser and a regeneration air heat bypass system arranged to exchange heat from inlet regeneration air upstreams of the dehumidifier unit and downstreams of the condenser to outlet regeneration air downstreams of the dehumidifier unit and upstreams of the evaporator and means arranged to activate and deactivate the complementary regeneration air moisture removal system and the regeneration air heat bypass system .
Method of treating a bearing system comprised in a wind turbine drive train during storage and/or transport, the drive train comprising a rotor coupled to a generator , the method comprising: controlling the generator to deliver a driving torque causing the rotor to rotate about at least one half revolution or at least one revolution, in particular more than 100, or more than 1000 revolutions, wherein controlling the generator comprises: supplying a driving power stream from an auxiliary converter system to the generator .
A network traffic processing method , comprising: determining that one or more packets of first network traffic associated with a first public network address have been dropped, the first public network address being associated with a target host; assigning a second public network address to second network traffic and generating a forwarding path corresponding to the second public network address, wherein the second network traffic arrives from a filtering device and is intended for the target host, the second public network address is configured to receive network traffic directed to the target host, and the forwarding path is configured to forward the second network traffic received at the second public network address to the target host; and separating legitimate network traffic and malicious network traffic directed to the target host corresponding to the first public network address and the second public network address, the separating comprising: notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device. determining that one or more packets of first network traffic associated with a first public network address have been dropped, the first public network address being associated with a target host; assigning a second public network address to second network traffic and generating a forwarding path corresponding to the second public network address, wherein the second network traffic arrives from a filtering device and is intended for the target host, the second public network address is configured to receive network traffic directed to the target host, and the forwarding path is configured to forward the second network traffic received at the second public network address to the target host; and separating legitimate network traffic and malicious network traffic directed to the target host corresponding to the first public network address and the second public network address, the separating comprising: notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device. notifying the filtering device to transmit the second network traffic to the second public network address and causing the second network traffic to be forwarded to the target host according to the forwarding path; and causing black-hole routing of first network traffic directed to the first public network address that arrives from a device other than the filtering device.
An actuator device for battery testing, comprising; a housing comprising a rack and at least one protective panel which is mounted on the rack through attachment means; and at least one impact device which is configured to impact a battery and which is attached to the housing , wherein at least one protective panel of the at least one protective panel is an impact device protective panel comprising an opening through which an impact member of the impact device is passed towards the battery , characterized in that , the impact device can be attached to the housing on a side of a first side and a second side of the impact device protective panel which faces away from the battery . a housing comprising a rack and at least one protective panel which is mounted on the rack through attachment means; and a rack and at least one protective panel which is mounted on the rack through attachment means; and at least one impact device which is configured to impact a battery and which is attached to the housing , wherein at least one protective panel of the at least one protective panel is an impact device protective panel comprising an opening through which an impact member of the impact device is passed towards the battery , characterized in that , the impact device can be attached to the housing on a side of a first side and a second side of the impact device protective panel which faces away from the battery .
Device for signalling the trip of an electrical protection unit, such as a circuit breaker, housed in an insulating casing enclosing a pair of contacts constituted by a fixed and a mobile contact, said mobile contact being actuatable either manually by a handle mechanically connected to a support device of the mobile contact, said handle being pivotably mounted between a closed position and an open position of the contacts, or automatically by means of a trip mechanism having a magnetic trip able to be activated in the event of the occurrence of a short-circuit fault and a thermal trip able to be activated in the event of the occurrence of an overload fault, said mobile contact support being mounted rotatably between an open position of the contacts and a closed position of the contacts and being connected to the handle by a transmission means so as to form a breakable mechanical connection between the support and the handle, the activation of one of the trips inducing the rupture of the mechanical connection, inducing the separation of the contacts, and comprising first signalling means S or means for signalling any fault type, said means being intended to be activated to signal the tripped state of the unit whatever the fault type, characterized in that said device has second signalling means T able to be activated only in the event of the appearance of a short-circuit fault, said first signalling means S and second signalling means T cooperating with an opening belonging to the casing of the unit such that, in the event of the activation of the first S and second T signalling means, the latter can be viewed simultaneously through the opening in the casing so as to signal the occurrence of a short-circuit fault to the user, whereas in the event of the activation of the first signalling means S alone, these first signalling means S are visible through the opening in the casing so as to signal the occurrence of an overload fault to the user.
An energy storage module cooling system for a power supply system comprising one or more energy storage modules arranged in parallel; the cooling system comprising a cooling unit comprising a cooling fluid reservoir, a common cooling fluid inlet pipe and a common cooling fluid outlet pipe ; wherein each energy storage module comprises one or more energy storage devices ; and for each energy storage device, a cooler in contact with the energy storage device; wherein the cooler comprises one or more cooling fluid channels for circulating cooling fluid, the channels being in contact with a surface of the energy storage device, each cooling fluid channel being adapted to receive cooling fluid, extract heat from the energy storage device and return the cooling fluid to the cooling unit; and wherein the common cooling fluid inlet pipe and common fluid outlet pipe comprise pipe connections between each energy storage device cooler ; wherein the pipe connections of the common cooling fluid outlet pipe have a lower melting point than pipe connections of the common cooling fluid inlet pipe.
An integrated circuit comprising means for performing a process, the process comprising: encoding uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and transmitting the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted. encoding uplink control information to be time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and an offset value that is based on a first offset depending on a type of the uplink control information; and transmitting the encoded uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is transmitted.
A thermoplastic composition comprising: a) A thermoplastic polymer component TP and b) At least one elastomer E, wherein the thermoplastic polymer component TP comprises at least one propylene copolymer TP1 having a propylene content of at least 60 wt.-%, preferably at least 70 wt.-%, based on the weight of the propylene copolymer and at least one ethylene copolymer TP2 having an ethylene content of at least 50 wt.-%, preferably at least 55 wt.-%, based on the weight of the ethylene copolymer, wherein the at least one elastomer E comprises at least one butyl rubber E1 and/or at least one ethylene propylene diene monomer rubber E2 and wherein the at least one propylene copolymer TP1 is a propylene-ethylene random copolymer having an ethylene content of 5 - 20 wt.-%, based on the weight of the propylene-ethylene random copolymer, and wherein the at least one ethylene copolymer TP2 is an ethylene-octene random copolymer. a) A thermoplastic polymer component TP and b) At least one elastomer E, wherein
A tactile sensation providing apparatus comprising: a touch sensor ; a tactile sensation provider configured to provide a tactile sensation by vibrating a touch surface of the touch sensor ; a proximity sensor configured to detect an approach of an object to the touch sensor ; and a controller configured to start driving of the tactile sensation provider by outputting a drive signal to the tactile sensation provider in response to detection of the approach by the proximity sensor , characterised in that when the object touches the touch surface and a pressure detected by the controller is not a predetermined pressure or greater, the controller is further configured to acquire coordinates being touched by the object on the touch surface of the touch sensor and when an area that includes the coordinates has changed, cause the tactile sensation provider to change to vibration in accordance with the area. a touch sensor ; a tactile sensation provider configured to provide a tactile sensation by vibrating a touch surface of the touch sensor ; a proximity sensor configured to detect an approach of an object to the touch sensor ; and a controller configured to start driving of the tactile sensation provider by outputting a drive signal to the tactile sensation provider in response to detection of the approach by the proximity sensor , characterised in that when the object touches the touch surface and a pressure detected by the controller is not a predetermined pressure or greater, the controller is further configured to acquire coordinates being touched by the object on the touch surface of the touch sensor and when an area that includes the coordinates has changed, cause the tactile sensation provider to change to vibration in accordance with the area.