mhurhangee/ep-ind-claims huggingface dataset:
Method in a receiver for compressing soft values; said receiver comprising at least one HARQ buffer for storing bit representations of soft values used for HARQ retransmission combining in a wireless communication system; said method comprising the step of: adaptively compressing soft values by using a variable compression rate c; wherein said variable compression rate c is dependent on configured number of HARQ processes for said receiver and number of soft values for each HARQ process; wherein the allocation of the HARQ processes in the HARQ buffer is static, and the allocation is changed at configuration or reconfiguration of the configured number of HARQ processes and the number of soft values for each HARQ process. adaptively compressing soft values by using a variable compression rate c; wherein said variable compression rate c is dependent on configured number of HARQ processes for said receiver and number of soft values for each HARQ process; wherein the allocation of the HARQ processes in the HARQ buffer is static, and the allocation is changed at configuration or reconfiguration of the configured number of HARQ processes and the number of soft values for each HARQ process.
A mounting element structure for increasing shock tolerance in a robot comprising a robot tool element, characterized in that the mounting element structure, which is configured to be mounted within the same controllable unit as the robot tool element, comprises - a first surface, and - a second surface towards the robot tool element, - and in that said first and second surfaces (201; 202) are configured to be connected with a string assembly comprising a plurality of strings (203a, 203b) constituting rigid limits for distances between connecting points in the first surface and the second surface wherein the string assembly has a geometry that maintains substantially rigid under exposure of external force being below a predetermined level defined at least party by the geometry of the string assembly and under exposure of external force exceeding the predetermined level defined at least party by the geometry of the string assembly the string assembly is configured to reduce damage caused by the force by deforming the shape of the string assembly. - a first surface, and - a second surface towards the robot tool element, - and in that said first and second surfaces (201; 202) are configured to be connected with a string assembly comprising a plurality of strings (203a, 203b) constituting rigid limits for distances between connecting points in the first surface and the second surface
A computer-implemented method comprising: inspecting an engine during a first period of time to identify damage, the engine being associated with an aircraft, wherein the aircraft is not operational during the first period of time and is not cleared for flight by a control tower of an airport or repair facility; receiving three-dimensional data of one or more components of the engine, the three-dimensional data being generated during the first period of time; determining, during the first period of time, whether the identified damage exceeds a threshold; providing instructions to release the aircraft for operation in a second period of time, subsequent to the first period of time, if the identified damage does not exceed the threshold; and inspecting the received three-dimensional data during the second period of time to measure damage. inspecting an engine during a first period of time to identify damage, the engine being associated with an aircraft, wherein the aircraft is not operational during the first period of time and is not cleared for flight by a control tower of an airport or repair facility; receiving three-dimensional data of one or more components of the engine, the three-dimensional data being generated during the first period of time; determining, during the first period of time, whether the identified damage exceeds a threshold; providing instructions to release the aircraft for operation in a second period of time, subsequent to the first period of time, if the identified damage does not exceed the threshold; and inspecting the received three-dimensional data during the second period of time to measure damage.
A single carrier transmission method, that minimizes spectral efficiency loss and reduces out of band emission by using adaptive filtering in a block, formed of the following method steps; - digitalizing the original information source in order to carry out the encoding, - coding the information source in order to compress the message that increases spectral efficiency of a communication system, - converting the message into symbols, - before transmitting, filtering the symbols by square root Raised Cosine (SRRC) filters having variable roll-off factors wherein minimum roll-off factor is used for center symbols for the transmitted block and the roll off factor is increased successively from the center pulses towards the edge pulses and hence maximum roll-off factor is used for edge pulses in order to reduce out of band emission and to increase reliability by enabling minimum loss in spectral efficiency for URLLC, - passing the transmitted signal over a wireless channel with a limited band, - adding additive white Gaussian noise (AWGN), before reaching the receiver, to the signal that is transmitted which comprises a channel effect, - the same SRRC filter and roll-off factor that is used in the transmitter in order to provide match-filtering is used by the receiver, - mapping the symbols to data bits. - digitalizing the original information source in order to carry out the encoding, - coding the information source in order to compress the message that increases spectral efficiency of a communication system, - converting the message into symbols, - before transmitting, filtering the symbols by square root Raised Cosine (SRRC) filters having variable roll-off factors wherein minimum roll-off factor is used for center symbols for the transmitted block and the roll off factor is increased successively from the center pulses towards the edge pulses and hence maximum roll-off factor is used for edge pulses in order to reduce out of band emission and to increase reliability by enabling minimum loss in spectral efficiency for URLLC, - passing the transmitted signal over a wireless channel with a limited band, - adding additive white Gaussian noise (AWGN), before reaching the receiver, to the signal that is transmitted which comprises a channel effect, - the same SRRC filter and roll-off factor that is used in the transmitter in order to provide match-filtering is used by the receiver, - mapping the symbols to data bits.
A replacement head for detachable coupling to an oral care implement body, the replacement head comprising: a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the body, a proximal edge defining an opening into the cavity, and a resilient section; a protuberance protruding radially inward from an inner surface of the resilient section; a locking tab protruding radially inward from the inner surface of the resilient section, a first axial channel existing between the protuberance and the locking tab; and wherein the resilient section can flex radially outward from the tubular sleeve. a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the body, a proximal edge defining an opening into the cavity, and a resilient section; a protuberance protruding radially inward from an inner surface of the resilient section; a locking tab protruding radially inward from the inner surface of the resilient section, a first axial channel existing between the protuberance and the locking tab; and wherein the resilient section can flex radially outward from the tubular sleeve.
A carriage slidingly associable with a rail for supporting a sliding door or panel, comprising a body to which an anchoring means for anchoring a sliding door or panel is pivoted (11, 12) transversely to said body, said anchoring means being able to oscillate on the plane of arrangement of said body along which the body is arranged lengthways, and wheel pivots (27a, 27b) of two pairs of transverse wheels (28a, 28b, 29a, 29b) which are slideably associable with said rail and are each pivoted by way of said wheel pivots (27a, 27b) to a respective one of the ends (21, 22) of said body, characterized in that two U-shaped seats (23a, 23b) are provided on an upper wall of the body so as to partially extend over the height thereof, each said seat (23a, 23b) being proximate to a respective one of said ends (21, 22) of said body, holes (24a, 24b) being further provided axially to a front wall and a rear wall and along said plane of arrangement of said body, said holes (24a, 24b) extending through opposed wings of both said U-shaped seats (23a, 23b) and accommodating respective complementarily shaped pivots (25a, 25b) that are each pivoted to a respective one of two suitably transversely perforated sleeves (26a, 26b) which enter said seats (23a, 23b) so as to oscillate freely on a transverse plane that is transverse to said plane of arrangement of said body, said wheel pivots (27a, 27b) protruding from said sleeves (26a, 26b), axially or eccentrically and along the same axis, for the pivoting of said two pairs of wheels (28a, 28b, 29a, 29b), whereby said two pairs of wheels (28a, 28b, 29a, 29b) can freely oscillate with respect to the body on said transverse plane.
An installation for monitoring a parking area having at least one parking space, the installation having at least one sensor device assigned to a parking space of the parking area and at least one data evaluation device, the data evaluation device being realized as a central server, and the sensor device transmitting data to the data evaluation device and/or having a sending module for the wireless transmission of data to the data evaluation device, characterized in that the sensor device has at least two sensors (03, 04) monitoring the occupancy state of the parking space and the data evaluation device is configured to determine an occupancy state and a parking time by means of the data of the at least two sensors (03, 04), a first sensor of the sensor device being realized as a magnetic field sensor and a second active sensor being realized as an ultrasonic sensor, as an infrared sensor, as a time-of-flight sensor or as a radar sensor, and the sensor device having a timer module for triggering a recording of measurement values of the magnetic field sensor, measurements with the magnetic field sensor being capable of being triggered at regular intervals, and the second sensor of the sensor device being capable of being activated as a result of the changes recorded by the magnetic field sensor in the magnetic field, which surrounds the sensor device,, and the data evaluation device being configured to subject the data transmitted by the at least one sensor device to a pattern recognition and to process the data of several sensor devices in a combined manner and to compare the data with site plans of the parking area to detect the occupancy state of a parking space and to determine the parking time.
A method comprising: receiving local capability information from a participant device in a distributed network, the local capability information describing the capabilities of the participant device; combining, via a processor, the local capability information from the participant device with other capability information defining capabilities of other participant devices to produce composite capability information; generating differential information indicating differences between the local capability information and the composite capability information; and providing the differential information to the participant device. receiving local capability information from a participant device in a distributed network, the local capability information describing the capabilities of the participant device; combining, via a processor, the local capability information from the participant device with other capability information defining capabilities of other participant devices to produce composite capability information; generating differential information indicating differences between the local capability information and the composite capability information; and providing the differential information to the participant device.
An electronic device, comprising: a screen, wherein the screen comprises a bendable flexible screen portion; at least two support blocks, wherein each of the support blocks is arranged on the back side of the flexible screen portion and is configured to support the flexible screen portion, characterized in that: the electronic device further comprises a flexible threaded rod, wherein the flexible threaded rod is disposed on a back side of the flexible screen portion; and each support block is sleeved on the flexible threaded rod, at least one support block cooperates with the flexible threaded rod through threads, and the flexible threaded rod and the at least two support blocks are movable between a first state and a second state; wherein in the first state, the flexible screen portion is curved; and in the second state, the flexible screen portion is flat. a screen, wherein the screen comprises a bendable flexible screen portion; at least two support blocks, wherein each of the support blocks is arranged on the back side of the flexible screen portion and is configured to support the flexible screen portion, characterized in that: the electronic device further comprises a flexible threaded rod, wherein the flexible threaded rod is disposed on a back side of the flexible screen portion; and each support block is sleeved on the flexible threaded rod, at least one support block cooperates with the flexible threaded rod through threads, and the flexible threaded rod and the at least two support blocks are movable between a first state and a second state; wherein the electronic device further comprises a flexible threaded rod, wherein the flexible threaded rod is disposed on a back side of the flexible screen portion; and each support block is sleeved on the flexible threaded rod, at least one support block cooperates with the flexible threaded rod through threads, and the flexible threaded rod and the at least two support blocks are movable between a first state and a second state; wherein in the first state, the flexible screen portion is curved; and in the second state, the flexible screen portion is flat.
An apparatus for folding products having a first portion, a second portion, and a fold axis, the apparatus comprising: a conveying member configured to hold the first portion and the second portion of the product thereto and to release the first portion while continuing to hold the second portion of the product, the conveying member being configured to convey the product at a conveying speed, and a folding assembly (150, 170) disposed adjacent the conveying member, characterised by: the folding assembly (150, 170) being configured to receive the first portion of the product from the conveying member while moving generally at the conveying speed, to decelerate relative to the conveying member while holding the first portion thereto thereby causing the product to fold about the fold axis, and to place the first portion of the product into contact with the second portion such that the first portion overlies the second portion. a conveying member configured to hold the first portion and the second portion of the product thereto and to release the first portion while continuing to hold the second portion of the product, the conveying member being configured to convey the product at a conveying speed, and a folding assembly (150, 170) disposed adjacent the conveying member, characterised by: the folding assembly (150, 170) being configured to receive the first portion of the product from the conveying member while moving generally at the conveying speed, to decelerate relative to the conveying member while holding the first portion thereto thereby causing the product to fold about the fold axis, and to place the first portion of the product into contact with the second portion such that the first portion overlies the second portion.
A reachability management method for a machine-to-machine, M2M, terminal or terminal peripheral, characterized by: when selecting to switch to an M2M stub network, the M2M terminal, respectively terminal peripheral, sending a detach request message to a corresponding network side device, wherein the detach request message comprises a terminal signalling connection retention indication; and meanwhile, the M2M terminal, respectively terminal peripheral, sending a registration request message to an M2M gateway, wherein the registration request message contains an identifier of the network side device. when selecting to switch to an M2M stub network, the M2M terminal, respectively terminal peripheral, sending a detach request message to a corresponding network side device, wherein the detach request message comprises a terminal signalling connection retention indication; and meanwhile, the M2M terminal, respectively terminal peripheral, sending a registration request message to an M2M gateway, wherein the registration request message contains an identifier of the network side device.
An electrochemical cell comprising: a hydrogen electrode; an electrolyte laminated on the hydrogen electrode; a barrier-layer laminated on the electrolyte; and an oxygen electrode laminated on the barrier-layer, wherein the barrier-layer has a porous structure having a thickness of 100 μm or greater and 500 μm or less and a porosity of greater than 10%, determined by scanning electron microscopy. a hydrogen electrode; an electrolyte laminated on the hydrogen electrode; a barrier-layer laminated on the electrolyte; and an oxygen electrode laminated on the barrier-layer, wherein the barrier-layer has a porous structure having a thickness of 100 μm or greater and 500 μm or less and a porosity of greater than 10%, determined by scanning electron microscopy.
A composition for use in the treatment of a neurodegenerative disease, wherein the composition comprises a plurality of cyclodextrin complexes, wherein a cyclodextrin complex of the plurality of cyclodextrin complexes comprises (i) cyclodextrin and (ii) one or more lipid modified proteins, wherein the one or more lipid modified proteins comprise a Wingless (Wnt) protein or a Hedgehog (Hh) protein.
A method for forwarding information by means of a transmitting and receiving device that is located in a first vehicle, with the following steps: - determining whether a first vehicle is in a stationary condition; - determining a position of the first vehicle, if the first vehicle is in a stationary condition; - receiving information of a first transmitter of a third vehicle and/or of an infrastructure unit by means of the transmitting and receiving device of the first vehicle; and - forwarding the received information to a receiver in a second vehicle by means of the transmitting and receiving device of the first vehicle, if the first vehicle is in a stationary condition and the position of the first vehicle is within a set range. - determining whether a first vehicle is in a stationary condition; - determining a position of the first vehicle, if the first vehicle is in a stationary condition; - receiving information of a first transmitter of a third vehicle and/or of an infrastructure unit by means of the transmitting and receiving device of the first vehicle; and - forwarding the received information to a receiver in a second vehicle by means of the transmitting and receiving device of the first vehicle, if the first vehicle is in a stationary condition and the position of the first vehicle is within a set range.
A heating apparatus comprising: a heating chamber where a flow channel through which fluid flows is formed; a heat transfer part of which one side is in contact with the fluid flowing through the flow channel; two electrodes that are disposed on the other side of the heat transfer part and connected with a power source; characterized in that the heating apparatus further comprises: a plurality of carbon nanotube heating elements that is disposed apart from each other on the other side of the heat transfer part such that the electrodes are respectively connected, and generates heat by power applied through the electrodes; and an insulating member that insulates the electrodes and the carbon nanotube heating elements, the sum of contact areas of the carbon nanotube heating elements and the heat transfer part is 50% or more of the contact areas of the heat transfer part and the fluid. a heating chamber where a flow channel through which fluid flows is formed; a heat transfer part of which one side is in contact with the fluid flowing through the flow channel; two electrodes that are disposed on the other side of the heat transfer part and connected with a power source; characterized in that the heating apparatus further comprises: a plurality of carbon nanotube heating elements that is disposed apart from each other on the other side of the heat transfer part such that the electrodes are respectively connected, and generates heat by power applied through the electrodes; and an insulating member that insulates the electrodes and the carbon nanotube heating elements, the sum of contact areas of the carbon nanotube heating elements and the heat transfer part is 50% or more of the contact areas of the heat transfer part and the fluid. a plurality of carbon nanotube heating elements that is disposed apart from each other on the other side of the heat transfer part such that the electrodes are respectively connected, and generates heat by power applied through the electrodes; and an insulating member that insulates the electrodes and the carbon nanotube heating elements, the sum of contact areas of the carbon nanotube heating elements and the heat transfer part is 50% or more of the contact areas of the heat transfer part and the fluid.