mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile apparatus for washing drinking vessels, in particular glasses and mugs, wherein a vertical, central spindle driven by a swivel drive to which gripping devices are attached at radially uniform intervals in a common plane and arranged so that they rotate collectively and the height thereof is adjustable, and by a control for grasping, turning and transferring the drinking vessels by raising and lowering of the gripping devices during a rotation of the spindle from a first collection station of the drinking vessels via further stations (15 to 17) arranged in a circle until a deposit station of the drinking vessels is reached, wherein a second station is provided for pre-washing, a third station for main washing and a fourth station for post-washing and/or drying, wherein the main washing is carried out by means of an ultrasonic bath and the number of gripping devices is equal to the number of stations, so that a continuous throughput of the drinking vessels can be performed via the collecting stations, the cleaning stations and the deposit station.
A wireless communication terminal device having a multi-antenna, the wireless communication terminal device comprising: a first radio frequency, RF, module comprising a first antenna array ; a second RF module comprising a second antenna array ; a third RF module connected to each of the first RF module and the second RF module by a cable having a predetermined length; and a digital modem configured to: output a first test signal to the third RF module , receive a second test signal from the third RF module , in response to the first test signal, and calibrate a phase value for each of first chain combinations formed by the first antenna array and the second antenna array , based on the first test signal and the second test signal; and a member configured to form a transmission path and a reception path between the first RF module and the second RF module , wherein the transmission path is configured by the third RF module and the first RF module to transmit the first test signal, and wherein the reception path is configured by the second RF module and the third RF module to receive the first test signal and output the second test signal to the digital modem . a first radio frequency, RF, module comprising a first antenna array ; a second RF module comprising a second antenna array ; a third RF module connected to each of the first RF module and the second RF module by a cable having a predetermined length; and a digital modem configured to: output a first test signal to the third RF module , receive a second test signal from the third RF module , in response to the first test signal, and calibrate a phase value for each of first chain combinations formed by the first antenna array and the second antenna array , based on the first test signal and the second test signal; and a member configured to form a transmission path and a reception path between the first RF module and the second RF module , wherein the transmission path is configured by the third RF module and the first RF module to transmit the first test signal, and wherein the reception path is configured by the second RF module and the third RF module to receive the first test signal and output the second test signal to the digital modem . output a first test signal to the third RF module , receive a second test signal from the third RF module , in response to the first test signal, and calibrate a phase value for each of first chain combinations formed by the first antenna array and the second antenna array , based on the first test signal and the second test signal; and a member configured to form a transmission path and a reception path between the first RF module and the second RF module , wherein the transmission path is configured by the third RF module and the first RF module to transmit the first test signal, and wherein the reception path is configured by the second RF module and the third RF module to receive the first test signal and output the second test signal to the digital modem .
A compound having the formula 7, or a salt thereof for use in the treatment of Duchenne muscular dystrophy, disuse muscular atrophy, drug-induced myopathy and age related muscular atrophy.
A push-pull style interactive audiobook, comprising a body , a push-pull member , a speaker arranged in the body , a controller storing audio file, and a trigger switch circuit ; wherein, both the speaker and the trigger switch circuit are connected to the controller ; the body comprises a track slot , and the push-pull member comprises a trigger ; wherein, the controller is configured to output the audio file to the speaker for playing in response to switch-on of the trigger switch circuit caused by the trigger during movement of the push-pull member along the track slot , characterized in that , the track slot extends to a side face of the body , a cover plate is arranged above the track slot , and the cover plate is coplanar with an upper surface of the body , such that an opening is formed on the side face of the body by the track slot , and the push-pull member is disposed in the track slot and is positioned below the cover plate , and one end of the push-pull member stretches out from the opening formed by the track slot . the track slot extends to a side face of the body , a cover plate is arranged above the track slot , and the cover plate is coplanar with an upper surface of the body , such that an opening is formed on the side face of the body by the track slot , and the push-pull member is disposed in the track slot and is positioned below the cover plate , and one end of the push-pull member stretches out from the opening formed by the track slot .
A two-stage infusion set inserter system comprising: an inserter assembly comprising: a housing comprising: a rotatable button assembly comprising ramps and tab indents ; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs ; a needle carrier connected to an introduction needle , the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring ; and a needle spring ; wherein the rotatable button assembly rotates from a locked to an unlocked position, and wherein in the locked position, the sliding component tabs are in the tab indents , and in the unlocked position the ramps are in contact with the sliding component tabs ; wherein when force is applied onto the rotatable button assembly in a downward direction, the ramps push the sliding component tabs out of the way of the sliding component , and the sliding component and needle carrier are forced downward by the sliding component spring , and wherein when the needle carrier reaches the injection position, the needle spring forces the needle carrier upward towards the second ending position. an inserter assembly comprising: a housing comprising: a rotatable button assembly comprising ramps and tab indents ; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs ; a needle carrier connected to an introduction needle , the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring ; and a needle spring ; a housing comprising: a rotatable button assembly comprising ramps and tab indents ; and a non-rotatable portion of housing, a rotatable button assembly comprising ramps and tab indents ; and a non-rotatable portion of housing, a sliding component comprising sliding component tabs ; a needle carrier connected to an introduction needle , the needle carrier slidably movable from a starting position to an injection position and then to a second ending position; a sliding component spring ; and a needle spring ; wherein the rotatable button assembly rotates from a locked to an unlocked position, and wherein in the locked position, the sliding component tabs are in the tab indents , and in the unlocked position the ramps are in contact with the sliding component tabs ; wherein when force is applied onto the rotatable button assembly in a downward direction, the ramps push the sliding component tabs out of the way of the sliding component , and the sliding component and needle carrier are forced downward by the sliding component spring , and wherein when the needle carrier reaches the injection position, the needle spring forces the needle carrier upward towards the second ending position.
A method for transmitting, by a user equipment, UE, an uplink signal to a base station, BS, in a wireless communication system supporting an unlicensed band, the method comprising: transmitting, to the BS , a first data in a reference resource configured for adjusting a contention window size, CWS, wherein a HARQ ID is associated to the reference resource, and wherein the transmission of the first data is a transport block, TB, based transmission or code block group, CBG, based transmission; receiving, from the BS , an uplink grant for at least one TB or for at least one CBG, wherein the uplink grant comprises information for indicating an initial transmission or a retransmission of the first data, for each of the at least one TB or for each of the at least one CBG; adjusting a contention window size, CWS, differently based on whether the transmission of the first data is the TB based transmission or the CBG based transmission; and transmitting, to the BS , a second data or a retransmission of the first data based on a channel access procedure, CAP, to which the adjusted CWS is applied, wherein, for a case of the CBG based transmission, based on the information indicating that at least a ratio of CBG having the HARQ ID associated to the reference resource are for an initial transmission, the CWS is initialized; otherwise, the CWS is increased, and wherein, for a case of the TB based transmission, based on the information indicating that at least one TB having the HARQ ID associated to the reference resource is for an initial transmission, the CWS is initialized; otherwise, the CWS is increased. transmitting, to the BS , a first data in a reference resource configured for adjusting a contention window size, CWS, wherein a HARQ ID is associated to the reference resource, and wherein the transmission of the first data is a transport block, TB, based transmission or code block group, CBG, based transmission; receiving, from the BS , an uplink grant for at least one TB or for at least one CBG, wherein the uplink grant comprises information for indicating an initial transmission or a retransmission of the first data, for each of the at least one TB or for each of the at least one CBG; adjusting a contention window size, CWS, differently based on whether the transmission of the first data is the TB based transmission or the CBG based transmission; and transmitting, to the BS , a second data or a retransmission of the first data based on a channel access procedure, CAP, to which the adjusted CWS is applied, wherein, for a case of the CBG based transmission, based on the information indicating that at least a ratio of CBG having the HARQ ID associated to the reference resource are for an initial transmission, the CWS is initialized; otherwise, the CWS is increased, and wherein, for a case of the TB based transmission, based on the information indicating that at least one TB having the HARQ ID associated to the reference resource is for an initial transmission, the CWS is initialized; otherwise, the CWS is increased.
An accessory gearbox for an aircraft turbomachine , the turbomachine extending along a longitudinal axis (X) and comprising a low-pressure spool , a high-pressure spool and a radial shaft connected to the high-pressure spool , the accessory gearbox comprising a gear train comprising at least one input shaft , configured to be mechanically coupled to the radial shaft , and a plurality of output shafts , configured to be rotatably coupled to equipment (E), at least one output shaft , hereinafter referred to as a mixed shaft , being rotatably coupled to high-speed equipment (E') configured to operate over a high speed range, the accessory gearbox being characterized in that it comprises: • a very low-speed motor (M) configured to operate over a very low speed range, below the high speed range of said high-speed equipment (E'), • a clutch system configured to mate with said mixed shaft , the very low-speed motor (M) being mounted to the clutch system so that: o in a clutched position (P1) of the clutch system , the very low-speed motor (M) is coupled to the mixed shaft , so as to rotatably drive the high-pressure spool , when the turbomachine is stopped (A), and o in a declutched position (P2) of the clutch system , the very low-speed motor (M) is decoupled from the mixed shaft in order to be protected from the speeds transmitted by the high-pressure spool to the mixed shaft to drive the high-speed equipment (E') when the turbomachine is in operation (F). • a very low-speed motor (M) configured to operate over a very low speed range, below the high speed range of said high-speed equipment (E'), • a clutch system configured to mate with said mixed shaft , the very low-speed motor (M) being mounted to the clutch system so that: o in a clutched position (P1) of the clutch system , the very low-speed motor (M) is coupled to the mixed shaft , so as to rotatably drive the high-pressure spool , when the turbomachine is stopped (A), and o in a declutched position (P2) of the clutch system , the very low-speed motor (M) is decoupled from the mixed shaft in order to be protected from the speeds transmitted by the high-pressure spool to the mixed shaft to drive the high-speed equipment (E') when the turbomachine is in operation (F). o in a clutched position (P1) of the clutch system , the very low-speed motor (M) is coupled to the mixed shaft , so as to rotatably drive the high-pressure spool , when the turbomachine is stopped (A), and o in a declutched position (P2) of the clutch system , the very low-speed motor (M) is decoupled from the mixed shaft in order to be protected from the speeds transmitted by the high-pressure spool to the mixed shaft to drive the high-speed equipment (E') when the turbomachine is in operation (F).
An electromembrane extraction (EME) device comprising a union connector , wherein the union connector is made of electric insulating material, an acceptor compartment with an acceptor compartment connector end , and a donor compartment with a donor compartment connector end , wherein both the acceptor and donor compartment connector ends are connectable to the union connector , wherein the union connector comprises a flat membrane with a seal on each side thereof, wherein the seals , when the acceptor compartment and the donor compartment are connected to the union connector are arranged respectively between the acceptor compartment connector end and the flat membrane and the donor compartment connector end and the flat membrane .
Mobile rescue stretcher , in particular for transport in ambulance vehicles, comprising a chassis having wheels and a patient stretcher supported by the chassis, wherein, in order to change the height position (H) of the patient stretcher , the chassis geometry above the wheels can be changed by means of a hydraulic drive system comprising a pressure supply unit and at least one linear actuator which can be acted upon by the pressure supply unit , which hydraulic drive system further comprises a manually operable unlocking valve unit for direct connection of a lifting working space of the linear actuator to a receiving space for hydraulic fluid, characterized in that the unlocking valve unit has a control space which is bounded by a piston element guided such that it can move relative to the housing of the valve unit and communicates with the lifting connection communicating with the lifting working space , wherein the piston element is operatively connected to a valve body which cooperates with a valve seat of a relief valve formed between the lifting connection and a tank connection communicating with the receiving space , and wherein furthermore a mechanical actuating input of the valve unit acts on the valve body under interposition of a spring element .
A surge protection circuit for protecting a device from power surges, the surge protection circuit comprising: an input having at least a first connection and a second connection, and configured to be coupled to an AC input and configured to be coupled to the device; a rectifier circuit coupled to the input and having a first output and a second output; and a first capacitor coupled to the first output of the rectifier circuit and the second output of the rectifier circuit and configured to receive a power surge at the input through the rectifier circuit to protect the device; a second capacitor coupled between the first connection and the second connection; a counter circuit coupled to the second capacitor and configured to count a number of transients that occur at the input based on current through the second capacitor, and determine a duration of each transient; and a controller coupled to the counter circuit and configured to provide an indication of a need to replace at least one capacitor of the surge protection circuit based on the number and duration of the transients. an input having at least a first connection and a second connection, and configured to be coupled to an AC input and configured to be coupled to the device; a rectifier circuit coupled to the input and having a first output and a second output; and a first capacitor coupled to the first output of the rectifier circuit and the second output of the rectifier circuit and configured to receive a power surge at the input through the rectifier circuit to protect the device; a second capacitor coupled between the first connection and the second connection; a counter circuit coupled to the second capacitor and configured to count a number of transients that occur at the input based on current through the second capacitor, and determine a duration of each transient; and a controller coupled to the counter circuit and configured to provide an indication of a need to replace at least one capacitor of the surge protection circuit based on the number and duration of the transients.
A separation membrane for a redox flow battery comprising: a protective film formed on each of both surfaces of a sheet substrate along with pores, the sheet substrate having thereon a number of pores communicating between the both surfaces; and an ion-exchange membrane adhered to the protective film, the ion-exchange membrane having a matrix formed of an ion-exchange resin dispersed therein with an inorganic porous powdery body attached with the ion-exchange resin obtained as a result of sulfonating rosin. a protective film formed on each of both surfaces of a sheet substrate along with pores, the sheet substrate having thereon a number of pores communicating between the both surfaces; and an ion-exchange membrane adhered to the protective film, the ion-exchange membrane having a matrix formed of an ion-exchange resin dispersed therein with an inorganic porous powdery body attached with the ion-exchange resin obtained as a result of sulfonating rosin.
An RF transition assembly for enabling a radiofrequency transition between an RF transmission layer of an electronic device and a conductor extending orthogonally to the RF transmission layer and being electrically connected to the RF transmission layer , the assembly comprising: an open coaxial structure located adjacent to an edge of the RF transmission layer and comprising a cavity extending therethrough for receiving the conductor , the cavity comprising an opening facing the edge of the RF transmission layer so as to direct electromagnetic radiation towards the RF transmission layer , and characterised by a height of the open coaxial structure , with respect to the conductor , being: equal to or greater than a radius of the cavity , and less than or equal to 1.1 times the radius of the cavity . the cavity comprising an opening facing the edge of the RF transmission layer so as to direct electromagnetic radiation towards the RF transmission layer , and characterised by a height of the open coaxial structure , with respect to the conductor , being: equal to or greater than a radius of the cavity , and less than or equal to 1.1 times the radius of the cavity . equal to or greater than a radius of the cavity , and less than or equal to 1.1 times the radius of the cavity .
A method for measuring a mechanical property of an object using an ultrasound system having an ultrasound transducer, the steps of the method comprising: a) providing a continuous vibration to the ultrasound transducer by continuously vibrating the ultrasound transducer using at least one mechanical actuator attached directly to the outer surface of the ultrasound transducer; b) inducing at least one shear wave in the object by the continuous vibration of the ultrasound transducer; c) continuously obtaining shear wave data sets from the object using the ultrasound transducer while the ultrasound transducer is being continuously vibrated; d) producing motion-corrected shear wave data sets by correcting the shear wave data sets to remove motion artifacts associated with the continuous vibration of the ultrasound transducer, wherein the continuous vibration is caused by the mechanical actuator; and e) processing the motion corrected shear wave data sets to calculate a mechanical property of the object. a) providing a continuous vibration to the ultrasound transducer by continuously vibrating the ultrasound transducer using at least one mechanical actuator attached directly to the outer surface of the ultrasound transducer; b) inducing at least one shear wave in the object by the continuous vibration of the ultrasound transducer; c) continuously obtaining shear wave data sets from the object using the ultrasound transducer while the ultrasound transducer is being continuously vibrated; d) producing motion-corrected shear wave data sets by correcting the shear wave data sets to remove motion artifacts associated with the continuous vibration of the ultrasound transducer, wherein the continuous vibration is caused by the mechanical actuator; and e) processing the motion corrected shear wave data sets to calculate a mechanical property of the object.
A nucleic acid molecule encoding a chimeric antigen receptor (CAR) directed against the antigen CD37, wherein said CAR when expressed on the surface of an immune effector cell is capable of binding to the antigen CD37 expressed on a target cell surface and comprises an antigen-binding domain comprising a V L sequence and a V H sequence each comprising three CDR sequences, wherein a) CDRs 1, 2 and 3 of the V L sequence have the sequences of SEQ ID NOs. 43, 44 and 35 respectively; and b) CDRs 1, 2 and 3 of the V H sequence have the sequences of SEQ ID NOs. 45, 46 and 34 respectively; wherein the CAR comprises, downstream of an extracellular domain comprising the antigen-binding domain, a hinge domain, a transmembrane domain and an intracellular signalling domain, and wherein the hinge domain is the hinge domain of CD8α having the amino acid sequence of SEQ ID NO.9 or an amino acid sequence having at least 95 % sequence identity thereto. a) CDRs 1, 2 and 3 of the V L sequence have the sequences of SEQ ID NOs. 43, 44 and 35 respectively; and b) CDRs 1, 2 and 3 of the V H sequence have the sequences of SEQ ID NOs. 45, 46 and 34 respectively;