mhurhangee/patent-ind-claim-en huggingface dataset:
Device for avoiding an interruption in the welding process during friction stir welding, in particular breakage of the friction pin, comprising: a) a wedge-shaped tool dome , a tool receiving cone , a welding shoe and a welding pin , wherein the tool dome guides the welding pin by means of the tool receiving cone and the welding shoe , b) a cone constriction in the lower region of the tool receiving cone , which is used to receive a sensor for detecting the axial force, the torque and the bending moment at the welding pin , c) a piezoelectric vertical adjustment for the welding pin , d) a sensor signal amplifier having a rotor antenna for receiving, amplifying and forwarding all the detected measured values, these measured values being forwarded to a machine controller by a static antenna , and e) an inductive power supply system for supplying the measuring system from a moving secondary winding and a stationary primary winding , characterized in that at least three strip-like sensors for determining force, pressure and travel are arranged at an angle of 120 degrees to one another on the longitudinal sides of the wedge-shaped tool dome , and a laser measuring sensor is arranged in the region of the welding shoe , the directional action of which sweeps over a round hole receiving the welding pin in the passage region of the pin tip , wherein an airborne sound sensor is arranged opposite the laser measuring sensor , and a welding shoe temperature sensor is provided. a) a wedge-shaped tool dome , a tool receiving cone , a welding shoe and a welding pin , wherein the tool dome guides the welding pin by means of the tool receiving cone and the welding shoe , b) a cone constriction in the lower region of the tool receiving cone , which is used to receive a sensor for detecting the axial force, the torque and the bending moment at the welding pin , c) a piezoelectric vertical adjustment for the welding pin , d) a sensor signal amplifier having a rotor antenna for receiving, amplifying and forwarding all the detected measured values, these measured values being forwarded to a machine controller by a static antenna , and e) an inductive power supply system for supplying the measuring system from a moving secondary winding and a stationary primary winding ,
A wireless communication method , comprising: determining (S210), by a terminal device, a first physical uplink shared channel, PUSCH, repetition to which at least one data transport block, TB, is mapped, wherein the first PUSCH repetition consists of at least two second PUSCH repetitions and at least one of the at least two second PUSCH repetitions is obtained by dividing a third PUSCH repetition crossing a slot boundary; and transmitting (S220), by the terminal device, the at least one data TB on the first PUSCH repetition; the wireless communication method being characterized by comprising: if each of the at least two second PUSCH repetitions does not meet a first rule that a time domain length of a second PUSCH repetition is less than or equal to a first threshold value, transmitting, by the terminal device, a data TB of the at least one data TB on each of the at least two second PUSCH repetitions independently. determining (S210), by a terminal device, a first physical uplink shared channel, PUSCH, repetition to which at least one data transport block, TB, is mapped, wherein the first PUSCH repetition consists of at least two second PUSCH repetitions and at least one of the at least two second PUSCH repetitions is obtained by dividing a third PUSCH repetition crossing a slot boundary; and transmitting (S220), by the terminal device, the at least one data TB on the first PUSCH repetition; the wireless communication method being characterized by comprising: if each of the at least two second PUSCH repetitions does not meet a first rule that a time domain length of a second PUSCH repetition is less than or equal to a first threshold value, transmitting, by the terminal device, a data TB of the at least one data TB on each of the at least two second PUSCH repetitions independently.
An article of apparel for an upper torso of a wearer, the article of apparel comprising: a torso portion comprising a front aspect and a back aspect that together define at least a neckline opening , a waist opening , a first arm opening , and a second arm opening ; a first slider mechanism with a first slider pull , the first slider mechanism having a first stop and a second stop , the first stop positioned inferior to the neckline opening at a front midline of the article of apparel , the second stop positioned adjacent to the first arm opening , wherein the first slider mechanism is transitioned from a first closed position to a first open position by moving the first slider pull away from the neckline opening and toward the first arm opening ; a second slider mechanism with a second slider pull , the second slider mechanism having a third stop and a fourth stop , the third stop positioned inferior to the neckline opening at the front midline of the article of apparel , the fourth stop positioned adjacent to the second arm opening , wherein the second slider mechanism is transitioned from a second closed position to a second open position by moving the second slider pull away from the neckline opening and toward the second arm opening ; and a first tensioning mechanism extending circumferentially around the torso portion and affixed thereto, the first tensioning mechanism positioned superior to and parallel to the waist opening and spaced apart from the waist opening by a predetermined distance.
A method performed by a transmitting user equipment, comprising: deriving an initial layer one identifier corresponding to a target user equipment or group, wherein the layer one identifier is a sidelink control layer one identifier for filtering of packets at a physical layer; determining that the initial layer one identifier collides with another layer one identifier corresponding to a different target user equipment or group based on determination that at least two layer one identifiers within ProSe proximity of the transmitting user equipment are the same; deriving , based on configured rules, a first modified layer one identifier, when it is determined that the initial layer one identifier collides with another layer one identifier in use; and communicating with the target user equipment or group using the first modified layer one identifier. deriving an initial layer one identifier corresponding to a target user equipment or group, wherein the layer one identifier is a sidelink control layer one identifier for filtering of packets at a physical layer; determining that the initial layer one identifier collides with another layer one identifier corresponding to a different target user equipment or group based on determination that at least two layer one identifiers within ProSe proximity of the transmitting user equipment are the same; deriving , based on configured rules, a first modified layer one identifier, when it is determined that the initial layer one identifier collides with another layer one identifier in use; and communicating with the target user equipment or group using the first modified layer one identifier.
A transmission comprising a shaft made in one piece or in at least two coaxial shaft sections , a toothed drive wheel mounted freely rotating on said shaft , and either a clutch mechanism arranged between the shaft and the drive wheel when the shaft is made in one piece, or two clutch mechanisms arranged one between the shaft section and the drive wheel , the other between the other shaft section and the drive wheel , the or each clutch mechanism being activated by the rotational driving of the drive wheel in a first forward rotary drive direction, and being able to be deactivated by driving the shaft or the shaft section (6A; 6B) with which it cooperates in rotation in the forward direction, when the speed of rotation of the shaft or the shaft section (6A; 6B) is greater than the speed of rotation of the drive wheel , the shaft for driving the wheels or each shaft section (6A; 6B) for driving a wheel being, in the deactivated state of the corresponding clutch mechanism , free to rotate in either of its directions of rotation, the or each clutch mechanism comprising a clutch plate mounted freely rotating on the associated shaft or the associated shaft section and to which the rotational movement of the drive wheel can be transmitted, a part borne by, and secured in rotation with, the associated shaft or shaft section , and a brake of said clutch plate acting continuously on the angular speed of said plate , characterized in that the brake of the at least one of the clutch plate is threaded on the shaft or on the shaft section bearing said plate , this brake , which is U-shaped, comprising two spring blades extending along the shaft or the shaft section bearing said clutch plate and a connection zone of said spring blades to one another, said connection zone , arranged at or near one of the ends of the spring blades , being provided with a through orifice to allow said brake to be threaded on the shaft or the shaft section bearing said clutch plate .
A node (121-123) of a wireless communications network , being operative to: in response to detecting that an aerial vehicle enters a pre-defined geographical region (221-227) within a coverage area of the wireless communications network , transmit, to the aerial vehicle , a cell broadcast message (126 ; 201-204), comprising information, identifying at least one type of aerial vehicle, and an instruction, instructing the aerial vehicle to correct the flight path of the aerial vehicle in case the aerial vehicle belongs to the at least one type of aerial vehicle, wherein the pre-defined geographical region (221-227) is one of a cell (221-223) and a sector (224-226) associated with an access node of the wireless communications network .
A conveyor chain comprising: a plurality of side link assemblies and flight arm assemblies coupled together to form an elongated chain ; at least one side link assembly including a pair of opposing side straps positioned on either side of the chain ; at least one flight arm assembly including a pair of opposing flight arms positioned on either side of the chain ; at least one articulating connector positioned between a flight arm assembly and a side link assembly to couple the assemblies together, the at least one articulating connector including: a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel. a plurality of side link assemblies and flight arm assemblies coupled together to form an elongated chain ; at least one side link assembly including a pair of opposing side straps positioned on either side of the chain ; at least one flight arm assembly including a pair of opposing flight arms positioned on either side of the chain ; at least one articulating connector positioned between a flight arm assembly and a side link assembly to couple the assemblies together, the at least one articulating connector including: a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel. a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel.
A transgenic maize plant material selected from the group consisting of plant tissue, plant part, plant cell or plant, comprising a heterologous polynucleotide operably linked to a plant promoter, wherein the polynucleotide comprises an miRNA target site selected from the group consisting of SEQ ID NO:7 and SEQ ID NO:8, wherein the polynucleotide is a herbicide resistance gene, and wherein a miRNA molecule endogenous to the plant material hybridizes to mRNA transcribed from the herbicide resistance gene and thereby reduces the expression of the herbicide resistance gene.
A medical lead for implantation comprising: an electrode assembly comprising a plurality of electrodes ; wherein each of the plurality of electrodes comprise a plurality of electrode segments and wherein each electrode segment has a flexible conductor directly coupled to it; a strut coupled within the plurality of electrodes such that each of the flexible conductors coupled to the plurality of electrode segments are supported between the strut and each of the plurality of electrodes by the strut ; and an insulator filling gaps between the plurality of electrodes , the strut and the flexible conductors , characterized in that the strut comprises a stop configured to engage the electrode assembly and ensure proper relative positioning of the strut and electrode assembly . an electrode assembly comprising a plurality of electrodes ; wherein each of the plurality of electrodes comprise a plurality of electrode segments and wherein each electrode segment has a flexible conductor directly coupled to it; a strut coupled within the plurality of electrodes such that each of the flexible conductors coupled to the plurality of electrode segments are supported between the strut and each of the plurality of electrodes by the strut ; and an insulator filling gaps between the plurality of electrodes , the strut and the flexible conductors , characterized in that the strut comprises a stop configured to engage the electrode assembly and ensure proper relative positioning of the strut and electrode assembly .
A method of preparing a double stranded target nucleic acid fragment for sequencing, the method comprising: a. ligation of a first adaptor sequence to the 3' end of the target nucleic acid fragment with a first ligase, wherein the first ligase performs a blunt end ligation; and b. ligation of a second adaptor sequence to the 5' end of said target nucleic acid fragment with a second ligase, wherein the second ligase performs a splinted ligation, wherein the first adaptor sequence is a splint for ligation of the second adaptor sequence; c. whereby said first adaptor sequence is adenylated on its 5' end; and d. whereby said first ligase is an adenylation-deficient ATP-dependent ligase. a. ligation of a first adaptor sequence to the 3' end of the target nucleic acid fragment with a first ligase, wherein the first ligase performs a blunt end ligation; and b. ligation of a second adaptor sequence to the 5' end of said target nucleic acid fragment with a second ligase, wherein the second ligase performs a splinted ligation, wherein the first adaptor sequence is a splint for ligation of the second adaptor sequence; c. whereby said first adaptor sequence is adenylated on its 5' end; and d. whereby said first ligase is an adenylation-deficient ATP-dependent ligase.
A display apparatus, comprising a display device , an out-cell device and a flexible printed circuit board adapted to be connected to an external signal; wherein, the out-cell device is an auxiliary device for realizing a three-dimensional display effect, a touch control device or an electrochromic device; a binding area of the display device has first leads (L1) and second leads (L2); a binding area of the out-cell device has third leads, the third leads being electrically connected to the second leads (L2); the flexible printed circuit board has first pins and second pins, the first leads (L1) being electrically connected to the first pins, and the second leads (L2) being electrically connected to the second pins; and characterized in that the third leads are electrically connected to the second leads (L2) via a conductive glue (D1), the conductive glue (D1) being further covered with a layer of protective glue (D2). an external signal; wherein, the out-cell device is an auxiliary device for realizing a three-dimensional display effect, a touch control device or an electrochromic device; a binding area of the display device has first leads (L1) and second leads (L2); a binding area of the out-cell device has third leads, the third leads being electrically connected to the second leads (L2); the flexible printed circuit board has first pins and second pins, the first leads (L1) being electrically connected to the first pins, and the second leads (L2) being electrically connected to the second pins; and characterized in that the third leads are electrically connected to the second leads (L2) via a conductive glue (D1), the conductive glue (D1) being further covered with a layer of protective glue (D2).
An injection molding machine comprising: a cylinder configured to heat a molding material; a screw which is disposed so as to be rotatable and movable forward or rearward inside the cylinder ; a rotation drive source configured to rotate the screw ; a forward/rearward movement drive source configured to move the screw forward or rearward; a load detector configured to detect a load transmitted between the forward/rearward movement drive source and the screw ; and a bearing configured to rotatably support the screw , wherein the load detector is configured to detect a load between the screw and the bearing , the injection molding machine further comprises a wireless communication unit configured to wirelessly transmit a signal of the load detected by the load detector , characterized in that the wireless communication unit has a rotor which is configured to rotate together with the screw and a stator which is not rotated together with the screw , the rotor and the stator are disposed coaxially, and the wireless communication unit is configured to wirelessly transmit the signal from the rotor to the stator . a cylinder configured to heat a molding material; a screw which is disposed so as to be rotatable and movable forward or rearward inside the cylinder ; a rotation drive source configured to rotate the screw ; a forward/rearward movement drive source configured to move the screw forward or rearward; a load detector configured to detect a load transmitted between the forward/rearward movement drive source and the screw ; and a bearing configured to rotatably support the screw , wherein the load detector is configured to detect a load between the screw and the bearing , the injection molding machine further comprises a wireless communication unit configured to wirelessly transmit a signal of the load detected by the load detector , characterized in that the wireless communication unit has a rotor which is configured to rotate together with the screw and a stator which is not rotated together with the screw , the rotor and the stator are disposed coaxially, and the wireless communication unit is configured to wirelessly transmit the signal from the rotor to the stator .
A method for managing mobility between different types of core networks, applied to a condition that an N26 network interface exists between a Next Generation Core Network, NGCN and an Evolved Packet Core Network, EPC, characterized by comprising: acquiring , by a first network device, behavior decision information of a terminal, wherein the behavior decision information comprises at least one of terminal capability information of the terminal, service requirement information initiated by the terminal, service quality information initiated by the terminal and user subscription information of the terminal; sending , by the first network device, first indication information to the terminal according to the behavior decision information to instruct the terminal to execute a specific mobility process, wherein the specific mobility process comprises a dual registration process. acquiring , by a first network device, behavior decision information of a terminal, wherein the behavior decision information comprises at least one of terminal capability information of the terminal, service requirement information initiated by the terminal, service quality information initiated by the terminal and user subscription information of the terminal; sending , by the first network device, first indication information to the terminal according to the behavior decision information to instruct the terminal to execute a specific mobility process, wherein the specific mobility process comprises a dual registration process.
A wall-mountable hand dryer , the hand dryer comprising two nozzles , one for each hand, each nozzle comprising: - an elongate air-knife discharge outlet positioned along a front lower edge of the hand dryer so that they are spaced from a wall when mounted to a wall, and for discharging an air-knife across the width of a user's hand held flat in front of the discharge outlet, thereby mechanically scraping water from the hand as the hand is moved lengthwise relative to the air-knife in use; - a single straight part for facing the palm or back of the user's hand; and, - a curved wrap-around end part for extending at least part way around the side of the user's hand and having a radius of curvature in the range 5 - 50mm; wherein the elongate air-knife discharge outlet extends along the single straight part and around the curved wrap-around end part of each nozzle; and, wherein the elongate air-knife discharge outlets are arranged in a V-shaped configuration, when viewed from the front of the hand dryer when the hand dryer is orientated for mounting to a wall. - an elongate air-knife discharge outlet positioned along a front lower edge of the hand dryer so that they are spaced from a wall when mounted to a wall, and for discharging an air-knife across the width of a user's hand held flat in front of the discharge outlet, thereby mechanically scraping water from the hand as the hand is moved lengthwise relative to the air-knife in use; - a single straight part for facing the palm or back of the user's hand; and, - a curved wrap-around end part for extending at least part way around the side of the user's hand and having a radius of curvature in the range 5 - 50mm; wherein the elongate air-knife discharge outlet extends along the single straight part and around the curved wrap-around end part of each nozzle; and, wherein the elongate air-knife discharge outlets are arranged in a V-shaped configuration, when viewed from the front of the hand dryer when the hand dryer is orientated for mounting to a wall. wherein the elongate air-knife discharge outlet extends along the single straight part and around the curved wrap-around end part of each nozzle; and, wherein the elongate air-knife discharge outlets are arranged in a V-shaped configuration, when viewed from the front of the hand dryer when the hand dryer is orientated for mounting to a wall.