mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical tool comprising: at least one driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the at least one driven portion to a working portion ; two or more rotors each with a circumferential surface around which the cord-shaped element extending from the at least one driven portion to the working portion is wound; a first supporting portion and a second supporting portion arranged such that the two or more rotors are interposed therebetween, the first supporting portion and the second supporting portion supporting the two or more rotors such that the two or more rotors are each movable in an approaching and separating manner in relation to at least one of the at least one driven portion and the working portion ; two or more rotational shafts each including a first end securable to the first supporting portion , and supporting a corresponding rotor of the two or more rotors such that the corresponding rotor is rotatable about a rotational axis (L) thereof; and two or more securing portions each arranged between a second end of a corresponding rotational shaft of the two or more rotational shafts and the second supporting portion , a position of each securing portion relative to the corresponding rotational shaft being changeable in a rotational axis direction that is a direction of the rotational axis, each securing portion being securable to the second supporting portion . at least one driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the at least one driven portion to a working portion ; two or more rotors each with a circumferential surface around which the cord-shaped element extending from the at least one driven portion to the working portion is wound; a first supporting portion and a second supporting portion arranged such that the two or more rotors are interposed therebetween, the first supporting portion and the second supporting portion supporting the two or more rotors such that the two or more rotors are each movable in an approaching and separating manner in relation to at least one of the at least one driven portion and the working portion ; two or more rotational shafts each including a first end securable to the first supporting portion , and supporting a corresponding rotor of the two or more rotors such that the corresponding rotor is rotatable about a rotational axis (L) thereof; and two or more securing portions each arranged between a second end of a corresponding rotational shaft of the two or more rotational shafts and the second supporting portion , a position of each securing portion relative to the corresponding rotational shaft being changeable in a rotational axis direction that is a direction of the rotational axis, each securing portion being securable to the second supporting portion .
- A method for manufacturing a ring-shaped gasket for an aircraft, comprising the following steps: a) providing a rod made of prepreg composite material, b) providing a mold having a female part and a male part , at least the female part having a groove with the ring-shaped desired configuration, c) placing the rod onto the female part and set the male part over the ring-shaped rod to obtain a ring-shaped preform , d) applying vacuum to debulk the ring-shaped preform , e) curing the ring-shaped preform to obtain a ring-shaped cured preform , f) demolding the ring-shaped cured preform to thus obtain a ring-shaped gasket , wherein the rod is formed by composite chips . a) providing a rod made of prepreg composite material, b) providing a mold having a female part and a male part , at least the female part having a groove with the ring-shaped desired configuration, c) placing the rod onto the female part and set the male part over the ring-shaped rod to obtain a ring-shaped preform , d) applying vacuum to debulk the ring-shaped preform , e) curing the ring-shaped preform to obtain a ring-shaped cured preform , f) demolding the ring-shaped cured preform to thus obtain a ring-shaped gasket ,
A wedge for a tool retention system , comprising: a body having a tip end and an opposing base end that is wider than the tip end ; a channel formed in the body and extending from the base end to the tip end ; an elongated pocket formed in the body at the tip end that is open to the channel ; and a first ramp located at the tip end of the body and protruding inward from the channel at an open side toward an end of the elongated pocket , the first ramp being inclined relative to an axis of the channel ; and a second ramp located at a point between the base end of the body and the first ramp , the second ramp protruding outward from a curved surface of the channel toward the elongated pocket . a body having a tip end and an opposing base end that is wider than the tip end ; a channel formed in the body and extending from the base end to the tip end ; an elongated pocket formed in the body at the tip end that is open to the channel ; and a first ramp located at the tip end of the body and protruding inward from the channel at an open side toward an end of the elongated pocket , the first ramp being inclined relative to an axis of the channel ; and a second ramp located at a point between the base end of the body and the first ramp , the second ramp protruding outward from a curved surface of the channel toward the elongated pocket .
A centralized flash memory module comprising: two or more flash memory components , each of the two or more flash memory components being connected to at least one server device separate from the centralized flash memory module ; a flash memory management controller , FMMC, configured to connect to the two or more flash memory components , and to a rack management device separate from the centralized flash memory module ; a complex programmable logic device , CPLD, configured to connect the FMMC to the two or more flash memory components , and connect the at least one server device to the two or more flash memory components ; and a non-volatile storage device configured to store a routing table that includes a topology of the two or more flash memory components , and the at least one server device , characterized in that each of the at least one server device comprises a flash device which can be authenticated and endorsed by the FMMC before connecting to the corresponding server device . two or more flash memory components , each of the two or more flash memory components being connected to at least one server device separate from the centralized flash memory module ; a flash memory management controller , FMMC, configured to connect to the two or more flash memory components , and to a rack management device separate from the centralized flash memory module ; a complex programmable logic device , CPLD, configured to connect the FMMC to the two or more flash memory components , and connect the at least one server device to the two or more flash memory components ; and a non-volatile storage device configured to store a routing table that includes a topology of the two or more flash memory components , and the at least one server device , characterized in that each of the at least one server device comprises a flash device which can be authenticated and endorsed by the FMMC before connecting to the corresponding server device .
A method of deploying a pipeline from a vessel , the vessel comprising at least one tensioner for controlling the tension of the pipeline between the vessel and the seabed, a stinger over which the pipeline is deployed and a series of adjustable pipe support units defining a curved path between the tensioner and the stinger, the method comprising: applying a hot field-joint coating to a weld region of the pipeline; traversing the curved path with the hot field-joint; moving one or more of the adjustable pipe support units out of the curved path to allow the hot field-joint to pass the respective pipe support unit without contact, while maintaining support for the pipeline along the curved path, wherein the pipe support units are located at fixed distances along the curved path characterized in that a mobile pipe support is provided and is moved with the pipeline along the curved path. applying a hot field-joint coating to a weld region of the pipeline; traversing the curved path with the hot field-joint; moving one or more of the adjustable pipe support units out of the curved path to allow the hot field-joint to pass the respective pipe support unit without contact, while maintaining support for the pipeline along the curved path, wherein the pipe support units are located at fixed distances along the curved path characterized in that a mobile pipe support is provided and is moved with the pipeline along the curved path.
An enhancing device for enhancing communication in a peer-to-peer communication system capable of operating in push-to-talk mode, the communication system comprising terminals capable of push-to-talk, peer-to-peer radio communication, the enhancing device being arranged for coupling with a terminal and comprising: • an antenna for transmitting and receiving radio signals, • a band-pass filter for selecting a frequency band of the radio signals, • a bidirectional amplifier for amplifying radio signals alternatingly in a transmitting and in a receiving direction, • a control unit for controlling the bidirectional amplifier in response to a sensor signal, and • a sensor for detecting whether the terminal (2A; 6) is transmitting or receiving and for producing the sensor signal in response thereto, which sensor is galvanically isolated from the terminal. • an antenna for transmitting and receiving radio signals, • a band-pass filter for selecting a frequency band of the radio signals, • a bidirectional amplifier for amplifying radio signals alternatingly in a transmitting and in a receiving direction, • a control unit for controlling the bidirectional amplifier in response to a sensor signal, and • a sensor for detecting whether the terminal (2A; 6) is transmitting or receiving and for producing the sensor signal in response thereto, which sensor is galvanically isolated from the terminal.
An information processing apparatus in a system comprising one or more of the information processing apparatuses , each of said one or more of the information processing apparatuses acting as a client towards a server , said server managing the one or more information processing apparatuses , and said server being present in one of the one or more information processing apparatuses , said information processing apparatus comprising: communication control means for establishing a communication connection between the information processing apparatus and the server , determination means for determining, in a case where the server is present in the information processing apparatus , that the information processing apparatus requires, as a transition condition for the information processing apparatus to transition to a power saving state, that the server becomes able to transition to the power saving state and, in a case where the server is not present in the information processing apparatus , that said transition condition is not required; and control means for transmitting a data synchronization request to the server ; checking (S530) whether said transition condition is required for the information processing apparatus , in order to determine to perform either a first control action or a second control action, said transition condition being required, performing (S540) the first control action, wherein the first control action comprises transmitting, to the server, a first request including information for causing the server to release the communication connection, and wherein the server not having a communication connection with any of the one or more information processing apparatuses is a condition for the server to transition to the power saving state. communication control means for establishing a communication connection between the information processing apparatus and the server , determination means for determining, in a case where the server is present in the information processing apparatus , that the information processing apparatus requires, as a transition condition for the information processing apparatus to transition to a power saving state, that the server becomes able to transition to the power saving state and, in a case where the server is not present in the information processing apparatus , that said transition condition is not required; and control means for transmitting a data synchronization request to the server ; checking (S530) whether said transition condition is required for the information processing apparatus , in order to determine to perform either a first control action or a second control action, said transition condition being required, performing (S540) the first control action, wherein the first control action comprises transmitting, to the server, a first request including information for causing the server to release the communication connection, and wherein the server not having a communication connection with any of the one or more information processing apparatuses is a condition for the server to transition to the power saving state.
A method of manufacturing a synthetic resin-made container that has an outer layer body and an inner layer body separably laminated on an inner surface of the outer layer body, the synthetic resin-made container including: a tubular mouth portion having an outside air introduction port formed through the outer layer body; a barrel portion located below the mouth portion; and a bottom portion closing a lower end of the barrel portion, the method comprising: forming a preform ; stretch blow molding the preform to form an outer shape of the synthetic resin-made container comprising a rib that prevents the inner layer body from peeling away from the outer layer body when forming the vapor-deposited film is formed in at least one of a lower part of the barrel portion and the bottom portion ; blocking the outside air introduction port from an ambient pressure outside the outer layer body; and forming a vapor-deposited film having a gas barrier property, on an inner surface of the inner layer body. forming a preform ; stretch blow molding the preform to form an outer shape of the synthetic resin-made container comprising a rib that prevents the inner layer body from peeling away from the outer layer body when forming the vapor-deposited film is formed in at least one of a lower part of the barrel portion and the bottom portion ; blocking the outside air introduction port from an ambient pressure outside the outer layer body; and forming a vapor-deposited film having a gas barrier property, on an inner surface of the inner layer body.
A system for stimulating a target dorsal root ganglion of the central nervous system comprising: a lead having at least one electrode , wherein the lead is configured to be positioned so that the at least one electrode is able to stimulate the target dorsal root ganglion; an implantable pulse generator connectable with the lead, wherein the generator is configured to provide a stimulation signal having a current amplitude which is adjustable in increments of 50μA or less; and an external programmer that wirelessly communicates with the implantable pulse generator for adjusting parameters of the stimulation signal; wherein the external programmer is configured to provide one or more user interface screens for mapping patient stimulation response to identify one or more preferred stimulation parameter sets; wherein the external programmer is configured to allow parameter adjustment using first increments of a first current step size and second increments of a second current step size and wherein the second current step size is smaller than the first current step size for allowing identification of the distinct sub-dermatome regions. a lead having at least one electrode , wherein the lead is configured to be positioned so that the at least one electrode is able to stimulate the target dorsal root ganglion; an implantable pulse generator connectable with the lead, wherein the generator is configured to provide a stimulation signal having a current amplitude which is adjustable in increments of 50μA or less; and an external programmer that wirelessly communicates with the implantable pulse generator for adjusting parameters of the stimulation signal; wherein the external programmer is configured to provide one or more user interface screens for mapping patient stimulation response to identify one or more preferred stimulation parameter sets; wherein the external programmer is configured to allow parameter adjustment using first increments of a first current step size and second increments of a second current step size and wherein the second current step size is smaller than the first current step size for allowing identification of the distinct sub-dermatome regions.
Method for checking the presence of incondensable gases in an air conditioning recharging station , characterized in that it provides for the determination of the presence of incondensable gases inside the tank of the station by using one of the sensors (LP, HP) present in the charging station and adapted to monitor the recovery and recharging operations of the air conditioning system of a motor vehicle; a control unit of the station is configured to open at least one refrigerant charging valve and at least one separation valve of high pressure (HP) and low pressure (LP) lines of the station so as to form a closed circuit ; once the circuit has been formed, the pure refrigerant in liquid phase flows from tank to the circuit, coming into contact with at least one pressure sensor placed on the high or low pressure lines of the station and normally used to monitor the progress of the refrigerant recovery and charging operations; the refrigerant pressure value is measured by said sensor and the unit checks the presence of incondensable gases, using said value for comparison with a liquid-vapor equilibrium line of the pure refrigerant contained in the tank .
A probe assembly configured to aspirate and deliver liquids, comprising: a liquid line having a liquid line end ; and a pipette configured to be in fluid communication with the liquid line , the pipette configured to aspirate and dispense liquids when the probe assembly is devoid of connections to external liquid sources other than liquids being aspirated or dispensed; a dynamic coupler wherein the liquid line end has a first portion of the dynamic coupler configured to be dynamically coupled to a second portion of the dynamic coupler , the second portion of the dynamic coupler configured to be in fluid communication with a liquid source external to the probe assembly ; and the probe assembly comprises a heater element configured to heat liquids in the liquid line , wherein the liquid line at least partially wraps or spirals around the heater element , characterized in that the first portion of the dynamic coupler has a first taper, wherein the second portion of the dynamic coupler has a second taper, and wherein the first taper matches the second taper. a liquid line having a liquid line end ; and a pipette configured to be in fluid communication with the liquid line , the pipette configured to aspirate and dispense liquids when the probe assembly is devoid of connections to external liquid sources other than liquids being aspirated or dispensed; a dynamic coupler wherein the liquid line end has a first portion of the dynamic coupler configured to be dynamically coupled to a second portion of the dynamic coupler , the second portion of the dynamic coupler configured to be in fluid communication with a liquid source external to the probe assembly ; and the probe assembly comprises a heater element configured to heat liquids in the liquid line , wherein the liquid line at least partially wraps or spirals around the heater element , characterized in that the first portion of the dynamic coupler has a first taper, wherein the second portion of the dynamic coupler has a second taper, and wherein the first taper matches the second taper.
A harvesting tumbler apparatus comprising a tumbler grating and first and second spaced apart grating segment retainers , characterized in that - the tumbler grating comprises a plurality of resiliently tensionable grating segments connected to the first and second grating segment retainers , the resiliently tensionable grating segments extending from each of the first and second grating segment retainers in a spaced apart circular arrangement; and - the apparatus further comprises a tension mechanism configured to apply a sufficient tension force to the resiliently tensionable grating segments to cause the grating to form a cylindrical shape. - the tumbler grating comprises a plurality of resiliently tensionable grating segments connected to the first and second grating segment retainers , the resiliently tensionable grating segments extending from each of the first and second grating segment retainers in a spaced apart circular arrangement; and - the apparatus further comprises a tension mechanism configured to apply a sufficient tension force to the resiliently tensionable grating segments to cause the grating to form a cylindrical shape.
A floating solar power plant support module that comprises at least two elongate buoyancy elements , said at least two elongate buoyancy elements being substantially parallelly arranged, at least two beam elements connected to the elongate buoyancy elements , said at least two beam elements being substantially perpendicularly arranged with respect to the elongate buoyancy elements , said at least two beam elements having each a vertex portion arising from an angled portion of the respective beam element situated between two adjacent buoyancy elements , wherein the at least two beam elements are respectively formed as a U-shaped beam element with flanges , said respective beam elements having at least two second recesses adapted to respectively receive at least a portion of the buoyancy element , and at least two first recesses , said first and second recesses being formed in the surface of the flanges , the solar support module further comprises at least two elongate rib elements arranged respectively in the first recesses of the at least two beam elements , said the at least two rib elements being substantially perpendicularly arranged with respect to the at least two beam elements , wherein the first recesses and the second recesses are arranged in opposite flanges of the U-shaped beam elements.