mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, comprising: receiving information corresponding to a plurality of uplink carriers, wherein the information comprises a random access channel, RACH, common configuration, a time alignment, TA, timer common configuration, and an indication of a frequency of an uplink carrier; selecting an uplink carrier from the plurality of uplink carriers based upon the information, wherein the selecting the uplink carrier is based on comparing a Reference Signal Received Power, RSRP, of a downlink carrier, measured by the user equipment, to a threshold, wherein the selected uplink carrier has a low frequency in response to the RSRP being below the threshold, wherein the selected uplink carrier has a high frequency in response to the RSRP being above the threshold, and wherein the user equipment, UE, re-selects an appropriate uplink carrier in response to a transmission problem with a current uplink carrier; and performing random access using the selected uplink carrier. receiving information corresponding to a plurality of uplink carriers, wherein the information comprises a random access channel, RACH, common configuration, a time alignment, TA, timer common configuration, and an indication of a frequency of an uplink carrier; selecting an uplink carrier from the plurality of uplink carriers based upon the information, wherein the selecting the uplink carrier is based on comparing a Reference Signal Received Power, RSRP, of a downlink carrier, measured by the user equipment, to a threshold, wherein the selected uplink carrier has a low frequency in response to the RSRP being below the threshold, wherein the selected uplink carrier has a high frequency in response to the RSRP being above the threshold, and wherein the user equipment, UE, re-selects an appropriate uplink carrier in response to a transmission problem with a current uplink carrier; and wherein the selecting the uplink carrier is based on comparing a Reference Signal Received Power, RSRP, of a downlink carrier, measured by the user equipment, to a threshold, wherein the selected uplink carrier has a low frequency in response to the RSRP being below the threshold, wherein the selected uplink carrier has a high frequency in response to the RSRP being above the threshold, and wherein the user equipment, UE, re-selects an appropriate uplink carrier in response to a transmission problem with a current uplink carrier; and performing random access using the selected uplink carrier.
Wire saw for an endless saw wire , comprising: a housing ; a wire drive for pulling the saw wire in a circulating direction ; a wire store which has a first package of deflection rollers and a second package of deflection rollers , wherein the second package is mounted so as to be displaceable with respect to the first package along a direction in order to increase a length of the saw wire stored on the wire store ; a feed device which exerts a feed force on the second package in the direction ; characterized in that the wire store is arranged downstream of the wire drive in the circulating direction . a housing ; a wire drive for pulling the saw wire in a circulating direction ; a wire store which has a first package of deflection rollers and a second package of deflection rollers , wherein the second package is mounted so as to be displaceable with respect to the first package along a direction in order to increase a length of the saw wire stored on the wire store ; a feed device which exerts a feed force on the second package in the direction ; characterized in that the wire store is arranged downstream of the wire drive in the circulating direction .
A tire comprising a land part partitioned between two main grooves extending in a circumferential direction of a tire and resonators formed in the land part, wherein a resonator has a cavity part separated from the two main grooves and is opened at the surface (23-25) of the land part, a 1st sipe that is opened at one main groove and the cavity part and a 2nd sipe that is opened at the other main groove and the cavity part , wherein the lengths of the first and the second sipes are 10mm or more and 25mm or less, I the tire being characterised in that depths of the main grooves are 3mm or more and 6.5mm or less, a volume value of the cavity part is 3 times or more and 5 times or less a sum of the cross-sectional areas of the two main grooves with the land in between. wherein a resonator has a cavity part separated from the two main grooves and is opened at the surface (23-25) of the land part, a 1st sipe that is opened at one main groove and the cavity part and a 2nd sipe that is opened at the other main groove and the cavity part , wherein the lengths of the first and the second sipes are 10mm or more and 25mm or less, I the tire being characterised in that depths of the main grooves are 3mm or more and 6.5mm or less, a volume value of the cavity part is 3 times or more and 5 times or less a sum of the cross-sectional areas of the two main grooves with the land in between. depths of the main grooves are 3mm or more and 6.5mm or less, a volume value of the cavity part is 3 times or more and 5 times or less a sum of the cross-sectional areas of the two main grooves with the land in between.
A movable car mounted governor assembly for an elevator car , the assembly comprising: a chassis releasably mounted to an upright of an elevator car; a governor operationally mounted to the chassis ; the chassis configured to move from a first position to a second position relative the upright , wherein in the first position the chassis is fixedly secured to the upright and in the second position the chassis is not fixedly secured to the upright , characterized in that the second position is a maintenance position of the governor . a chassis releasably mounted to an upright of an elevator car; a governor operationally mounted to the chassis ; the chassis configured to move from a first position to a second position relative the upright , wherein in the first position the chassis is fixedly secured to the upright and in the second position the chassis is not fixedly secured to the upright , characterized in that the second position is a maintenance position of the governor .
A method of producing a tufting tool with an insert for a tufting machine comprising: forming a tufting tool in a first material, forming a cavity at a location in the tufting tool where the insert is to be provided in the tufting tool, filling the cavity with a second material, the second material being a granular material or a paste, and characterised by melting the second material filled in the cavity to form the insert being harder than the first material. forming a tufting tool in a first material, forming a cavity at a location in the tufting tool where the insert is to be provided in the tufting tool, filling the cavity with a second material, the second material being a granular material or a paste, and characterised by melting the second material filled in the cavity to form the insert being harder than the first material.
A method of pairing and configuring a computing device for use in a meeting space, comprising: receiving , by a computing device, a broadcast from a meeting appliance located in the meeting space, the broadcast indicating the availability of the meeting appliance; establishing , by the computing device, a connection with the meeting appliance, wherein establishing the connection comprises sending, by the computing device, Third Party Control Protocol, TPCP, pairing data to the meeting appliance and receiving, by the computing device from the meeting appliance, a TPCP signal requesting an authentication code from the computing device; and joining , by the computing device, a meeting in the meeting space via the meeting appliance. receiving , by a computing device, a broadcast from a meeting appliance located in the meeting space, the broadcast indicating the availability of the meeting appliance; establishing , by the computing device, a connection with the meeting appliance, wherein establishing the connection comprises sending, by the computing device, Third Party Control Protocol, TPCP, pairing data to the meeting appliance and receiving, by the computing device from the meeting appliance, a TPCP signal requesting an authentication code from the computing device; and joining , by the computing device, a meeting in the meeting space via the meeting appliance.
A magnetic check valve comprising: a housing comprising a valve seat , a piston chamber and a piston ; wherein the valve seat comprises at least three prongs extending radially from the housing , the at least three prongs connecting to a central plate ; wherein each of the at least three prongs comprises at least one magnet ; and at least three segments of annular space between the central plate and the housing; wherein the piston chamber , downstream from the valve seat , comprises a cylindrical space configured to receive the piston that slides along the axis of the housing ; wherein the piston is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate ; and comprises a material that is attracted to the at least one magnet in the at least three prongs; characterized in that , the material of the piston comprises an encapsulated steel ring, and that there is a contact surface between the central plate and the piston such that backflow is prevented when the check valve is closed. wherein the valve seat comprises at least three prongs extending radially from the housing , the at least three prongs connecting to a central plate ; wherein each of the at least three prongs comprises at least one magnet ; and at least three segments of annular space between the central plate and the housing; at least three prongs extending radially from the housing , the at least three prongs connecting to a central plate ; wherein each of the at least three prongs comprises at least one magnet ; and at least three segments of annular space between the central plate and the housing; wherein the piston chamber , downstream from the valve seat , comprises a cylindrical space configured to receive the piston that slides along the axis of the housing ; wherein the piston is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate ; and comprises a material that is attracted to the at least one magnet in the at least three prongs; is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate ; and comprises a material that is attracted to the at least one magnet in the at least three prongs;
Torsion absorber for securing on a cylindrical portion of a shaft ; having an inertia ring , at least one tensioning means and an elastic insert between the inertia ring and the cylindrical portion ; wherein the tensioning means braces a first segment and a second segment of the inertia ring against the cylindrical portion ; characterized in that the inertia ring has an intermediate piece ; wherein the intermediate piece is arranged between the first segment and the insert and/or between the second segment and the insert . having an inertia ring , at least one tensioning means and an elastic insert between the inertia ring and the cylindrical portion ; wherein the tensioning means braces a first segment and a second segment of the inertia ring against the cylindrical portion ; characterized in that the inertia ring has an intermediate piece ; wherein the intermediate piece is arranged between the first segment and the insert and/or between the second segment and the insert .
A system comprising: a plurality of radio frequency (RF) generators; a plurality of impedance match modules; a plurality of electrode plates, first and second impedance match modules of the plurality of impedance match modules electrically coupled between respective first and second RF generators of the plurality of RF generators and respective first and second electrode plates of the plurality of electrode plates; characterised in that the system comprises a conveyor including a ground electrode, wherein, when a load at a start temperature is to be placed on the conveyor, the system uses RF signals generated by the plurality of RF generators to cause the load to be at an end temperature different from the start temperature, wherein the conveyor is to position the load to electrically couple to the first electrode plate during a first time period and the first impedance match module is associated with a first range of temperatures between the start and end temperatures, and wherein the conveyor is to position the load to electrically couple to the second electrode plate during a second time period and the second impedance match module is associated with a second range of temperatures between the start and end temperatures that is different from the first range of temperatures. a plurality of radio frequency (RF) generators; a plurality of impedance match modules; a plurality of electrode plates, first and second impedance match modules of the plurality of impedance match modules electrically coupled between respective first and second RF generators of the plurality of RF generators and respective first and second electrode plates of the plurality of electrode plates; characterised in that the system comprises a conveyor including a ground electrode, wherein, when a load at a start temperature is to be placed on the conveyor, the system uses RF signals generated by the plurality of RF generators to cause the load to be at an end temperature different from the start temperature, wherein the conveyor is to position the load to electrically couple to the first electrode plate during a first time period and the first impedance match module is associated with a first range of temperatures between the start and end temperatures, and wherein the conveyor is to position the load to electrically couple to the second electrode plate during a second time period and the second impedance match module is associated with a second range of temperatures between the start and end temperatures that is different from the first range of temperatures.
Method for controlling a driving machine mounted on a train of a motor vehicle fitted with wheels (19.1), said driving machine being associated with a coupling and uncoupling device capable of selectively coupling or decoupling said driving machine with said train of the motor vehicle, characterized in that during a phase of synchronization of a speed of the driving machine with a speed of the wheels (19.1), where appropriate to within a reduction ratio, said method comprises: - a step of determining a setpoint speed (N_cns) of the driving machine from a derivative as a function of time of a target speed (N_phys_C) to be reached by the driving machine and d 'a delay time (T_ret) relating to obtaining the setpoint speed (N_cns), and - a step of sending the setpoint speed (N_cns) previously determined to a speed controller of the prime mover . - a step of determining a setpoint speed (N_cns) of the driving machine from a derivative as a function of time of a target speed (N_phys_C) to be reached by the driving machine and d 'a delay time (T_ret) relating to obtaining the setpoint speed (N_cns), and - a step of sending the setpoint speed (N_cns) previously determined to a speed controller of the prime mover .
Multi-layer sealing sheet for a construction field, such as a roof, facade, cellar or tank, having outer layers containing a basic polymer, such as polyvinyl chloride or a polyvinyl chloride copolymer, and a plasticizer, and a combination carrier layer containing a glass mat and a glass reinforcement , the glass reinforcement consisting of the group woven glass fabric, non-crimp glass fabric, glass mesh or any combination thereof, and the glass fibres of the woven glass fabric, non-crimp glass fabric or glass mesh having a laying density or mesh width of 2x2 to 6x6, wherein the plasticiser is a low-molecular-weight plasticiser whose proportion in the outer layers containing the basic polymer is between 25 % by wt. and 40 % by wt., and in particular the combination carrier layer is impregnated with a bonding agent on the basis of at least one material of the group styrene butadiene, acrylate, PVC, EVA or any combination thereof.
Dial intended to be mounted in a watch case , the dial comprising a plate made of a fragile material, said plate defining a horizontal plane and comprising at least one housing defining a point of attachment for at least one foot consisting of a body and a head arranged to rest inside said at least one housing , characterized in that the head of the foot includes a circular slot arranged to receive a ring-like element made of a shape memory alloy able to move from a retracted position in which the ring-like element rests in the slot , to a rest position in which the foot is mechanically held inside said housing .
An aerosol generating device comprising a conically shaped heating element configured to generate aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element , and a heat source configured to heat the conically shaped heating element in use, in such a way that a heat gradient is provided along the slanted surface , the aerosol generating device further comprising a vaporizable material capsule , whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device , wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, wherein the vaporizable material capsule further comprises a mesh structure located on the slanted surface of the conically shaped alignment element and configured to receive the vaporizable material by capillarity and enabling an evaporation of vaporizable material when heated. a conically shaped heating element configured to generate aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element , and a heat source configured to heat the conically shaped heating element in use, in such a way that a heat gradient is provided along the slanted surface , the aerosol generating device further comprising a vaporizable material capsule , whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device , wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, whereby the vaporizable material capsule comprises a conically shaped alignment element with a slanted surface configured to mate with the conically shaped heating element of the aerosol generating device , wherein the slanted surface of the conically shaped alignment element comprises at least a first groove enabling a flow of evaporated vaporizable material, wherein the vaporizable material capsule further comprises a mesh structure located on the slanted surface of the conically shaped alignment element and configured to receive the vaporizable material by capillarity and enabling an evaporation of vaporizable material when heated.
A fluid pressure unit comprising: a fixed displacement fluid pump configured to be driven by an adjustable speed motor to discharge fluid; at least one actuator for actuating an object to be actuated with a pressure of the fluid discharged from the fluid pump ; and control means being configured for, upon the actuator actuating the object to be actuated, imparting a teaching movement to the actuator to determine an operating range of the actuator based on the number of rotations of the motor prior to the subsequent movement of the actuator intended to actuate the object to be actuated, the operating range extending up to an end of movement of the actuator , then, determining a deceleration start point short of the end of movement of the actuator within the determined operating range of the actuator by previously setting a deceleration period and determining the number of rotations of the motor that is necessary for completing deceleration from the deceleration start point to the end of movement, within the preset deceleration period, and at a second speed of the motor , and, during subsequent movement of the actuator to actuate the object to be actuated, rotating the motor at a first speed until the deceleration start point and then rotating the motor at the second speed from the deceleration start point to the end of movement of the actuator , the second speed being lower than the first speed. a fixed displacement fluid pump configured to be driven by an adjustable speed motor to discharge fluid; at least one actuator for actuating an object to be actuated with a pressure of the fluid discharged from the fluid pump ; and control means being configured for, upon the actuator actuating the object to be actuated, imparting a teaching movement to the actuator to determine an operating range of the actuator based on the number of rotations of the motor prior to the subsequent movement of the actuator intended to actuate the object to be actuated, the operating range extending up to an end of movement of the actuator , then, determining a deceleration start point short of the end of movement of the actuator within the determined operating range of the actuator by previously setting a deceleration period and determining the number of rotations of the motor that is necessary for completing deceleration from the deceleration start point to the end of movement, within the preset deceleration period, and at a second speed of the motor , and, during subsequent movement of the actuator to actuate the object to be actuated, rotating the motor at a first speed until the deceleration start point and then rotating the motor at the second speed from the deceleration start point to the end of movement of the actuator , the second speed being lower than the first speed.
A propellant ignition system comprising: a combustion chamber defining a first longitudinal axis (A1); a propellant flowing through said combustion chamber ; and a spark plug extending into said combustion chamber , said spark plug comprising: an insulating body defining a second longitudinal axis (A2) and comprising a base portion and an obstruction portion ; a first electrode extending through said base portion of said insulating body ; and a second electrode extending through said base portion and said obstruction portion of said insulating body, said second electrode being spaced apart from said first electrode to define a gap therebetween, wherein said obstruction portion is in flow alignment with said gap . a combustion chamber defining a first longitudinal axis (A1); a propellant flowing through said combustion chamber ; and a spark plug extending into said combustion chamber , said spark plug comprising: an insulating body defining a second longitudinal axis (A2) and comprising a base portion and an obstruction portion ; a first electrode extending through said base portion of said insulating body ; and a second electrode extending through said base portion and said obstruction portion of said insulating body, said second electrode being spaced apart from said first electrode to define a gap therebetween, wherein said obstruction portion is in flow alignment with said gap . an insulating body defining a second longitudinal axis (A2) and comprising a base portion and an obstruction portion ; a first electrode extending through said base portion of said insulating body ; and a second electrode extending through said base portion and said obstruction portion of said insulating body, said second electrode being spaced apart from said first electrode to define a gap therebetween, wherein said obstruction portion is in flow alignment with said gap .