mhurhangee/patent-ind-claim-en huggingface dataset:
A valve comprising: - a main body ; - a trigger lever , which is fastened to a rear part of the main body ; - a handle , which is threaded to the main body , said handle encasing a removable filter , and comprising, at its distal end, a thread for connecting a fastening bolt ; - a thread disposed at a front part of the main body of the valve; - a pin , a trim , a seat and a spring of the valve mounted in a central and inner part of the main body , wherein the seat is fastened to the pin and the trim is fastened above the seat ; characterized in that the valve further comprises an open lock and a safety lock , which are linearly mobile and disposed at an upper part of the discharge valve and engaged to a central opening at a front end of the trigger lever ; wherein when the safety lock is in a deactivated position and the open lock is in an activated position, the open lock is encased to the main body and the safety lock , and the open lock pushes the safety lock against the pin , which moves together with the seat , said movement shifting the position of the trim and pressing the spring , enabling the free passage of liquid through the main body of the valve, without the need for keeping the trigger lever pressed; and when the safety lock is in an activated position after being pushed until the safety lock leaves the direction of the pin , the contact between the pin and the trigger lever is disabled, preventing the free passage of liquid through the main body of the valve. - a main body ; - a trigger lever , which is fastened to a rear part of the main body ; - a handle , which is threaded to the main body , said handle encasing a removable filter , and comprising, at its distal end, a thread for connecting a fastening bolt ; - a thread disposed at a front part of the main body of the valve; - a pin , a trim , a seat and a spring of the valve mounted in a central and inner part of the main body , wherein the seat is fastened to the pin and the trim is fastened above the seat ; characterized in that the valve further comprises an open lock and a safety lock , which are linearly mobile and disposed at an upper part of the discharge valve and engaged to a central opening at a front end of the trigger lever ; when the safety lock is in a deactivated position and the open lock is in an activated position, the open lock is encased to the main body and the safety lock , and the open lock pushes the safety lock against the pin , which moves together with the seat , said movement shifting the position of the trim and pressing the spring , enabling the free passage of liquid through the main body of the valve, without the need for keeping the trigger lever pressed; and when the safety lock is in an activated position after being pushed until the safety lock leaves the direction of the pin , the contact between the pin and the trigger lever is disabled, preventing the free passage of liquid through the main body of the valve.
A powertrain for a motor vehicle, comprising an internal combustion engine , a dual mass flywheel having at least one main damper and a vehicle clutch , wherein the vehicle clutch comprises a clutch disk arrangement having a torsional vibration damper , wherein the spring stiffness of a pre-damper and of the main damper of the dual mass flywheel and of the torsional vibration damper of the clutch disk arrangement and the mass moments of inertia of the dual mass flywheel , clutch disk arrangement and the powertrain arranged downstream of the drive wheels are selected such that the second natural frequency of the dual mass flywheel is below the idling speed of the internal combustion engine .
An electronic expansion valve, comprising: a valve seat having a cavity and a valve port portion which is in communication with the cavity ; a valve needle movably arranged in the cavity , wherein the valve needle is operable at an open position for opening the valve port portion and a closed position for blocking the valve port portion ; a drive mechanism having a rotor and a coil surrounding an outer circumference of the rotor ; a planetary gear deceleration mechanism having a planetary carrier , a planetary gear and a gearbox , wherein the rotor , the planetary carrier and the gearbox are coaxially arranged, the drive mechanism serves as an input end of the planetary gear deceleration mechanism , the rotor is fixedly connected to the planetary carrier to drive the planetary carrier to rotate along an axis of the rotor , the planetary carrier is provided with a first mounting shaft , the planetary gear is sleeved on the first mounting shaft , the gearbox comprises a box body fixedly arranged on the valve seat , a fixed inner gear ring arranged on the box body and an output inner gear ring moveably arranged in the box body , the planetary gear extends into the box body and is meshed with the fixed inner gear ring and the output inner gear ring ; and a transmission mechanism having a nut fixed on the valve seat and a screw rod which is matched with an internal thread of the nut , a first end of the screw rod is fixedly connected to the output inner gear ring . a valve seat having a cavity and a valve port portion which is in communication with the cavity ; a valve needle movably arranged in the cavity , wherein the valve needle is operable at an open position for opening the valve port portion and a closed position for blocking the valve port portion ; a drive mechanism having a rotor and a coil surrounding an outer circumference of the rotor ; a planetary gear deceleration mechanism having a planetary carrier , a planetary gear and a gearbox , wherein the rotor , the planetary carrier and the gearbox are coaxially arranged, the drive mechanism serves as an input end of the planetary gear deceleration mechanism , the rotor is fixedly connected to the planetary carrier to drive the planetary carrier to rotate along an axis of the rotor , the planetary carrier is provided with a first mounting shaft , the planetary gear is sleeved on the first mounting shaft , the gearbox comprises a box body fixedly arranged on the valve seat , a fixed inner gear ring arranged on the box body and an output inner gear ring moveably arranged in the box body , the planetary gear extends into the box body and is meshed with the fixed inner gear ring and the output inner gear ring ; and a transmission mechanism having a nut fixed on the valve seat and a screw rod which is matched with an internal thread of the nut , a first end of the screw rod is fixedly connected to the output inner gear ring .
A perforator for drilling bone tissue, comprising: a drive shaft with a rotational axis A; an inner cutting head with the same rotational axis A; a drive surface provided on the drive shaft ; and a connector provided on the inner cutting head ; in which the inner cutting head is displaceable with respect to the drive shaft along the rotational axis between a distal position, in which the inner cutting head is not driveable by the drive shaft , and a proximal position, in which the drive surface abuts the connector to transmit rotational motion from the drive shaft to the inner cutting head , in which the drive surface is inclined relative to the rotational axis A, in which the drive surface forms a first sloped side of a groove formed radially in the distal end of the drive shaft , and in which the second side of the groove is sloped in the opposite direction relative to the rotational axis A, and in which the drive surface is configured so that the second side of the groove is connected to the drive surface by a continuously curved section with a radius of curvature r. a drive shaft with a rotational axis A; an inner cutting head with the same rotational axis A; a drive surface provided on the drive shaft ; and a connector provided on the inner cutting head ; in which the inner cutting head is displaceable with respect to the drive shaft along the rotational axis between a distal position, in which the inner cutting head is not driveable by the drive shaft , and a proximal position, in which the drive surface abuts the connector to transmit rotational motion from the drive shaft to the inner cutting head , in which the drive surface is inclined relative to the rotational axis A, in which the drive surface forms a first sloped side of a groove formed radially in the distal end of the drive shaft , and in which the second side of the groove is sloped in the opposite direction relative to the rotational axis A, and in which the drive surface is configured so that the second side of the groove is connected to the drive surface by a continuously curved section with a radius of curvature r.
Gripping device for the hygienic gripping of an object comprising - a gripping tool with at least one active point fixing an object to be gripped, - at least one unused effective film (5.1), wherein the at least one unused effective film (5.1) covers at least each active point and, when gripping an object , comes into contact with the object to be gripped and - at least one film supply attached to the gripping tool with additional unused films (5.2) to replace a used effective film (5.1), wherein the at least one film supply comprises a stack (6.1) with the unused further films (5.2) and the unused effective film (5.1) is an outer film on the stack (6.1), wherein - the films (5.1, 5.2) in the stack (6.1) do not stick to each other and the smoothness of the surface of each film (5.1, 5.2) is determined in such a manner that the outer film on the stack (6.1) can be removed from the other film (5.2) located underneath by displacement, - the gripping device has a gripper with at least one gripping jaw (8.1), - each gripping jaw (8.1) has a holder (8.2) for receiving the stack (6.1) and a force-loaded gripping surface (8.1), - wherein the holder (8.2) is adapted in such a manner that the outer film on the stack (6.1) can be removed by displacement exclusively on one surface (8.3) of the holder (8.2) and - the force-loaded gripping surface (8.1) exerts pressure on the stack (6.1) in the direction of the surface (8.3) of the holder (8.2). - a gripping tool with at least one active point fixing an object to be gripped, - at least one unused effective film (5.1), wherein the at least one unused effective film (5.1) covers at least each active point and, when gripping an object , comes into contact with the object to be gripped and - at least one film supply attached to the gripping tool with additional unused films (5.2) to replace a used effective film (5.1), wherein the at least one film supply comprises a stack (6.1) with the unused further films (5.2) and the unused effective film (5.1) is an outer film on the stack (6.1), wherein - the films (5.1, 5.2) in the stack (6.1) do not stick to each other and the smoothness of the surface of each film (5.1, 5.2) is determined in such a manner that the outer film on the stack (6.1) can be removed from the other film (5.2) located underneath by displacement, - the gripping device has a gripper with at least one gripping jaw (8.1), - each gripping jaw (8.1) has a holder (8.2) for receiving the stack (6.1) and a force-loaded gripping surface (8.1), - wherein the holder (8.2) is adapted in such a manner that the outer film on the stack (6.1) can be removed by displacement exclusively on one surface (8.3) of the holder (8.2) and - the force-loaded gripping surface (8.1) exerts pressure on the stack (6.1) in the direction of the surface (8.3) of the holder (8.2).
A medical device for treating a target site in a body lumen, the medical device comprising: a stent-like structure comprising a plurality of scoring filaments and a plurality of non-scoring filaments (201; 202) interwoven with one another, wherein the stent-like structure comprises more non-scoring filaments than scoring filaments, and wherein the plurality of non-scoring filaments are configured to radially support the body lumen after the stent-like structure has been expanded therein, wherein at least one scoring filament comprises a plurality of notches for receiving at least one non-scoring filament (201; 202) as the at least one non-scoring filament crosses through the at least one scoring filament , and wherein the plurality of notches are distributed over a length of the at least one scoring filament. a stent-like structure comprising a plurality of scoring filaments and a plurality of non-scoring filaments (201; 202) interwoven with one another, wherein the stent-like structure comprises more non-scoring filaments than scoring filaments, and wherein the plurality of non-scoring filaments are configured to radially support the body lumen after the stent-like structure has been expanded therein, wherein at least one scoring filament comprises a plurality of notches for receiving at least one non-scoring filament (201; 202) as the at least one non-scoring filament crosses through the at least one scoring filament , and wherein the plurality of notches are distributed over a length of the at least one scoring filament.
Printing press with a device for conveying printing substrate and with a camera and at least one light source , whereby the camera and the light source are arranged on a frame , which, together with the camera and the light source , is designed to be pivotable about a horizontal axis and has a working position, whereby the camera detects at least one section of the printed substrate, and whereby a locking device is provided which positions the frame in the working position, characterized in that the frame includes a connection for the cooling water.
A vaporizer for an aerosol-generating system, the vaporizer comprising: a tube element having an inner volume for receiving an amount of liquid aerosol-forming substrate, a mesh provided in the inner volume of the tube element , and a heater provided outside of the tube element , wherein the heater comprises an electrical resistive heater, wherein the heater is configured for heating the mesh and the received amount of liquid aerosol-forming substrate to a temperature sufficient to volatilize at least a part of the received amount of liquid aerosol-forming substrate. a tube element having an inner volume for receiving an amount of liquid aerosol-forming substrate, a mesh provided in the inner volume of the tube element , and a heater provided outside of the tube element , wherein the heater comprises an electrical resistive heater, wherein the heater is configured for heating the mesh and the received amount of liquid aerosol-forming substrate to a temperature sufficient to volatilize at least a part of the received amount of liquid aerosol-forming substrate.
Hybrid nanofibers comprising a mixture of: i) the components of an Aloe vera gel, and ii) a synthetic polymer, wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone (PDS), and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan. i) the components of an Aloe vera gel, and ii) a synthetic polymer, wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone (PDS), and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan. wherein the synthetic polymer is selected from poly-3-hydroxybutyrate-co-3-hydroxyvalerate (PHBV), poly-L-lactic acid (PLLA), polydioxanone (PDS), and derived mixtures, wherein the average diameter of the hybrid nanofibers is comprised between 0.3 and 1.5 microns; and wherein the components of an Aloe vera gel are all the components of said Aloe vera gel or Aloe vera gel derivatives selected from gel lyophilisate, gel secretion, plant extract, solution of the gel, or in solution without aloin and/or with a high concentration of acemannan.
A method for inhibiting water permeation in an extraction well of a hydrocarbon oil from an underground reservoir which comprises injecting into said reservoir at least one polymerizable composition comprising: - at least one hydrophilic monomer, - at least one hydrophilic initiator of radical polymerization with thermal activation (hydrophilic initiator), - at least one lipophilic initiator of radical polymerization with thermal activation (lipophilic initiator). - at least one hydrophilic monomer, - at least one hydrophilic initiator of radical polymerization with thermal activation (hydrophilic initiator), - at least one lipophilic initiator of radical polymerization with thermal activation (lipophilic initiator).
A conveyance device comprising: a moving member that moves along a table for disposing an article thereon; a shaft that is rotatably connected to the moving member; a contact member configured to come into contact with the article, the contact member being connected to the shaft; and an inhibiting mechanism that inhibits rotation of the shaft so that the contact member is held above the article, characterized in that the inhibiting mechanism being disposed at the moving member; wherein the conveyance device further comprises a dog that comes into contact, at a predetermined location, with the inhibiting mechanism to deactivate inhibition of rotation of the shaft by the inhibiting mechanism, thereby lowering the contact member toward the table. a moving member that moves along a table for disposing an article thereon; a shaft that is rotatably connected to the moving member; a contact member configured to come into contact with the article, the contact member being connected to the shaft; and an inhibiting mechanism that inhibits rotation of the shaft so that the contact member is held above the article, characterized in that the inhibiting mechanism being disposed at the moving member; wherein the conveyance device further comprises a dog that comes into contact, at a predetermined location, with the inhibiting mechanism to deactivate inhibition of rotation of the shaft by the inhibiting mechanism, thereby lowering the contact member toward the table.
An automatic analyzer comprising: a specimen holding unit configured to hold a specimen container in which a specimen is stored; a dispensed container holding unit configured to hold a plurality of dispensed containers; a dispensing probe configured to separate a predetermined amount of the specimen from the specimen container, and configured to dispense the specimen that has been separated into the dispensed container; a probe washing device configured to wash a leading end of the dispensing probe in a washing liquid, after the specimen is dispensed into the dispensed container and before a next predetermined amount of the specimen is separated from the specimen container; and a controller configured to control driving of the dispensing probe , characterized in that : the controller comprises an arithmetic processing unit configured to: calculate, for the specimen, based on an initial amount of the specimen stored in the specimen container, specimen usage amounts of a plurality of measurement items set for the specimen, and a washing liquid introduced amount into the specimen container, a concentration of the specimen in the specimen container, the specimen being subject to dilution with the washing liquid adhered to the leading end of the dispensing probe in the probe washing device ; and set a minimum number of times for dispensation, in which the concentration that has been calculated is lower than a preset concentration, as a maximum number of times for dispensing the specimen from the specimen container into the dispensed container. a specimen holding unit configured to hold a specimen container in which a specimen is stored; a dispensed container holding unit configured to hold a plurality of dispensed containers; a dispensing probe configured to separate a predetermined amount of the specimen from the specimen container, and configured to dispense the specimen that has been separated into the dispensed container; a probe washing device configured to wash a leading end of the dispensing probe in a washing liquid, after the specimen is dispensed into the dispensed container and before a next predetermined amount of the specimen is separated from the specimen container; and a controller configured to control driving of the dispensing probe , calculate, for the specimen, based on an initial amount of the specimen stored in the specimen container, specimen usage amounts of a plurality of measurement items set for the specimen, and a washing liquid introduced amount into the specimen container, a concentration of the specimen in the specimen container, the specimen being subject to dilution with the washing liquid adhered to the leading end of the dispensing probe in the probe washing device ; and set a minimum number of times for dispensation, in which the concentration that has been calculated is lower than a preset concentration, as a maximum number of times for dispensing the specimen from the specimen container into the dispensed container.
An information processing apparatus comprising: a changing unit configured to change a transfer bit rate of a network based on receiving an instruction; an acquisition unit which acquires the transfer bit rate; a selection unit which selects an encoding system of forward error correction based on a comparison result between the transfer bit rate acquired by the acquisition unit and a threshold, wherein the selection unit selects either a system using a Reed-Solomon code or a system using an exclusive OR as the encoding system of forward error correction; an encoding unit which encodes media datagrams using the encoding system selected by the selection unit to generate transmission data; and a transmission unit which transmits the transmission data encoded by the encoding unit; characterised in that the selection unit selects the system using the Reed-Solomon code in a case where the transfer bit rate is lower than the threshold, and selects the system using the exclusive OR in a case where the transfer bit rate is higher than the threshold. a changing unit configured to change a transfer bit rate of a network based on receiving an instruction; an acquisition unit which acquires the transfer bit rate; a selection unit which selects an encoding system of forward error correction based on a comparison result between the transfer bit rate acquired by the acquisition unit and a threshold, wherein the selection unit selects either a system using a Reed-Solomon code or a system using an exclusive OR as the encoding system of forward error correction; an encoding unit which encodes media datagrams using the encoding system selected by the selection unit to generate transmission data; and a transmission unit which transmits the transmission data encoded by the encoding unit; characterised in that the selection unit selects the system using the Reed-Solomon code in a case where the transfer bit rate is lower than the threshold, and selects the system using the exclusive OR in a case where the transfer bit rate is higher than the threshold.