mhurhangee/patent-ind-claim-en huggingface dataset:
A valve-module comprising: a piston-housing body having a piston-housing chamber ; and a valve-rod of which a part thereof is inserted into the piston housing body and a piston is provided in a region located inside the piston-housing chamber, and a valve is formed in a region located outside the piston-housing chamber; therein, the valve-rod is driven in a first direction (A1) by the air pressure of the pilot-air acting upon the piston, and is driven in a second direction (A2) opposite the first direction by the biasing-force of biasing-means ; then the valve makes contact with and separates from a valve-seat by supplying and discharging the pilot-air, thus controlling the opening and closing of the valve, characterized in comprising: a first-magnet holder provided at the outer periphery of the piston; a second-magnet holder provided at the position facing the first-magnet holder on the piston-housing body side; a first-permanent magnet held by the first-magnet holder in the state in which an end-face makes contact with a thin-walled first-collision-avoidance portion formed at the position closest to the second-magnet holder; and a second-permanent magnet held by the second-magnet holder in the state in which an end-face makes contact with a thin-walled second-collision-avoidance portion formed at the position closest to the first-collision-avoidance portion of the first-magnet holder; wherein, a magnetic-attraction force acts between both permanent magnets, and drives the piston in the first direction, and increases with the mutual approach of both magnets; in addition, an arrangement-relationship is set between both permanent magnets such that the end-faces do not directly collide with each other, even when they are closest to each other. a first-magnet holder provided at the outer periphery of the piston; a second-magnet holder provided at the position facing the first-magnet holder on the piston-housing body side; a first-permanent magnet held by the first-magnet holder in the state in which an end-face makes contact with a thin-walled first-collision-avoidance portion formed at the position closest to the second-magnet holder; and a second-permanent magnet held by the second-magnet holder in the state in which an end-face makes contact with a thin-walled second-collision-avoidance portion formed at the position closest to the first-collision-avoidance portion of the first-magnet holder; wherein, a magnetic-attraction force acts between both permanent magnets, and drives the piston in the first direction, and increases with the mutual approach of both magnets; in addition, an arrangement-relationship is set between both permanent magnets such that the end-faces do not directly collide with each other, even when they are closest to each other.
A wall for a heated faceplate, the wall comprising: a base for connection to an exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on an aircraft; and characterised by comprising: tines spaced from each other and protruding from a top of the base and out and away from the base so that the tines overhang the base in an upstream direction, the upstream direction being upstream with respect to oncoming airflow when the faceplate is installed on an aircraft, wherein the tines are configured to accumulate ice and shed the accumulated ice. a base for connection to an exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on an aircraft; and characterised by comprising: tines spaced from each other and protruding from a top of the base and out and away from the base so that the tines overhang the base in an upstream direction, the upstream direction being upstream with respect to oncoming airflow when the faceplate is installed on an aircraft, wherein the tines are configured to accumulate ice and shed the accumulated ice.
A meter electronics configured to automate a cleaning of a conduit in a vibratory meter , the meter electronics comprising: an interface configured to provide a drive signal to a meter assembly communicatively coupled to the meter electronics and receive one or more pick-off signals from the meter assembly ; and a processing system communicatively coupled to the interface , the processing system being configured to: determine a parameter from the drive signal and/or the one or more received pick-off signals; and characterized by : based on the parameter: detect an unclean condition of the meter assembly and enter into a cleaning mode; and detect a clean condition of the meter assembly and enter into a non-cleaning mode. an interface configured to provide a drive signal to a meter assembly communicatively coupled to the meter electronics and receive one or more pick-off signals from the meter assembly ; and a processing system communicatively coupled to the interface , the processing system being configured to: determine a parameter from the drive signal and/or the one or more received pick-off signals; and characterized by : based on the parameter: detect an unclean condition of the meter assembly and enter into a cleaning mode; and detect a clean condition of the meter assembly and enter into a non-cleaning mode. determine a parameter from the drive signal and/or the one or more received pick-off signals; and characterized by : based on the parameter: detect an unclean condition of the meter assembly and enter into a cleaning mode; and detect a clean condition of the meter assembly and enter into a non-cleaning mode. detect an unclean condition of the meter assembly and enter into a cleaning mode; and detect a clean condition of the meter assembly and enter into a non-cleaning mode.
Chassis component for a wheel suspension, having at least two pivot points , at least one connecting structure which connects the pivot points to each other, and also at least one sensor , wherein the at least one sensor is arranged on a section of a surface of the connecting structure , and the sensor connects contact points of at least two line sections integrated into the connecting structure to each other, characterized in that the connecting structure has at least one connection in the region of the sensor , connection points of the line sections being accessible from outside at the at least one connection.
Inspection device for detecting leaks from pressure containers, comprising a circulating transport device on which the containers to be inspected are transported through the inspection device in a single row and spaced apart from one another, a device for forming at least one cavity in which a container is received during transport on the circulating transport device through a region of the inspection device , an suction device for sucking off the gas mixture forming in the cavity , and an analysis device with which the sucked-off gas mixture is analysed, wherein the device for forming the at least one cavity comprises a circulating cavity forming device with which at least a part of the side wall of the cavity is formed, characterized in that the circulating cavity forming device runs parallel to the circulating transport device on which the containers to be inspected are transported through the inspection device , wherein the circulating cavity forming device is arranged to move the cavity formed around the container along with the container during the transport of the container on the transport device .
Motor vehicle door handle having a handle which can be displaced from a rest position into an actuation position, wherein a handle hook arranged on the rear side of the handle is kinematically coupled, in the assembled state, to a deflection lever , wherein the deflection lever acts directly or indirectly on a motor vehicle door lock during displacement from the rest position into the actuation position, and wherein the deflection lever is retained in a pre-assembly position by means of a locking element for as long as the handle hook has not been brought completely into its final assembly position, characterised in that the locking element is displaced from the locked position into a release position by the handle hook when the latter is brought into its final assembly position.
A photovoltaic module comprising: a photovoltaic cell; and a layer composed of a film comprising a silane-grafted polyolefin (Si-g-PO) resin composition comprising (i) one or more silane grafted polyolefins and (ii) from greater than 0 wt% to less than 5.0 wt% of a micronized silica gel, based on the total weight of the Si-g-PO resin composition; wherein the micronized silica gel is a synthetic amorphous silica that has (a) a primary particle size from 1 μm to less than 10 μm and (b) an aggregate particle size from greater than 1 μm to 20 μm; and the film has a glass adhesion greater than or equal to 15 N/mm after aging the film at 40°C and 0% relative humidity for 60 days as measured in accordance with ASTM F88/88M-09. a photovoltaic cell; and a layer composed of a film comprising a silane-grafted polyolefin (Si-g-PO) resin composition comprising (i) one or more silane grafted polyolefins and (ii) from greater than 0 wt% to less than 5.0 wt% of a micronized silica gel, based on the total weight of the Si-g-PO resin composition; wherein the micronized silica gel is a synthetic amorphous silica that has (a) a primary particle size from 1 μm to less than 10 μm and (b) an aggregate particle size from greater than 1 μm to 20 μm; and the film has a glass adhesion greater than or equal to 15 N/mm after aging the film at 40°C and 0% relative humidity for 60 days as measured in accordance with ASTM F88/88M-09.
A method for sending a control channel, comprising: sending, by a base station to a user equipment, scheduling information only over a control channel of a first type within a physical downlink control channel, PDCCH, region in a downlink subframe; and sending, by a base station to the user equipment, scheduling information over a control channel of a second type within an evolved physical downlink control channel, E-PDCCH, region, wherein in the downlink subframe, wherein the control channel of the first type is different from the control channel of the second type, at least one of multiple attributes varies between the control channel of the first type and the control channel of the second type, and the multiple attributes comprise: the search space type of the control channel, characterised in that the search space type of the control channel of the first type is different from the search space type of the control channel of the second type, and the control channel of the first type is a control channel in a common search space, and the control channel of the second type is a control channel in a user-specific search space. sending, by a base station to a user equipment, scheduling information only over a control channel of a first type within a physical downlink control channel, PDCCH, region in a downlink subframe; and sending, by a base station to the user equipment, scheduling information over a control channel of a second type within an evolved physical downlink control channel, E-PDCCH, region, wherein in the downlink subframe, wherein the control channel of the first type is different from the control channel of the second type, at least one of multiple attributes varies between the control channel of the first type and the control channel of the second type, and the multiple attributes comprise: the search space type of the control channel, characterised in that the search space type of the control channel of the first type is different from the search space type of the control channel of the second type, and the control channel of the first type is a control channel in a common search space, and the control channel of the second type is a control channel in a user-specific search space.
An auto-balancing transportation device comprising: a first wheel , a first foot platform associated with the first wheel, and a first drive motor that drives the first wheel; a second wheel , a second foot platform associated with the second wheel, and a second drive motor that drives the second wheel; a control circuit ; a first sensor and a second sensor configured with the control circuit and the first and second drive motors to afford independent driving of the first and second wheels; and a coupling structure that couples the first wheel to the second wheel, wherein the coupling structure affords fore-aft rotational movement of the foot platforms relative to one another; and wherein the coupling structure affords tilting of the first and second wheels while the first and second wheels each maintain contact with a horizontal surface; and characterised in that the coupling structure includes support members that are sufficiently flexible to afford the fore-aft rotational movement of the foot platforms relative to one another. a first wheel , a first foot platform associated with the first wheel, and a first drive motor that drives the first wheel; a second wheel , a second foot platform associated with the second wheel, and a second drive motor that drives the second wheel; a control circuit ; a first sensor and a second sensor configured with the control circuit and the first and second drive motors to afford independent driving of the first and second wheels; and a coupling structure that couples the first wheel to the second wheel, wherein the coupling structure affords fore-aft rotational movement of the foot platforms relative to one another; and wherein the coupling structure affords tilting of the first and second wheels while the first and second wheels each maintain contact with a horizontal surface; and characterised in that the coupling structure includes support members that are sufficiently flexible to afford the fore-aft rotational movement of the foot platforms relative to one another.
An outdoor unit for an air-conditioning apparatus, comprising: a heat exchanger comprised of an upper heat exchanger and a lower heat exchanger that are arranged in an up-down direction; an accumulator configured to store refrigerant; a casing , an inside of which is partitioned by a partition plate into an air-sending chamber accommodating the heat exchanger and a machine chamber accommodating the accumulator ; and one fixing component configured to be fixed to the heat exchanger and the accumulator so that the accumulator is fixed to the heat exchanger , the outdoor unit being characterized in that the one fixing component is fixed to both of the upper heat exchanger and the lower heat exchanger . a heat exchanger comprised of an upper heat exchanger and a lower heat exchanger that are arranged in an up-down direction; an accumulator configured to store refrigerant; a casing , an inside of which is partitioned by a partition plate into an air-sending chamber accommodating the heat exchanger and a machine chamber accommodating the accumulator ; and one fixing component configured to be fixed to the heat exchanger and the accumulator so that the accumulator is fixed to the heat exchanger , the outdoor unit being characterized in that the one fixing component is fixed to both of the upper heat exchanger and the lower heat exchanger .
A telecommunications satellite comprising: a receiver configured to receive a first stream of data packets transmitted by a first transmission site and a second stream of data packets transmitted by a second transmission site; a stream analyzer configured to (i) align the data packets in the first stream and the data packets in the second stream based on packet header information of the data packets of the first and second streams, (ii) analyze corresponding data packets in the first stream and the second stream to identify missing or corrupted data packets, and (iii) select data packets to place into forward transmission based upon the analysis; and a transmitter configured to transmit the selected data packets to at least one receive site. a receiver configured to receive a first stream of data packets transmitted by a first transmission site and a second stream of data packets transmitted by a second transmission site; a stream analyzer configured to (i) align the data packets in the first stream and the data packets in the second stream based on packet header information of the data packets of the first and second streams, (ii) analyze corresponding data packets in the first stream and the second stream to identify missing or corrupted data packets, and (iii) select data packets to place into forward transmission based upon the analysis; and a transmitter configured to transmit the selected data packets to at least one receive site.
Water-borne dispersion coating formulation, having a pH in the range of 10,0 to 12,5 and comprising a) at least one polymeric organic binder based on an aqueous polymer dispersion, b) at least one rheology modifier, in particular thickener, c) at least one dispersing agent, d) at least one pigment and/or filler, and e) at least one alkali hydroxide, and obtained by providing said aqueous polymer dispersion a) containing the polymeric organic binder having a residual (co)monomer content in said aqueous polymer dispersion a) for each (co)monomer forming said at least one polymeric organic binder of below 0,01 wt.-%, wherein said aqueous polymer dispersion a) containing the polymeric organic binder is essentially free of any organic in-can preservatives, in particular any in-can preservatives, and wherein optionally the residual (co)monomer content for each (co)monomer in said coating formulation is below 0,01 wt.-%, and wherein said coating formulation is essentially free of any organic in-can preservatives. a) at least one polymeric organic binder based on an aqueous polymer dispersion, b) at least one rheology modifier, in particular thickener, c) at least one dispersing agent, d) at least one pigment and/or filler, and e) at least one alkali hydroxide,
A process for controlling the cooling of a castpart, comprising the following: providing a continuous casting mold with a mold cavity configured to cast a castpart; providing a castpart wiper configured to conform around an outer surface of the castpart and thereby direct flow of coolant away from the outer surface of the castpart; positioning the castpart wiper at an initial startup position below the casting mold and a castpart starting block to avoid mis-directing coolant during a startup phase of the casting; initiating casting and providing coolant to the casting mold ; moving the castpart wiper from the initial startup position to a position immediately at or below the mold cavity during a transition heat-up phase of casting; and then moving the castpart wiper away from the mold cavity during a second transitory stage of the casting at a pre-determined rate determined to result in a desired castpart solidification effect. providing a continuous casting mold with a mold cavity configured to cast a castpart; providing a castpart wiper configured to conform around an outer surface of the castpart and thereby direct flow of coolant away from the outer surface of the castpart; positioning the castpart wiper at an initial startup position below the casting mold and a castpart starting block to avoid mis-directing coolant during a startup phase of the casting; initiating casting and providing coolant to the casting mold ; moving the castpart wiper from the initial startup position to a position immediately at or below the mold cavity during a transition heat-up phase of casting; and then moving the castpart wiper away from the mold cavity during a second transitory stage of the casting at a pre-determined rate determined to result in a desired castpart solidification effect.
A base member for an orthodontic implant device that is to be secured by a plurality of screws that are embedded in a bone in an oral cavity and a plurality of bolts that are fastened into said screws , wherein the base member has a first base part that has a first engagement hole , a second base part that has a second engagement hole , and a third base part that has a third engagement hole such that the third engagement hole is not aligned on a straight line connecting a center of the first engagement hole to a center of the second engagement hole , wherein said engagement holes have a regular polygonal shape to engage polygonal-columnar head parts of said screws , and wherein the base member comprises a coupling part with flexibility that is provided between the first base part and the third base part , wherein the coupling part has a first arm part that extends in one direction (D2) and a second arm part that is connected to the first arm part and extends in another direction (D1) that is different from the one direction (D2); and a securing part that is connected to at least any one of the first, second, and third base parts and detachably secures an auxiliary tool . wherein the base member has a first base part that has a first engagement hole , a second base part that has a second engagement hole , and a third base part that has a third engagement hole such that the third engagement hole is not aligned on a straight line connecting a center of the first engagement hole to a center of the second engagement hole , wherein said engagement holes have a regular polygonal shape to engage polygonal-columnar head parts of said screws , and wherein the base member comprises a coupling part with flexibility that is provided between the first base part and the third base part , wherein the coupling part has a first arm part that extends in one direction (D2) and a second arm part that is connected to the first arm part and extends in another direction (D1) that is different from the one direction (D2); and a securing part that is connected to at least any one of the first, second, and third base parts and detachably secures an auxiliary tool .
Manually guided ground-working appliance, in particular a lawn mower, with a housing and with a guide device , wherein the guide device has two guide members guided telescopically one inside the other, wherein the first guide member has a handle comprising a switching unit , and the second guide member is connected to the housing , wherein a movement of the first guide member counter to a telescopic direction is limited via a limiting element , and wherein a maximum height of the guide device is adjustable via the limiting element , characterized in that the limiting element is fastened to the first guide member via at least one first fastening region and to the second guide member and/or to the housing via at least one second fastening region , wherein the limiting element is designed as a flexible cable element .