mhurhangee/ep-ind-claims huggingface dataset:
A water valve, used for a drinking device, comprising: an upper support connected with the drinking device and provided with a water inlet; a lower support connected with the upper support, movable relative to the upper support, and provided with a water outlet; a valve spool having a first end connected with the upper support and a second end fixedly connected with the lower support, in which the valve spool is movable relative to the upper support, to switch on or off a communication between the water inlet and the water outlet; a sealing member fitted over the first end of the valve spool connected with the upper support; a spring disposed between the upper support and the lower support; and a water outlet pipe connected with the lower support and communicated with the water outlet, characterized in that the lower support is provided with a vent hole, the vent hole is communicated with the water outlet; a lower end of the water inlet defines a shoulder, when the water valve is at a state of discharging water, an upper end of the water outlet is received at the shoulder to switch off the communication between the vent hole and the water outlet, such that an interior of the water outlet pipe is not communicated with atmosphere; when the water valve is at a state of not discharging water, the upper end of the water outlet is disengaged from the shoulder to switch on the communication between the vent hole and the water outlet, such that the vent hole communicates the interior of the water outlet pipe with the atmosphere. an upper support connected with the drinking device and provided with a water inlet; a lower support connected with the upper support, movable relative to the upper support, and provided with a water outlet; a valve spool having a first end connected with the upper support and a second end fixedly connected with the lower support, in which the valve spool is movable relative to the upper support, to switch on or off a communication between the water inlet and the water outlet; a sealing member fitted over the first end of the valve spool connected with the upper support; a spring disposed between the upper support and the lower support; and a water outlet pipe connected with the lower support and communicated with the water outlet, characterized in that the lower support is provided with a vent hole, the vent hole is communicated with the water outlet; a lower end of the water inlet defines a shoulder, when the water valve is at a state of discharging water, an upper end of the water outlet is received at the shoulder to switch off the communication between the vent hole and the water outlet, such that an interior of the water outlet pipe is not communicated with atmosphere; when the water valve is at a state of not discharging water, the upper end of the water outlet is disengaged from the shoulder to switch on the communication between the vent hole and the water outlet, such that the vent hole communicates the interior of the water outlet pipe with the atmosphere.
Temperature sensor system, comprising - a temperature probe element comprising a sensor element and electrical feed lines, and - a first ceramic housing part comprising a sleeve-shaped lower part with a closed lower end and an open upper end as well as an upper part connected to the open upper end, - wherein the sensor element is arranged in the sleeve-shaped lower part, - wherein the upper part comprises recesses, in which the electrical feed lines are arranged and guided at least in part, characterized in that the lower part and the upper part together form a body, which is formed in one piece. - a temperature probe element comprising a sensor element and electrical feed lines, and - a first ceramic housing part comprising a sleeve-shaped lower part with a closed lower end and an open upper end as well as an upper part connected to the open upper end, - wherein the sensor element is arranged in the sleeve-shaped lower part, - wherein the upper part comprises recesses, in which the electrical feed lines are arranged and guided at least in part, characterized in that the lower part and the upper part together form a body, which is formed in one piece.
A battery system, comprising: a sealed case having an internal cavity; an internal electrode stack disposed in the internal cavity; a first terminal comprising: a first coolant inlet; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first dispensing port in fluid communication with the first fluid conduit and the internal cavity; and a first thermally sensitive plug disposed within the first dispensing port. a sealed case having an internal cavity; an internal electrode stack disposed in the internal cavity; a first terminal comprising: a first coolant inlet; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first coolant inlet; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first dispensing port in fluid communication with the first fluid conduit and the internal cavity; and a first thermally sensitive plug disposed within the first dispensing port.
A concrete cutting machine comprising: a motor having an output drive; a pivot arm having an input coupled to the output drive for receiving power from the motor, wherein the arm is configured to pivot relative to the motor, and wherein the pivot arm has a pivot arm output driven by the motor; and a cutting chain assembly, preferably a concrete cutting chain assembly, supported on the pivot arm and having a power input coupled to the pivot arm output, characterized in that the chain assembly is configured to be pivotable relative to the pivot arm. a motor having an output drive; a pivot arm having an input coupled to the output drive for receiving power from the motor, wherein the arm is configured to pivot relative to the motor, and wherein the pivot arm has a pivot arm output driven by the motor; and a cutting chain assembly, preferably a concrete cutting chain assembly, supported on the pivot arm and having a power input coupled to the pivot arm output, characterized in that the chain assembly is configured to be pivotable relative to the pivot arm.
A process comprising: a. providing a one-component spray polyurethane foam formulation comprising a blowing agent and prepolymer reaction products resulting from reacting isocyanates and polyols in the presence of a catalyst, the prepolymer having free isocyanate groups at a concentration in a range of 12 to 17 weight-percent based on prepolymer weight and the blowing agent being one or any combination of more than one material selected from carbon dioxide, saturated fluorinated hydrocarbons and unsaturated fluorinated hydrocarbons and being present at a concentration of at least 9 x10 -4 moles per kilogram of foam formulation; b. providing a dispensing accessory comprising a removable nozzle that can reversibly disconnect from the rest of the dispensing accessory and that defines a flow channel defined through it, including an exit opening of the flow channel from the dispensing accessory; c. providing a supplemental propellant to the dispensing accessory at a pressure of at least 400 kiloPascals; d. feeding the one-component spray polyurethane foam formulation and supplemental propellant independent from one another into the dispensing accessory so that they combine in the removable nozzle; and e. expelling the one component spray polyurethane foam formulation and supplemental propellant together from the dispensing accessory from the exit opening of the removable nozzle; wherein the blowing agent comprises at least 13 weight-percent of a fluorinated olefin based on total weight of isocyanate, polyol and blowing agent. a. providing a one-component spray polyurethane foam formulation comprising a blowing agent and prepolymer reaction products resulting from reacting isocyanates and polyols in the presence of a catalyst, the prepolymer having free isocyanate groups at a concentration in a range of 12 to 17 weight-percent based on prepolymer weight and the blowing agent being one or any combination of more than one material selected from carbon dioxide, saturated fluorinated hydrocarbons and unsaturated fluorinated hydrocarbons and being present at a concentration of at least 9 x10 -4 moles per kilogram of foam formulation; b. providing a dispensing accessory comprising a removable nozzle that can reversibly disconnect from the rest of the dispensing accessory and that defines a flow channel defined through it, including an exit opening of the flow channel from the dispensing accessory; c. providing a supplemental propellant to the dispensing accessory at a pressure of at least 400 kiloPascals; d. feeding the one-component spray polyurethane foam formulation and supplemental propellant independent from one another into the dispensing accessory so that they combine in the removable nozzle; and e. expelling the one component spray polyurethane foam formulation and supplemental propellant together from the dispensing accessory from the exit opening of the removable nozzle; wherein the blowing agent comprises at least 13 weight-percent of a fluorinated olefin based on total weight of isocyanate, polyol and blowing agent.
Filter device for filtering out solid substance from a solid-liquid-mixture, comprising a bearing shaft which extends along a rotation axis; a rotation body which is attached to the bearing shaft and which is supported by the bearing shaft to be rotatable about the rotation axis; a single filter cell which is formed on the rotation body and which comprises: a filter means attached to the rotation body for filtering out the solid substance from the solid-liquid-mixture, allowing the liquid of the solid-liquid-mixture to pass from a filter means inlet side to a filter means outlet side, and a connection channel which is formed in the rotation body and extends from the filter means outlet side and leads to an outlet opening which is formed to be adjoining to the bearing shaft and via which the connection channel is permanently connected to an intermediate connection channel, which is formed in the bearing shaft, independent of the rotation position of the rotation body, which intermediate connection channel extends in and along the rotation axis; a liquid discharge line which is connected to the intermediate connection channel or is formed by the intermediate connection channel; a plurality of branch-off lines which are branched-off from the liquid discharge line; and a control device having a valve assembly, by which the branch-off lines are connectable to the liquid discharge line in a controlled manner depending on the rotation position of the rotation body.
A stitched fiber-reinforced substrate material formed by stitching reinforcement fiber sheets made of reinforcement fibers using stitching yarns, the stitching yarn being a stitching yarn to which an organic compound having a polar group is adhered, wherein the organic compound having a polar group is a compound having a polyoxyalkylene structure, wherein the stitching yarn is a stitching yarn in which an organic compound having a polar group is adhered in an amount of 0.1 to 10 wt% with respect to the mass of the stitching yarn. the stitching yarn being a stitching yarn to which an organic compound having a polar group is adhered, wherein the organic compound having a polar group is a compound having a polyoxyalkylene structure, wherein the stitching yarn is a stitching yarn in which an organic compound having a polar group is adhered in an amount of 0.1 to 10 wt% with respect to the mass of the stitching yarn.
A mobile terminal apparatus comprising: an image projection unit that projects an image plane; an oscillation device that oscillates an ultrasonic wave for sensors and an ultrasonic wave for an audio reproduction toward the image plane; a control unit that controls the oscillation device: and a sound wave detection unit that is connected to the control unit, wherein the sound wave detection unit detects the ultrasonic wave for sensors, which is reflected from the image plane, when it is verified that a frequency of said detected sound wave for sensors is a frequency within a certain range and the strength of said detected sound wave for sensors is equal to or more than a reference value, and the control unit adjusts a sound pressure of a sound to be reproduced based on a detection strength detected by the sound wave detection unit, wherein the control unit adjusts the sound pressure to be reproduced so as to decrease the sound pressure when the detection strength detected by the sound wave detection unit is higher than the reference value, and to increase the sound pressure when the detection strength detected by the sound wave detection unit is lower than the reference value. an image projection unit that projects an image plane; an oscillation device that oscillates an ultrasonic wave for sensors and an ultrasonic wave for an audio reproduction toward the image plane; a control unit that controls the oscillation device: and a sound wave detection unit that is connected to the control unit, wherein the sound wave detection unit detects the ultrasonic wave for sensors, which is reflected from the image plane, when it is verified that a frequency of said detected sound wave for sensors is a frequency within a certain range and the strength of said detected sound wave for sensors is equal to or more than a reference value, and the control unit adjusts a sound pressure of a sound to be reproduced based on a detection strength detected by the sound wave detection unit, wherein the control unit adjusts the sound pressure to be reproduced so as to decrease the sound pressure when the detection strength detected by the sound wave detection unit is higher than the reference value, and to increase the sound pressure when the detection strength detected by the sound wave detection unit is lower than the reference value.
A lighting unit comprising: a plurality of light sources each having a light emission surface; an orientation sensor for determining an orientation of the lighting unit when said lighting unit is installed in an environment; a distance sensor for determining a distance value of the lighting unit to adjacent structures when said lighting unit is installed in the environment; and a controller adapted to read data from said orientation sensor and said distance sensor, electronically connected to or in controlling communication with said plurality of light sources, and adapted to modify at least one light output characteristic of said plurality of light sources; wherein said controller is adapted to modify said at least one light output characteristic of at least one of said plurality of light sources such that a light output characteristic of the lighting unit is adapted based on said orientation sensor data and said distance sensor data; characterized in that the controller is adapted to independently control said plurality of light sources to independently modify said at least one light output characteristic of said at least one of said plurality of light sources. a plurality of light sources each having a light emission surface; an orientation sensor for determining an orientation of the lighting unit when said lighting unit is installed in an environment; a distance sensor for determining a distance value of the lighting unit to adjacent structures when said lighting unit is installed in the environment; and a controller adapted to read data from said orientation sensor and said distance sensor, electronically connected to or in controlling communication with said plurality of light sources, and adapted to modify at least one light output characteristic of said plurality of light sources; wherein said controller is adapted to modify said at least one light output characteristic of at least one of said plurality of light sources such that a light output characteristic of the lighting unit is adapted based on said orientation sensor data and said distance sensor data; characterized in that the controller is adapted to independently control said plurality of light sources to independently modify said at least one light output characteristic of said at least one of said plurality of light sources.
Shaft window drainage device, having a vertically movable valve part with a valve head, and an immovable valve part with a drain which can be closed by the valve head, and a counterweight of a shaft window, in which the vertically movable valve part is fastened on the vertically movable counterweight such that, when the shaft window is opened, the movable valve part is raised simultaneously with the counterweight and is separated from the immovable valve part, and therefore the valve head is spaced apart from the drain and thus the drain is opened.
A position sensing arrangement for sensing the position of a revolute joint of an articulated structure, the position sensing arrangement comprising: a disc comprising: a first magnetic ring with m magnetic pole pairs, and a second magnetic ring with n magnetic pole pairs, where m and n are co-prime, and a mounting arrangement by which the disc is mountable to a magnetisation jig during manufacture and the articulated structure during operation such that during operation the disc rotates about an axis; and a magnetic sensor assembly comprising: a first magnetic sensor array for detecting the magnetic pole pairs of the first magnetic ring, and a second magnetic sensor array for detecting the magnetic pole pairs of the second magnetic ring; and characterised in that: the mounting arrangement comprises a set of mounting features which form a rotationally asymmetrical pattern on the disc such that the mounting arrangement permits the disc to be mounted to the magnetisation jig and articulated structure in a single rotational orientation about the axis only. a disc comprising: a first magnetic ring with m magnetic pole pairs, and a second magnetic ring with n magnetic pole pairs, where m and n are co-prime, and a mounting arrangement by which the disc is mountable to a magnetisation jig during manufacture and the articulated structure during operation such that during operation the disc rotates about an axis; and a first magnetic ring with m magnetic pole pairs, and a second magnetic ring with n magnetic pole pairs, where m and n are co-prime, and a mounting arrangement by which the disc is mountable to a magnetisation jig during manufacture and the articulated structure during operation such that during operation the disc rotates about an axis; and a magnetic sensor assembly comprising: a first magnetic sensor array for detecting the magnetic pole pairs of the first magnetic ring, and a second magnetic sensor array for detecting the magnetic pole pairs of the second magnetic ring; and characterised in that: the mounting arrangement comprises a set of mounting features which form a rotationally asymmetrical pattern on the disc such that the mounting arrangement permits the disc to be mounted to the magnetisation jig and articulated structure in a single rotational orientation about the axis only.
A deployable structure comprising: a first helical lattice and a second helical lattice, wherein each helical lattice (514,516) comprises: pre-stressed strips (306,308) comprising carbon fibre reinforced plastic material, wherein half of the pre-stressed strips are arranged in a clockwise helix, and the other half of the pre-stressed strips are arranged in an anti-clockwise helix; and wherein the strips (306,308), comprise holes which are equally distanced from each other along the length of the strips (306,308); and fasteners inserted into the holes to join the strips (306,308) at pivoting connections, thereby forming the lattice, wherein the first helical lattice is arrangeable in a stowed configuration and a deployed configuration and the second helical lattice is arrangeable in a stowed configuration and a deployed configuration, wherein the helical lattices (514, 516) are configured to deploy using stored energy of bending in the helical lattice elements (514,516), wherein with the helical lattices (514,516) arranged in the stowed configuration the second helical lattice nests in the first helical lattice, wherein the helical latices (514,516) are axially aligned, and wherein the first helical lattice and second helical lattice change in length and radius simultaneously during deployment. a first helical lattice and a second helical lattice, wherein each helical lattice (514,516) comprises: pre-stressed strips (306,308) comprising carbon fibre reinforced plastic material, wherein half of the pre-stressed strips are arranged in a clockwise helix, and the other half of the pre-stressed strips are arranged in an anti-clockwise helix; and wherein the strips (306,308), comprise holes which are equally distanced from each other along the length of the strips (306,308); and pre-stressed strips (306,308) comprising carbon fibre reinforced plastic material, wherein half of the pre-stressed strips are arranged in a clockwise helix, and the other half of the pre-stressed strips are arranged in an anti-clockwise helix; and wherein the strips (306,308), comprise holes which are equally distanced from each other along the length of the strips (306,308); and fasteners inserted into the holes to join the strips (306,308) at pivoting connections, thereby forming the lattice, wherein the first helical lattice is arrangeable in a stowed configuration and a deployed configuration and the second helical lattice is arrangeable in a stowed configuration and a deployed configuration, wherein the helical lattices (514, 516) are configured to deploy using stored energy of bending in the helical lattice elements (514,516), wherein with the helical lattices (514,516) arranged in the stowed configuration the second helical lattice nests in the first helical lattice, wherein the helical latices (514,516) are axially aligned, and wherein the first helical lattice and second helical lattice change in length and radius simultaneously during deployment.