mhurhangee/ep-ind-claims huggingface dataset:
A valve assembly adapted to be coupled to a storage container to relieve vacuum and over pressure conditions in the storage container, the valve assembly comprising: a body having a first port, a second port, and a third port, the first port adapted to be in fluid communication with the storage container, the body including a first valve seat disposed adjacent the second port; a first control assembly comprising a first valve stem and a first closure element coupled to the first valve stem, the first closure element being movable relative to the first valve seat in response to changes in pressure in the container; a hood coupled to the body; a mounting bracket coupled to a portion of the hood, the mounting bracket having a bracket body and at least a mounting aperture extending through the bracket body; and a monitoring device disposed within the mounting aperture of the mounting bracket and disposed within an opening formed in the hood such that the monitoring device is disposed proximate to an upper end of the first valve stem of the first control assembly, the monitoring device being configured to obtain data indicative of the operation of the valve assembly. a body having a first port, a second port, and a third port, the first port adapted to be in fluid communication with the storage container, the body including a first valve seat disposed adjacent the second port; a first control assembly comprising a first valve stem and a first closure element coupled to the first valve stem, the first closure element being movable relative to the first valve seat in response to changes in pressure in the container; a hood coupled to the body; a mounting bracket coupled to a portion of the hood, the mounting bracket having a bracket body and at least a mounting aperture extending through the bracket body; and a monitoring device disposed within the mounting aperture of the mounting bracket and disposed within an opening formed in the hood such that the monitoring device is disposed proximate to an upper end of the first valve stem of the first control assembly, the monitoring device being configured to obtain data indicative of the operation of the valve assembly.
A cutter head of a gear cutting tool for cutting bevel or hypoid gears, said cutter head being generally disc-shaped and rotatable about an axis, said cutter head comprising: a plurality of cutting blade positioning slots arranged in said cutter head; characterised in that a first portion of said plurality of blade positioning slots are oriented to accommodate cutting blades whereby said cutter head is operable for right-hand cutting, and a second portion of said plurality of cutting blade position slots are oriented to accommodate cutting blades whereby said cutter head is operable for left-hand cutting. a plurality of cutting blade positioning slots arranged in said cutter head; characterised in that a first portion of said plurality of blade positioning slots are oriented to accommodate cutting blades whereby said cutter head is operable for right-hand cutting, and a second portion of said plurality of cutting blade position slots are oriented to accommodate cutting blades whereby said cutter head is operable for left-hand cutting.
A hybrid scooter comprising a wheel, an engine, a gear box via which the engine is connected to the wheel, and a motor inserted in the wheel, wherein the motor comprises a stator and a rotor attached to a hub of the wheel to allow the motor to drive the wheel, and a coaxial transmission comprising: a clutch being a one-way clutch connected to the rotor, and an axle coaxially supporting the wheel and comprising an end connected to the gear box on a side of the wheel, so that the axle can drive the rotor, thereby driving the wheel, characterized in that another end of the axle is connected to the clutch on another side of the wheel and in that the axle can drive the rotor via the clutch. a clutch being a one-way clutch connected to the rotor, and an axle coaxially supporting the wheel and comprising an end connected to the gear box on a side of the wheel, so that the axle can drive the rotor, thereby driving the wheel,
A cannula for implantation into a chamber of a heart comprising an elongate body (16, 111) including a lumen extending along a longitudinal axis, a first end and a second end, said first and second ends (18, 22) defining openings (26a, 26b) into said lumen, characterized in that the cannula further comprises a flared tip portion (30, 72, 92, 122, 152) on said elongate body (16, 111) and extending from said second end in a direction toward said first end, and flaring radially outward from said longitudinal axis and in said direction, and a first ring member (36, 74, 94, 124, 154) on said elongate body (16, 111) and extending around said longitudinal axis, said first ring member (36, 74, 94, 124, 154) being spaced from said flared tip portion (30, 72, 92, 122, 152) and being adapted for retaining said elongate body (16, 111) in a position relative to a wall of the chamber of the heart.
A laundry machine comprising: - a body; - a tub mounted within the body; - a drum rotatably mounted within the tub; - at least one steam generator to generate steam to be supplied into the drum; and - a water supply valve provided in the body and connected to an outer water supply device; characterized in that the steam generator includes: -- a steam generating part having a predetermined water inflow space therein to allow water to flow therein, the steam generating part having a water inlet and an outlet respectively connected with the water inflow space; -- a water inlet path connected between the water supply valve and the water inlet; -- an outlet path connected between the outlet of the steam generating part and the drum; and -- a heater to heat water flowing in the steam generating part to generate steam, characterized in that the laundry machine includes: - a water treatment apparatus including a water softening device to soften water to be supplied to the steam generator from the water supply valve to reduce or prevent scale from being generated in the steam generator, and - a bypass path connected between the water inlet path and a path drawing water from the water supply valve into the tub to discharge water over flowing from the water inflow space of the steam-generating part to the tub. - a body; - a tub mounted within the body; - a drum rotatably mounted within the tub; - at least one steam generator to generate steam to be supplied into the drum; and - a water supply valve provided in the body and connected to an outer water supply device; characterized in that the steam generator includes: -- a steam generating part having a predetermined water inflow space therein to allow water to flow therein, the steam generating part having a water inlet and an outlet respectively connected with the water inflow space; -- a water inlet path connected between the water supply valve and the water inlet; -- an outlet path connected between the outlet of the steam generating part and the drum; and -- a heater to heat water flowing in the steam generating part to generate steam, characterized in that the laundry machine includes: -- a steam generating part having a predetermined water inflow space therein to allow water to flow therein, the steam generating part having a water inlet and an outlet respectively connected with the water inflow space; -- a water inlet path connected between the water supply valve and the water inlet; -- an outlet path connected between the outlet of the steam generating part and the drum; and -- a heater to heat water flowing in the steam generating part to generate steam, characterized in that - a water treatment apparatus including a water softening device to soften water to be supplied to the steam generator from the water supply valve to reduce or prevent scale from being generated in the steam generator, and - a bypass path connected between the water inlet path and a path drawing water from the water supply valve into the tub to discharge water over flowing from the water inflow space of the steam-generating part to the tub.
A control valve monitoring system (200, 300) comprising: at least one sensor attached to one of a valve shaft or valve stem, the sensor configured for detecting a change in mechanical integrity of one of the valve shaft or valve stem, the at least one sensor including an optical fiber Bragg grating sensor to measure strain at a localized area of the valve shaft or valve stem; and a device (220, 320) configured for providing data regarding the change in mechanical integrity of one of the valve shaft or the valve stem, the device being a local digital valve positioner, a stand alone device for data collection/reduction, or a control system; wherein the at least one sensor is attached to an outer surface of the valve shaft or valve stem between an end of the shaft or stem connected to a control element and another end of the shaft or stem opposite the control element. at least one sensor attached to one of a valve shaft or valve stem, the sensor configured for detecting a change in mechanical integrity of one of the valve shaft or valve stem, the at least one sensor including an optical fiber Bragg grating sensor to measure strain at a localized area of the valve shaft or valve stem; and a device (220, 320) configured for providing data regarding the change in mechanical integrity of one of the valve shaft or the valve stem, the device being a local digital valve positioner, a stand alone device for data collection/reduction, or a control system; wherein the at least one sensor is attached to an outer surface of the valve shaft or valve stem between an end of the shaft or stem connected to a control element and another end of the shaft or stem opposite the control element.
A magazine for a fastening device, comprising: a pusher assembly (110, 226) adapted to have an engaged state and a retracted state, the pusher assembly (110, 226) having a pusher assembly knob (140, 221) and a pusher (112, 225), the pusher (112, 225) adapted to contact a fastener and to impart a force upon the fastener in a direction toward a nose end of the magazine when the pusher assembly (110, 226) is in the engaged state, a recess (171, 280) into which the pusher (112, 225) is reversibly retracted at least in part when the pusher assembly knob (140, 221) is moved to reversibly retract the pusher (112, 225) to achieve the retracted state, a detent (156, 230) adapted to reversibly maintain the pusher assembly (110, 226) in the retracted state, and the pusher assembly knob (140, 221) adapted to reversibly latch to the detent (156, 230), characterized in that the detent (156, 230) has a spring latch (954, 230) to which the pusher assembly knob (140, 221) is reversibly latched when the pusher assembly (110, 226) is in the retracted state. a pusher assembly (110, 226) adapted to have an engaged state and a retracted state, the pusher assembly (110, 226) having a pusher assembly knob (140, 221) and a pusher (112, 225), the pusher (112, 225) adapted to contact a fastener and to impart a force upon the fastener in a direction toward a nose end of the magazine when the pusher assembly (110, 226) is in the engaged state, a recess (171, 280) into which the pusher (112, 225) is reversibly retracted at least in part when the pusher assembly knob (140, 221) is moved to reversibly retract the pusher (112, 225) to achieve the retracted state, a detent (156, 230) adapted to reversibly maintain the pusher assembly (110, 226) in the retracted state, and the pusher assembly knob (140, 221) adapted to reversibly latch to the detent (156, 230), characterized in that the detent (156, 230) has a spring latch (954, 230) to which the pusher assembly knob (140, 221) is reversibly latched when the pusher assembly (110, 226) is in the retracted state.
A method of recovering a call between a wireless unit (12a-c, 60) and a wireless communications system comprising the steps of: detecting, by the wireless unit (12a-c, 60), a break in a communication link after detecting a plurality of erroneous frames over a forward traffic channel from a first set of base station(s) between said wireless unit (12a-c, 60) and the first set of base station(s) servicing said call; determining, by said wireless unit (12a-c, 60) in response to detecting the break in the communication link, a second set of base station(s) (64a-c) based on information known to be at both the wireless unit (12a-c, 60) and the wireless communications system before said communications between said wireless unit (12a-c, 60) and said first set of serving base station(s) is lost; autonomously changing, by the wireless unit (12a-c, 60), in response to detecting the break in the communication link, from said first set of base station(s) to the second set of base station(s) (64a-c) such that said second set of base station(s) (64a-c) is automatically established both at said wireless communications system and said wireless unit (12a-c, 60) without requiring communication between said wireless communications system and said wireless unit (12a-c, 60), to service said call; and communicating with said second set of serving base station(s) (64a-c) to continue said call. detecting, by the wireless unit (12a-c, 60), a break in a communication link after detecting a plurality of erroneous frames over a forward traffic channel from a first set of base station(s) between said wireless unit (12a-c, 60) and the first set of base station(s) servicing said call; determining, by said wireless unit (12a-c, 60) in response to detecting the break in the communication link, a second set of base station(s) (64a-c) based on information known to be at both the wireless unit (12a-c, 60) and the wireless communications system before said communications between said wireless unit (12a-c, 60) and said first set of serving base station(s) is lost; autonomously changing, by the wireless unit (12a-c, 60), in response to detecting the break in the communication link, from said first set of base station(s) to the second set of base station(s) (64a-c) such that said second set of base station(s) (64a-c) is automatically established both at said wireless communications system and said wireless unit (12a-c, 60) without requiring communication between said wireless communications system and said wireless unit (12a-c, 60), to service said call; and communicating with said second set of serving base station(s) (64a-c) to continue said call.
Printed circuit board, having a front side for population with at least one semiconductor light source and having at least one securing element accessible via a rear side, wherein the at least one securing element is embodied as an electrical through-conduction element for at least one of the semiconductor light sources, characterized in that the printed circuit board has a plurality of securing elements configured and/or arranged in a coded fashion by virtue of the securing elements being arranged non-angularly symmetrically.
Solid wheel (Fig. 1) which can be divided into three segments with solid rubber segment tyres, which fits to any conventional wheelchair, characterised in that removal of the upper segment (Fig. 4) divides the solid wheel (Fig. 1) in its original state into three parts so that the full wheel (Fig. 1) as a means of movement no longer acts as a barrier for the lateral movements of the wheelchair user.
An ice producing method for an ice-making device comprising a case including a cooling space defined therein, a cooling unit configured to cool the cooling space, and an ice-making assembly disposed in the cooling space and configured to produce pieces of ice, wherein the ice-making assembly includes an ice tray having a plurality of independently-defined ice-making spaces, and a water supply unit configured to supply water to the ice-making spaces, wherein the water supply unit includes a feeder pipe configured to feed water to the ice-making assembly, and to a water supply pipe coupled to the feeder pipe and disposed above the ice tray, the water supply pipe including a plurality of water supply holes formed in positions corresponding to the ice-making spaces so that water is supplied to the respective ice-making spaces through the respective water supply holes, and wherein the method comprises: filling the ice tray with water from the feeder pipe; supplying cold air to the ice tray and water; and ejecting resulting pieces of ice from the ice tray, characterized in that the method further comprises that a diameter of the water supply holes grows larger as the water supply holes are positioned farther away from the feeder pipe. filling the ice tray with water from the feeder pipe; supplying cold air to the ice tray and water; and ejecting resulting pieces of ice from the ice tray, characterized in that the method further comprises that a diameter of the water supply holes grows larger as the water supply holes are positioned farther away from the feeder pipe.
A method for manufacturing an optical sub-assembly, OSA, the method comprising: inserting a first end of a lock nut into a first cavity of a package body; inserting a first end of a transistor outline, TO, can into a second cavity of the package body; stripping a portion of a jacket from an end of an optical fiber, thereby exposing bare optical fiber at the end of the optical fiber; inserting the end of the optical fiber into a second end of the lock nut such that the bare optical fiber passes into the package body and at least a portion of the bare optical fiber inserts into the second cavity, wherein the lock nut has a turning knob for locking the optical fiber inserted into the package body; and dispensing glue into a third cavity of the package body to environmentally seal the bare optical fiber. inserting a first end of a lock nut into a first cavity of a package body; inserting a first end of a transistor outline, TO, can into a second cavity of the package body; stripping a portion of a jacket from an end of an optical fiber, thereby exposing bare optical fiber at the end of the optical fiber; inserting the end of the optical fiber into a second end of the lock nut such that the bare optical fiber passes into the package body and at least a portion of the bare optical fiber inserts into the second cavity, wherein the lock nut has a turning knob for locking the optical fiber inserted into the package body; and dispensing glue into a third cavity of the package body to environmentally seal the bare optical fiber.
Method for operating a hand-held power tool that has at least one acceleration sensor, wherein the hand-held power tool is monitored for defects, having the following step: - sensing vibrations of the hand-held power tool by the acceleration sensor, characterized in that the method has the following steps: - comparing the sensed vibrations with previously stored reference vibrations, wherein the stored reference vibrations are dependent on a desired output, in particular a desired rotational speed and/or a desired torque, of the hand-held power tool and a reference vibration characteristic curve or a reference vibration characteristic map is available for comparison with the sensed vibrations, - identifying a defect of the hand-held power tool if the sensed vibrations deviate from the reference vibrations beyond a predefinable extent, and - influencing the operating behaviour of the hand-held power tool if a defect has been sensed. - sensing vibrations of the hand-held power tool by the acceleration sensor, - comparing the sensed vibrations with previously stored reference vibrations, wherein the stored reference vibrations are dependent on a desired output, in particular a desired rotational speed and/or a desired torque, of the hand-held power tool and a reference vibration characteristic curve or a reference vibration characteristic map is available for comparison with the sensed vibrations, - identifying a defect of the hand-held power tool if the sensed vibrations deviate from the reference vibrations beyond a predefinable extent, and - influencing the operating behaviour of the hand-held power tool if a defect has been sensed.
A position measurement encoder comprising a scale and a readhead, the readhead comprising a sensor for sensing the scale, the sensor comprising a one-dimensional array of columnar pixels, configured such that the one-dimensional array of columnar pixels is divided into a plurality of rows wherein each columnar pixel has at least one individual sensing section in each row arranged to contribute to the columnar pixel's output, wherein each row is individually activatable so that which one or more of the individual sensing sections in the columnar pixels contribute to each columnar pixel's output can be selectively chosen and changed on a row-by-row basis.
An apparatus comprising: means for generating a first portion of a correction signal to modify a first transmit communication signal via a first correction sub-module based at least in part on an operating mode of the apparatus; means for generating a mode control signal via a control block; and means for determining via an analysis unit sub-module settings to control the first correction sub-module based at least in part on a second transmit communication signal and the mode control signal. means for generating a first portion of a correction signal to modify a first transmit communication signal via a first correction sub-module based at least in part on an operating mode of the apparatus; means for generating a mode control signal via a control block; and means for determining via an analysis unit sub-module settings to control the first correction sub-module based at least in part on a second transmit communication signal and the mode control signal.
Timing belt, particularly a toothed belt, having a first end, a second end, a rear side, a front side, and having a plurality of teeth arranged on the rear side and/or the front side, wherein the first end has at least one cutaway, wherein the second end has at least one tine that is insertable into the cutaway, and wherein the first end and the second end are detachably connectable to each other by connecting means (2, 3,4), characterised in that in the connected condition under no tension the teeth of the first end have an offset relative to the teeth of the second end.