mhurhangee/ep-ind-claims huggingface dataset:
A relay device comprising: a capacitor; and a discharge circuit that discharges electric charge charged to the capacitor, wherein the discharge circuit includes, a discharge resistance, a first relay switch connected to the discharge resistance and having a contact point that becomes a closed state by electric conduction to an exciting coil, and a second relay switch connected in parallel to the first relay switch and having a contact point that becomes an open state by electric conduction to an exciting coil, the relay device further comprising a controller that controls the discharge circuit, wherein the controller detects discharge abnormality, when the electric charge of the capacitor cannot be discharged in a state in which either one of the first relay switch and the second relay switch is turned on, determines abnormality of the first relay switch in a state in which the first relay switch is turned on and the second relay switch is turned off, determines abnormality of the second relay switch in a state in which the first relay switch is turned off and the second relay switch is turned on, when the electric charge cannot be discharged in a state in which either one of the first relay switch or the second relay switch is turned on and the other relay switch is turned off, discharges the electric charge in a state in which the other relay switch is turned on and the one relay switch is turned off. a capacitor; and a discharge circuit that discharges electric charge charged to the capacitor, wherein the discharge circuit includes, a discharge resistance, a first relay switch connected to the discharge resistance and having a contact point that becomes a closed state by electric conduction to an exciting coil, and a second relay switch connected in parallel to the first relay switch and having a contact point that becomes an open state by electric conduction to an exciting coil, a discharge resistance, a first relay switch connected to the discharge resistance and having a contact point that becomes a closed state by electric conduction to an exciting coil, and a second relay switch connected in parallel to the first relay switch and having a contact point that becomes an open state by electric conduction to an exciting coil, the relay device further comprising a controller that controls the discharge circuit, wherein the controller detects discharge abnormality, when the electric charge of the capacitor cannot be discharged in a state in which either one of the first relay switch and the second relay switch is turned on, determines abnormality of the first relay switch in a state in which the first relay switch is turned on and the second relay switch is turned off, determines abnormality of the second relay switch in a state in which the first relay switch is turned off and the second relay switch is turned on, when the electric charge cannot be discharged in a state in which either one of the first relay switch or the second relay switch is turned on and the other relay switch is turned off, discharges the electric charge in a state in which the other relay switch is turned on and the one relay switch is turned off.
An apparatus for removal of ions from water, the apparatus being provided with a housing comprising: a water inlet for letting water into the housing; a water outlet for letting water out of the housing; a first and a second electrode (21, 22) connected to a power controller for applying an electrical potential difference between the first and the second electrode (21, 22); and, a spacer between the first and second electrode (21, 22) for allowing water to flow in between the first and second electrode (21, 22), wherein the first and second electrodes are both provided with a substantially flat surface, the spacer comprises a pillar structure, comprising a plurality of pillars, the pillar structure is provided between the electrodes (21, 22) keeping the electrodes at a substantially constant distance from each other, wherein a netting framework keeps the plurality of pillars at a fixed distance from each other, and keeps the longitudinal axis of the pillars perpendicular with respect to the flow direction of the water flowing between the first and second electrode (21, 22), wherein a centre part of each pillar is attached to the netting framework, wherein the netting framework is provided in the middle of a flow channel between the electrodes (21, 22). a water inlet for letting water into the housing; a water outlet for letting water out of the housing; a first and a second electrode (21, 22) connected to a power controller for applying an electrical potential difference between the first and the second electrode (21, 22); and, a spacer between the first and second electrode (21, 22) for allowing water to flow in between the first and second electrode (21, 22), wherein the first and second electrodes are both provided with a substantially flat surface, the spacer comprises a pillar structure, comprising a plurality of pillars, the pillar structure is provided between the electrodes (21, 22) keeping the electrodes at a substantially constant distance from each other, wherein a netting framework keeps the plurality of pillars at a fixed distance from each other, and keeps the longitudinal axis of the pillars perpendicular with respect to the flow direction of the water flowing between the first and second electrode (21, 22), wherein a centre part of each pillar is attached to the netting framework, wherein the netting framework is provided in the middle of a flow channel between the electrodes (21, 22).
A waste treatment unit comprising at least one gasifier having a main receptacle with a waste inlet disposed in the upper section of the receptacle, a syngas outlet and an ashtray outlet, wherein the gasifier comprises: - a body with at least one inclined surface, disposed in the interior of the receptacle, with the inclined surface disposed opposite to the waste inlet and with a base; and comprises a dividing wall disposed in the interior of the receptacle and in contact with the body, or an evacuation tube disposed in the interior of the body which comprises at least a first end corresponding to the syngas outlet and a second end, such as to create a waste zone in the receptacle, that encompasses at least the zone wherein the inclined surface of the body is located and wherein the waste that enters through the waste inlet is accumulated, and a waste-free zone wherethrough the syngas produced during oxidation of the waste flows towards the syngas outlet, and - heating means configured to heat the interior of the receptacle; characterised in that the base of the body is disposed such as to generate a depletion shaft between said base and the walls of the receptacle that prevents the passage of waste, and in that the second end of the evacuation tube is disposed in the base of the body. - a body with at least one inclined surface, disposed in the interior of the receptacle, with the inclined surface disposed opposite to the waste inlet and with a base; and comprises a dividing wall disposed in the interior of the receptacle and in contact with the body, or an evacuation tube disposed in the interior of the body which comprises at least a first end corresponding to the syngas outlet and a second end, such as to create a waste zone in the receptacle, that encompasses at least the zone wherein the inclined surface of the body is located and wherein the waste that enters through the waste inlet is accumulated, and a waste-free zone wherethrough the syngas produced during oxidation of the waste flows towards the syngas outlet, and - heating means configured to heat the interior of the receptacle;
A truck or bus tire, comprising a cap tread formed from a rubber composition, the rubber composition comprising a rubber component including at least one selected from the group consisting of polyisoprene rubbers and polybutadiene rubber, and, per 100 parts by mass of the rubber component, 10 to 60 parts by mass of a reinforcing filler including silica, wherein the amount of silica per 100 parts by mass of the rubber component is 10 parts by mass or more, wax and 1 to 20 parts by mass of a farnesene resin obtained by polymerizing farnesene, wherein the farnesene resin is a farnesene homopolymer having a glass transition temperature of -60°C or lower wherein the glass transition temperature is measured using a differential scanning calorimeter (Q200, available from TA Instruments Japan) at a temperature increase rate of 10°C/min in conformity with JIS K 7121:1987. a cap tread formed from a rubber composition, the rubber composition comprising a rubber component including at least one selected from the group consisting of polyisoprene rubbers and polybutadiene rubber, and, per 100 parts by mass of the rubber component, 10 to 60 parts by mass of a reinforcing filler including silica, wherein the amount of silica per 100 parts by mass of the rubber component is 10 parts by mass or more, wax and 1 to 20 parts by mass of a farnesene resin obtained by polymerizing farnesene, wherein the farnesene resin is a farnesene homopolymer having a glass transition temperature of -60°C or lower wherein the glass transition temperature is measured using a differential scanning calorimeter (Q200, available from TA Instruments Japan) at a temperature increase rate of 10°C/min in conformity with JIS K 7121:1987.
A holder assembly comprising: a holder housing adapted to receive a sample collection tube within a rearward end, a forward end of the holder housing including a needle receiving port for receiving a needle cannula therein; and a safety shield pivotably attached to a collar, said collar having an opening therethrough for receiving a needle cannula therethrough, wherein the safety shield is capable of being pivoted over at least a portion of a needle received within the needle receiving port of the holder housing, characterized in that the collar is received within a recess between an annular skirt extending about the needle receiving port and the needle receiving port of the holder housing, such that the safety shield and the collar are rotatable about a longitudinal axis of the holder housing without accidentally disconnecting the collar from the holder housing, wherein an outer surface of the collar includes a protrusion and an inner surface of the annular skirt includes a groove, the groove on the annular skirt adapted to receive the protrusion on the annular collar, thereby providing an interface fit when the collar is received between the annular skirt and the needle receiving port of the holder housing a holder housing adapted to receive a sample collection tube within a rearward end, a forward end of the holder housing including a needle receiving port for receiving a needle cannula therein; and a safety shield pivotably attached to a collar, said collar having an opening therethrough for receiving a needle cannula therethrough, wherein the safety shield is capable of being pivoted over at least a portion of a needle received within the needle receiving port of the holder housing, characterized in that the collar is received within a recess between an annular skirt extending about the needle receiving port and the needle receiving port of the holder housing, such that the safety shield and the collar are rotatable about a longitudinal axis of the holder housing without accidentally disconnecting the collar from the holder housing, wherein an outer surface of the collar includes a protrusion and an inner surface of the annular skirt includes a groove, the groove on the annular skirt adapted to receive the protrusion on the annular collar, thereby providing an interface fit when the collar is received between the annular skirt and the needle receiving port of the holder housing
A floor cleaner comprising: a fluid flow path extending from a suction nozzle (50, 212) to a clean air outlet; a recovery tank (16, 216) removably coupled to the floor cleaner (10, 210), the recovery tank (16, 216) in fluid communication with the suction nozzle (50, 212) and including, a tank body, a tank lid removably coupled to and substantially enclosing the tank body, a tank inlet, a tank air outlet along the fluid flow path, and an outlet duct (28, 228) upstream of the tank air outlet; a suction source in fluid communication with the suction nozzle (50, 212) and the recovery tank (16, 216) configured to generate an airflow along the fluid flow path to draw fluid and debris from the surface through the suction nozzle (50, 212) and into the recovery tank (16, 216); and a filter basket (32, 232) disposed in the outlet duct (28, 228), characterized in that the filter basket (32, 232) includes a first end, a second end being downstream of the first end, and a sidewall (38, 238) extending in a substantially vertical direction between the first end and second end when the recovery tank (16, 216) is upright, wherein the first end is above the second end and the first end is open enabling ingress of debris, and wherein the sidewall (38, 238) of the filter basket (32, 232) has perforations allowing air flow to pass through the filter basket (32, 232) and inhibiting debris from passing through the filter basket (32, 232). a fluid flow path extending from a suction nozzle (50, 212) to a clean air outlet; a recovery tank (16, 216) removably coupled to the floor cleaner (10, 210), the recovery tank (16, 216) in fluid communication with the suction nozzle (50, 212) and including, a tank body, a tank lid removably coupled to and substantially enclosing the tank body, a tank inlet, a tank air outlet along the fluid flow path, and an outlet duct (28, 228) upstream of the tank air outlet; a tank body, a tank lid removably coupled to and substantially enclosing the tank body, a tank inlet, a tank air outlet along the fluid flow path, and an outlet duct (28, 228) upstream of the tank air outlet; a suction source in fluid communication with the suction nozzle (50, 212) and the recovery tank (16, 216) configured to generate an airflow along the fluid flow path to draw fluid and debris from the surface through the suction nozzle (50, 212) and into the recovery tank (16, 216); and a filter basket (32, 232) disposed in the outlet duct (28, 228), characterized in that the filter basket (32, 232) includes a first end, a second end being downstream of the first end, and a sidewall (38, 238) extending in a substantially vertical direction between the first end and second end when the recovery tank (16, 216) is upright, wherein the first end is above the second end and the first end is open enabling ingress of debris, and wherein the sidewall (38, 238) of the filter basket (32, 232) has perforations allowing air flow to pass through the filter basket (32, 232) and inhibiting debris from passing through the filter basket (32, 232).
Refrigerator having a carcass and a movable pull-out door which delimit a storage compartment, having a storage area for refrigerated goods which is connected to the pull-out door, wherein the storage area is height-adjustable, and having a spring element which acts on the storage area to move it into a raised position, characterised in that the force exerted by the spring element is adjustable, in order to adapt it to the weight of different types of boxes.
An airless tire, comprising: a cylindrical tread ring with a contact patch; a hub positioned on the radially inner side of the tread ring and fixed to an axle; and a spoke made of a polymer material and connecting the tread ring and the hub, wherein the spoke is configured to have a plurality of spoke pieces (10, 10 0) arranged in a circumferential direction, on a base line extending radially from the tire axis, each spoke piece comprises a tread connecting portion connected to the inner circumferential surface of the tread ring and a hub connecting portion connected to the outer circumferential surface of the hub, between the tread connecting portion and the hub connecting portion, a spoke curved portion is further formed to veer off the base line in a circumferential direction, at the coordinates around the tire axis where a perpendicular line extending vertically upward from the tire axis is set as 0°, characterized in that a spoke piece positioned at 0° is set so that straight radial length (LSb) of the spoke piece measured along the base line under base-load conditions (Yb), that is, when 60% of a normal load is exerted on the tire, is at least 1.05 times the straight radial length (LSa) of the spoke piece measured along the base line under no-load conditions (Ya), and a spoke piece at 0° is set so that curved radial length (LLb) measured along the curve of the spoke piece under base-load conditions (Yb) is at least 1.03 times the straight length (LSb). a cylindrical tread ring with a contact patch; a hub positioned on the radially inner side of the tread ring and fixed to an axle; and a spoke made of a polymer material and connecting the tread ring and the hub, wherein the spoke is configured to have a plurality of spoke pieces (10, 10 0) arranged in a circumferential direction, on a base line extending radially from the tire axis, each spoke piece comprises a tread connecting portion connected to the inner circumferential surface of the tread ring and a hub connecting portion connected to the outer circumferential surface of the hub, between the tread connecting portion and the hub connecting portion, a spoke curved portion is further formed to veer off the base line in a circumferential direction, at the coordinates around the tire axis where a perpendicular line extending vertically upward from the tire axis is set as 0°, characterized in that a spoke piece positioned at 0° is set so that straight radial length (LSb) of the spoke piece measured along the base line under base-load conditions (Yb), that is, when 60% of a normal load is exerted on the tire, is at least 1.05 times the straight radial length (LSa) of the spoke piece measured along the base line under no-load conditions (Ya), and a spoke piece at 0° is set so that curved radial length (LLb) measured along the curve of the spoke piece under base-load conditions (Yb) is at least 1.03 times the straight length (LSb).
A radially expandable stent for insertion into a body vessel having a tubular body having a circumference, a distal end and a proximal end wherein the tubular body comprises: a plurality of annular segments defining a longitudinal axis where each annular segment has a substantially zig-zag shape forming a series of peaks and valleys wherein the plurality of annular segments comprise a distal and a proximal annular end segment respectively positioned internally between the two end annular segments; and, a plurality of connector segments (3, 4) positioned parallel to the longitudinal axis and bridging the annular segments where the connector segments between the annular end segments and their adjoining annular internal segments are straight, and at least 90% of the connector segments between the internal annular segments are arcuate; characterized in that the connector segments between the annular end segments and their adjoining annular internal segments are exactly three in number. a plurality of annular segments defining a longitudinal axis where each annular segment has a substantially zig-zag shape forming a series of peaks and valleys wherein the plurality of annular segments comprise a distal and a proximal annular end segment respectively positioned internally between the two end annular segments; and, a plurality of connector segments (3, 4) positioned parallel to the longitudinal axis and bridging the annular segments where the connector segments between the annular end segments and their adjoining annular internal segments are straight, and at least 90% of the connector segments between the internal annular segments are arcuate; characterized in that the connector segments between the annular end segments and their adjoining annular internal segments are exactly three in number.
Device for securing to a component (9, 10), in particular a tolerance compensation element, having a base element and a compensation element which can be connected to the base element by means of a screw connection, wherein at an end of the compensation element facing away from the base element a stop region is formed, wherein the stop region protrudes in a radial direction beyond the base element, wherein a screw can be introduced through the compensation element and the base element into a retention means, and wherein the compensation element and the base element in a transport state are screwed completely or almost completely into each other, characterised in that a protection element is arranged and the device can be moved into a transport state, wherein the protection element in the transport state at least partially surrounds the stop region laterally and terminates in an axial direction with the stop region or protrudes beyond the stop region and the protection element surrounds the stop region in a peripheral direction completely or with interruptions so that the stop region is protected from lateral impacts.
An apparatus comprising: a shape operable as a gas turbine engine component; an internal cavity within the shape including a radius; a trench on an external surface of the shape including a rear face tangential to an arc centered on the radius of the internal cavity; and a cooling hole extending from the internal cavity and exiting to the trench through the rear face of the trench, wherein a cooling fluid introduced to the internal cavity flows through the cooling hole and into the trench during operation of the gas turbine engine component. a shape operable as a gas turbine engine component; an internal cavity within the shape including a radius; a trench on an external surface of the shape including a rear face tangential to an arc centered on the radius of the internal cavity; and a cooling hole extending from the internal cavity and exiting to the trench through the rear face of the trench, wherein a cooling fluid introduced to the internal cavity flows through the cooling hole and into the trench during operation of the gas turbine engine component.
A pressure sensitive adhesive composition comprising an acrylic resin, a multi-functional cross-linker and a photopolymerizable compound, the acrylic resin comprising a (meth)acrylic acid ester monomer; and a cross-linkable monomer as polymerized units, the acrylic resin having a weight average molecular weight of 800,000 or less as measured according to Measurement Method 1 described herein, the multi-functional cross-linker being selected from an isocyanate cross-linker, an epoxy cross-linker, an aziridine cross-linker and a metal chelate cross-linker, the photopolymerizable compound being a multi-functional acrylate that is at least trifunctional and having a molecular weight of less than 1,000, wherein after hardening, the composition comprises an interpenetrating polymer network structure having said acrylic resin in a cross-linked state, and has a peel force to a TAC sheet of 8 to 40 gf/inch, (0.003 to 0.015 N/mm) as measured at a peel angle of 180° and a peel rate of 0.3 m/min according to Measurement Method 3 described herein, and a peel force to a TAC sheet of 80 to 300 gf/inch, (0.03 to 0.116 N/mm) as measured at a peel angel of 180° and a peel rate of 30 m/min according to Measurement Method 3 described herein, in a state including said structure.