mhurhangee/ep-ind-claims huggingface dataset:
Brake system for an elevator system, comprising a first brake circuit, a second brake circuit and a control unit, the first and second brake circuits each comprising a brake (20, 41, 42, 43, 44), and each brake (20, 41, 42, 43, 44) comprising an actuator and a main spring unit, the actuator being preloaded by the main spring unit in the closing direction of the brake (20, 41, 42, 43, 44), with the force required for the application of the braking force, and the actuator being activated by a control signal of the control unit, compensating the force of the main spring unit, and thereby releasing the brake (20, 41, 42, 43, 44), the control unit generating a first control signal for the first brake circuit and a second control signal for the second brake circuit, the control unit activating neither of the two control signals, only the first of the two control signals, only the second of the two control signals, or both control signals, characterized in that, upon activation, the control unit selects only one of the two control signals between the activation of the first control signal and the activation of the second control signal, such that the ratio of the number of activations of the first brake circuit and the number of activations of the second brake circuit aims at a fixed ratio. a first brake circuit, a second brake circuit and a control unit, the first and second brake circuits each comprising a brake (20, 41, 42, 43, 44), and each brake (20, 41, 42, 43, 44) comprising an actuator and a main spring unit, the actuator being preloaded by the main spring unit in the closing direction of the brake (20, 41, 42, 43, 44), with the force required for the application of the braking force, and the actuator being activated by a control signal of the control unit, compensating the force of the main spring unit, and thereby releasing the brake (20, 41, 42, 43, 44), the control unit generating a first control signal for the first brake circuit and a second control signal for the second brake circuit, the control unit activating neither of the two control signals, only the first of the two control signals, only the second of the two control signals, or both control signals, characterized in that, upon activation, the control unit selects only one of the two control signals between the activation of the first control signal and the activation of the second control signal, such that the ratio of the number of activations of the first brake circuit and the number of activations of the second brake circuit aims at a fixed ratio.
A subsea unit comprising: an external housing, a passive pressure compensator arranged to reduce a pressure difference between ambient subsea pressure and pressure inside the external housing, a dielectric liquid for counteracting deformation of the external housing, an electronic device, a tension member arranged to apply pressure to the electronic device towards the external housing to maintain a fixed position of the electronic device relative to the external housing, and an electrical insulator which is thermally conductive and arranged between an internal surface of the external housing and the electronic device, wherein the electrical insulator is attached to the internal surface of the external housing, and wherein the electronic device is in thermal and electrical connection with the electrical insulator, and wherein the electrical insulator is arranged to transfer heat from the electronic device to the external housing for cooling of the electronic device. an external housing, a passive pressure compensator arranged to reduce a pressure difference between ambient subsea pressure and pressure inside the external housing, a dielectric liquid for counteracting deformation of the external housing, an electronic device, a tension member arranged to apply pressure to the electronic device towards the external housing to maintain a fixed position of the electronic device relative to the external housing, and an electrical insulator which is thermally conductive and arranged between an internal surface of the external housing and the electronic device, wherein the electrical insulator is attached to the internal surface of the external housing, and wherein the electronic device is in thermal and electrical connection with the electrical insulator, and wherein the electrical insulator is arranged to transfer heat from the electronic device to the external housing for cooling of the electronic device.
A method to determine a quantity and a viscosity of a liquid in a chamber, the method comprising: controlling a motor to rotate a mixer in the chamber at a known first speed; receiving a measurement of electrical current drawn by the motor at the known first speed; controlling the motor to rotate the mixer in the chamber at a known second speed; receiving a measurement of electrical current drawn by the motor at the known second speed; and determining, through a look-up table and the measured electrical current for the known first speed and the measured electrical current for the known second speed, the quantity of liquid and the viscosity of the liquid in the chamber. controlling a motor to rotate a mixer in the chamber at a known first speed; receiving a measurement of electrical current drawn by the motor at the known first speed; controlling the motor to rotate the mixer in the chamber at a known second speed; receiving a measurement of electrical current drawn by the motor at the known second speed; and determining, through a look-up table and the measured electrical current for the known first speed and the measured electrical current for the known second speed, the quantity of liquid and the viscosity of the liquid in the chamber.
A resin system, comprising a first capped polyimide oligomer having the formula: Y i -A-Y i, wherein: i =1 or 2; Y is a nadic or dinadic functional endcap; and A is a chemical backbone, wherein: the chemical backbone comprises one or more nanoparticles, wherein the one or more nanoparticles are incorporated into the chemical backbone, and the chemical backbone further comprises one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof; or wherein the one or more nanoparticles are the chemical backbone; and a second capped polyimide oligomer having the formula: D i -Q-D i, wherein: i =1 or 2; D is a nadic or dinadic functional endcap; and Q is a hydrocarbon backbone that does not contain a nanoparticle, wherein the hydrocarbon backbone includes one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof. i =1 or 2; Y is a nadic or dinadic functional endcap; and A is a chemical backbone, wherein: the chemical backbone comprises one or more nanoparticles, wherein the one or more nanoparticles are incorporated into the chemical backbone, and the chemical backbone further comprises one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof; or wherein the one or more nanoparticles are the chemical backbone; and i =1 or 2; D is a nadic or dinadic functional endcap; and Q is a hydrocarbon backbone that does not contain a nanoparticle, wherein the hydrocarbon backbone includes one or more moieties selected from the group consisting of: imidesulfone, ether, ethersulfone, amide, imide, ester, estersulfone, etherimide, amideimide, oxazolyl, oxazolyl sulfone, thiazolyl, thiazolyl sulfone, imidazolyl, imidazolyl sulfone, heterocyclyl sulfone, and combinations thereof.
A method comprising: recognizing an input as a freeform line drawn in association with a list displayed in a user interface by a display device of a computing device (102, 2400), wherein the freeform line is drawn at least partially over one or more items included in the list; and identifying a jump gesture from the recognized input, the jump gesture effective to use the recognized freeform line of the input as a basis to jump to at least one item in the list, relative to a plurality of other items in the list, that corresponds to the input, wherein the freeform line corresponds to at least one character and the at least one item includes the at least one character. recognizing an input as a freeform line drawn in association with a list displayed in a user interface by a display device of a computing device (102, 2400), wherein the freeform line is drawn at least partially over one or more items included in the list; and identifying a jump gesture from the recognized input, the jump gesture effective to use the recognized freeform line of the input as a basis to jump to at least one item in the list, relative to a plurality of other items in the list, that corresponds to the input, wherein the freeform line corresponds to at least one character and the at least one item includes the at least one character.
A heat transfer tube for transferring heat of a liquid fluid coolant, comprising: a tube wall defining a central axis in a lengthwise direction of the tube, the tube wall including a fluid inlet and fluid outlet for directing a coolant into and out of the tube; a hollow cone within the tube wall aligned with the central axis having an interior and exterior; and a plurality of orifices defined through the cone and extending from an interior of the cone to an exterior of the cone to provide a separation of liquid coolant within the cone from vapor outside the cone within the tube wall, and characterized in that the orifices are provided in size, number and distribution so as to form impingement jets of fluid directed from the interior of the cone towards the tube wall so that said jets of liquid fluid impinge said tube wall. a tube wall defining a central axis in a lengthwise direction of the tube, the tube wall including a fluid inlet and fluid outlet for directing a coolant into and out of the tube; a hollow cone within the tube wall aligned with the central axis having an interior and exterior; and a plurality of orifices defined through the cone and extending from an interior of the cone to an exterior of the cone to provide a separation of liquid coolant within the cone from vapor outside the cone within the tube wall, and characterized in that the orifices are provided in size, number and distribution so as to form impingement jets of fluid directed from the interior of the cone towards the tube wall so that said jets of liquid fluid impinge said tube wall.
A compound of Formula: or an isotopic variant thereof; or a pharmaceutically acceptable salt, or solvate thereof; wherein: R 2' is 4-CF 3 -thiazol-2-yl; R' is CH 3; q is 2; Q 1 is -N(CH 3)-; Y is a bond; and Z is CH. R 2' is 4-CF 3 -thiazol-2-yl; R' is CH 3; q is 2; Q 1 is -N(CH 3)-; Y is a bond; and Z is CH.
Component for media-carrying gas or water pipes, in particular fitting or valve for drinking water pipes, wherein the component consists at least partially of a lead-free copper alloy, which has the following alloy components in % by weight: 3.5 % by weight ≤ Sn ≤ 4.8 % by weight; 1.5 % by weight ≤ Zn ≤ 3.5 % by weight; 0.25 % by weight ≤ S ≤ 0.65 % by weight; 0.04 % by weight ≤ P ≤ 0.1 % by weight; optionally no more than 0.09 % by weight lead; optionally no more than 0.4 % by weight nickel; optionally no more than 0.1 % by weight antimony; optionally no more than 0.3 % by weight iron, zirconium and/or boron alone or in combination of two or more of said elements; unavoidable impurities and to the remainder copper, wherein the component has a wall thickness at least in sections in the range of 0.5 mm to 6.0 mm. 3.5 % by weight ≤ Sn ≤ 4.8 % by weight; 1.5 % by weight ≤ Zn ≤ 3.5 % by weight; 0.25 % by weight ≤ S ≤ 0.65 % by weight; 0.04 % by weight ≤ P ≤ 0.1 % by weight; optionally no more than 0.09 % by weight lead; optionally no more than 0.4 % by weight nickel; optionally no more than 0.1 % by weight antimony; optionally no more than 0.3 % by weight iron, zirconium and/or boron alone or in combination of two or more of said elements; unavoidable impurities and to the remainder copper, wherein the component has a wall thickness at least in sections in the range of 0.5 mm to 6.0 mm.
A synthetic yarn splicer that splices one yarn and the other yarn formed of synthetic fibers, comprising: a yarn splicing portion that includes a passage which forms a space through which the one yarn and the other yarn are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms (20,30) that is provided at a position interposing the passage of the yarn splicing portion, the pair of clamping mechanisms (20, 30) including a first clamping mechanism and a second clamping mechanism, each of one yarn and the other yarn inserted through the space are clamped by a first clamping member and a second clamping member of the first clamping mechanism and are clamped by a first clamping member and a second clamping member of the second clamping mechanism, wherein the passage has a circular shape when viewed from a penetration direction of the passage, wherein the injection hole has a circular shape, characterized in that a diameter of the passage is equal to or larger than φ3.0 mm and equal to or smaller than φ4.0 mm, and a diameter of the injection hole is equal to or larger than φ0.8 mm and equal to or smaller than φ1.3 mm. a yarn splicing portion that includes a passage which forms a space through which the one yarn and the other yarn are insertable and an injection hole which opens to the passage and injects a fluid; and a pair of clamping mechanisms (20,30) that is provided at a position interposing the passage of the yarn splicing portion, the pair of clamping mechanisms (20, 30) including a first clamping mechanism and a second clamping mechanism, each of one yarn and the other yarn inserted through the space are clamped by a first clamping member and a second clamping member of the first clamping mechanism and are clamped by a first clamping member and a second clamping member of the second clamping mechanism, wherein the passage has a circular shape when viewed from a penetration direction of the passage, wherein the injection hole has a circular shape, characterized in that a diameter of the passage is equal to or larger than φ3.0 mm and equal to or smaller than φ4.0 mm, and a diameter of the injection hole is equal to or larger than φ0.8 mm and equal to or smaller than φ1.3 mm.
A method for transmitting streaming media, comprising: generating at least one index segment, wherein the at least one index segment comprises index information of at least one media segment, and the at least one index segment is independent of the at least one media segment; generating storage location information corresponding to the at least one index segment according to a generation rule of the storage location information corresponding to the at least one index segment; and storing the at least one index segment at a storage location corresponding to the storage location information, so that a client obtains the at least one index segment from the storage location. generating at least one index segment, wherein the at least one index segment comprises index information of at least one media segment, and the at least one index segment is independent of the at least one media segment; generating storage location information corresponding to the at least one index segment according to a generation rule of the storage location information corresponding to the at least one index segment; and storing the at least one index segment at a storage location corresponding to the storage location information, so that a client obtains the at least one index segment from the storage location.
A tightening device comprising: a motor; a motor drive circuit that drives the motor; a drive shaft that is rotated by the motor, has a socket mounted on a tip thereof, and is configured to tighten a fastening member; a torque detector that detects a tightening torque that acts on the socket; and a control unit that controls the motor drive circuit based on a set torque set in advance and a measured torque measured by the torque detector, wherein the control unit includes a motor switching switch that switches between a first tightening process of controlling the motor drive circuit to drive the motor at a first initial output, adjusting an output of the motor after the measured torque that is measured by the torque detector has reached a preset first control start torque, such that the measured torque reaches a preset first set torque in a phased manner through repeated increases and decreases in torque, and blocking power supply to the motor when the measured torque reaches the first set torque, and a second tightening process of controlling the motor drive circuit to drive the motor at a second initial output that is less than the first initial output, adjusting the output of the motor after the measured torque that is measured by the torque detector has reached a preset second control start torque, such that the measured torque reaches a preset second set torque in a phased manner through repeated increases and decreases in torque, and blocking power supply to the motor when the measured torque reaches the second set torque. a motor; a motor drive circuit that drives the motor; a drive shaft that is rotated by the motor, has a socket mounted on a tip thereof, and is configured to tighten a fastening member; a torque detector that detects a tightening torque that acts on the socket; and a control unit that controls the motor drive circuit based on a set torque set in advance and a measured torque measured by the torque detector, wherein the control unit includes a motor switching switch that switches between a first tightening process of controlling the motor drive circuit to drive the motor at a first initial output, adjusting an output of the motor after the measured torque that is measured by the torque detector has reached a preset first control start torque, such that the measured torque reaches a preset first set torque in a phased manner through repeated increases and decreases in torque, and blocking power supply to the motor when the measured torque reaches the first set torque, and a second tightening process of controlling the motor drive circuit to drive the motor at a second initial output that is less than the first initial output, adjusting the output of the motor after the measured torque that is measured by the torque detector has reached a preset second control start torque, such that the measured torque reaches a preset second set torque in a phased manner through repeated increases and decreases in torque, and blocking power supply to the motor when the measured torque reaches the second set torque.
A hydraulic device for injection of bone cement in percutaneous vertebroplasty, the device being of the hydraulic press type which transmits a force which impels a plunger of an injecting syringe placed in the vicinity of a patient, the device comprising: a manual syringe imparting pressure to an incompressible fluid contained therein; a flexible hydraulic transmission tube connected to the manual syringe for transmitting the pressurized fluid; a cylindrical hollow pressure exerting body connected to the hydraulic transmission tube for applying the pressure from the transmitted fluid to the injecting syringe; and the injecting syringe being coupled to a needle, the injecting syringe being connected to the pressure exerting body and having a movable plunger that moves in response to the application of pressure by the pressure exerting body, characterised in that the injecting syringe is loaded with bone cement and the movable plunger moves to inject the bone cement through the needle; wherein the manual syringe, the flexible hydraulic transmission tube, the hollow pressure exerting body, and the injecting syringe form a lengthened body and cooperate to provide a mechanical advantage. a manual syringe imparting pressure to an incompressible fluid contained therein; a flexible hydraulic transmission tube connected to the manual syringe for transmitting the pressurized fluid; a cylindrical hollow pressure exerting body connected to the hydraulic transmission tube for applying the pressure from the transmitted fluid to the injecting syringe; and the injecting syringe being coupled to a needle, the injecting syringe being connected to the pressure exerting body and having a movable plunger that moves in response to the application of pressure by the pressure exerting body, characterised in that the injecting syringe is loaded with bone cement and the movable plunger moves to inject the bone cement through the needle; wherein the manual syringe, the flexible hydraulic transmission tube, the hollow pressure exerting body, and the injecting syringe form a lengthened body and cooperate to provide a mechanical advantage.
Injector for a combustion engine, comprising - an injection valve housing with an injection valve cavity, - a valve needle being axially movable within the injection valve cavity, - an electromagnetic actuator assembly comprising a pole piece being fixedly coupled with respect to the injection valve housing in the injection valve cavity and an armature being axially movable within the injection valve cavity, wherein - the pole piece has a central recess (22, 24) which extends axially through the pole piece and has a step so that it has a first portion and a second portion, the first portion having a larger cross-sectional area than the second portion, - the pole piece has a stop surface which is a radially extending surface of the step, - the valve needle has an armature retainer which is partially or completely positioned in the first portion of the central recess of the pole piece, - the armature is axially displaceable with respect to the valve needle and is operable to interact mechanically with the valve needle by means of the armature retainer for actuating the valve needle - a damping element which is arranged axially between the stop surface and the armature retainer to mechanically interact with the valve needle and the pole piece during movement of the valve needle with respect to the pole piece. - an injection valve housing with an injection valve cavity, - a valve needle being axially movable within the injection valve cavity, - an electromagnetic actuator assembly comprising a pole piece being fixedly coupled with respect to the injection valve housing in the injection valve cavity and an armature being axially movable within the injection valve cavity, - the pole piece has a central recess (22, 24) which extends axially through the pole piece and has a step so that it has a first portion and a second portion, the first portion having a larger cross-sectional area than the second portion, - the pole piece has a stop surface which is a radially extending surface of the step, - the valve needle has an armature retainer which is partially or completely positioned in the first portion of the central recess of the pole piece, - the armature is axially displaceable with respect to the valve needle and is operable to interact mechanically with the valve needle by means of the armature retainer for actuating the valve needle - a damping element which is arranged axially between the stop surface and the armature retainer to mechanically interact with the valve needle and the pole piece during movement of the valve needle with respect to the pole piece.