mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly comprising: a. a connector part defining a front housing having a jack cavity; b. a cable manager part including: i. a rear housing defining a central aperture through which a cable having an exposed conductive element can extend; ii. a grounding part being received by the rear housing so that the grounding part is located between the connector part and the rear housing, and securing the rear housing to the front housing, the grounding part being configured to provide grounding contact between the cable conductive element and the connector part; iii. a lacing fixture, separate from the grounding part, configured to secure individual wires of the cable that are terminated to the connector part, the lacing fixture being clamped between the front and rear housings by the grounding part; wherein the grounding part defines a central aperture through which the cable can extend; and wherein the grounding part includes at least one flange member extending across the central aperture. a. a connector part defining a front housing having a jack cavity; b. a cable manager part including: i. a rear housing defining a central aperture through which a cable having an exposed conductive element can extend; ii. a grounding part being received by the rear housing so that the grounding part is located between the connector part and the rear housing, and securing the rear housing to the front housing, the grounding part being configured to provide grounding contact between the cable conductive element and the connector part; iii. a lacing fixture, separate from the grounding part, configured to secure individual wires of the cable that are terminated to the connector part, the lacing fixture being clamped between the front and rear housings by the grounding part; i. a rear housing defining a central aperture through which a cable having an exposed conductive element can extend; ii. a grounding part being received by the rear housing so that the grounding part is located between the connector part and the rear housing, and securing the rear housing to the front housing, the grounding part being configured to provide grounding contact between the cable conductive element and the connector part; iii. a lacing fixture, separate from the grounding part, configured to secure individual wires of the cable that are terminated to the connector part, the lacing fixture being clamped between the front and rear housings by the grounding part; wherein the grounding part defines a central aperture through which the cable can extend; and wherein the grounding part includes at least one flange member extending across the central aperture.
Hydraulic control circuit for a hydraulic motor operable at least at two displacements, comprising a proportional speed control valve with a control valve spool continuously moveable by means of a force generated by a pilot pressure being controlled by a continuously, electrically adjustable pilot valve having an electrical actuator, wherein the control valve spool is moveable between: - a full-torque end position, - a reduced-torque end position, and - at least one intermediate position, wherein a time related control current function is provided for controlling the current applied to the electrical actuator for controlling the pilot pressure, wherein the control current function comprises: - a pre-current portion along a time span prior to a displacement switching command at a command time (Tc), during which pre-current portion a constant non-zero current does not generate a pilot pressure level allowing the speed control valve spool to move out of one of its two end positions (32; 34); - a current ramp portion during a ramp time span (Tr) ending at a pre-set switching time (Ts) after the command time (Tc), wherein the current is raised or lowered continuously in that current ramp portion from a ramp starting current level to an intermediate current level and is changed abruptly to a switching current level at the end of the current ramp portion for allowing by means of the pilot pressure the movement of the speed control valve spool from one of the two end positions (32, 34) via the at least one intermediate switching position into the other end position (34, 32). - a full-torque end position, - a reduced-torque end position, and - at least one intermediate position, - a pre-current portion along a time span prior to a displacement switching command at a command time (Tc), during which pre-current portion a constant non-zero current does not generate a pilot pressure level allowing the speed control valve spool to move out of one of its two end positions (32; 34); - a current ramp portion during a ramp time span (Tr) ending at a pre-set switching time (Ts) after the command time (Tc), wherein the current is raised or lowered continuously in that current ramp portion from a ramp starting current level to an intermediate current level and is changed abruptly to a switching current level at the end of the current ramp portion for allowing by means of the pilot pressure the movement of the speed control valve spool from one of the two end positions (32, 34) via the at least one intermediate switching position into the other end position (34, 32).
A sheet processing apparatus configured to sandwich one or more sheet media in a two-ply sheet in which two sheets are overlaid and bonded together at a portion of the two-ply sheet, the sheet processing apparatus being characterized in that it comprises a controller configured to control insertion processing to insert the one or more sheet media into the two-ply sheet based on a length of the two-ply sheet in a conveyance direction, a length of one of the one or more sheet media in the conveyance direction, and a number of the one or more sheet media.
A mass spectrometer comprising: a clock for generating a series of clock pulses; an ion accelerator for generating an ion pulse in response to a start signal; a register for storing a register value that is incremented on each of said clock pulses; an ion detector, spatially separated from said accelerator, for generating an ion measurement indicative of the ions striking said detector during each of said clock pulses; and a finite impulse response filter for filtering said ion measurements to generate filtered ion measurements, characterised by said finite impulse response filter having a filter function that depends on the impulse response of said ion detector. a clock for generating a series of clock pulses; an ion accelerator for generating an ion pulse in response to a start signal; a register for storing a register value that is incremented on each of said clock pulses; an ion detector, spatially separated from said accelerator, for generating an ion measurement indicative of the ions striking said detector during each of said clock pulses; and a finite impulse response filter for filtering said ion measurements to generate filtered ion measurements, characterised by said finite impulse response filter having a filter function that depends on the impulse response of said ion detector.
Measuring device used in process automation engineering to determine and monitor a chemical or physical process variable in a high-temperature process in a vessel, wherein the measuring device comprises a sensor element, which is exposed at least in sections to the temperature present in the process, a temperature-sensitive first sealing element and a transmitter located outside the process, characterized in that the sensor element comprises an interface, at which the temperature-sensitive first sealing element is located, between a first zone of the sensor element facing towards the process, which is fitted with a first thermal resistor, and a second zone of the sensor element facing away from the process, which has a second thermal resistor that is reduced in relation to the first thermal resistor, the second thermal resistor being reduced in relation to the first thermal resistor in that the second zone has a larger cross-sectional area compared to a cross-sectional area of the first zone.
A gas ventilation mask comprising a nasal mask and a mouth mask defining respectively a nasal chamber and an oral chamber, detachably connected to one another so that the nasal mask may be used separately as a nasal mask, or combined with the mouth mask, wherein the nasal and oral chambers (12, 14) are connected to one another through a self-closing valve, the nasal chamber having a multi-lobed Y-shaped seal (102, 104) adapted to interface with a patient's face.
An electronic device comprising: an electrical circuit; a housing exterior to the electrical circuit, the housing being formed of a metal fluoropolymer composite (100; 230; 342) comprising: a metal substrate (104, 204) including an opening (106; 206-1, 206-H; 306-H) in a face (105; 205) of the metal substrate (104; 204); a porous fluoropolymer layer (110; 210, 212) disposed on the face (105; 205) of the metal substrate and overlaying the opening (106; 206-1, 206-H); and a fabric layer (112; 212) disposed on the porous fluoropolymer layer (110; 210, 212) wherein the metal fluoropolymer composite (100; 230) is permeable to air but impermeable to liquid water. an electrical circuit; a housing exterior to the electrical circuit, the housing being formed of a metal fluoropolymer composite (100; 230; 342) comprising: a metal substrate (104, 204) including an opening (106; 206-1, 206-H; 306-H) in a face (105; 205) of the metal substrate (104; 204); a porous fluoropolymer layer (110; 210, 212) disposed on the face (105; 205) of the metal substrate and overlaying the opening (106; 206-1, 206-H); and a fabric layer (112; 212) disposed on the porous fluoropolymer layer (110; 210, 212) wherein the metal fluoropolymer composite (100; 230) is permeable to air but impermeable to liquid water.
Rotary actuator comprising a cylindrical main body and an actuating handle which is placed on the cylindrical main body and has a display area which can be illuminated, wherein a light source is arranged in the cylindrical main body, the light from said light source being reflected by means of a first reflection surface onto a first section of the display area which can be illuminated, characterized in that the light from the light source is reflected by means of a second reflection surface onto a second section of the display area which can be illuminated, and in that the light from the light source is guided by means of a light guide to the display area which can be illuminated, wherein the light guide, the first and the second reflection surface (16, 17) and the display area which can be illuminated are formed in a light guide guiding component and wherein the second reflection surface is in the form of an oval recess.
Heating element, in particular for hair dryer appliances, comprising at least one heating wire suitable to be flowed through by an electric current, wherein said heating wire is shaped so as to form a coil spring that follows the course of a line wound around two cylinders with parallel main axes (X, X'), the direction of rotation around one cylinder being opposite to the direction of rotation around the other cylinder, the heating element further comprising an insulating support, the heating element being characterised in that said at least one heating wire is wound on the insulating support.
A traveling vehicle for traveling on a floor surface, comprising: a base body; and a steering unit turnably mounted on the base body, the steering unit including: a pair of wheels; and a pair of motors that independently drives the respective wheels, the traveling vehicle further comprising brake means for restricting turning of the steering unit with respect to the base body when supplied power is cut off, and releasing restriction when power is supplied, characterized in that the brake means include: a braking part that is mounted on the base body at a position separated from a pivot of the steering unit; and a transmission mechanism that transmits braking force of the braking part to the steering unit. a base body; and a steering unit turnably mounted on the base body, the steering unit including: a pair of wheels; and a pair of motors that independently drives the respective wheels, a pair of wheels; and a pair of motors that independently drives the respective wheels, the traveling vehicle further comprising brake means for restricting turning of the steering unit with respect to the base body when supplied power is cut off, and releasing restriction when power is supplied, characterized in that the brake means include: a braking part that is mounted on the base body at a position separated from a pivot of the steering unit; and a transmission mechanism that transmits braking force of the braking part to the steering unit. a braking part that is mounted on the base body at a position separated from a pivot of the steering unit; and a transmission mechanism that transmits braking force of the braking part to the steering unit.
A drive member for a vehicle differential locking mechanism, wherein the drive member (54, 158) is movable in response to a magnetic field, the drive member (54, 158) being movable between a first position and a second position, and the drive member (54, 158) having an axis, characterized in that the drive member (54, 158) includes a first body (74, 166) formed at least partially from a first material that is magnetically responsive, a second body (76, 168) formed at least partially from a second material that is not magnetically responsive and a third body (78, 170) that defines a radially inner surface (118, 171) of the drive member (54, 158), wherein the first body (74, 166), second body (76, 168) and third body (78, 170) are coupled together with the third body (78, 170) being formed from a material having a lower coefficient of thermal expansion than the second body (76, 168).
A pedestal for supporting a washing/drying machine comprising: a housing having a specific space therein; a plurality of supporters mounted at the housing and supporting the washing/drying machine placed on the housing; and connection parts connecting the supporters mounted at one side of the housing to each other, characterized in that the supporters are fixed at the housing and are provided with coupling ribs for fixing the washing/drying machine at the housing, and the coupling ribs are adapted to be coupled to base side coupling ribs of a base coupled to a lower end of a main body of the washing/drying machine. a housing having a specific space therein; a plurality of supporters mounted at the housing and supporting the washing/drying machine placed on the housing; and connection parts connecting the supporters mounted at one side of the housing to each other, characterized in that
A sensor assembly for monitoring a heater system for an aircraft probe sensor, the sensor assembly comprising; a current sensor module comprising: a current sensor core; and an enclosure, formed from a high electromagnetically permeable material, around the current sensor core; an input wire pathway extending through the current sensor core and configured to receive a heater input wire; a return wire pathway extending through the current sensor core and configured to receive a heater return wire; and a tube, formed from a high electromagnetically permeable material, extending through the current sensor core and configured to extend around one of the input wire and the heater return wire. a current sensor module comprising: a current sensor core; and an enclosure, formed from a high electromagnetically permeable material, around the current sensor core; an input wire pathway extending through the current sensor core and configured to receive a heater input wire; a return wire pathway extending through the current sensor core and configured to receive a heater return wire; and a tube, formed from a high electromagnetically permeable material, extending through the current sensor core and configured to extend around one of the input wire and the heater return wire.
A bicycle brake and shift operating device (110a, 110b) comprising: a bicycle mounting bracket; a brake lever pivotally connected to the mounting bracket about a first axis between a rest position and a brake operating position; a gear shifting mechanism attached to the mounting bracket and configured to operate a bicycle gear changing device to any one of a plurality of gear positions; a first gear shift member pivotally mounted relative to the bicycle mounting bracket about a second axis, the first gear shift member being connected to the gear shifting mechanism to actuate the gear shifting mechanism; a connecting structure interconnecting the brake lever and the first gear shift member together such that the first gear shift member pivots about the second axis in response to the brake lever being pivoted about the first axis; and the connecting structure includes a link member with a first end coupled to the first gear shift member and a second end movably coupled to the brake lever, the link member, the mounting bracket, the brake lever and the first gear shift member forming a four-bar linkage, wherein the first end of the link member includes a ball joint and the second end of the link member includes a pivot joint, the ball joint being arranged on a third axis that is not parallel to the first axis at least while the brake lever is arranged in the rest position, the ball joint being connected to the first gear shift member at a position different from the second axis, and the pivot joint being connected to the brake lever. a bicycle mounting bracket; a brake lever pivotally connected to the mounting bracket about a first axis between a rest position and a brake operating position; a gear shifting mechanism attached to the mounting bracket and configured to operate a bicycle gear changing device to any one of a plurality of gear positions; a first gear shift member pivotally mounted relative to the bicycle mounting bracket about a second axis, the first gear shift member being connected to the gear shifting mechanism to actuate the gear shifting mechanism; a connecting structure interconnecting the brake lever and the first gear shift member together such that the first gear shift member pivots about the second axis in response to the brake lever being pivoted about the first axis; and the connecting structure includes a link member with a first end coupled to the first gear shift member and a second end movably coupled to the brake lever, the link member, the mounting bracket, the brake lever and the first gear shift member forming a four-bar linkage, wherein the first end of the link member includes a ball joint and the second end of the link member includes a pivot joint, the ball joint being arranged on a third axis that is not parallel to the first axis at least while the brake lever is arranged in the rest position, the ball joint being connected to the first gear shift member at a position different from the second axis, and the pivot joint being connected to the brake lever.
A method for reconditioning a blade of a gas turbine, which blade comprises a blade airfoil, with a pressure side and a suction side, which extends in the blade longitudinal direction between a platform and a blade tip, has a leading edge and a trailing edge, and is outwardly delimited by a pressure-side wall and a suction-side wall which converge at the trailing edge of the blade airfoil, forming discharge openings for cooling air which are arranged in a distributed manner along the trailing edge between the walls (14a, 15a), characterized in that a cutout is introduced into the pressure-side wall along the trailing edge, and starting from said trailing edge, in such a way that the trailing-side edge of the pressure-side wall is cut back compared with the trailing-side edge of the suction-side wall.
A system comprising: a plurality of non-volatile memory devices; and a selection device, operatively coupled with the plurality of non-volatile memory devices, the selection device comprising a multiplexer and a decoder, the selection device to: receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals. a plurality of non-volatile memory devices; and a selection device, operatively coupled with the plurality of non-volatile memory devices, the selection device comprising a multiplexer and a decoder, the selection device to: receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals. receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals.
Apparatus for treating containers with a treatment medium in a beverage filling system, preferably filler, rinser or sterilizer, comprising a revolving rotor for treating containers which are to be treated, at least one cleaning nozzle (30 to 38), which revolves with the rotor, for applying a cleaning medium and/or a sterilization medium to a system region which surrounds the rotor, and a treatment media receptacle which revolves with the rotor, wherein a fluid connection is provided between at least one cleaning nozzle (30 to 38) and the treatment media receptacle, characterized in that the treatment media receptacle comprises a product storage vessel, and the fluid connection is in fluid connection with the treatment media receptacle in a region of the product storage vessel which does not come into contact with the treatment medium during regular treatment operation.