mhurhangee/ep-ind-claims huggingface dataset:
A steam laundry dryer comprising a drum for receiving clothes, a motor for rotating the drum, a steam injection port which opens into the drum, a steam generator which has a discharge port for supplying pressurized steam to the steam injection port and an intake port for receiving water, wherein the discharge port is fluidly connected to the steam injection port via a first conduit, a water tank which has a feed port for feeding water into the steam generator, and a replenishment port for filling the water tank with water, wherein the feed port is fluidly connected to said intake port via a second conduit, and wherein the replenishment port is fluidly connected to the water tank via a third conduit, a controller for operating the motor and the steam generator, characterized in that - the water tank has a discharge opening for draining excess water from the water tank, wherein the discharge opening of the water tank and the discharge port of the steam generator are arranged at a same first level H1; - the steam injection port is arranged at a second level H2; and the replenishment port is arranged at a third level H3, wherein the third level H3 is not higher than the second level H2, and wherein the third level H3 and the second level H2 are higher than the first level H1 and - the controller is adapted to drain the excess water which stands above the first level H1 via the discharge opening by controlling an opening/closing means prior to activating the steam generator. - the water tank has a discharge opening for draining excess water from the water tank, wherein the discharge opening of the water tank and the discharge port of the steam generator are arranged at a same first level H1; - the steam injection port is arranged at a second level H2; and the replenishment port is arranged at a third level H3, wherein the third level H3 is not higher than the second level H2, and wherein the third level H3 and the second level H2 are higher than the first level H1 and - the controller is adapted to drain the excess water which stands above the first level H1 via the discharge opening by controlling an opening/closing means prior to activating the steam generator.
Door hinge, comprising an inner and an outer door hinge part (1, 2; 4, 5), wherein the inner and outer door hinge part (1, 2; 4, 5) comprise fastening means (1, 4), in particular in the form of hinge tabs, for mounting on the door frame or on the door, the outer door hinge part (1, 2) having two bearing sections which are firmly connected to one another by the fastening means, and the inner door hinge part (4, 5) having a bearing section which is arranged between the two bearing sections of the outer door hinge part (1, 2), characterized in that at least one bearing section (2, 5) has a recess on the end face, designed as a blind hole with a flat bottom (2b, 2d), and a first cylindrical sliding shell element lies in the blind hole and bears with its end face outer wall flat against the bottom of the blind hole, the first sliding shell element having a wall in the shape of a spherical-calotte-shaped cap, in which a ball, in particular made of metal, lies, and in that a second cylindrical sliding shell element lies wholly or partially in the blind hole, which has a concave spherical-calotte-shaped wall on its end face facing the ball, which wall lies flat against the ball surface, wherein the second cylindrical sliding shell element has a central recess on its end face remote from the ball, into which recess a, in particular cylindrical, projection (5b, 5c) of the adjacent bearing section (2, 5) engages, the projection (5b, 5c) being supported with its end face on the bottom wall of the central recess.
A curable epoxy resin formulation composition as electrical insulation for an electrical apparatus comprising (a) at least one divinylarene dioxide; (b) at least one epoxy resin different from the divinylarene dioxide of component (a); (c) at least one anhydride hardener; (d) at least one filler, wherein the filler is a thermally conducting and electrically insulating filler; and (e) at least one cure catalyst; wherein the epoxy resin formulation composition upon curing provides a cured product with a balance of properties comprising a Tg of at least 80 °C, a tensile strength of at least 65 MPa, a dielectric strength of at least 20 kV/mm, and a volume resistivity of at least 5E+15 ohm cm.
A light emitting diode, LED, panel array (10 or 10'), comprising: a first LED panel (11, 11') including a first support having a first LED side and a first non-LED side opposite the first LED side, and a first window (21, 21') that extends from the first LED side to the first non-LED side; a second LED panel (14, 14') including a second support having a second LED side (15a, 15a'), a second non-LED side (15b, 15b') opposite the second LED side, and a second window (16, 16') that extends from the second LED side (15a, 15a') to the second non-LED side (15b, 15b'); a first LED (13, 13') affixed to the first LED side of the first LED panel (11, 11'); a second LED (17, 17') affixed to the second LED side (15a, 15a') J Z of the second LED panel (14, 14'); and an air flow diverter (18, 18') affixed to the second non-LED side (15b, 15b') of the second LED panel (14, 14'), wherein the first LED panel (11, 11') is disposed parallel to the second LED panel (14, 14'), wherein the first non-LED side of the first LED panel (11,11') faces toward the second non-LED side (15b, 15b') of the second LED panel (14, 14'), wherein the air flow diverter (18, 18') includes an angled portion (18a, 18a'), wherein the angled portion (18a, 18a') extends over a window portion that is less than all of the second window (16, 16') of the second LED panel (14, 14'), and wherein the first window (21, 21') of the first LED panel (11, 11') is aligned with the second window (16, 16') of the second LED panel (14, 14') in both x and y directions. a first LED panel (11, 11') including a first support having a first LED side and a first non-LED side opposite the first LED side, and a first window (21, 21') that extends from the first LED side to the first non-LED side; a second LED panel (14, 14') including a second support having a second LED side (15a, 15a'), a second non-LED side (15b, 15b') opposite the second LED side, and a second window (16, 16') that extends from the second LED side (15a, 15a') to the second non-LED side (15b, 15b'); a first LED (13, 13') affixed to the first LED side of the first LED panel (11, 11'); a second LED (17, 17') affixed to the second LED side (15a, 15a') J Z of the second LED panel (14, 14'); and an air flow diverter (18, 18') affixed to the second non-LED side (15b, 15b') of the second LED panel (14, 14'), wherein the first LED panel (11, 11') is disposed parallel to the second LED panel (14, 14'), wherein the first non-LED side of the first LED panel (11,11') faces toward the second non-LED side (15b, 15b') of the second LED panel (14, 14'), wherein the air flow diverter (18, 18') includes an angled portion (18a, 18a'), wherein the angled portion (18a, 18a') extends over a window portion that is less than all of the second window (16, 16') of the second LED panel (14, 14'), and wherein the first window (21, 21') of the first LED panel (11, 11') is aligned with the second window (16, 16') of the second LED panel (14, 14') in both x and y directions.
A method, executed by one or more computing devices, for managing one or more transceivers, the method comprising: receiving location information of a first transceiver among a plurality of transceivers; and characterized by: in response to a determination, based at least on the location information, that a first network coverage area of the first transceiver overlaps with a second network coverage area of a second transceiver, determining whether the first transceiver is available to move based at least on whether the first transceiver is providing service to any client device. receiving location information of a first transceiver among a plurality of transceivers; and characterized by: in response to a determination, based at least on the location information, that a first network coverage area of the first transceiver overlaps with a second network coverage area of a second transceiver, determining whether the first transceiver is available to move based at least on whether the first transceiver is providing service to any client device.
Mechanical coolant pump for cooling an internal combustion engine, with a rotatable drive wheel driven by the engine, a pump wheel being directly connected with the drive wheel, the pump wheel comprising a wheel disk and pump blades projecting axially from the wheel disk, a separate control disk being axially movable and being provided with blade slits, the control disk being provided at the pump wheel so that the pump blades are received in the blade slits, so that the blade height of the pump blades between the wheel disk and the control disk is axially adjustable by axially shifting the control disk, and an actuation element for actuating the control disk, characterized in that the drive wheel and the pump wheel are connected by a tubular driving shaft and the control disk is actuated via the hollow space inside the driving shaft by an actuation rod inside the driving shaft and the axial actuation of the control disk is provided by an electromagnetic actuation element which pulls or pushes the actuation rod when energized.
Coating apparatus for coating workpieces which preferably consist at least partially of wood, wood materials, plastic or the like, with a pivoting device which is arranged on the processing apparatus, and a coating unit which is provided in order to coat a workpiece, wherein the pivoting device has a pivoting guide serving to guide a pivoting movement around a pivoting axis, wherein the coating unit is mounted in the pivoting guide of the pivoting device so as to be pivotable relative to the coating apparatus, as a result of which a workpiece, which has at least one first workpiece surface with a first orientation and a second workpiece surface with a second orientation different from the first orientation, can, in a first position of the coating unit, be coated on the first workpiece surface and can, in a pivoted position of the coating unit, be coated on the second workpiece surface, characterised in that the pivoting guide is designed such that the pivoting axis is an imaginary pivoting axis which lies outside of the pivoting guide and passes through the processing unit.
A cable label, wherein the label is set with at least one through-hole for at least one bundle buckle to pass through and the label is further set with a plurality of knockoff holes, and each of the plurality of knockoff holes is formed of discontinuous annular kerf, characterized in that each of the plurality of knockoff holes is set with an identification; and in that the label is set with a boss configured for pressing and knocking off the intermediate material of a knockoff hole located on another cable label.
An apparatus for cooling a spinal canal, comprising: a biocompatible bone screw having proximal and distal ends and a chamber therein, the bone screw being configured for placement within a vertebra; a delivery conduit coupled to the bone screw and in fluid communication with the chamber, the delivery conduit being configured to supply a cooling medium to the chamber; and an exhaust conduit coupled to the bone screw and in fluid communication with the chamber; characterized in that the chamber is defined by interior walls of the bone screw. a biocompatible bone screw having proximal and distal ends and a chamber therein, the bone screw being configured for placement within a vertebra; a delivery conduit coupled to the bone screw and in fluid communication with the chamber, the delivery conduit being configured to supply a cooling medium to the chamber; and an exhaust conduit coupled to the bone screw and in fluid communication with the chamber; characterized in that the chamber is defined by interior walls of the bone screw.
Apparatus for analysing the alloy composition of metal scrap fragments (6, 50, 70), - having an alloy analysing system configured to determine, by means of a first local measurement at a measurement position (20, 54, 56, 74a-e) on the surface (22, 58) of a scrap fragment (6, 50, 70) to be analysed, a piece of composition information about the alloy composition of the scrap fragment (6, 50, 70), - having a contamination analysing system configured to determine, by means of a second local measurement at the measurement position (20, 54, 56, 74a-e), an associated piece of contamination information about the contamination of the surface (22, 58) of the scrap fragment (6, 50, 70) at the measurement position, and - having a processing system configured to determine an analysis result about the alloy composition of the scrap fragment (6, 50, 70) as a function of the piece of composition information and the associated piece of contamination information, - wherein the alloy analysing system is configured for a laser-induced plasma spectroscopy measurement, characterised - in that the alloy analysing system is configured to generate, for the first local measurement, a plasma (28, 60, 62) on the surface (22, 58) of the scrap fragment (6, 50, 70) at the measurement position (20, 54, 56, 74a-e), and - in that the contamination analysing system is configured to measure a value for a measured variable of the plasma (28, 60, 62) generated by the alloy analysing system and to determine the associated piece of contamination information as a function of the measured value. - having an alloy analysing system configured to determine, by means of a first local measurement at a measurement position (20, 54, 56, 74a-e) on the surface (22, 58) of a scrap fragment (6, 50, 70) to be analysed, a piece of composition information about the alloy composition of the scrap fragment (6, 50, 70), - having a contamination analysing system configured to determine, by means of a second local measurement at the measurement position (20, 54, 56, 74a-e), an associated piece of contamination information about the contamination of the surface (22, 58) of the scrap fragment (6, 50, 70) at the measurement position, and - having a processing system configured to determine an analysis result about the alloy composition of the scrap fragment (6, 50, 70) as a function of the piece of composition information and the associated piece of contamination information, - wherein the alloy analysing system is configured for a laser-induced plasma spectroscopy measurement, characterised - in that the alloy analysing system is configured to generate, for the first local measurement, a plasma (28, 60, 62) on the surface (22, 58) of the scrap fragment (6, 50, 70) at the measurement position (20, 54, 56, 74a-e), and - in that the contamination analysing system is configured to measure a value for a measured variable of the plasma (28, 60, 62) generated by the alloy analysing system and to determine the associated piece of contamination information as a function of the measured value.
A stimulation circuitry for a multichannel potentiostat having individually controllable stimulation channels, comprising at least one circuit group, the circuit group comprising: i. a controllable current source; iii. a demultiplexer; and iv. a controller for selecting an output of the demultiplexer; characterized in that - the circuit group further comprises: ii. a transient suppression module having an input resistively coupled to an output of the current source and an output resistively coupled to an input of the demultiplexer, the transient suppression module being a module for controllably suppressing a transient current with respect to the output of said transient suppression module, and - the controller is further for operating the transient suppression module with respect to said output selection. i. a controllable current source; iii. a demultiplexer; and iv. a controller for selecting an output of the demultiplexer; - the circuit group further comprises: ii. a transient suppression module having an input resistively coupled to an output of the current source and an output resistively coupled to an input of the demultiplexer, the transient suppression module being a module for controllably suppressing a transient current with respect to the output of said transient suppression module, and - the controller is further for operating the transient suppression module with respect to said output selection.
A floor drain for discharging water from a walkable floor into a waste water conduit, the floor drain comprising: an inlet funnel (1,2,3) having a down-side pipe socket and an upper part being somewhat widened with regard to its section in at least one horizontal direction and relative to the pipe socket, wherein the inlet funnel (1,2,3) is tapered from the widened upper part to the pipe socket in a funnel manner, and a receiving pipe for the pipe socket having a circular sectional profile, wherein the pipe socket is to be inserted from an upper side into the receiving pipe for discharging the water from the floor via the receiving pipe and the pipe socket can be inserted into the receiving pipe in at least two positions mutually rotated by 180° around a vertical axis corresponding to the axis of the circular sectional profile of the receiving pipe, wherein the vertical axis is arranged eccentrically relative to the upper part of the inlet funnel (1,2,3) above the pipe socket in such a manner that the position of the upper part of the inlet funnel (1,2,3) can be changed, for a positional adjustment, in a horizontal transversal direction by a rotation of the inlet funnel (1,2,3) around the vertical axis relative to the receiving pipe by 180°, characterised in that the pipe socket has an outer sectional profile in a horizontal sectional plane, which profile has a curved arch portion and a flat portion, wherein the upper part of the inlet funnel (1,2,3) projects over the flat portion in a horizontal direction perpendicular to the flat portion by at maximum 20 % of the diameter of the pipe socket in this direction. an inlet funnel (1,2,3) having a down-side pipe socket and an upper part being somewhat widened with regard to its section in at least one horizontal direction and relative to the pipe socket, wherein the inlet funnel (1,2,3) is tapered from the widened upper part to the pipe socket in a funnel manner, and a receiving pipe for the pipe socket having a circular sectional profile, wherein the pipe socket is to be inserted from an upper side into the receiving pipe for discharging the water from the floor via the receiving pipe and the pipe socket can be inserted into the receiving pipe in at least two positions mutually rotated by 180° around a vertical axis corresponding to the axis of the circular sectional profile of the receiving pipe, wherein the vertical axis is arranged eccentrically relative to the upper part of the inlet funnel (1,2,3) above the pipe socket in such a manner that the position of the upper part of the inlet funnel (1,2,3) can be changed, for a positional adjustment, in a horizontal transversal direction by a rotation of the inlet funnel (1,2,3) around the vertical axis relative to the receiving pipe by 180°, characterised in that the pipe socket has an outer sectional profile in a horizontal sectional plane, which profile has a curved arch portion and a flat portion, wherein the upper part of the inlet funnel (1,2,3) projects over the flat portion in a horizontal direction perpendicular to the flat portion by at maximum 20 % of the diameter of the pipe socket in this direction.
A fastening, fixing and/or blocking system for containers on a fastening device, in particular on a carrier such as a luggage carrier, fastening points being attached and/or being able to be positioned thereon, said fastening points corresponding to receiving elements arranged on a bag or a container and releasably fixing the bag or the container to the carrier in a defined position by means of at least one lower guide element which may be attached to the rear face of the bag or container and two upper receiving elements which may be attached to the rear face of the bag or container, characterised in that the two receiving elements (3, 4) which may be attached in the upper region to the rear face of the bag or container are arranged along a circular path and are configured with a substantially continuous guide groove following the circular path, with a projection for receiving a mushroom-shaped fastening means (9, 10) which is able to be arranged on the luggage carrier, wherein each receiving element (3, 4) is provided with a spring-loaded tilting lever which is rotatably mounted about an axis and in each case an end of the tilting lever protrudes in the direction of the upper edge of the bag or container and the other chamfered end which is oriented in one direction protrudes into the guide groove with a projection of the receiving element and is movable in only one direction counter to the spring force by means of a mushroom-shaped fastening means (9, 10) being urged along.
A solid oxide fuel cell stack comprising at least one fuel cell strip, each strip comprising a plurality of bundles, each bundle comprising a plurality of tube sub-assemblies, each tube sub-assembly comprising a fuel cell tube, each fuel cell tube having at least one passage extending longitudinally through the fuel cell tube, adjacent tube sub-assemblies being arranged substantially parallel and spaced apart, and at least one end of each tube sub-assembly being connected to an end of an adjacent tube sub-assembly via respective end fittings and providing a gas tight path for reactant to flow from the fuel cell tube to the adjacent fuel cell tube through a plurality of pressure reduction orifices arranged in parallel with respect to the flow of reactant, wherein the at least one end fitting comprises at least one channel, and wherein the plurality of pressure reduction orifices are formed as spaces between support pillars provided in the respective end fittings.
A cycling shoe comprising: a sole defining an undersurface of the cycling shoe, the sole having connection holes configured for connection of a pedal cleat to the sole; and an upper connected to the sole and defining with the sole a foot-receiving cavity, at least one expansion zone located in a lateral subportion of a metatarsal portion and/or toe portion of the cycling shoe and configured to be opposite a portion of at least a fifth metatarsal of a wearer of the cycling shoe, and/or located in a medial subportion of a metatarsal portion and/or toe portion of the cycling shoe and configured to be opposite a portion of at least a first metatarsal of a wearer of the cycling shoe, the at least one expansion being entirely surrounded by a window of structural upper panelling and/or sole and defined by at least one panel having a greater stretching characteristic than the structural upper panelling of the window. a sole defining an undersurface of the cycling shoe, the sole having connection holes configured for connection of a pedal cleat to the sole; and an upper connected to the sole and defining with the sole a foot-receiving cavity, at least one expansion zone located in a lateral subportion of a metatarsal portion and/or toe portion of the cycling shoe and configured to be opposite a portion of at least a fifth metatarsal of a wearer of the cycling shoe, and/or located in a medial subportion of a metatarsal portion and/or toe portion of the cycling shoe and configured to be opposite a portion of at least a first metatarsal of a wearer of the cycling shoe, the at least one expansion being entirely surrounded by a window of structural upper panelling and/or sole and defined by at least one panel having a greater stretching characteristic than the structural upper panelling of the window.