mhurhangee/ep-ind-claims huggingface dataset:
A networked system, comprising: a first device which performs a controlling function; a status monitoring device; and a plurality of controlled devices (14,16,18), wherein the first device is adapted to send control commands to the controlled devices and the controlled devices are adapted to send status report messages to the status monitoring device, wherein each controlled device (14,16,18) comprises a controlled device receiver for receiving control commands, a controlled device transmitter and a controlled device processor, wherein the controlled device processor is adapted to: receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device. a first device which performs a controlling function; a status monitoring device; and a plurality of controlled devices (14,16,18), wherein the first device is adapted to send control commands to the controlled devices and the controlled devices are adapted to send status report messages to the status monitoring device, wherein each controlled device (14,16,18) comprises a controlled device receiver for receiving control commands, a controlled device transmitter and a controlled device processor, wherein the controlled device processor is adapted to: receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device. receive a control command to change device status either from the first device or from another source of commands; change the device status in response to the control command if the controlled device is able to adhere to the command; determine if the control command originated at the first device; if the control command originated at the first device and has been adhered to, to inhibit sending of a status report message to the status monitoring device; and if the control command did not originate at the first device, to send a status report message to the status monitoring device.
A vehicle with an air conditioner, wherein the air conditioner comprises: a blower, at least the blower being disposed within an engine compartment of the vehicle, wherein the blower comprises a motor that is configured to rotate a fan, wherein a rotating shaft of the motor is diagonally arranged with an inclination angle that is greater than 0 degree and less than 90 degrees with respect to a vertical direction, wherein an inside/outside air switching device is provided upstream of an air intake portion of the blower via an air passage, and a filter is provided between the air intake portion and the inside/outside air switching device characterized in that an attachable/detachable direction of the motor with respect to the blower is an upper side thereof, the fan is a cylindrical sirocco fan, and the air intake portion of the blower is provided in a bottom side of the rotating shaft. wherein the air conditioner comprises: a blower, at least the blower being disposed within an engine compartment of the vehicle, wherein the blower comprises a motor that is configured to rotate a fan, wherein a rotating shaft of the motor is diagonally arranged with an inclination angle that is greater than 0 degree and less than 90 degrees with respect to a vertical direction, wherein an inside/outside air switching device is provided upstream of an air intake portion of the blower via an air passage, and a filter is provided between the air intake portion and the inside/outside air switching device characterized in that an attachable/detachable direction of the motor with respect to the blower is an upper side thereof, the fan is a cylindrical sirocco fan, and the air intake portion of the blower is provided in a bottom side of the rotating shaft.
An abrasive article, comprising: a blade body having an axis of rotation, a peripheral edge comprising a plurality of blade segments with perimeter edges, and wherein adjacent ones of the plurality of the blade segments are separated from each other by a slot that extends into the blade body at least partially in a radial direction with respect to the axis, an abrasive portion mounted on the blade body, wherein the abrasive portion comprises a bond material and abrasive particles; and at least one blade segment of the plurality of blade segments comprises a plurality of apertures extending axially therethrough, comprising a perimeter edge aperture that intersects the perimeter edge, at least two interior apertures radially offset from the perimeter edge and do not intersect the perimeter edge, characterized in that the at least two interior apertures are contained entirely within the abrasive portion of the plurality of blade segments. a blade body having an axis of rotation, a peripheral edge comprising a plurality of blade segments with perimeter edges, and wherein adjacent ones of the plurality of the blade segments are separated from each other by a slot that extends into the blade body at least partially in a radial direction with respect to the axis, an abrasive portion mounted on the blade body, wherein the abrasive portion comprises a bond material and abrasive particles; and at least one blade segment of the plurality of blade segments comprises a plurality of apertures extending axially therethrough, comprising a perimeter edge aperture that intersects the perimeter edge, at least two interior apertures radially offset from the perimeter edge and do not intersect the perimeter edge, characterized in that the at least two interior apertures are contained entirely within the abrasive portion of the plurality of blade segments.
An agent for use in the prevention or treatment of amyotrophic lateral sclerosis, comprising a 1,3-diphenylurea derivative represented by the formula: wherein the amyotrophic lateral sclerosis is familial amyotrophic lateral sclerosis accompanied by a mutation of the SOD1 gene.
A stator element for a Holweck pump stage, which has a base shape of substantially cylinder jacket shape, or a kit of parts for a stator element for a Holweck pump stage which has a base shape of substantially cylinder jacket shape, wherein the stator element or the kit of parts comprises a plurality of mutually separate stator parts (12, 12', 12") which are assembled to form the stator element or which can be assembled to form the stator element, characterized in that each stator part (12, 12', 12") only covers a part region of the peripheral angle of the stator element defined relative to the longitudinal axis of the stator element and the stator element is divided by two mutually adjacent stator parts (12, 12', 12") obliquely to the longitudinal axis of the stator element.
A method for producing a thermoelectric module, comprising steps of positioning electrodes on a pair of current-supplying/pressing members arranged to face each other, at their surfaces facing each other; arranging a plurality of thermoelectric elements to be interposed between the electrodes; and bonding the thermoelectric elements and the electrodes by supplying an electric current to pass through the electrodes and the thermoelectric elements while pressing the electrodes and the thermoelectric elements by means of the current-supplying/pressing members, characterized in that the method further comprises a step of forming a paste-form intermediate layer containing an electroconductive metal powder and having elasticity, before supplying the electric current to pass through the electrodes and the thermoelectric elements, between each of the electrodes and the thermoelectric element to be bonded thereto, thereby compensating variations in height of the thermoelectric elements. positioning electrodes on a pair of current-supplying/pressing members arranged to face each other, at their surfaces facing each other; arranging a plurality of thermoelectric elements to be interposed between the electrodes; and bonding the thermoelectric elements and the electrodes by supplying an electric current to pass through the electrodes and the thermoelectric elements while pressing the electrodes and the thermoelectric elements by means of the current-supplying/pressing members, characterized in that the method further comprises a step of forming a paste-form intermediate layer containing an electroconductive metal powder and having elasticity, before supplying the electric current to pass through the electrodes and the thermoelectric elements, between each of the electrodes and the thermoelectric element to be bonded thereto, thereby compensating variations in height of the thermoelectric elements.
A safety circuit for realizing a safety function having a first and a second relay (10, 11), the contacts of which are switched in series, wherein the safety circuit is embodied to control the relays (10, 11) via a common switch signal in order to realize the safety function, the safety circuit is embodied to switch the second relay with a shut-down delay (ΔT A) relative to the first relay at the end of the application of the switch signal, and, the safety circuit comprises a trigger circuit that is embodied to delay the end of the application of the switch signal on the second relay relative to the first relay, wherein the trigger circuit comprises a first and a second freewheel circuit (22, 23), the latter being arranged correspondingly parallel to the first and second relays (10, 11), characterized in that the first freewheel circuit is embodied faster than the second freewheel circuit.
A hydraulic system with at least two main control valves (2, 3; 2', 3'; 2", 3") and with a hydraulic pilot control system for actuating the main control valves (2, 3; 2', 3'; 2", 3"), wherein the hydraulic pilot control system and/or the main control valves (2, 3; 2', 3'; 2", 3") are constructed such that the at least two main control valves (2, 3; 2', 3'; 2", 3") open one after the other, characterized in that the hydraulic pilot control system is hydraulically connected with all main control valves (2, 3; 2', 3'; 2", 3") via a common pilot control line branching towards the main control valves (2, 3; 2', 3'; 2", 3").
An automated tightener for a wet mateable connection assembly comprising a first watertight case having front and rear sub-flanges (28, 29) and a second watertight case, the automated tightener bearing a fixing assembly and comprising a first and a second sliding portion (100a, 100b) arranged in a parallel lay, fixable to the front and rear sub-flanges (28, 29) and movable around the longitudinal axis of the first watertight case, the first sliding portion and the second sliding portion being connected together by a push/pull actuator substantially orthogonal thereto, each sliding portion (100a, 100b) comprising two standing plates (102, 102', 103, 103') substantially orthogonal to the parallel lay of the sliding portion (100a, 100b) and spaced by a spacing plate (105, 105'), each sliding portion (100a, 100b) being provided with operable engagers through which the automated tightener can be associated with the first watertight case, when operable engagers are inserted into relevant mating holes of front and rear sub-flanges (28, 29) of the first case, the operable engagers being provided across the standing plates (102, 102', 103, 103') of each sliding portion (100a, 100b).
Apixel circuit structure of an organic light emitting display, OLED, device, comprising a first to a fifth thin film transistor, TFT, (1, 2, 3, 4, 5), a capacitor and an OLED device, wherein a drain of the first TFT is connected to a negative supply (ARVSS) of a backboard via the OLED device, a source of the first TFT is connected to a drain of the third TFT, and a source of the third TFT is connected to a positive power supply (ARVDD) of the backboard; one end of the capacitor is connected between the first TFT and third TFT, and the other end of the capacitor is connected to a source of the second TFT and a source of the fourth TFT; a drain of the second TFT is connected to the drain of the first TFT and the OLED device; a drain of the fourth TFT is connected to a drain of the fifth TFT and a gate of the first TFT, a source of the fifth TFT is connected to a data line (DATA), and a gate of the fifth TFT and a gate of the second TFT are connected to a scan line (SCAN); and a gate of the third TFT is configured to be provided with a first control signal, and a gate of the fourth TFT is configured to be provided with a second control signal, wherein the pixel circuit structure is configured for a light emitting period,during which the scan line (SCAN) is at a high level, the first control signal and the second control signal are at a low level, the first TFT, the third TFT, and the fourth TFT are turned on, and the second TFT and the fifth TFT are turned off.
Assembly comprising a vehicle body, a seal or/and mask which encircles a door flap or opening flap of the vehicle body and has a flexible strand comprising an elastomer material, and an adhesive-material layer which extends in the longitudinal direction of the strand and connects the strand to the vehicle body, characterized in that the tear resistance of the adhesive-material layer exceeds the adhesive strength of the adhesive material to the elastomer material of the strand and/or the adhesive strength of the adhesive material to a lacquer of the body, such that the strand can be pulled off from the complete adhesive-material layer or together with the adhesive-material layer from the body to leave behind an adhesive surface free of tear-off residues, for the purpose of adhesively bonding the body to a substitute strand.
A liquid activated air battery, comprising: an electrode assembly that comprises an air electrode and a metal anode; a battery container that is capable of holding the electrode assembly and electrolytic solution; a supply tank for the electrolytic solution to be supplied to the battery container; a drainage tank for the electrolytic solution discharged from the battery container; and an electrolytic solution flow mechanism that runs the electrolytic solution from the supply tank to the drainage tank through the battery container in one direction, wherein the supply tank and the drainage tank are expandable and shrinkable. an electrode assembly that comprises an air electrode and a metal anode; a battery container that is capable of holding the electrode assembly and electrolytic solution; a supply tank for the electrolytic solution to be supplied to the battery container; a drainage tank for the electrolytic solution discharged from the battery container; and an electrolytic solution flow mechanism that runs the electrolytic solution from the supply tank to the drainage tank through the battery container in one direction, wherein the supply tank and the drainage tank are expandable and shrinkable.
Bearing, comprising a core and a sheath surrounding said core, wherein the core by way of at least one elastomer (4, 5) or a plurality of elastomers (4, 5) is supported in relation to the sheath, wherein at least two functional chambers (6, 11) which contain an operating fluid are configured between the core and the sheath, and wherein the functional chambers (6, 11) are at least partially delimited by the elastomer or elastomers (4, 5), wherein at least one equalization chamber for an equalization fluid is provided, from which equalization chamber the equalization fluid is introducible into the functional chambers (6, 11), wherein the equalization fluid in the equalization chamber is separated by a movable or elastic separation element (8, 21) from a gas-filled space or a plurality of gas-filled spaces, characterized in that the equalization chamber is connectable in a fluid-conducting manner to a connection duct of the functional chambers (6, 11) via a duct and a check valve.
Steam turbine housing having a housing wall, to the inside of which is attached a stiffening cradle having two circumferential inner webs (7, 8) arranged axially next to one another and projecting radially inward from the housing wall, a central web being attached to the inside of the housing wall between the inner webs so as to run parallel to these and axially centrally, the radially inner rim of the central web being straight so that the longitudinal ends of this rim meet the housing wall, with the circumferential extent of the central web thus being defined, wherein the central web forks, at its inner rim, in the shape of an inward-facing Y to form two transition webs (21, 22) which in each case extend as far as the adjacent inner web (7, 8) and merge into the latter, such that, outside the circumferential extent of the transition webs (21, 22), the inner webs (7, 8) are attached to the housing wall directly, while inside the circumferential extent of the transition webs (21, 22) they are attached to the housing wall via the transition webs (21, 22) and the central web.
A elevator system having at least one elevator car, rails (22H, 22V, 22B) for guiding the elevator car within at least one elevator shaft, wherein the rails define separate travel tracks (2H, 2VL, 2VR), in particular at least two separate vertical travel tracks (2VL, 2VR) and a horizontal travel track, wherein the elevator system is adapted so that the elevator car can be transferred from a first travel track to a second travel track, the elevator car comprising: - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin; - a driving sledge with rollers for interaction with the rails, wherein the support connects the cabin with the sledge and wherein the support is arranged in parallel to a vertical wall of the cabin, wherein the cabin is connected to the support in a cantilevered manner, wherein the cabin is connected to the support, in particular at the upper area and at a lower area of the vertical wall, by connecting means, characterized in that the connecting means are adapted to allow a vertical adjustment of the position of the cabin relative to the support. at least one elevator car, rails (22H, 22V, 22B) for guiding the elevator car within at least one elevator shaft, wherein the rails define separate travel tracks (2H, 2VL, 2VR), in particular at least two separate vertical travel tracks (2VL, 2VR) and a horizontal travel track, wherein the elevator system is adapted so that the elevator car can be transferred from a first travel track to a second travel track, the elevator car comprising: - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin; - a driving sledge with rollers for interaction with the rails, - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin; - a driving sledge with rollers for interaction with the rails, wherein the support connects the cabin with the sledge and wherein the support is arranged in parallel to a vertical wall of the cabin, wherein the cabin is connected to the support in a cantilevered manner, wherein the cabin is connected to the support, in particular at the upper area and at a lower area of the vertical wall, by connecting means, characterized in that the connecting means are adapted to allow a vertical adjustment of the position of the cabin relative to the support.
A carrier arrangement for mounting a camera unit on a vehicle, said carrier arrangement comprising a base plate configured to be attached to a windshield of said vehicle and a support device for carrying said camera unit, said support device and said base plate being associated with a fastening arrangement (8a, 8b, 8c, 9a, 9b, 9c) for attaching the support device to the base plate, wherein said fastening arrangement (8a, 8b, 8c, 9a, 9b, 9c) comprises a plurality of pins (8a, 8b, 8c) arranged on said support device and configured for cooperating with corresponding fastening units (9a, 9b, 9c) arranged on said base plate, wherein at least one of said pins (8a, 8b, 8c) is shaped with a non-circular cross-section and wherein each fastening unit has an opening hole which is configured for fitting a corresponding pin, characterized in that each of said fastening units (9a, 9b, 9c) is flexible in a direction along the extension of each corresponding pin (8a, 8b, 8c) when being forced by said pin (8a, 8b, 8c); that each fastening unit comprises a central section and two side sections (13, 14) on each side of the central section, said central section being resilient and configured for flexing during mounting of a corresponding pin; and that each central section comprises a further opening in the central section, said further opening being configured for allowing expansion of said hole during mounting of the pin.
A core assembly for a heat exchanger comprising: at least one core plate defining internal features of a heat exchanger plate portion (12; 52), the core plate including passage defining features disposed between gaps defining at least one internal wall between at least two internal passages extending between an inlet side and an outlet side; and a plurality of crossover features between the passage defining features for defining a plurality of crossover passages through the internal wall providing fluid communication between the at least two internal passages; and characterised in that the plurality of crossover features are configured such that the plurality of passages are distributed in a non-uniform matter with a greater number of crossover passages closer to the inlet side than the outlet side. at least one core plate defining internal features of a heat exchanger plate portion (12; 52), the core plate including passage defining features disposed between gaps defining at least one internal wall between at least two internal passages extending between an inlet side and an outlet side; and a plurality of crossover features between the passage defining features for defining a plurality of crossover passages through the internal wall providing fluid communication between the at least two internal passages; and characterised in that the plurality of crossover features are configured such that the plurality of passages are distributed in a non-uniform matter with a greater number of crossover passages closer to the inlet side than the outlet side.
Bathtub comprising longitudinal sidewalls which at one end transition into a head part, which forms a backrest, and at the other end transitions into a foot part, wherein the longitudinal sidewalls, head part and foot part span the main tub form which on the base side is closed by a tub base and wherein a foot space of the tub is allocated at least one foot support which is arranged at a spaced interval from the foot part, wherein the at least one foot support is formed by a bulge, which penetrates the main tub form outwards, in the longitudinal sidewall and wherein the tub which tapers towards the tub base has the main tub form in the region of the upper edge of the tub, wherein the longitudinal sidewall, extending in the direction of the tub base, forms the bulge, which becomes larger preferably continuously, and finally transitions into the tub base, characterised in that a separating wall is provided which can be inserted into the foot supports, serving to hold and guide the separating wall, of opposite longitudinal sidewalls.