mhurhangee/ep-ind-claims huggingface dataset:
A valve assembly for an air spring, characterized by comprising: a first tank, a second tank, and a third tank; a body disposed on a body axis extending between an opened end disposed in fluid communication with the first tank and a closed end and defining a cavity (32, 34) extending therebetween; a divider disposed in said cavity (32, 34) separating said cavity (32, 34) into an upper portion between said opened end and said divider and a lower portion between said closed end and said divider; said body defining at least two orifices (38, 40) including at least one upper orifice in fluid communication with said cavity (32, 34) and the second tank and at least one lower orifice axially spaced from said at least one upper orifice in fluid communication with said cavity (32, 34) and the third tank; and an actuator disposed in said cavity (32, 34) of said body and rotatable along said body axis to be in fluid communication with the first tank and the second tank and the third tank and movable from a first position with said actuator being in fluid communication with the first tank alone to a second position allowing fluid communication between the first tank and the second tank and a third position allowing fluid communication between the first tank and the third tank and a fourth position allowing fluid communication between the first tank and the second tank and the third tank. a first tank, a second tank, and a third tank; a body disposed on a body axis extending between an opened end disposed in fluid communication with the first tank and a closed end and defining a cavity (32, 34) extending therebetween; a divider disposed in said cavity (32, 34) separating said cavity (32, 34) into an upper portion between said opened end and said divider and a lower portion between said closed end and said divider; said body defining at least two orifices (38, 40) including at least one upper orifice in fluid communication with said cavity (32, 34) and the second tank and at least one lower orifice axially spaced from said at least one upper orifice in fluid communication with said cavity (32, 34) and the third tank; and an actuator disposed in said cavity (32, 34) of said body and rotatable along said body axis to be in fluid communication with the first tank and the second tank and the third tank and movable from a first position with said actuator being in fluid communication with the first tank alone to a second position allowing fluid communication between the first tank and the second tank and a third position allowing fluid communication between the first tank and the third tank and a fourth position allowing fluid communication between the first tank and the second tank and the third tank.
Chamber drum for a dough kneading device, comprising - a hollow drum body, and - a plurality of radially penetrating breakthroughs in the outer peripheral wall thereof to form a chamber for in each case one dough piece to be treated, - with a surface structuring of the side walls of the breakthroughs, characterized in - that the surface structuring extends entirely across all side walls of the breakthroughs - that the surface structuring is formed by recesses and/or elevations (9, 9') in and/or on the surface of the respective side wall, wherein the depth (t) and/or the height (h) thereof amounts to between a tenth of a millimeter and some millimeters, - that the depth (t) of the recesses in the surface of the respective side wall and/or the height (h) of the recesses (9, 9') on the surface of the respective side wall amounts to between 0.1 mm and 8 mm, - that the surface structuring is formed by elevations (9, 9') in the shape of a spherical ball, pyramid, truncated pyramid, cone, truncated cone, cylinder, cuboid, web, cube or prism, wherein the elevations (9, 9') are arranged across the surfaces of the side walls. - a hollow drum body, and - a plurality of radially penetrating breakthroughs in the outer peripheral wall thereof to form a chamber for in each case one dough piece to be treated, - with a surface structuring of the side walls of the breakthroughs, - that the surface structuring extends entirely across all side walls of the breakthroughs - that the surface structuring is formed by recesses and/or elevations (9, 9') in and/or on the surface of the respective side wall, wherein the depth (t) and/or the height (h) thereof amounts to between a tenth of a millimeter and some millimeters, - that the depth (t) of the recesses in the surface of the respective side wall and/or the height (h) of the recesses (9, 9') on the surface of the respective side wall amounts to between 0.1 mm and 8 mm, - that the surface structuring is formed by elevations (9, 9') in the shape of a spherical ball, pyramid, truncated pyramid, cone, truncated cone, cylinder, cuboid, web, cube or prism, wherein the elevations (9, 9') are arranged across the surfaces of the side walls.
Use of a foamable polymer filament in the manufacture of a foamed fabric, comprising: providing filaments of a foamable polymeric material; chemically cross-linking the foamable polymeric material; integrating the filaments into a fabric by weaving a textile having a warp and a weft; and subsequently foaming the polymeric material to form a closed-cell foamed structure. providing filaments of a foamable polymeric material; chemically cross-linking the foamable polymeric material; integrating the filaments into a fabric by weaving a textile having a warp and a weft; and
A solventless antimicrobial ultraviolet curable coating composition comprising: a UV curable composition comprising from 10 % to 90 % by weight of an oligomer, from 5 % to 90 % by weight of a momoner, and from 1 % to 10 % by weight of a photoinitiator; 0.1 to 30 parts by weight of a rheology modifier selected from the group consisting of organic clay, castor wax, polyamide wax, and polyurethane; and 0.5 to 50 parts by weight of an antimicrobial agent which is not chemically reacted with the other components of the composition, said parts per weight being based on 100 parts per weight of the UV-curable composition. a UV curable composition comprising from 10 % to 90 % by weight of an oligomer, from 5 % to 90 % by weight of a momoner, and from 1 % to 10 % by weight of a photoinitiator; 0.1 to 30 parts by weight of a rheology modifier selected from the group consisting of organic clay, castor wax, polyamide wax, and polyurethane; and 0.5 to 50 parts by weight of an antimicrobial agent which is not chemically reacted with the other components of the composition, said parts per weight being based on 100 parts per weight of the UV-curable composition.
A printer control system for controlling the printing of an object on a support by printing in a number of passes on top of each other, the object having a surface of varying height, the printer control system comprising - a user interface having a display device and arranged to visualize in a window on the display device a pixel-precise preview image before actual printing of the object, the pixel-precise preview image comprising a representation of the surface of the object, - a digital analyser which is configured to analyse a height map produced at design level for printing the object in order to deduce before actual printing of the object locations of smooth areas (41, 42, 43) potentially presenting a contouring artifact at the surface of the object, and characterised in that the printer control system comprises - a preview emulator configured to digitally shine with a virtual light on the pixel-precise preview from a settable light position above the pixel-precise preview, wherein the reflections of the virtual light are captured by a virtual camera at a settable camera position above the pixel-precise preview, wherein the printer control system is configured to calculate a digital move path (APQRB, APB, A'PB') of the virtual light or the virtual camera over the pixel-precise preview, the digital move path to be applied by the preview emulator and based on the locations of the smooth areas in order to emphasize regions of interest with the potential contouring artefact in the pixel-precise preview. - a user interface having a display device and arranged to visualize in a window on the display device a pixel-precise preview image before actual printing of the object, the pixel-precise preview image comprising a representation of the surface of the object, - a digital analyser which is configured to analyse a height map produced at design level for printing the object in order to deduce before actual printing of the object locations of smooth areas (41, 42, 43) potentially presenting a contouring artifact at the surface of the object, and characterised in that the printer control system comprises - a preview emulator configured to digitally shine with a virtual light on the pixel-precise preview from a settable light position above the pixel-precise preview, wherein the reflections of the virtual light are captured by a virtual camera at a settable camera position above the pixel-precise preview,
A controlling method of a clothes treating apparatus comprising an air supply device including a heat pump and a circulation duct to supply dry or heated air to an accommodating space, that are provided in a mechanism compartment partitioned from an accommodating space within a cabinet, and a steam generator, which supplies steam to an accommodating space, the controlling method comprising: supplying moisture to the accommodating space by operating the steam generator; operating a cooling fan provided in the mechanism compartment; operating the heat pump; supplying moisture to the accommodating space prior to measuring an operational condition of a compressor of the heat pump; and controlling a the cooling fan provided in the mechanism compartment based on the operational condition of the compressor, wherein the cooling fan operates before the heat pump starts to operate. supplying moisture to the accommodating space by operating the steam generator; operating a cooling fan provided in the mechanism compartment; operating the heat pump; supplying moisture to the accommodating space prior to measuring an operational condition of a compressor of the heat pump; and controlling a the cooling fan provided in the mechanism compartment based on the operational condition of the compressor, wherein the cooling fan operates before the heat pump starts to operate.
A method for delivering a fuel in a gaseous state into an air intake system of a gaseous fuelled internal combustion engine (110, 410, 510, 610), said method comprising: determining a required fuel flow rate demand according to an operating condition of said internal combustion engine (110, 410, 510, 610); determining a flow rate capacity in a delivery line (122, 422, 522, 622) of a fuel supply system of said internal combustion engine (110, 410, 510, 610); comparing said flow rate capacity to said required flow rate demand; and supplying said fuel in said gaseous state from a vapor space (116, 416, 516A/B, 616A/B) in a storage vessel (112, 412, 512A/B, 612A/B) to said delivery line (122, 422, 522, 622) when said flow capacity is equal to or higher than said required flow rate demand; or activating a fuel pump (118, 418, 518A/B, 618) and delivering fuel from a liquid space in said storage vessel (112, 412, 512A/B, 612A/B) to said delivery line (122, 422, 522, 622) when said flow rate capacity is lower than said required flow rate demand. determining a required fuel flow rate demand according to an operating condition of said internal combustion engine (110, 410, 510, 610); determining a flow rate capacity in a delivery line (122, 422, 522, 622) of a fuel supply system of said internal combustion engine (110, 410, 510, 610); comparing said flow rate capacity to said required flow rate demand; and supplying said fuel in said gaseous state from a vapor space (116, 416, 516A/B, 616A/B) in a storage vessel (112, 412, 512A/B, 612A/B) to said delivery line (122, 422, 522, 622) when said flow capacity is equal to or higher than said required flow rate demand; or activating a fuel pump (118, 418, 518A/B, 618) and delivering fuel from a liquid space in said storage vessel (112, 412, 512A/B, 612A/B) to said delivery line (122, 422, 522, 622) when said flow rate capacity is lower than said required flow rate demand.
A foot movement limiting device for limiting a foot movement via the ankle joint, comprising a support arrangement for supporting on a lower leg or from proximally on the ankle bone, a retaining arrangement for retention on a foot, preferably on a sole region, and at least one attachment element for limiting a relative movement between the support arrangement and the retaining arrangement, wherein the at least one attachment element is attached to the support arrangement at two different attachment points (7, 7'), wherein the support arrangement comprises a stretch-resistant region extending posteriorly around from a lateral side, from the first attachment point, at least to a medial side, to the second attachment point, or the support arrangement comprises a stretch-resistant region extending anteriorly around from a lateral side, from the first attachment point, at least to a medial side, to the second attachment point, wherein the stretch-resistant region is connected at its ends by a stretch-elastic region, wherein the stretch-elastic region preferably extends between the first attachment point and the second attachment point counter to the stretch-resistant region, characterized in that the at least one attachment element is, at a point between the two attachment points (7, 7'), held by means of an articulated mounting on the retaining arrangement, wherein the articulated mounting is configured in such a way that the attachment element is attached to the retaining arrangement so as to be displaceable relative to the latter within a predefined range. wherein the at least one attachment element is attached to the support arrangement at two different attachment points (7, 7'), wherein the support arrangement comprises a stretch-resistant region extending posteriorly around from a lateral side, from the first attachment point, at least to a medial side, to the second attachment point, or the support arrangement comprises a stretch-resistant region extending anteriorly around from a lateral side, from the first attachment point, at least to a medial side, to the second attachment point, wherein the stretch-resistant region is connected at its ends by a stretch-elastic region, wherein the stretch-elastic region preferably extends between the first attachment point and the second attachment point counter to the stretch-resistant region, characterized in that the at least one attachment element is, at a point between the two attachment points (7, 7'), held by means of an articulated mounting on the retaining arrangement, wherein the articulated mounting is configured in such a way that the attachment element is attached to the retaining arrangement so as to be displaceable relative to the latter within a predefined range.
DC voltage network, having - a first DC voltage subnetwork, - a second DC voltage subnetwork, - an energy storage network, - a first power converter, - a second power converter and - an energy storage device, wherein the first DC voltage subnetwork and the energy storage network are interconnected by means of the first power converter, wherein the second DC voltage subnetwork and the energy storage network are interconnected by means of the second power converter, wherein the energy storage network is connected to the energy storage device in such a way that the energy storage network has the voltage of the energy storage device, wherein the first DC voltage subnetwork and/or the second DC voltage subnetwork are able to be connected to at least one AC voltage network via at least one feed apparatus, characterised in that the DC voltage network has at least one connection converter, wherein the first DC voltage subnetwork and the second DC voltage subnetwork are interconnected by means of the connection converter. - a first DC voltage subnetwork, - a second DC voltage subnetwork, - an energy storage network, - a first power converter, - a second power converter and - an energy storage device,
A device for receiving and providing liquid reductant, consisting of a tank and a pot-like receptacle extending into the tank's interior space, wherein at least one conveying unit for the reductant, a sensor, and a port for delivering the reductant being provided in the receptacle, as well as with means for fastening the receptacle on or in the tank, characterized in that a module insert is formed which has a carrier body, the latter accommodating at least the conveying unit, the sensor, and the port for delivering the reductant, as well as functionally required electrical and/or hydraulic connections being further realized on or by means of the carrier body such that the module insert which is configured as an exchangeable, cartridge-like structure can be removed in a simple manner and is exchangeable for maintenance and service purposes, wherein the carrier body comprises a central electrical connection unit configured as a multiple contact plug or a multiple contact socket, the module insert can be fixed in the receptacle in a form and force fit manner and has an irregular geometric shape which is complementary to a corresponding receiving means in the receptacle so as to enable a correctly positioned and connected installation or exchange, with an open side of the module insert being closed by a cover.
A vector for inactivating the endogenous heavy chain immunoglobulin locus of a chicken genome, comprising, in order from 5' to 3': at least 400 bp 5' of the JH region of said heavy chain immunoglobulin locus wherein said at least 400 bp 5' of the JH region comprises a nucleotide sequence that is at least 95% identical to nucleotides 1760 to 1957 of SEQ ID NO:15; a selectable marker cassette; and at least 400 bp 3' of the JH region of said heavy chain immunoglobulin locus wherein said at least 400 bp 3' of the JH region comprises a nucleotide sequence that is at least 95% identical to nucleotides 2865-4932 of SEQ ID NO:15, wherein said vector does not contain said JH region. at least 400 bp 5' of the JH region of said heavy chain immunoglobulin locus wherein said at least 400 bp 5' of the JH region comprises a nucleotide sequence that is at least 95% identical to nucleotides 1760 to 1957 of SEQ ID NO:15; a selectable marker cassette; and at least 400 bp 3' of the JH region of said heavy chain immunoglobulin locus wherein said at least 400 bp 3' of the JH region comprises a nucleotide sequence that is at least 95% identical to nucleotides 2865-4932 of SEQ ID NO:15, wherein said vector does not contain said JH region.
A heat pump, consisting of a refrigerant circuit, a heat distribution circuit and a heat source circuit with more than one heat source, wherein the refrigerant circuit has at least two evaporative heat exchangers (4, 6,38), characterized in that a separate expansion valve (45, 49) is, in each case, assigned to each evaporative heat exchanger (4,6, 38) and at least one of the expansion valves (45, 49) is designed such that its delivery capacity can be regulated for regulating the refrigerant temperature before the condenser unit.
A method for controlling a vehicle system by a user, wherein a sequence of sensor data of a sensor system is received by an analysis module, wherein, by means of the analysis module, a sequence of positions is generated in that the position of a body part of the user is determined from each element of the sequence of sensor data, wherein, by means of the analysis module, a first position, P1, a second position, P2, chronologically after the first position, and a third position, P3, chronologically after the second position, is selected from the sequence of positions, wherein a first angle d̅ P1P2P3 (j 1), defined by the first position, the second position, and the third position, is determined, characterised in that a first circle direction in a clockwise direction is identified if the first angle (j 1) lies between a first lower threshold value v and a first upper threshold value p - w, in that a first circle direction in an anticlockwise direction is identified if the first angle (j 1) lies between a second lower threshold value p + v and a second upper threshold value 2 p - w, and in that the vehicle system is controlled depending on the first identified circle direction.
A control system comprising: a plurality of control apparatuses including a local control apparatus capable of controlling a first communication terminal connected to the local control apparatus, the local control apparatus comprising: a transmitter configured to transmit search information including terminal identification information for identifying a second communication terminal to other control apparatuses of the plurality of control apparatuses, the second communication terminal being not connected to the local control apparatus; and a controller (54, 501) configured to search for one of the other control apparatuses that is connected to the second communication terminal based on responses that are transmitted from the other control apparatuses in response to the search information, and cause the transmitter to transmit state information indicating a state of the first communication terminal connected to the local control apparatus to the searched control apparatus connected to the second communication terminal. a transmitter configured to transmit search information including terminal identification information for identifying a second communication terminal to other control apparatuses of the plurality of control apparatuses, the second communication terminal being not connected to the local control apparatus; and a controller (54, 501) configured to search for one of the other control apparatuses that is connected to the second communication terminal based on responses that are transmitted from the other control apparatuses in response to the search information, and cause the transmitter to transmit state information indicating a state of the first communication terminal connected to the local control apparatus to the searched control apparatus connected to the second communication terminal.