mhurhangee/patent-ind-claim-en huggingface dataset:
A method operable with Long Term Evolution, LTE, communications, the method comprising: processing a transport block of data from a user equipment, UE, (112-1) at an eNodeB , the transport block comprising a cyclic redundancy check, CRC, wherein the transport block further comprises an error correction code, ECC; determining a checksum of the transport block based on the CRC at the eNodeB; if the checksum fails, transmitting , from the eNodeB to the UE, a non-acknowledgement, NACK, of the transport block based on the failed checksum that directs the UE to increase a contention window at the UE and re-transmit the transport block to the eNodeB; storing the processed transport block in a buffer; performing error correction on the processed transport block using the ECC; and if the error correction is successful, sending an acknowledgement, ACK, of successful receipt of the processed transport block to the UE (112-1) in response to correcting the errors. processing a transport block of data from a user equipment, UE, (112-1) at an eNodeB , the transport block comprising a cyclic redundancy check, CRC, wherein the transport block further comprises an error correction code, ECC; determining a checksum of the transport block based on the CRC at the eNodeB; if the checksum fails, transmitting , from the eNodeB to the UE, a non-acknowledgement, NACK, of the transport block based on the failed checksum that directs the UE to increase a contention window at the UE and re-transmit the transport block to the eNodeB; storing the processed transport block in a buffer; performing error correction on the processed transport block using the ECC; and if the error correction is successful, sending an acknowledgement, ACK, of successful receipt of the processed transport block to the UE (112-1) in response to correcting the errors.
An apparatus for improving the stability of a resistance temperature detector RTD, the apparatus comprising: a positive power supply and a ground ; a pull-down resistor , the pull-down resistor having a second end coupled to the ground; and an RTD , the RTD comprising a case surrounding a resistive meander deposited on a substrate, the resistive meander having a first end coupled to the positive power supply and a second end coupled to a first end of the pull-down resistor; the ground coupled to the case. a positive power supply and a ground ; a pull-down resistor , the pull-down resistor having a second end coupled to the ground; and an RTD , the RTD comprising a case surrounding a resistive meander deposited on a substrate, the resistive meander having a first end coupled to the positive power supply and a second end coupled to a first end of the pull-down resistor; the ground coupled to the case.
A multi-optical axis photoelectric sensor comprising: a body housing having openings in a front surface and both end portions; a pair of caps that respectively close the openings of the both end portions of the body housing ; a light transmissive plate that closes the opening of the front surface of the body housing , wherein light of photoelectric elements is transmissible through the light transmissive plate , and the light transmissive plate is disposed to straddle, particularly to extend over, the body housing and the pair of caps ; and a pair of first sealing portions that seal between the body housing and both side edges of the light transmissive plate ; characterized in that the multi-optical axis photoelectric sensor further comprises: second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate , wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions ; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions , and which seal between the caps and the body housing . a body housing having openings in a front surface and both end portions; a pair of caps that respectively close the openings of the both end portions of the body housing ; a light transmissive plate that closes the opening of the front surface of the body housing , wherein light of photoelectric elements is transmissible through the light transmissive plate , and the light transmissive plate is disposed to straddle, particularly to extend over, the body housing and the pair of caps ; and a pair of first sealing portions that seal between the body housing and both side edges of the light transmissive plate ; characterized in that the multi-optical axis photoelectric sensor further comprises: second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate , wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions ; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions , and which seal between the caps and the body housing . second sealing portions that seal between the caps and the side edges of the light transmissive plate and between the caps and end portions of the light transmissive plate , wherein the second sealing portions butt against the pair of first sealing portions and are connected to the pair of first sealing portions ; and third sealing portions which are integrally molded with the second sealing portions respectively so as to be connected with the second sealing portions , and which seal between the caps and the body housing .
A steering device that increases a rotary torque of a motor by a speed reducer and uses the rotary torque to turn a turning wheel , the steering device comprising: a rack shaft that is coupled to the turning wheel ; a rack housing that houses the rack shaft ; a pinion shaft that meshes with the rack shaft ; the speed reducer having a worm wheel that is coupled to the pinion shaft and a worm shaft that meshes with the worm wheel ; a speed reducer housing that houses the worm wheel ; the motor that drives the worm shaft; and a plate-shaped cover that seals an opening of the speed reducer housing ; and a breather valve that is mounted on the cover in a state of penetrating through the cover , characterized in that an inner surface of the cover that faces the worm wheel has an entry restricting part that restricts entry of a lubricant into the breather valve . a rack shaft that is coupled to the turning wheel ; a rack housing that houses the rack shaft ; a pinion shaft that meshes with the rack shaft ; the speed reducer having a worm wheel that is coupled to the pinion shaft and a worm shaft that meshes with the worm wheel ; a speed reducer housing that houses the worm wheel ; the motor that drives the worm shaft; and a plate-shaped cover that seals an opening of the speed reducer housing ; and a breather valve that is mounted on the cover in a state of penetrating through the cover , characterized in that an inner surface of the cover that faces the worm wheel has an entry restricting part that restricts entry of a lubricant into the breather valve .
A method for audio signal decoding in which one or more input audio signals have been encoded into a bitstream comprising audio information and side information relating to the audio information and useful in decoding the bitstream, wherein a plurality of input audio signals have been combined into one or more derived signals, each being derived from one or a combination of ones of at least two input audio signals, said audio information is a perceptual-encoded version of the derived signals and said side information includes one or more parameters indicative of spatial properties of some or all of the plurality of input audio signals, wherein each of the one or more input audio signals has been divided into time blocks and at least some of the side information has been updated no more frequently than a block rate, such that the audio information, when decoded using the side information, has a temporal envelope resolution limited by the block rate, wherein the bitstream further includes temporal envelope re-shaping information indicative of a comparison between the temporal envelope of at least one input audio signal and the temporal envelope of an estimated decoded reconstruction of each such at least one input audio signal, which estimated reconstruction employs at least some of the audio information and at least some of the side information, the method comprising receiving the bitstream, and decoding the bitstream into one or more decoded reconstructions of the one or more input audio signals, the decoding employing the audio information and the side information; and re-shaping (36-1, 36-n) the one or more decoded reconstructions of the one or more input audio signals using said temporal envelope re-shaping information. receiving the bitstream, and decoding the bitstream into one or more decoded reconstructions of the one or more input audio signals, the decoding employing the audio information and the side information; and re-shaping (36-1, 36-n) the one or more decoded reconstructions of the one or more input audio signals using said temporal envelope re-shaping information.
Apparatus for filling containers with a positioning surface on which a container to be filled can be arranged, with a filling device which is suitable and intended to fill the container via its container opening , wherein the apparatus has a contour detection device which is suitable and intended for determining a contour of the container to be filled, and a determination device which, taking into account the contour of the container , detects an internal volume of the container , characterised in that the filling device has a filling element which is movable in at least one direction (X) which is perpendicular to a longitudinal direction (L) of the container. wherein the apparatus has a contour detection device which is suitable and intended for determining a contour of the container to be filled, and a determination device which, taking into account the contour of the container , detects an internal volume of the container , characterised in that the filling device has a filling element which is movable in at least one direction (X) which is perpendicular to a longitudinal direction (L) of the container.
Antibody directed against Galectin-9 and inhibiting the suppressor activity of regulatory T lymphocytes for use in the treatment of cancer.
A method for controlling wheel axle suspension of a vehicle , said vehicle comprising a vehicle chassis , a prime mover for propulsion of said vehicle , said prime mover being connected to the vehicle chassis ; and a front wheel axle comprising an individually adjustable wheel axle suspension arrangement on a respective left and right hand side of the front wheel axle as seen in the longitudinal direction of the vehicle , said individually adjustable wheel axle suspension arrangement being connected between the front wheel axle and the vehicle chassis ; the method being characterized by the steps of: - determining (S1) an output torque from said prime mover ; - determining (S2) a rotation of said vehicle chassis caused by the determined output torque from the prime mover ; - comparing (S3) said rotation with a predetermined threshold limit; and - controlling (S4) the individually adjustable wheel axle suspension arrangement on at least one of the left and right hand sides of the front wheel axle such that the rotation of said vehicle chassis is below said predetermined threshold limit. - determining (S1) an output torque from said prime mover ; - determining (S2) a rotation of said vehicle chassis caused by the determined output torque from the prime mover ; - comparing (S3) said rotation with a predetermined threshold limit; and - controlling (S4) the individually adjustable wheel axle suspension arrangement on at least one of the left and right hand sides of the front wheel axle such that the rotation of said vehicle chassis is below said predetermined threshold limit.
An apparatus comprising: a flexible substrate ; and an overhanging electronic component island (202a-c), the electronic component island (202a-c) configured to be less flexible than the flexible substrate and comprising one or more electronic components, wherein the electronic component island comprises a substrate-face with a connection portion and an overhang portion , the connection portion being mechanically coupled to a surface of the flexible substrate via one or more connection-support pads (203a-c) and the overhang portion configured to overhang and be substantially free of the underlying flexible substrate such that the underlying flexible substrate can be strained independently from the overhang portion under operational strains of the flexible substrate , and wherein the electronic component island (202a-c) is configured to be positioned at a different height above the flexible substrate surface than a neighbouring electronic component island (202a-c) to permit overlap between the neighbouring electronic component islands (202a-c). a flexible substrate ; and an overhanging electronic component island (202a-c), the electronic component island (202a-c) configured to be less flexible than the flexible substrate and comprising one or more electronic components, wherein the electronic component island comprises a substrate-face with a connection portion and an overhang portion , the connection portion being mechanically coupled to a surface of the flexible substrate via one or more connection-support pads (203a-c) and the overhang portion configured to overhang and be substantially free of the underlying flexible substrate such that the underlying flexible substrate can be strained independently from the overhang portion under operational strains of the flexible substrate , and wherein the electronic component island (202a-c) is configured to be positioned at a different height above the flexible substrate surface than a neighbouring electronic component island (202a-c) to permit overlap between the neighbouring electronic component islands (202a-c).
A mold device having a nested structure, the mold device comprising: a shaft body that is provided on at least one of a first mold and a second mold , the first mold and the second mold forming a molding space , the shaft body extruding a molded article (1 to 6, 124, 210, 216) that is molded from a resin injected into the molding space ; a ring-shaped elastic member for supporting and sealing the shaft body , an opening of a groove formed in the ring-shaped elastic member along a circumferential direction of the ring-shaped elastic member being oriented toward the molding space , a load being applied on the ring-shaped elastic member to improve adhesion to the shaft body ; and an injection portion that is provided on at least one of the first mold and the second mold for injecting a pressurized fluid into the molding space . a shaft body that is provided on at least one of a first mold and a second mold , the first mold and the second mold forming a molding space , the shaft body extruding a molded article (1 to 6, 124, 210, 216) that is molded from a resin injected into the molding space ; a ring-shaped elastic member for supporting and sealing the shaft body , an opening of a groove formed in the ring-shaped elastic member along a circumferential direction of the ring-shaped elastic member being oriented toward the molding space , a load being applied on the ring-shaped elastic member to improve adhesion to the shaft body ; and an injection portion that is provided on at least one of the first mold and the second mold for injecting a pressurized fluid into the molding space .
Inkjet printer for reproducing images, writing and/or designs on a printable surface of a substrate , comprising: - a base provided with first motor means adapted to move a support device for the substrate on guiding means arranged along a sliding axis (X); - a printing unit connected to the base and comprising a casing inside which an inkjet printing head and driving means are housed; the printing head being slidably movable by means of the driving means on guiding means extending inside the casing and arranged along a printing axis (Y) which is transverse to the sliding axis (X); - a programmable control unit operatively connected to the first motor means and to the driving means for the coordinated movement of the support device and the printing head ; wherein the casing of the printing unit is provided with releasable connection means by means of which the printing unit is releasably connected to the base . - a base provided with first motor means adapted to move a support device for the substrate on guiding means arranged along a sliding axis (X); - a printing unit connected to the base and comprising a casing inside which an inkjet printing head and driving means are housed; the printing head being slidably movable by means of the driving means on guiding means extending inside the casing and arranged along a printing axis (Y) which is transverse to the sliding axis (X); - a programmable control unit operatively connected to the first motor means and to the driving means for the coordinated movement of the support device and the printing head ;
A microfluidic device comprising: - a first wall comprising a first substrate on which a plurality of closed patterns is grafted, - a second wall , facing the first wall , comprising a second substrate , - a plurality of nucleic acids grafted either on the first substrate or on the second substrate , wherein each nucleic acid comprises a barcode that encodes the position of the nucleic acid on said first or second substrate, wherein at least the plurality of closed patterns or the second substrate is made of an actuatable hydrogel which is swellable between a retracted state and a swollen state in which the closed patterns and the second substrate come into contact. - a first wall comprising a first substrate on which a plurality of closed patterns is grafted, - a second wall , facing the first wall , comprising a second substrate , - a plurality of nucleic acids grafted either on the first substrate or on the second substrate , wherein each nucleic acid comprises a barcode that encodes the position of the nucleic acid on said first or second substrate,
A method of making a specimen with a predetermined wrinkle defect, the steps comprising: orienting a composite material around a layup tool at a wrap angle to form a closed loop including a top arcuate portion and a bottom arcuate portion and a hollow portion between the top and bottom arcuate portions; generating at least one wrinkle with a predetermined characteristic in a portion of the closed loop , the generating at least one wrinkle is accomplished by a stretching between the top arcuate portion and the bottom arcuate portion of the closed loop with a stretcher; and curing the closed loop to form a specimen ; wherein the predetermined characteristic is at least one of the following: wrinkle location, an outward wrinkle, an inward wrinkle, a wrinkle width, a wrinkle height, and a wrinkle length. orienting a composite material around a layup tool at a wrap angle to form a closed loop including a top arcuate portion and a bottom arcuate portion and a hollow portion between the top and bottom arcuate portions; generating at least one wrinkle with a predetermined characteristic in a portion of the closed loop , the generating at least one wrinkle is accomplished by a stretching between the top arcuate portion and the bottom arcuate portion of the closed loop with a stretcher; and curing the closed loop to form a specimen ; wherein the predetermined characteristic is at least one of the following: wrinkle location, an outward wrinkle, an inward wrinkle, a wrinkle width, a wrinkle height, and a wrinkle length.
An agricultural tractor comprising: an implement linkage arranged to receive a linkage coupling ball, and at least one linkage ball for use on such a linkage, wherein the agricultural tractor is further provided with: at least one linkage ball holder at least partly formed from a resiliently deformable material, the linkage ball holder arranged to clasp about a portion of the surface of a linkage ball and hold the linkage ball in place when the linkage ball is not in use on the linkage ; characterised in that the linkage ball holder comprises a tulip-shaped cup element having a base portion and a plurality of fingers depending therefrom, the base portion and the fingers defining an internal space , wherein a linkage ball can be releasably held within the internal space. an implement linkage arranged to receive a linkage coupling ball, and at least one linkage ball for use on such a linkage, at least one linkage ball holder at least partly formed from a resiliently deformable material, the linkage ball holder arranged to clasp about a portion of the surface of a linkage ball and hold the linkage ball in place when the linkage ball is not in use on the linkage ; characterised in that the linkage ball holder comprises a tulip-shaped cup element having a base portion and a plurality of fingers depending therefrom, the base portion and the fingers defining an internal space , wherein a linkage ball can be releasably held within the internal space.
A method for illuminating an environment for the purpose of localizing a user device when applying simultaneous location and mapping technique, SLAM, the user device comprising a light source and at least one camera, the method being performed in an illumination determiner and comprising: determining a need for adjusting illumination, wherein the step of determining a need for adjusting illumination is based on receiving a signal, from another user device , indicating a required change of light situation in the field of view of the at least one camera; determining a field of view of the at least one camera of the user device ; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of 2D or 3D co-ordinates, selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements, and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device . determining a need for adjusting illumination, wherein the step of determining a need for adjusting illumination is based on receiving a signal, from another user device , indicating a required change of light situation in the field of view of the at least one camera; determining a field of view of the at least one camera of the user device ; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of 2D or 3D co-ordinates, selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements, and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device .