mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell module comprising: a fuel cell stack formed by stacking a plurality of fuel cells for generating electricity by electrochemical reactions of a fuel gas and an oxygen-containing gas; a reformer for reforming a mixed gas of a raw fuel chiefly containing hydrocarbon and water vapor to produce the fuel gas supplied to the fuel cell stack; an evaporator for evaporating water, and supplying the water vapor to the reformer; a heat exchanger for raising a temperature of the oxygen-containing gas by heat exchange with a combustion gas, and supplying the oxygen-containing gas to the fuel cell stack; an exhaust gas combustor for combusting the fuel gas discharged from the fuel cell stack as a fuel exhaust gas and the oxygen-containing gas discharged from the fuel cell stack as an oxygen-containing exhaust gas to produce the combustion gas; and a start-up combustor for combusting the raw fuel and the oxygen-containing gas to produce the combustion gas, wherein the fuel cell module includes: a first area where the exhaust gas combustor and the start-up combustor are provided; an annular second area where the reformer and the evaporator are provided; and an annular third area where the heat exchanger is provided, characterized in that the second area is around the first area, and the third area is around the second area, and the combustion gas produced in the first area flows into the second area, and evaporates the water by means of the evaporator and heats the reformer, and further flows into the third area and heats the oxygen-containing gas by means of the heat exchanger. a fuel cell stack formed by stacking a plurality of fuel cells for generating electricity by electrochemical reactions of a fuel gas and an oxygen-containing gas; a reformer for reforming a mixed gas of a raw fuel chiefly containing hydrocarbon and water vapor to produce the fuel gas supplied to the fuel cell stack; an evaporator for evaporating water, and supplying the water vapor to the reformer; a heat exchanger for raising a temperature of the oxygen-containing gas by heat exchange with a combustion gas, and supplying the oxygen-containing gas to the fuel cell stack; an exhaust gas combustor for combusting the fuel gas discharged from the fuel cell stack as a fuel exhaust gas and the oxygen-containing gas discharged from the fuel cell stack as an oxygen-containing exhaust gas to produce the combustion gas; and a start-up combustor for combusting the raw fuel and the oxygen-containing gas to produce the combustion gas, a first area where the exhaust gas combustor and the start-up combustor are provided; an annular second area where the reformer and the evaporator are provided; and an annular third area where the heat exchanger is provided, flows into the second area, and evaporates the water by means of the evaporator and heats the reformer, and further flows into the third area and heats the oxygen-containing gas by means of the heat exchanger.
Method for improving the regular, conventional box wing aircraft concept, comprising a fuselage, a pair of straight backward swept front wings, a pair of straight forward swept rear wings and a wingtip fence on each side as a structural connecting part between the wingtips, wherein the method comprises the design steps of: a) dividing the said backward swept front wings of the regular, conventional box wing aircraft configuration into root sections (13 or 37) and tip sections (14 or 34), wherein the tip sections (14 or 34) are more backward swept than the root sections (13 or 37), wherein the leading edge of the tip section is more backward swept than the leading edge of the root section; b) dividing the said forward swept rear wings of the regular, conventional box wing aircraft configuration into root sections (15 or 38) and tip sections (16 or 35), wherein the tip sections (16 or 35) are more forward swept than the root sections (15 or 38), wherein the trailing edge of the tip section is more forward swept than the trailing edge of the root section; and a step of fabricating the improved box wing aircraft. a) dividing the said backward swept front wings of the regular, conventional box wing aircraft configuration into root sections (13 or 37) and tip sections (14 or 34), wherein the tip sections (14 or 34) are more backward swept than the root sections (13 or 37), wherein the leading edge of the tip section is more backward swept than the leading edge of the root section; b) dividing the said forward swept rear wings of the regular, conventional box wing aircraft configuration into root sections (15 or 38) and tip sections (16 or 35), wherein the tip sections (16 or 35) are more forward swept than the root sections (15 or 38), wherein the trailing edge of the tip section is more forward swept than the trailing edge of the root section;
A terminal chip, wherein the terminal chip comprises a computing subsystem and a security subsystem, the security subsystem is configured to measure the computing subsystem, a boot time of the security subsystem is earlier than a boot time of the computing subsystem, and the security subsystem comprises: an integrity verification unit, wherein the integrity verification unit is configured to perform integrity measurement on data in a boot process of the computing subsystem; characterized in that the integrity verification unit is further configured to perform integrity measurement on data in a running process of the computing subsystem; wherein the integrity verification unit is specifically configured to perform integrity measurement on the data during running of the computing subsystem when the computing subsystem is switched from a rich execution environment, REE to a trusted execution environment, TEE. the integrity verification unit is configured to perform integrity measurement on data in a boot process of the computing subsystem; characterized in that the integrity verification unit is further configured to perform integrity measurement on data in a running process of the computing subsystem; wherein the integrity verification unit is specifically configured to perform integrity measurement on the data during running of the computing subsystem when the computing subsystem is switched from a rich execution environment, REE to a trusted execution environment, TEE.
Tine harrow with a carrying frame and a plurality of harrow tines which are arranged pivotally on the carrying frame and each preloaded by means of a preloading spring against a stop, characterised in that the preloading spring comprises two springs (11, 12) which belong together and are arranged one behind the other so that the first spring is effective at first at the beginning of the deflection of the harrow tine and the second spring only becomes effective after a certain greater deflection of the harrow tine, the first spring being embodied in the form of a compression coil spring and the second spring being embodied in the form of tension coil spring arranged coaxially around the first spring.
A machine comprising: a first member; a second member; a bearing having an inner race mounted to the second member and an outer race; and a spring comprising: a first end portion mounted to the first member; a second end portion, the bearing outer race mounted to the second end portion; and a flexible portion between the first end portion and the second end portion, and further comprising: an outer diameter first groove in an outer diameter surface of the second end portion; a first annular seal carried by the first groove and sealing with an inner diameter surface of a sealing portion of the first member; an inner diameter second groove in the first member; a second annular seal carried by the second groove and sealing with the outer diameter surface of the second end portion; and a fluid outlet in the first member to a chamber between the first annular seal and the second annular seal, characterized in that: there is only a single outer diameter groove in the outer diameter surface of the second end portion. a first member; a second member; a bearing having an inner race mounted to the second member and an outer race; and a spring comprising: a first end portion mounted to the first member; a second end portion, the bearing outer race mounted to the second end portion; and a flexible portion between the first end portion and the second end portion, a first end portion mounted to the first member; a second end portion, the bearing outer race mounted to the second end portion; and a flexible portion between the first end portion and the second end portion, and further comprising: an outer diameter first groove in an outer diameter surface of the second end portion; a first annular seal carried by the first groove and sealing with an inner diameter surface of a sealing portion of the first member; an inner diameter second groove in the first member; a second annular seal carried by the second groove and sealing with the outer diameter surface of the second end portion; and a fluid outlet in the first member to a chamber between the first annular seal and the second annular seal, an outer diameter first groove in an outer diameter surface of the second end portion; a first annular seal carried by the first groove and sealing with an inner diameter surface of a sealing portion of the first member; an inner diameter second groove in the first member; a second annular seal carried by the second groove and sealing with the outer diameter surface of the second end portion; and a fluid outlet in the first member to a chamber between the first annular seal and the second annular seal, characterized in that: there is only a single outer diameter groove in the outer diameter surface of the second end portion.
A transport device comprising: a transport member configured to transport a medium; a cleaning unit configured to clean the transport member with a liquid; a sponge configured to come into contact with the transport member cleaned by the cleaning unit; and a support unit including a support surface configured to support the sponge, characterized in that at least one opening is provided in the support surface, and a portion of the sponge is configured to expand into the opening provided in the support surface in a compressed state of the sponge. a transport member configured to transport a medium; a cleaning unit configured to clean the transport member with a liquid; a sponge configured to come into contact with the transport member cleaned by the cleaning unit; and a support unit including a support surface configured to support the sponge, characterized in that at least one opening is provided in the support surface, and a portion of the sponge is configured to expand into the opening provided in the support surface in a compressed state of the sponge.
A treatment device, in particular for aesthetic treatment, comprising: a power source (75; 105); a control system; a switching device and an energy storage device configured for providing a signal to a magnetic field generating device; the magnetic field generating device connected to the energy storage device wherein the magnetic field generating device is configured to provide magnetic treatment comprising a time-varying magnetic field having magnetic impulses with impulse duration in a range of 3 μs to 3 ms, magnetic flux density in a range of 0.1 to 7 Tesla and a repetition rate of the magnetic impulses in the range of 0.1 Hz to 700 Hz in order to provide muscle contraction to a body area; characterized in that, the device further comprises: an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; wherein the RF electrode has a border ratio, defined as ratio between a circumference and an area of the RF electrode, in a range of 10 m -1 to 20 000 m -1, wherein the RF electrode is positioned between the magnetic field generating device and patient's body area. a power source (75; 105); a control system; a switching device and an energy storage device configured for providing a signal to a magnetic field generating device; the magnetic field generating device connected to the energy storage device wherein the magnetic field generating device is configured to provide magnetic treatment comprising a time-varying magnetic field having magnetic impulses with impulse duration in a range of 3 μs to 3 ms, magnetic flux density in a range of 0.1 to 7 Tesla and a repetition rate of the magnetic impulses in the range of 0.1 Hz to 700 Hz in order to provide muscle contraction to a body area; the device further comprises: an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; an RF electrode connected to the power source; the RF electrode configured to provide radiofrequency treatment in form of radiofrequency waves in order to provide heating of the body area; the RF electrode includes a plurality of openings (115; 117) in a body of the RF electrode; wherein the RF electrode has a border ratio, defined as ratio between a circumference and an area of the RF electrode, in a range of 10 m -1 to 20 000 m -1, wherein the RF electrode is positioned between the magnetic field generating device and patient's body area.
A pump carrier for at least one hydraulic pump for driving the mixing drum of a truck mixer, wherein the pump carrier comprises a section whose first end is fastened to a base frame by means of a releasable fixed bearing and whose second end is fastened to the base frame via a loose bearing and at least one adjustment means is provided to pivot the section about the loose bearing with respect to the base frame with a released fixed bearing.
A cosmetic or dermopharmaceutical composition comprising, in a dermatologically acceptable carrier, an association of: a) nitogenin as a cholesterol-like molecule as agent inhibiting the activity of HMGCoA synthase and HMGCoA reductase enzymes and LDL, VLDL lipoproteins receptors, b) a xanthic base which is caffeine and/or theobromine as agent inducing, stimulating or increasing glycerol released by adipocytes, and c) hydroxycitrate as inhibitor of the de novo synthesis of triglycerides from the glucose in adipocytes. a) nitogenin as a cholesterol-like molecule as agent inhibiting the activity of HMGCoA synthase and HMGCoA reductase enzymes and LDL, VLDL lipoproteins receptors, b) a xanthic base which is caffeine and/or theobromine as agent inducing, stimulating or increasing glycerol released by adipocytes, and c) hydroxycitrate as inhibitor of the de novo synthesis of triglycerides from the glucose in adipocytes.
After treatment system, ATS, for a vehicle having an ATS module comprising, fluidly connected in series, an inlet, a Diesel Oxidation Catalysts, DOC, a urea mixer and a Selective Catalytic Reduction, SCR, and an outlet, said inlet being fluidly connected to an output of an engine of said vehicle and said outlet being fluidly connected to an outlet tube of said vehicle, said ATS module being characterized by the fact that inlet, DOC, mixer, SCR and outlet are arranged to define a substantial rectangular path of a flow of exhaust gases flowing in said ATS module, said after treatment system characterised in that said inlet and said outlet being positioned at a same vertex of said substantial rectangular path of said flow.
A method for producing a magnetic core for an electromagnetic actuator for an electromagnetic valve train, comprising punching a core blank from a soft magnetic metal sheet, the core blank comprising: a base segment having an opening and a plurality of wall segments extending outwardly from an outer edge of the base segment; reshaping the core blank, the plurality of wall segments being bent in a direction substantially perpendicular to the base segment, the distance between two respective wall segments being in the range between 0.05 mm and 0.3 mm after the reshaping; and affixing a tubular soft magnetic inner core to the base segment, or affixing a cylindrical soft magnetic inner core to the floor segment and introducing a through hole extending perpendicular to the base segment through the inner core.
A terminal assembly (10; 110) for serviceably housing an electrical fuse, said terminal assembly comprising: a single electrical cable; a first terminal (18; 118) having a mounting end (30; 130) and a first fuse contacting end (34; 134) with said mounting end adapted for receiving a stud; a second terminal (20; 120) having a wire contacting end (36; 136) and a second fuse contacting end (38; 138) disposed at an angle relative to said wire contacting end (36; 136) with said wire contacting end (36; 136) receiving said electrical cable; and a terminal housing (22; 122) securing said first terminal (18; 118) and said second terminal (20; 120) together, said terminal housing (22; 122) defining a cavity (44; 144) adapted for receiving a fuse, wherein said first fuse contacting end (34; 134) of said first terminal (18; 118) and said second fuse contacting end (38; 138) of said second terminal (20; 120) extend into said cavity (44; 144) with said ends parallel to and facing each other, and characterized in that when a fuse is inserted into said cavity (18; 118) it is disposed atop said first terminal (18; 118) and said second terminal (20; 120) without requiring disassembly or alteration of said terminal assembly (10; 110). a single electrical cable; a first terminal (18; 118) having a mounting end (30; 130) and a first fuse contacting end (34; 134) with said mounting end adapted for receiving a stud; a second terminal (20; 120) having a wire contacting end (36; 136) and a second fuse contacting end (38; 138) disposed at an angle relative to said wire contacting end (36; 136) with said wire contacting end (36; 136) receiving said electrical cable; and a terminal housing (22; 122) securing said first terminal (18; 118) and said second terminal (20; 120) together, said terminal housing (22; 122) defining a cavity (44; 144) adapted for receiving a fuse, wherein said first fuse contacting end (34; 134) of said first terminal (18; 118) and said second fuse contacting end (38; 138) of said second terminal (20; 120) extend into said cavity (44; 144) with said ends parallel to and facing each other, and characterized in that when a fuse is inserted into said cavity (18; 118) it is disposed atop said first terminal (18; 118) and said second terminal (20; 120) without requiring disassembly or alteration of said terminal assembly (10; 110).
A crimping tool comprising: a stationary jaw; a movable jaw adjacent the stationary jaw, the movable jaw being movable from an open position to a closed position; a linkage operably coupled to the movable jaw on one end, the linkage rotatable about an axle; a first input member operably coupled to the linkage to rotate the linkage about the axle, the first input member rotating about a first axis; and a second input member operably coupled to the linkage to rotate the linkage about the axle, the second input member rotating about a second axis, the second axis being substantially perpendicular to the first axis; characterized in that the first and second input members (55, 58) are configured to accept a hand tool. a stationary jaw; a movable jaw adjacent the stationary jaw, the movable jaw being movable from an open position to a closed position; a linkage operably coupled to the movable jaw on one end, the linkage rotatable about an axle; a first input member operably coupled to the linkage to rotate the linkage about the axle, the first input member rotating about a first axis; and a second input member operably coupled to the linkage to rotate the linkage about the axle, the second input member rotating about a second axis, the second axis being substantially perpendicular to the first axis; characterized in that the first and second input members (55, 58) are configured to accept a hand tool.
A method for directing a peptide fragment for analysis into an orifice of an analysis device, the method comprising: dissolving a product in a first electrolytic solution in a first chamber of the analysis device, wherein the product includes a plurality of peptide fragments for analysis, each peptide fragment being coupled at a corresponding N-terminus to a polymer comprising multiple charges via a cross linker, wherein the analysis device further includes (a) a second chamber including a second electrolytic solution, (b) a membrane separating the second chamber from the first chamber, (c) an orifice in the membrane configured to receive and/or pass the peptide fragment for analysis between the first and the second chambers, (d) a first electrode in the first chamber, and (e) a second electrode in the second chamber; and applying a bias between the first and second electrodes to direct at least one peptide fragment into the orifice. dissolving a product in a first electrolytic solution in a first chamber of the analysis device, wherein the product includes a plurality of peptide fragments for analysis, each peptide fragment being coupled at a corresponding N-terminus to a polymer comprising multiple charges via a cross linker, wherein the analysis device further includes (a) a second chamber including a second electrolytic solution, (b) a membrane separating the second chamber from the first chamber, (c) an orifice in the membrane configured to receive and/or pass the peptide fragment for analysis between the first and the second chambers, (d) a first electrode in the first chamber, and (e) a second electrode in the second chamber; and applying a bias between the first and second electrodes to direct at least one peptide fragment into the orifice.
A plasticized polyolefin composition comprising from 60 to 99 weight % of polypropylene and from 1 to 40 weight % of one or more non-functionalized plasticizers where the non-functionalized plasticizer comprises oligomers of C 5 to C 14 olefins having a Kinematic viscosity of 10 cSt or more at 100 °C and a viscosity index of 120 or more.