mhurhangee/ep-ind-claims huggingface dataset:
Pump arrangement for conveying media which can be conveyed at certain temperatures, having a flow chamber formed by a hydraulic casing and a casing cover, an impeller shaft which is drivable rotatably about an axis of rotation, an impeller fastened to an end of the impeller shaft located within the flow chamber, a suction pipe, and having at least one temperature-controllable casing part, wherein the at least one temperature-controllable casing part comprises a first wall which is in contact with the temperature-controllable medium and a second wall which is at a distance from the first wall, the first wall and the second wall form a temperature-control chamber for controlling the temperature of the casing part, in the temperature-control chamber, a plurality of struts are provided which connect the first wall to the second wall and form channels extending in a circular shape arranged substantially concentrically with the axis of rotation, in the temperature-control chamber, a first collection chamber and a second collection chamber are formed, the first collection chamber and the second collection chamber are connected fluidically to each other via the channels, a first connecting device is provided, by means of which a cooling or heating medium flows into the first collection chamber of the temperature-control chamber in order to control the temperature of the casing part, and a second connecting device is provided, by means of which the cooling or heating medium flows back out of the second collection chamber of the temperature-control chamber, characterized in that the collection chambers, starting from a region close to the suction pipe, comprise a substantially radial extension.
A homogenization extruder machine for manufacturing solid recovered fuel comprising a main body provided with a feed opening, an extruder screw an outlet, a compression cone arranged at the final end of the extruder screw and opening and closing means for opening and closing said outlet, characterized in that during a material processing step said closing means close said outlet and force the material being processed to go back and resume the processing step over and over again, wherein said material processing step comprises the rotation of the extruder screw which pushes, rubs together, mixes and grinds all the components while said components advance towards the final end of the homogenization extruder machine and the closing means are selected from the group consisting of a cap, a stopper, a valve, and a metal gate.
Rotary valve arrangement having an adjustment system (100, 200) which has a drive wheel provided with a drive wheel toothing and rotatable about a first axis of rotation in order to drive a driven wheel provided with a driven wheel toothing and rotatable about a second axis of rotation running parallel or at an angle of equal to or less than 10° to the first axis of rotation, the drive wheel being connected to a first cross-sectional adjustment element of a first rotary valve and the driven wheel being connected to a second cross-sectional adjustment element of a second rotary valve, and the toothing systems (12, 22) in each case extending only over a defined angular span in a circumferential direction, characterized in that by a rotation of the drive wheel the driven wheel can be adjusted from a first rotational position, in which the toothing systems (12, 22) intermesh directly and without the interposition of a second transmission step for transmitting the force, into an arresting position, in which the driven wheel is held in the event of a further rotation of the drive wheel.
Thermal management system for a vehicle, comprising a refrigerant circuit and a loop for heat-transfer liquid, the loop for heat-transfer liquid comprising at least one heat exchanger (12, 35) configured to dissipate heat energy into an air flow (18, 19), the refrigerant circuit comprising, in this order and in a direction in which the refrigerant circulates in the refrigerant circuit, at least one compression device, a first heat exchanger which thermally couples the loop for heat-transfer liquid to the refrigerant circuit, a refrigerant accumulation device, a first pass of an internal heat exchanger, an expansion member, a second heat exchanger designed to have passing through it a flow of air external to an interior of the vehicle and a second pass of the internal heat exchanger and characterized in that the refrigerant circuit comprises a main leg and at least a first leg parallel to the main leg, this main leg comprising at least the compression device, the first heat exchanger, the refrigerant accumulation device, the first pass of the internal heat exchanger, the expansion member, the second heat exchanger and the second pass of the internal heat exchanger, whereas the first leg comprises at least a first expansion device and a third heat exchanger designed to have passing through it an interior air flow sent into the interior of the vehicle, the first leg being connected to the main leg at a first connection point positioned between an outlet of the second heat exchanger and an inlet of the second pass of the internal heat exchanger which forms part of the main leg, the first leg also being connected to a third connection point situated on the main leg between an outlet of the second pass of the internal heat exchanger of the main leg and an inlet of the compression device.
A child restraint for a vehicle, said child restraint comprising a body for supporting an occupant, a member extending outwardly from the body and substantially retractable with respect to the body, and a means (27; 22) for providing at least some resistance to any retraction of, the member, wherein the extent of outward projection of the member from the body is adjustable, and wherein in use, the extent of outward projection of the member is adjusted and set, and the child restraint is characterised in that it further comprises a means (26; 30) for dissipating at least some kinetic energy of a retraction of the projecting member.
A control device configured to independently control a steered angle of each of a left steered wheel disposed on the left with respect to a traveling direction of a vehicle and a right steered wheel disposed on the right with respect to the traveling direction of the vehicle, the control device comprising a processor configured to perform: a steered angle determination process for determining, based on a steering command value indicating a steering direction of the vehicle, a left turning command value (θ L1) indicating the steered angle of the left steered wheel and a right turning command value (θ R1) indicating the steered angle of the right steered wheel; and a route acquisition process for acquiring route information indicating a target route of the vehicle, characterized in that the processor is further configured to perform: a behavior optimization process for correcting, based on at least one of a plurality of state quantities indicating a behavior of the vehicle during traveling, each of the left turning command value and the right turning command value such that the behavior of the vehicle becomes a target behavior; and a locus stabilization process for correcting, based on at least one of the state quantities indicating the behavior of the vehicle during traveling, the steering command value such that the vehicle travels on the target route. a steered angle determination process for determining, based on a steering command value indicating a steering direction of the vehicle, a left turning command value (θ L1) indicating the steered angle of the left steered wheel and a right turning command value (θ R1) indicating the steered angle of the right steered wheel; and a route acquisition process for acquiring route information indicating a target route of the vehicle, characterized in that the processor is further configured to perform: a behavior optimization process for correcting, based on at least one of a plurality of state quantities indicating a behavior of the vehicle during traveling, each of the left turning command value and the right turning command value such that the behavior of the vehicle becomes a target behavior; and a locus stabilization process for correcting, based on at least one of the state quantities indicating the behavior of the vehicle during traveling, the steering command value such that the vehicle travels on the target route. a behavior optimization process for correcting, based on at least one of a plurality of state quantities indicating a behavior of the vehicle during traveling, each of the left turning command value and the right turning command value such that the behavior of the vehicle becomes a target behavior; and a locus stabilization process for correcting, based on at least one of the state quantities indicating the behavior of the vehicle during traveling, the steering command value such that the vehicle travels on the target route.
A method of producing a cold-rolled steel sheet, comprising steps of, in sequence, cold rolling a steel sheet, continuously annealing, pickling and further repickling it; wherein a Si-containing oxide layer is removed from the surface of the steel sheet, by said pickling, to a level that peaks of Si, O do not appear when the surface of the steel sheet is analyzed in depth direction by means of glow discharge optical emission spectroscopy, and wherein the repickling uses a non-oxidizable acid different from an acid used in the pickling before repickling, wherein the non-oxidizable acid is any of hydrochloric acid, sulfuric acid, phosphoric acid, pyrophosphoric acid, acetic acid, citric acid, hydrofluoric acid, and a mixed acid of two or more thereof, whereby a surface covering ratio of an iron-based oxide existing on the surface of the steel sheet after said repickling is not more than 40%, wherein the surface covering ratio is determined by observing the surface of the steel sheet at about five fields with an ulta-low acceleration voltage scanning type electron microscope capable of detecting information of an extremely surface layer under conditions of acceleration voltage; 2kV, operating distance: 3.0mm, and magnification: about 1000 times; spectroscopy is conducted with an energy dispersion type X-ray spectrometer to obtain a reflection electron image, and the reflection electron image is binarized with an image analysis software to measure an area ratio of a black portion, wherein the measured results on the fields can be averaged to obtain a surface covering ratio of the iron-based oxide; and wherein the steel sheet comprises 0.5-3.0 mass% of Si.
A packaging (1, 11, 19, 28) in the form of a blister for pharmaceutical products, comprising a plastic foil molded part (2, 12, 20, 29) and a cover foil (3, 13, 21, 30) in the form of a push-through foil, wherein the plastic foil molded part (2 12, 20, 29) defines the front side of the packaging (1, 11, 19, 28) and the cover foil (3, 13, 21, 30) defines the back side of the packaging (1, 11, 19, 28) and the cover foil (3, 13, 21, 30) is based on a transparent or semitransparent carrier substrate provided with a semitransparent function layer, wherein the semitransparent function layer is constituted such that the cover foil (3, 13, 21, 30) has a first, visually recognizable, homogenous color upon viewing in incident light and has a second, visually recognizable color upon viewing in transmitted light.
A method for producing herb cheese, in particular hard cheese, in which raw cheese mass with the whey approximately 80% drained is poured into cheese moulds, which are preferably arranged in a trough of a compartmented press, and then pressed, characterised in that herbs, spices are uniformly introduced into the cheese moulds at the same time or parallel with the raw cheese mass.
A crystal form B of the compound of formula, wherein the X-ray powder diffraction pattern thereof has characteristic diffraction peaks at the following 2Θ angles: 11.27±0.2°, 21.44±0.2°, 22.32±0.2°;
Structural element (11, 12, 13, 14, 15, 200) of a motor vehicle, wherein the structural element has a cavity and an elongate insulating element (100, 300) for acoustic insulation is arranged in the cavity, wherein a longitudinal axis of the insulating element is oriented substantially parallel to a longitudinal axis of the cavity and the insulating element (100, 300) comprises an expandable material (120a-120i, 320), which is arranged and/or configured in such a way that the insulating element (100, 300) fills the cavity completely along the entire length of the insulating element (100, 300) when the expandable material (120a-120i, 320) is in the expanded state, characterized in that the expandable material (120a-120i, 320) has a modulus of elasticity of at most 20 MPa after an expansion and after a possible hardening, and the insulating element (100, 300) comprises a base (110, 310), on which the expandable material (120a-120i, 320) is arranged, wherein the base (110, 310) has breakthroughs (330a,... 330f), which extend from an outer surface of the insulating element through the base (110, 310), such that the expandable material (120a-120i, 320) is conducted during the expansion through the base (110, 310) into regions in which no expandable material (120a-120i, 320) is present on the base. a longitudinal axis of the insulating element is oriented substantially parallel to a longitudinal axis of the cavity and the insulating element (100, 300) comprises an expandable material (120a-120i, 320), which is arranged and/or configured in such a way that the insulating element (100, 300) fills the cavity completely along the entire length of the insulating element (100, 300) when the expandable material (120a-120i, 320) is in the expanded state, characterized in that the expandable material (120a-120i, 320) has a modulus of elasticity of at most 20 MPa after an expansion and after a possible hardening, and the insulating element (100, 300) comprises a base (110, 310), on which the expandable material (120a-120i, 320) is arranged, wherein the base (110, 310) has breakthroughs (330a,... 330f), which extend from an outer surface of the insulating element through the base (110, 310), such that the expandable material (120a-120i, 320) is conducted during the expansion through the base (110, 310) into regions in which no expandable material (120a-120i, 320) is present on the base.
A touch sensitive element, comprising: an electroactive film which is formed of a fluorine based terpolymer and an acrylate based polymer having a sulfonyl group.
Heating apparatus for elongate workpieces, in particular plastics profiled portions to be deformed in the softened state, comprising an elongate housing that is closed at the sides but is open or can be opened at least at one end, comprising therein a workpiece channel, for receiving at least one workpiece, and a heating channel, which is connected along and to the workpiece channel by means of distributed intermediate openings and comprises at least one heating body (8, 9, 10) extending along the workpiece channel and at least one fan (11, 12) for generating at least one air flow through the heating channel, the workpiece channel consisting of segments (4, 5, 6) having a core segment that is stationary relative to a longitudinal portion of the heating channel and at least one extension segment (5, 6) that is optionally adjoining along the heating channel, and the heating channel extending over the entire length of the workpiece channel and comprising heating bodies (8, 9, 10) that are subdivided lengthways, characterised in that the heating channel extends in its longitudinal extension along the core segment and from extension segments (4, 5, 6) of the workpiece channel in an unchanging manner and comprises individually disconnectable heating bodies (8, 10) below the extension segments (4, 5, 6), the heating channel forming, below the heating bodies (8, 9, 10), an interior space extended along the workpiece channel for air recirculation, in which space the workpiece channel is not directly incorporated.
A PEGylated Recombinant Human-mouse Chimeric Fibroblast Growth Factor 21 or a pharmaceutically acceptable salt thereof for use in treating non-alcoholic steatohepatitis, wherein the PEGylated Recombinant Human-mouse Chimeric Fibroblast Growth Factor 21 is obtainable by providing a peptide consisting of the amino acid sequence according to:; and PEGylating said peptide at pH 6 using mPEG-ALD having a molecular weight of 20kD and sodium cyanoborohydride.
A skate blade for skating shoes, which has an external and an internal edge (2, 3), the blade can be divided along its length to three adjoining regions, namely a posterior region, a middle region, and an anterior region, a coordinate system with mutually normal directions x, y and z can be associated with a central plane halving the blade at the middle region, wherein the direction x designates the distance in forward direction of an edge point, the direction y designates the lateral distance of an edge point from the central plane and the direction z designates the height of an edge point from the height of the edge in the middle region, in which at any edge point with a coordinate x the height z of both edges (2,3) are the same, and in the middle region the external and the internal edges (2, 3) are parallel, and have a zero height ( z = 0) and in the anterior and posterior regions (4, 5) the edges (2, 3) has a height greater than zero, and has an anterior region in front of the middle region, in which the height (z) of the edges (2,3) increases in forward direction relative to the assumed height (z=0) at the middle region, and has a posterior region behind the middle region, in which the height (z) of the edges (2, 3) increases in the rearward direction relative to the assumed height (z=0) in the middle region, and in at least one of the anterior and posterior regions (4, 5) the width of the blade increases with the absolute value of the coordinate x along and arced curve, characterised in that the increase in width of the external or internal edges (2 or 3) is different from the increase in width of the other edge (3 or 2).
Fire-protection closure device (2, 102, 202, 302, 402) for a building (8, 108, 208), which comprises a winding device (7, 207, 307, 407) and a windable material (13, 113, 213, 313, 413) that can assume a wound state (16, 116, 216, 316) and an at least partially unwound state (17, 117, 217, 317), wherein the windable material (13, 113, 213, 313, 413) is a fire-protection curtain (106, 206, 306), wherein a winding spindle (30, 130, 230, 330, 430) is provided parallel to and at a distance from a shaft (32, 132, 232, 332, 432), which shaft is arranged in such a way that in the wound state (16, 116, 216, 316) the windable material (13, 113, 213, 313, 413) is in the form of a single, spiral-shaped arrangement and surrounds the winding spindle (30, 130, 230, 330, 430) and the shaft (32, 132, 232, 332, 432), wherein the winding spindle (30, 130, 230, 330, 430) and the shaft predefine a winding core which differs from a circular shape in cross-section, characterized in that the spiral-shaped arrangement is a trigonally distorted spiral which can be formed as a result of the fact that the winding core has, in a cross-sectional structure, two semi-circles oriented convexly relative to one another, wherein the first semi-circle is associated with the shaft and the second semi-circle is associated with the winding spindle, and wherein one semi-circle has a smaller radius than the other semi-circle. which comprises a winding device (7, 207, 307, 407) and a windable material (13, 113, 213, 313, 413) that can assume a wound state (16, 116, 216, 316) and an at least partially unwound state (17, 117, 217, 317), wherein the windable material (13, 113, 213, 313, 413) is a fire-protection curtain (106, 206, 306), wherein a winding spindle (30, 130, 230, 330, 430) is provided parallel to and at a distance from a shaft (32, 132, 232, 332, 432), which shaft is arranged in such a way that in the wound state (16, 116, 216, 316) the windable material (13, 113, 213, 313, 413) is in the form of a single, spiral-shaped arrangement and surrounds the winding spindle (30, 130, 230, 330, 430) and the shaft (32, 132, 232, 332, 432), wherein the winding spindle (30, 130, 230, 330, 430) and the shaft predefine a winding core which differs from a circular shape in cross-section, characterized in that the spiral-shaped arrangement is a trigonally distorted spiral which can be formed as a result of the fact that the winding core has, in a cross-sectional structure, two semi-circles oriented convexly relative to one another, wherein the first semi-circle is associated with the shaft and the second semi-circle is associated with the winding spindle, and wherein one semi-circle has a smaller radius than the other semi-circle.
A saddle-type vehicle comprising: a power unit swingably supported on a vehicle body frame; a rear wheel as a drive wheel integrated with the power unit; and a fuel pump disposed above the rear wheel and below a fuel tank, wherein the fuel pump is supported on the vehicle body frame through the fuel tank, characterized in that the fuel pump is clamped and fixed to a clamp portion of a stay so that the fuel pump is supported by the stay, the stay includes an upwardly/downwardly extending portion that is attached to a bottom surface of the fuel tank and that extends downwardly from the bottom surface side, and the clamp portion that is attached to a lower end of the upwardly/downwardly extending portion, the fuel pump is disposed so as an upper end portion of a most upwardly projecting cap member in the fuel pump is spaced downwardly by a predetermined distance from the bottom surface of the fuel tank in fornt view, the fuel pump is connected to a fuel joint arranged in a direction orthogonal to the longitudinal direction and the fuel joint is provided at an end portion of a fuel pipe extending to a fuel injection valve and is interposed between the fuel pump and the fuel tank, and the fuel joint includes a joint body portion connected to the pump discharge port, and a pipe connection portion bent outwardly in a vehicle width direction at a right angle to the joint body portion and connected to the fuel pipe. a power unit swingably supported on a vehicle body frame; a rear wheel as a drive wheel integrated with the power unit; and a fuel pump disposed above the rear wheel and below a fuel tank, wherein the fuel pump is supported on the vehicle body frame through the fuel tank, characterized in that the fuel pump is clamped and fixed to a clamp portion of a stay so that the fuel pump is supported by the stay, the stay includes an upwardly/downwardly extending portion that is attached to a bottom surface of the fuel tank and that extends downwardly from the bottom surface side, and the clamp portion that is attached to a lower end of the upwardly/downwardly extending portion, the fuel pump is disposed so as an upper end portion of a most upwardly projecting cap member in the fuel pump is spaced downwardly by a predetermined distance from the bottom surface of the fuel tank in fornt view, the fuel pump is connected to a fuel joint arranged in a direction orthogonal to the longitudinal direction and the fuel joint is provided at an end portion of a fuel pipe extending to a fuel injection valve and is interposed between the fuel pump and the fuel tank, and the fuel joint includes a joint body portion connected to the pump discharge port, and a pipe connection portion bent outwardly in a vehicle width direction at a right angle to the joint body portion and connected to the fuel pipe.