mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving, at a receiver, a partial retransmission from a sender, the method comprising: receiving a control information message indicating a transmission to be received in a Transmission Time Interval, TTI, comprising a plurality of symbols, the transmission comprising retransmitted data in a subset of the plurality of symbols of the TTI, the retransmitted data comprising a subset of code blocks of a previously transmitted transport block; receiving the transmission comprising the retransmitted data; determining symbol locations within the TTI of the transmission occupied by the subset of code blocks, based on a mapping of the subset of code blocks to symbol locations, in which mapping each code block of the subset is distributed over at least two non-contiguous symbols of the plurality of symbols of the TTI; and decoding the retransmitted data at the determined symbol locations. receiving a control information message indicating a transmission to be received in a Transmission Time Interval, TTI, comprising a plurality of symbols, the transmission comprising retransmitted data in a subset of the plurality of symbols of the TTI, the retransmitted data comprising a subset of code blocks of a previously transmitted transport block; receiving the transmission comprising the retransmitted data; determining symbol locations within the TTI of the transmission occupied by the subset of code blocks, based on a mapping of the subset of code blocks to symbol locations, in which mapping each code block of the subset is distributed over at least two non-contiguous symbols of the plurality of symbols of the TTI; and decoding the retransmitted data at the determined symbol locations.
Double door system comprising an understriking door leaf , an overstriking door leaf , a first door operator adapted to move the understriking door leaf between an open and closed position, a second door operator adapted to move the overstriking door leaf between an opened and closed position and a mechanical brake arrangement for controlling the movement of one of said door leafs wherein the understriking door leaf should be closed before the overstriking door leaf to close the double door, wherein the mechanical brake arrangement is adapted to brake the movement of the overstriking door leaf , and wherein the mechanical brake arrangement comprises a brake drum adapted to be connected to the overstriking door leaf , a braking means arranged to interact with the inside of the brake drum , a first controlling means , which is mechanically operated and arranged to control the braking of the braking means in relation to the position of the understriking door leaf , whereby the braking means comprises a braking portion located radially inwards of the brake drum and acting radially outwards on the brake drum , characterized by a brake spring pushing the braking means radially outwards towards the brake drum .
A device for stimulating hair growth, having - at least one electrode for electrically stimulating the skin, a control device , which is connected to the at least one electrode , triggering electrical pulses, characterized in that the control device is connected to at least one detector device , by means of which the extent of the present hair loss status or amount of hair can be detected, wherein the control device - depending on the detected hair status loss or the detected amount of hair, continuously varies the electrical stimulation, and/or - depending on the detected hair status loss, executes a preset stimulation program (P1, P2, P3, P4, P5, P6) for electrically stimulating the skin, wherein the at least one electrode is equipped with a multiplicity of spikes with round tips, pins or in a hill and valley shape, which protrude through hair that is still present and do not penetrate the skin, but rather rest on the skin, wherein the control device is further connected to a moisture sensor , by means of which the electrical conductivity of the scalp can be derived, wherein the control device varies the preset stimulation program (P1, P2, P3, P4, P5, P6) depending on the detected moisture. - at least one electrode for electrically stimulating the skin, a control device , which is connected to the at least one electrode , triggering electrical pulses, the control device is connected to at least one detector device , by means of which the extent of the present hair loss status or amount of hair can be detected, wherein the control device - depending on the detected hair status loss or the detected amount of hair, continuously varies the electrical stimulation, and/or - depending on the detected hair status loss, executes a preset stimulation program (P1, P2, P3, P4, P5, P6) for electrically stimulating the skin, - depending on the detected hair status loss or the detected amount of hair, continuously varies the electrical stimulation, and/or - depending on the detected hair status loss, executes a preset stimulation program (P1, P2, P3, P4, P5, P6) for electrically stimulating the skin, wherein the at least one electrode is equipped with a multiplicity of spikes with round tips, pins or in a hill and valley shape, which protrude through hair that is still present and do not penetrate the skin, but rather rest on the skin, wherein the control device is further connected to a moisture sensor , by means of which the electrical conductivity of the scalp can be derived, wherein the control device varies the preset stimulation program (P1, P2, P3, P4, P5, P6) depending on the detected moisture.
A gas turbine engine comprising: a fan section including a hub supporting a plurality of fan blades rotatable about an axis (A); a bearing assembly supporting rotation of the hub about the axis (A); a gas generator including a fan drive turbine ; and characterized in that : a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis (A), wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub ; and the speed reduction device is disposed axially within the hub . a fan section including a hub supporting a plurality of fan blades rotatable about an axis (A); a bearing assembly supporting rotation of the hub about the axis (A); a gas generator including a fan drive turbine ; and characterized in that : a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis (A), wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub ; and the speed reduction device is disposed axially within the hub . a speed reduction device (48; 48') is driven by the fan drive turbine for rotating the fan section about the axis (A), wherein the speed reduction device (48; 48') is mounted forward of the bearing assembly and radially inward of the hub ; and the speed reduction device is disposed axially within the hub .
A computer software product comprising a tangible non-transitory computer-readable medium in which program instructions are stored, which instructions, when read by a processor of a mobile device , cause the processor to: receive an input from the subject that indicates that the subject is experiencing a headache, and in response to the input, wirelessly communicate a control signal that causes a plurality of electrodes coupled to the subject to transcutaneously stimulate the subject by delivering electrical stimuli to skin of an upper arm of the subject or skin of a leg of the subject, characterised in that the instructions cause the processor to wirelessly communicate the control signal that causes the plurality of electrodes to deliver the electrical stimuli as a plurality of electrical pulses at a rate of between 100 and 120 pulses per second. receive an input from the subject that indicates that the subject is experiencing a headache, and in response to the input, wirelessly communicate a control signal that causes a plurality of electrodes coupled to the subject to transcutaneously stimulate the subject by delivering electrical stimuli to skin of an upper arm of the subject or skin of a leg of the subject, characterised in that the instructions cause the processor to wirelessly communicate the control signal that causes the plurality of electrodes to deliver the electrical stimuli as a plurality of electrical pulses at a rate of between 100 and 120 pulses per second.
An apparatus , comprising: a non-volatile random access memory "NVRAM" device; a selection mirror circuit coupled with the NVRAM device to apply a selection mirror voltage to a word line of the NVRAM device to select a memory cell of the NVRAM device, wherein the selection mirror voltage is configured to approximate an inhibit voltage associated with the NVRAM device, wherein a voltage on the word line is caused to decrease to a level of the inhibit voltage, then to increase at a snap-back event associated with the memory cell, and then to settle to a level sufficient to supply a selection current to the memory cell, wherein the snap-back event corresponds to the memory cell being switched on; and a reset mirror circuit coupled with the NVRAM device to apply a reset mirror voltage to the word line of the memory cell of the NVRAM device, subsequent to the application of the selection mirror voltage, to reset the memory cell, wherein the reset mirror circuit is configured to switch on to apply the reset mirror voltage when the word line voltage settles to the level sufficient to supply the selection current to the memory cell, wherein in response to the application of the reset mirror voltage, the word line voltage is caused to settle substantially within the inhibit voltage level, wherein the reset mirror voltage is lower than the selection mirror voltage to facilitate delivery of a reset current above a current threshold to the memory cell. a non-volatile random access memory "NVRAM" device; a selection mirror circuit coupled with the NVRAM device to apply a selection mirror voltage to a word line of the NVRAM device to select a memory cell of the NVRAM device, wherein the selection mirror voltage is configured to approximate an inhibit voltage associated with the NVRAM device, wherein a voltage on the word line is caused to decrease to a level of the inhibit voltage, then to increase at a snap-back event associated with the memory cell, and then to settle to a level sufficient to supply a selection current to the memory cell, wherein the snap-back event corresponds to the memory cell being switched on; and a reset mirror circuit coupled with the NVRAM device to apply a reset mirror voltage to the word line of the memory cell of the NVRAM device, subsequent to the application of the selection mirror voltage, to reset the memory cell, wherein the reset mirror circuit is configured to switch on to apply the reset mirror voltage when the word line voltage settles to the level sufficient to supply the selection current to the memory cell, wherein in response to the application of the reset mirror voltage, the word line voltage is caused to settle substantially within the inhibit voltage level, wherein the reset mirror voltage is lower than the selection mirror voltage to facilitate delivery of a reset current above a current threshold to the memory cell.
An antenna comprising: a plurality of radiating parts formed on a base plate ; a waveguide tube inside of which radio waves emitted from the radiating parts propagate; a lens having a plurality of curved surfaces having a substantially hyperbolic shape and disposed in an opening of the waveguide tube ; and a protruding part formed in a tapered shape between the plurality of radiating parts , wherein the tip of the protruding part is formed at a position lower than the opening surface, characterised in that with a wavelength of the radio wave emitted from the radiating part as λ, the tip of the protruding part is formed at a position lower than the opening surface by 3λ/4 to 5λ/4. a plurality of radiating parts formed on a base plate ; a waveguide tube inside of which radio waves emitted from the radiating parts propagate; a lens having a plurality of curved surfaces having a substantially hyperbolic shape and disposed in an opening of the waveguide tube ; and a protruding part formed in a tapered shape between the plurality of radiating parts , wherein the tip of the protruding part is formed at a position lower than the opening surface, characterised in that with a wavelength of the radio wave emitted from the radiating part as λ, the tip of the protruding part is formed at a position lower than the opening surface by 3λ/4 to 5λ/4.
A piston of an air compressor comprising at least one fixing bolt , configured to fix a plane of a top of a head of the piston in at least one air stop sheet , the respective one air stop sheet including at least one bending section adjacent to a positioning zone of the respective one air stop sheet , an acting zone arranged on the bending section of the respective one air stop sheet opposite to the positioning zone and configured to close at least one air orifice of the head , wherein the head has at least one receiving groove configured to receive a spring , and the spring abuts against a back surface of the respective one air stop sheet , and a back surface of the acting zone of the respective one air stop sheet backing a top of a cylinder turns on relative to the plane of the top of the head at the open angle θ, thus producing an air flowing space (Z), wherein the air flowing space (Z) is in communication with the at least one air orifice of the head so that a pressure of the cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the respective one air stop sheet moves again, characterized in that the plane of the top of the head includes the respective one air stop sheet mounted on a central axis thereof, the respective one air stop sheet includes a circular bending section formed adjacent to a center thereof, a positioning zone arranged within a radius of the circular bending section , an acting zone arranged outside the radius of the circular bending section . the respective one air stop sheet including at least one bending section adjacent to a positioning zone of the respective one air stop sheet , an acting zone arranged on the bending section of the respective one air stop sheet opposite to the positioning zone and configured to close at least one air orifice of the head , wherein the head has at least one receiving groove configured to receive a spring , and the spring abuts against a back surface of the respective one air stop sheet , and a back surface of the acting zone of the respective one air stop sheet backing a top of a cylinder turns on relative to the plane of the top of the head at the open angle θ, thus producing an air flowing space (Z), wherein the air flowing space (Z) is in communication with the at least one air orifice of the head so that a pressure of the cylinder balances with atmosphere, and the piston is not stopped by a back-pressure resistance to move smoothly in upward and downward moving strokes after the respective one air stop sheet moves again, characterized in that the plane of the top of the head includes the respective one air stop sheet mounted on a central axis thereof, the respective one air stop sheet includes a circular bending section formed adjacent to a center thereof, a positioning zone arranged within a radius of the circular bending section , an acting zone arranged outside the radius of the circular bending section .
An agricultural harvester with a concave adjustment device, the agricultural harvester comprising a rotor having a longitudinal axis and a concave encircling at least a portion of the rotor , the concave adjustment device comprising a linkage connectable to the concave for moving the concave with respect to the rotor , wherein the linkage includes a first link having a first portion connectable to means for moving the linkage and a second portion connectable to one side of the concave and a second link having a first portion pivotably connectable to an opposing side of the concave , the concave adjustment device being characterised in that the second link comprises a second portion pivotable about a fixed point on the harvester and wherein the means for moving the linkage is configured to translate the first link, which causes rotation of the second link about the fixed point on the harvester and movement of the concave with respect to the rotor.
A device detection method, applied to a terminal that comprises a first sound generator and a second sound generator, wherein the method comprises: playing a first audio signal through the first sound generator and playing a second audio signal through the second sound generator after displaying a call application interface, wherein the first audio signal is an audio signal played by the terminal through the first sound generator in a first time period, and the second audio signal is an audio signal played by the terminal through the second sound generator in the first time period; obtaining (S102) a plurality of frames of the first audio signal to obtain a first audio signal sequence; determining, based on the first audio signal sequence, that the first sound generator is damaged; and in a second time period, playing an audio signal through the second sound generator, and skipping playing the first audio signal through the first sound generator, wherein the second time period is later than the first time period. playing a first audio signal through the first sound generator and playing a second audio signal through the second sound generator after displaying a call application interface, wherein the first audio signal is an audio signal played by the terminal through the first sound generator in a first time period, and the second audio signal is an audio signal played by the terminal through the second sound generator in the first time period; obtaining (S102) a plurality of frames of the first audio signal to obtain a first audio signal sequence; determining, based on the first audio signal sequence, that the first sound generator is damaged; and in a second time period, playing an audio signal through the second sound generator, and skipping playing the first audio signal through the first sound generator, wherein the second time period is later than the first time period.
Lifting device system driving a lifting platform allowing accessibility for wheelchair users, comprising a platform and 2 crosspieces acting as guide rails, fixed on a staircase and integrating 2 trolleys on which is fixed the platform , characterized in that each cross piece respectively comprises an endless screw and an electric motor endowed with a mechanical reducer, the axis of each motor being fitted out at its end with a gearing device driving the above said worm screw .
A wavelength switching method for a Passive Optical Network, PON, comprising: responding (S202), by an Optical Network Unit, ONU, to a ranging request message sent by an Optical Line Terminal, OLT, on a first uplink wavelength supported by the ONU; receiving (S204), by the ONU, ranging information sent by the OLT; and using (S206), by the ONU, the received ranging information as ranging information about a second uplink wavelength of the ONU, and performing data transmission on the second uplink wavelength according to a bandwidth allocation from the OLT, wherein the first uplink wavelength and the second uplink wavelength are formed by dividing one uplink band into two sub-bands, and a path transmission time difference caused by a wavelength interval between the first uplink wavelength and the second uplink wavelength is less than a corresponding fault tolerance range when the OLT receives data; or the first uplink wavelength and the second uplink wavelength are divided according to different polarization states, and the wavelength ranges of the first uplink wavelength and the second uplink wavelength are the same; wherein the ranging information is obtained by the OLT according to a ranging response sent by the ONU on the first uplink wavelength. responding (S202), by an Optical Network Unit, ONU, to a ranging request message sent by an Optical Line Terminal, OLT, on a first uplink wavelength supported by the ONU; receiving (S204), by the ONU, ranging information sent by the OLT; and using (S206), by the ONU, the received ranging information as ranging information about a second uplink wavelength of the ONU, and performing data transmission on the second uplink wavelength according to a bandwidth allocation from the OLT, wherein the first uplink wavelength and the second uplink wavelength are formed by dividing one uplink band into two sub-bands, and a path transmission time difference caused by a wavelength interval between the first uplink wavelength and the second uplink wavelength is less than a corresponding fault tolerance range when the OLT receives data; or the first uplink wavelength and the second uplink wavelength are divided according to different polarization states, and the wavelength ranges of the first uplink wavelength and the second uplink wavelength are the same; wherein the ranging information is obtained by the OLT according to a ranging response sent by the ONU on the first uplink wavelength.
A composition comprising one or more maltodextrins; lactate; glycerol; acetate; and maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons, wherein the MIMOs have a degree of polymerization ranging from DP 3 to DP 30, made by a method comprising: (a) contacting natural dextransucrase-producing microorganism cells with an aqueous culture medium comprising a ratio of sucrose to maltose ranging from 2.0 to 4.5 to form a fermentation mixture, where at least one source of the sucrose and the maltose in the fermentation mixture is a non-food grade sucrose source or a non-food grade maltose source; and (b) fermenting the fermentation mixture for a time and under conditions to generate a composition comprising maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons. (a) contacting natural dextransucrase-producing microorganism cells with an aqueous culture medium comprising a ratio of sucrose to maltose ranging from 2.0 to 4.5 to form a fermentation mixture, where at least one source of the sucrose and the maltose in the fermentation mixture is a non-food grade sucrose source or a non-food grade maltose source; and (b) fermenting the fermentation mixture for a time and under conditions to generate a composition comprising maltosyl-isomaltooligosaccharides (MIMOs) with a mass average molecular weight distribution of 650 to 2000 daltons.
A transdermal delivery system consisting of a backing layer, a drug-containing matrix layer, and a release layer, wherein the drug-containing matrix layer comprises (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient, (b) a mixture of high molecular weight polyisobutylene having a weight-average molecular weight ranging from 400,000 to 3,000,000 and low molecular weight polyisobutylene having a weight-average molecular weight ranging from 25,000 to 300,000 as an adhesive, and (c) lauryl pyrrolidone as a permeation enhancer in an amount of 0.5 to 2.5 % by weight based on the total weight of the drug-containing matrix layer. (a) donepezil or a pharmaceutically acceptable salt thereof as an active ingredient, (b) a mixture of high molecular weight polyisobutylene having a weight-average molecular weight ranging from 400,000 to 3,000,000 and low molecular weight polyisobutylene having a weight-average molecular weight ranging from 25,000 to 300,000 as an adhesive, and (c) lauryl pyrrolidone as a permeation enhancer in an amount of 0.5 to 2.5 % by weight based on the total weight of the drug-containing matrix layer.