mhurhangee/patent-ind-claim-en huggingface dataset:
Removable connection device for a light guide , comprising: - a receptacle defining a cavity (C10) for a light source , the receptacle comprising a female connection part that: - delimits a coupling housing (L) that communicates with the cavity (C10); - has an opening , which allows the insertion and extraction of a light guide in the coupling housing (L), respectively by inserting and extracting an end of the light guide through the opening in a longitudinal direction; - a locking element that is articulated with respect to the receptacle and provided with at least one blocking member , the locking element being able to move in rotation between a first position, which makes it possible to insert the light guide in the coupling housing (L), and a second position in which said blocking member is able to prevent withdrawal of the light guide already inserted, the connection device comprising an electroluminescent element that is placed in the cavity (C10) of the receptacle so as to form all or part of the light source and having a general direction of illumination parallel to or coincident with a longitudinal axis of the female connection part - articulated about an axis (X) defined by a hinge for connection between the locking element and the receptacle ; - designed to come to abut against the receptacle in said first position, having a predefined angular position in which the blocking member is further away from the cavity (C10) than in said second position. - a receptacle defining a cavity (C10) for a light source , the receptacle comprising a female connection part that: - delimits a coupling housing (L) that communicates with the cavity (C10); - has an opening , which allows the insertion and extraction of a light guide in the coupling housing (L), respectively by inserting and extracting an end of the light guide through the opening in a longitudinal direction; - a locking element that is articulated with respect to the receptacle and provided with at least one blocking member , the locking element being able to move in rotation between a first position, which makes it possible to insert the light guide in the coupling housing (L), and a second position in which said blocking member is able to prevent withdrawal of the light guide already inserted, the connection device comprising an electroluminescent element that is placed in the cavity (C10) of the receptacle so as to form all or part of the light source and having a general direction of illumination parallel to or coincident with a longitudinal axis of the female connection part - articulated about an axis (X) defined by a hinge for connection between the locking element and the receptacle ; - designed to come to abut against the receptacle in said first position, having a predefined angular position in which the blocking member is further away from the cavity (C10) than in said second position.
A method of operating a network infrastructure equipment in a wireless telecommunications system to support a first random access procedure for a first terminal device and a second random access procedure for a second terminal device , wherein an amount of data for an uplink message of the second random access procedure is greater than an amount of data for a corresponding uplink message of the first random access procedure, and wherein the method comprises: establishing a first common search space for use with the first random access procedure; establishing a second common search space for use with the second random access procedure; exchanging a first series of random access procedure messages with the first terminal device, wherein a first scheduling message indicating radio resources for at least one of the first series of random access procedure messages is transmitted by the network infrastructure equipment to the first terminal device using radio resources in the first common search space, and exchanging a second series of random access procedure messages with the second terminal device, wherein a second scheduling message indicating radio resources for at least one of the second series of random access procedure messages is transmitted by the network infrastructure equipment to the second terminal device using radio resources in the second common search space. establishing a first common search space for use with the first random access procedure; establishing a second common search space for use with the second random access procedure; exchanging a first series of random access procedure messages with the first terminal device, wherein a first scheduling message indicating radio resources for at least one of the first series of random access procedure messages is transmitted by the network infrastructure equipment to the first terminal device using radio resources in the first common search space, and exchanging a second series of random access procedure messages with the second terminal device, wherein a second scheduling message indicating radio resources for at least one of the second series of random access procedure messages is transmitted by the network infrastructure equipment to the second terminal device using radio resources in the second common search space.
A communication apparatus comprising: circuitry configured to compute, using a temporal key and a number as input of a hash function, a hash value to be used by a station, STA (120-140), to determine whether or not a wake-up radio, WUR, frame containing the hash value is authentic, and a transmitter configured to transmit, to the STA (120-140), the WUR frame containing the hash value, characterized in that the hash value is computed using a transmitter address, TA, of the communication apparatus as an input of the hash function, and the number is a part of time synchronization function, TSF, timer. circuitry configured to compute, using a temporal key and a number as input of a hash function, a hash value to be used by a station, STA (120-140), to determine whether or not a wake-up radio, WUR, frame containing the hash value is authentic, and a transmitter configured to transmit, to the STA (120-140), the WUR frame containing the hash value, characterized in that the hash value is computed using a transmitter address, TA, of the communication apparatus as an input of the hash function, and the number is a part of time synchronization function, TSF, timer.
A method of fabricating a pre-lithiated electrode, comprising: disposing a Li-PET sheet comprising a layer of lithium metal adjacent to a prefabricated electrode comprising a layer of anode material; contacting a surface of the layer of anode material with a surface of the layer of lithium metal; and calendering the layer of lithium metal and the prefabricated electrode together, said calendering comprising transferring the layer of lithium metal and the prefabricated electrode through a pair of calendering rolls, said calendering further comprising applying uniform pressure to a back surface of the PET-sheet, wherein the uniform pressure is a pressure ranging from about 0.7 kN to about 0.8 kN, wherein the front roll and/or the back roll is heated to a temperature in the range of from about 40°C to about 75°C, and PET denotes polyethylene terephthalate or a derivative of polyethylene terephthalate. disposing a Li-PET sheet comprising a layer of lithium metal adjacent to a prefabricated electrode comprising a layer of anode material; contacting a surface of the layer of anode material with a surface of the layer of lithium metal; and calendering the layer of lithium metal and the prefabricated electrode together, said calendering comprising transferring the layer of lithium metal and the prefabricated electrode through a pair of calendering rolls, said calendering further comprising applying uniform pressure to a back surface of the PET-sheet, wherein the uniform pressure is a pressure ranging from about 0.7 kN to about 0.8 kN, wherein the front roll and/or the back roll is heated to a temperature in the range of from about 40°C to about 75°C, and PET denotes polyethylene terephthalate or a derivative of polyethylene terephthalate.
A mower unit comprising: a blade unit including: a rotary shaft having a rotary axis extending in a vertical direction; and a blade which is provided on the rotary shaft and rotatable about the rotary axis ; a blade housing including a top panel and a side plate extending downward from a peripheral edge of the top panel , for covering the blade unit from above to create a mowing space therein; a mown grass discharge port formed in the top panel for discharging conveying air flow generated by rotation of the blade; and an intake part that supplies ambient air to the conveying air, characterized in that the intake part includes an ambient air intake opening (102a; 102b; 102c) formed in the mown grass discharge port or in the vicinity thereof, and an auxiliary ambient air intake opening (121s; 121e; 121f; 121g) formed in the top panel or the side plate , and that the mower unit further comprises a cover (200; 201; 202; 203; 125a) that covers the auxiliary ambient air intake opening (121s; 121e; 121f; 121g). a blade unit including: a rotary shaft having a rotary axis extending in a vertical direction; and a blade which is provided on the rotary shaft and rotatable about the rotary axis ; a blade housing including a top panel and a side plate extending downward from a peripheral edge of the top panel , for covering the blade unit from above to create a mowing space therein; a mown grass discharge port formed in the top panel for discharging conveying air flow generated by rotation of the blade; and an intake part that supplies ambient air to the conveying air, characterized in that the intake part includes an ambient air intake opening (102a; 102b; 102c) formed in the mown grass discharge port or in the vicinity thereof, and an auxiliary ambient air intake opening (121s; 121e; 121f; 121g) formed in the top panel or the side plate , and that the mower unit further comprises a cover (200; 201; 202; 203; 125a) that covers the auxiliary ambient air intake opening (121s; 121e; 121f; 121g).
Apparatus for precise processing of material of the eye , having - a pulsed laser , wherein the laser provides a laser beam having a pulse length between 50 fs and 1 ps, a pulse frequency of greater than 50 kHz and an energy of the individual laser pulses of 100 nJ to 10 μJ, and - beam devices (21-24) for beam formation and/or beam guidance and/or beam deflection and/or beam focusing, - wherein the laser and the beam devices (21-24) are configured such that they apply the laser beam in geometrically pre-determinable shapes and in timely pre-determinable progression into the material and generate cuts in the material of the eye by photo disruption, wherein the laser and the beam devices (21-24) are configured to divide a part of the material into small fragments by means of the cuts and to enable the extraction of these fragments by means of a suction/rinsing device . - a pulsed laser , wherein the laser provides a laser beam having a pulse length between 50 fs and 1 ps, a pulse frequency of greater than 50 kHz and an energy of the individual laser pulses of 100 nJ to 10 μJ, and - beam devices (21-24) for beam formation and/or beam guidance and/or beam deflection and/or beam focusing, - wherein the laser and the beam devices (21-24) are configured such that they apply the laser beam in geometrically pre-determinable shapes and in timely pre-determinable progression into the material and generate cuts in the material of the eye by photo disruption, wherein the laser and the beam devices (21-24) are configured to divide a part of the material into small fragments by means of the cuts and to enable the extraction of these fragments by means of a suction/rinsing device .
Elastic joint with a drive , an elastic mechanism and an output , wherein the elastic mechanism has a cam disc mechanism with a cam disc and a lever mechanism , wherein the torque can be varied non-linearly by rotating the cam disc in conjunction with at least one spring element , and a first lever arm of a lever is rotatably connected to the cam disc outside its centre point, and a second lever arm of the lever is connected to the output , and the pivot of the lever is coupled to an adjustment mechanism for changing the position of the pivot and thus the rigidity, characterised in that the cam disc has two opposing cut-outs, each with a curve with an inwardly pointing edge , and the cam disc is connected to the lever mechanism , and the at least one spring element engages the edge of at least one of the cut-outs of the cam disc via a roller , and the drive is connected to the cam disc via the at least one spring element and the roller . the elastic mechanism has a cam disc mechanism with a cam disc and a lever mechanism , wherein the torque can be varied non-linearly by rotating the cam disc in conjunction with at least one spring element , and a first lever arm of a lever is rotatably connected to the cam disc outside its centre point, and a second lever arm of the lever is connected to the output , and the pivot of the lever is coupled to an adjustment mechanism for changing the position of the pivot and thus the rigidity, characterised in that the cam disc has two opposing cut-outs, each with a curve with an inwardly pointing edge , and the cam disc is connected to the lever mechanism , and the at least one spring element engages the edge of at least one of the cut-outs of the cam disc via a roller , and the drive is connected to the cam disc via the at least one spring element and the roller .
Spring tine for tedding agricultural stalks/leaves, comprising: - one inner tine leg with respect to the direction of rotation of the spring tine having a free end portion , which forms a vertical angle of less than 90° with the direction of rotation , and having a working portion adjoining at the top; and - one outer tine leg with respect to the direction of rotation having a free end portion , which forms a vertical angle of more than 90° with the direction of rotation , and having a working portion adjoining at the top which is curved and is designed to trail the inner tine leg . - one inner tine leg with respect to the direction of rotation of the spring tine having a free end portion , which forms a vertical angle of less than 90° with the direction of rotation , and having a working portion adjoining at the top; and - one outer tine leg with respect to the direction of rotation having a free end portion , which forms a vertical angle of more than 90° with the direction of rotation , and having a working portion adjoining at the top which is curved and is designed to trail the inner tine leg .
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving , by the WTRU from an enhanced Node B, eNB, a circuit switched, CS, service notification; transmitting , towards the eNB, an extended service request, ESR, message for a CS fallback, in response to the CS service notification; starting a T3117ext timer in response to transmitting the ESR; and stopping the T3117ext timer in response to reception of a handover command or a cell change command sent by the eNB after the transmission of the ESR. receiving , by the WTRU from an enhanced Node B, eNB, a circuit switched, CS, service notification; transmitting , towards the eNB, an extended service request, ESR, message for a CS fallback, in response to the CS service notification; starting a T3117ext timer in response to transmitting the ESR; and stopping the T3117ext timer in response to reception of a handover command or a cell change command sent by the eNB after the transmission of the ESR.
A cell culturing method, comprising: placing a cell culturing bag on a placement surface of a stand , wherein the cell culturing bag comprises a bag body configured from an upper film and a lower film which are sealed at a peripheral portion , and a port mounted on the bag body , wherein a plurality of recess portions each serving as a cell culture portion are formed in the lower film , and wherein an opening is formed in the placement surface as a shape for receiving each of the plurality of recess portions , characterized in that the method further comprises: pressing the upper film from above using a pressing member having a bottom surface substantially parallel to the placement surface , while a culture medium is being injected or discharged from the port ; and descending the pressing member until the upper film closes the plurality of recess portions so that the cell is each confined in each recess portions , when discharging the culture medium. pressing the upper film from above using a pressing member having a bottom surface substantially parallel to the placement surface , while a culture medium is being injected or discharged from the port ; and descending the pressing member until the upper film closes the plurality of recess portions so that the cell is each confined in each recess portions , when discharging the culture medium.
A bearing assembly for a worm shaft , comprising a rolling bearing (14; 114; 214) in which the worm shaft is mounted, and comprising a housing (10; 100; 200) in which the rolling bearing (14; 114; 214) is elastically pretensioned in a direction z transverse to the longitudinal direction x of the worm shaft (12wherein the rolling bearing (14; 114; 214) is supported in the housing (10; 100; 200) on both sides in the direction y perpendicular to the pretensioning direction z and to the longitudinal direction x of the worm shaft , and an annular spring (16; 116; 216) is provided for pretensioning the rolling bearing (14; 114; 214), ), characterized in that the spring (16; 116; 216) surrounds the rolling bearing and is anchored at the housing (10; 100; 200) at a point on its circumference and engages the outer circumference of the rolling bearing (14; 114; 214) at a point (32; 132; 232) diametrically opposite to the anchoring point (28; 128; 228).
A stop position control system comprising: a controller configured to control a stop position of a stop vehicle that is to stop in a stop area, wherein the controller is configured to: acquire vehicle information on the stop vehicle , acquire luggage information on luggage possessed by a user who is using the stop vehicle , set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle , the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle , and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed. a controller configured to control a stop position of a stop vehicle that is to stop in a stop area, wherein the controller is configured to: acquire vehicle information on the stop vehicle , acquire luggage information on luggage possessed by a user who is using the stop vehicle , set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle , the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle , and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed. acquire vehicle information on the stop vehicle , acquire luggage information on luggage possessed by a user who is using the stop vehicle , set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle , the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle , and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed.
A method performed by a first access node for controlling transmission of reference signals for mobility carried by beams for mobility in a wireless communications network , the method comprising: obtaining an identity of a plurality of reference signals for mobility (400-413) associated with the first access node , determining an identity of a second beam for mobility associated with a second access node , which second beam for mobility is a neighbour beam for mobility to a first beam for mobility associated with the first access node , wherein the identity of the second beam for mobility is determined based on a neighbour relation between the second beam for mobility and the first beam for mobility , and controlling transmission of the reference signals for mobility by transmitting , to the second access node , a request to transmit a reference signal for mobility comprised in the plurality of reference signals for mobility (400-413), on the second beam for mobility , and wherein the request comprises: a respective identity of one or more reference signals for mobility (400-406) comprised in the plurality of reference signals for mobility (400-413), which respective identity is based on the identity of the plurality of reference signals for mobility (400-413), and the identity of the second beam for mobility . obtaining an identity of a plurality of reference signals for mobility (400-413) associated with the first access node , determining an identity of a second beam for mobility associated with a second access node , which second beam for mobility is a neighbour beam for mobility to a first beam for mobility associated with the first access node , wherein the identity of the second beam for mobility is determined based on a neighbour relation between the second beam for mobility and the first beam for mobility , and controlling transmission of the reference signals for mobility by transmitting , to the second access node , a request to transmit a reference signal for mobility comprised in the plurality of reference signals for mobility (400-413), on the second beam for mobility , and wherein the request comprises: a respective identity of one or more reference signals for mobility (400-406) comprised in the plurality of reference signals for mobility (400-413), which respective identity is based on the identity of the plurality of reference signals for mobility (400-413), and the identity of the second beam for mobility . a respective identity of one or more reference signals for mobility (400-406) comprised in the plurality of reference signals for mobility (400-413), which respective identity is based on the identity of the plurality of reference signals for mobility (400-413), and the identity of the second beam for mobility .
An oral pouched product comprising an oral composition within a water-permeable pouch, the oral composition comprising: at least one active agent; at least one cellulose-based filler component; and water in an amount sufficient such that the oral composition has a total moisture content of 20% to 45% by weight based on the total weight of the oral composition, wherein the oral composition is completely free of tobacco material or comprises less than 1% by weight of tobacco material, excluding any nicotine component where present, and wherein the composition does not comprise a lipid. at least one active agent; at least one cellulose-based filler component; and water in an amount sufficient such that the oral composition has a total moisture content of 20% to 45% by weight based on the total weight of the oral composition, wherein the oral composition is completely free of tobacco material or comprises less than 1% by weight of tobacco material, excluding any nicotine component where present, and wherein the composition does not comprise a lipid.