mhurhangee/ep-ind-claims huggingface dataset:
A land vehicle with a chassis and a multiplicity of corner bracing units attached thereto, each of which comprises: a bearing member mounted on the chassis, an inherently rigid bracing leg linked to this with the ability to pivot around a substantially horizontal axis and a pivoting drive for the bracing leg, wherein each of the corner bracing units comprises at least one hydraulic cylinder-piston unit linked at its ends on the one hand to the bearing member and on the other hand to the bracing leg, characterized in that each of the corner bracing units further comprises a hydraulic assembly disposed on the bearing member and directly pressurizing the at least one cylinder-piston unit. a bearing member mounted on the chassis, an inherently rigid bracing leg linked to this with the ability to pivot around a substantially horizontal axis and a pivoting drive for the bracing leg, wherein each of the corner bracing units comprises at least one hydraulic cylinder-piston unit linked at its ends on the one hand to the bearing member and on the other hand to the bracing leg, characterized in that each of the corner bracing units further comprises a hydraulic assembly disposed on the bearing member and directly pressurizing the at least one cylinder-piston unit.
Hydraulic control of a single acting tipper cylinder of a tipper truck, comprising a switchable seat valve holding the load of the tipper cylinder, connected to a pressure source and being arranged between a pressure line and a working line of the tipper cylinder, a switchable circulation-seat valve between the pressure line and a tank line, a check valve being unlockable at least depending from a monitored actuation situation of a tipper cylinder, the check valve when unlocked switching the circulation-seat valve into a position for pressureless circulation of the discharge quantity of the pressure source to the tank line, and a system pressure limiting valve in a bypass line between the pressure source and the tank line, wherein at least the switchable seat valve, the circulation-seat valve, the unlockable check valve and optionally the system pressure limiting valve are accommodated in a common block, characterized in that the check valve blocking in direction to the tank line, hydraulically unlockable at at least one unlocking port (17, 17') by a pressure signal is arranged in a circuit loop deviating the closure member of the circulation-seat valve or is structurally incorporated into the closure member of the circulation-seat valve.
A shredder device for fragmenting at least one media sheet having a variable thickness, comprising: a bin including a containment space for collecting fragments formed from the at least one media sheet; and, a head assembly adjacent to the bin, including: a core mount assembly supporting a motor drive assembly (30, 34) and a cutter assembly between a first support member and a second support member, a sensor generating a focus beam for detecting the variable thickness of the at least one media sheet when the variable thickness exceeds a predetermined threshold; a controller operatively associated with the sensor and the motor drive assembly (30, 34), and, a media feed path directing a travel of the at least one media sheet toward the cutter assembly; wherein the sensor is removed from both the media feed path and the cutter assembly thereby being adapted to generate a focus beam beyond an outer face of the first support member and away from a proximity of the media feed path and the cutter assembly.
A dispenser pump button which is positioned at the top of a pumping member and pressurizes the pumping member when a user presses for thereby discharging contents with the aid of pumping operations, comprising: a button body which includes a content flow passage formed at an inner center portion for the contents to flow and communicates with the content flow passage, and a discharge part communicating with the content flow passage for thereby discharging the contents; a nozzle which is engaged to the discharge part and discharges out the contents, and moves back and forth when the button body moves up and down and is equipped with a discharge hole at its front side for the sake of discharge of the contents, and a guide groove formed at its side for guiding the forward and backward movements; a guide member which is engaged to the inner side of the button body and is equipped with the guide groove of the nozzle and allows the nozzle to move back and forth when the button body moves up and down; and an elastic part one side of which is supported against the guide member, and the other side of which is supported against the inner side of the button body for thereby allowing the button body to move upward by providing an elastic force in an upward direction, characterized in that the dispenser pump button further comprising: an opening and closing rod is provided at the button body for opening and closing the discharge hole of the nozzle, and the opening and closing rod extends from a bottom wall surface of the discharge part to the top and is vertically bent in a forward direction. an opening and closing rod is provided at the button body for opening and closing the discharge hole of the nozzle, and the opening and closing rod extends from a bottom wall surface of the discharge part to the top and is vertically bent in a forward direction.
A gas turbine component assembly comprising a plurality of combustors (3;103;203) and a turbine portion, wherein the plurality of combustors (3;103;203) are configured to generate combustion gas by combusting compressed air supplied from a compressor and fuel supplied from fuel nozzles, which are mixed inside a plurality of tube pieces (33;133;233) of the combustors that are to be disposed next to each other around a rotating shaft of a gas turbine such that a gap is respectively formed between a sidewall (34;134;234) of a first tube piece (33;133;233) and a sidewall (34;134;234) of a second tube piece (33;133;233) that are adjacent to each other in the circumferential direction, wherein the turbine portion is configured to generate a rotational driving force by making the combustion gas sequentially pass in a flow direction of the combustion gas in an axial direction of the rotating shaft through a turbine stage formed of a plurality of turbine stator vanes (4SV,104SV;4SV,204SV) and turbine rotor blades to be disposed around the rotating shaft, characterised in that at least some of first-stage turbine stator vanes (4SV,104SV;4SV,204SV) which are located closest to the combustors (3;103;203) among the turbine stator vanes of the turbine portion are disposed downstream, in the flow direction of the combustion gas, of and closest to the gaps between the adjacent sidewalls (34;134;234) of the adjacent first and second tube pieces (33;133;233) such that the distance in the axial direction between leading edges of these first-stage turbine stator vanes (104SV;204SV) and end portions of the adjacent sidewalls (34;134;234) closest to the respective stator vanes (104SV;204SV) is equal to or less than a spacing in the circumferential direction between an inner surface of the sidewall (34;134;234) of the first tube piece (33;133;233) and an inner surface of the adjacent sidewall (34;134;234) of the second tube piece (33;133;233), and in that the number of cooling holes, from which cooling fluid employed to cool the respective first-stage turbine stator vanes (4SV,104SV;4SV,204SV) is made to flow out to the peripheries of the respective first-stage turbine stator vanes (4SV,104SV;4SV,204SV), is smaller in those first-stage turbine stator vanes (104SV;204SV) that are located downstream of and closest to the gaps between the adjacent sidewalls (34;134;234) of the adjacent first and second tube pieces (33;133;233) as compared to the number of cooling holes in the first-stage turbine stator vanes disposed at other locations.
A sensor device for use in detecting current in a conductor, said sensor device comprising: a non-magnetic substrate defining an aperture structured to receive a conductor therein; a coil comprising a plurality of coil turns wound about at least a portion of said substrate; a first shield (140; 240) between said substrate and said plurality of coil turns; and a second shield (142; 242) disposed proximate to the plurality of coil turns, opposite said first shield (140; 240), such that said plurality of coil turns is disposed between said first shield and said second shield; a filter element (136, 138, 144; 236, 238, 244) comprising a first lead wire coupled to at least one of the first and second shields wherein the first shield (140; 240) and the second shield (142; 242) are formed from a single shield winding having a first end and a second end and wherein the first lead wire (144; 244) is coupled to each of the first and second ends of the shield winding. a non-magnetic substrate defining an aperture structured to receive a conductor therein; a coil comprising a plurality of coil turns wound about at least a portion of said substrate; a first shield (140; 240) between said substrate and said plurality of coil turns; and a second shield (142; 242) disposed proximate to the plurality of coil turns, opposite said first shield (140; 240), such that said plurality of coil turns is disposed between said first shield and said second shield; a filter element (136, 138, 144; 236, 238, 244) comprising a first lead wire coupled to at least one of the first and second shields wherein the first shield (140; 240) and the second shield (142; 242) are formed from a single shield winding having a first end and a second end and wherein the first lead wire (144; 244) is coupled to each of the first and second ends of the shield winding.
A snap hinge for supporting a closure element comprising a first articulated quadrilateral and a second articulated quadrilateral, which share a first lever and a second lever, said first and second levers (4, 5) having as a base element respectively a coupling plate with fixing bases for coupling to a fixed element and a fixing plate for fixing to a closure element, elastic means which act between a point of said first lever and a point of said second lever and auxiliary elastic means which are arranged in series to said elastic means and have an end that is articulated to said first lever and the opposite end that is articulated to a first pivot that is supported by a supporting element, characterized in that said supporting element is accommodated in a receptacle of said coupling plate and jointly associated therewith, said supporting element comprising at least one strip and one pair of first flaps that are formed so as to protrude from two opposite edges of said strip and are provided with holes for supporting the opposite ends of said first pivot, said strip being substantially inclined with respect to the plane of arrangement of said fixing bases of said coupling plate.
Device for controlling the temperature of the passenger compartment of a motor vehicle driven in particular by an electric motor, the device comprising: - a reversible heat pump circuit, - a cooling circuit through which a heat-transfer fluid flows and which comprises a means for heat exchange with the electric motor, and - a thermal coupling means between the heat pump circuit and the cooling circuit, and the reversible heat pump circuit is thermally connected to an exchanger (6, 29) with an air flow intended to enter the passenger compartment, characterized in that the cooling circuit also comprises a distribution means capable of supplying the heat exchange means and the thermal coupling means simultaneously, i.e. in parallel, and successively, i.e. in series. - a reversible heat pump circuit, - a cooling circuit through which a heat-transfer fluid flows and which comprises a means for heat exchange with the electric motor, and - a thermal coupling means between the heat pump circuit and the cooling circuit, and
A medical device for combination lung ventilation and mucus clearance of a patient, comprising a pressure generation source that provides both positive pressure gas flow for lung ventilation and negative pressure suction for mucus clearance, wherein the pressure generation source comprises at least one outlet for the positive pressure gas flow and at least one inlet for the negative pressure suction, a ventilation portion for providing positive pressure gas flow to the patient via the nose comprising a nasal interface (122, 316, 514) and a flow channel having a first end and a second end, wherein the first end of the flow channel is in fluid communication with the outlet of the pressure generation source and the second end of the flow channel is in fluid communication with the nasal interface (122, 316, 514), and a mucus clearance portion for providing negative pressure suction to the patient via the mouth comprising a mouth interface (124, 318) and a suction channel having a first end and a second end, wherein the mucus clearance portion is completely separated from the ventilation portion such that the medical device is capable of maintaining positive pressure lung ventilation via the nasal interface (122, 316, 514) while the mouth interface (124, 318) of the mucus clearance portion of the device is removed from the patient, and wherein the ventilation portion and the mucus collection portion are operatively connected to the pressure generation source, characterised in that the first end of the suction channel is in fluid communication with the inlet of the pressure generation source and the second end of the suction channel is in fluid communication with the mouth interface (124, 318) and in that the medical device comprises a control unit configured to operate one or more ventilation valves (134A, 134B) to control the positive pressure gas flow to the patient via the patient's nose and one or more suction valves (136A, 136B) to control the negative pressure suction to the patient via the patient's mouth, the one or more ventilation valves (134A, 134B) being closed by the control unit during use of the mucus clearance portion when negative pressure suction is applied to the patient and the one or more suction valves (136A, 136B) being closed by the control unit during use of the ventilation portion to prevent leakage of the breathable gas via the mouth during positive pressure ventilation via the patient's nose.
A Lactobacillus rhamnosus strain selected from the group consisting of the Lactobacillus rhamnosus strain CHCC5366 that was deposited with the German Collection of Microorganisms and Cell Cultures (DSMZ) under accession No. DSM23035 and mutant strains derived thereof, wherein the mutant strains have substantially the same or improved antifungal properties as the strain deposited under accession No. DSM23035.
Gas-filled microvesicle, comprising a boundary envelope containing said gas, wherein said microvesicle comprises: - a first component, bound to said envelope, having binding affinity for a Fc-region of an antibody; and - a second component comprising a Fc-region of an antibody, bound to said first component through said Fc-region, said second component comprising a targeting ligand or a therapeutic agent. - a first component, bound to said envelope, having binding affinity for a Fc-region of an antibody; and - a second component comprising a Fc-region of an antibody, bound to said first component through said Fc-region, said second component comprising a targeting ligand or a therapeutic agent.
A gravity die casting device for manufacturing components, especially cylinder heads, with a steel upper core which can be lifted off from the component to be manufactured and can be re-used, which core serves as a substitution for a sand cover core, forms a negative of a surface contour of the component to be manufactured and has a movable displacement element which can be pressed into the component to be manufactured.
A surgical access system comprising a trocar comprising: a fixation cannula comprising a tubular cannula body comprising a proximal end, a distal end, a longitudinal axis extending from the proximal end to the distal end; and a cannula wall defining a cannula lumen; a seal assembly coupled to the proximal end of the cannula body; a retainer extending from the cannula body; a locking component disposed on the cannula body and spaced from the retainer; and a bolster engagable to the locking component, wherein: the bolster when disengaged from the locking component defines an insertion configuration of the trocar; and the bolster, when engaged to the locking component, defines a fixation configuration of the trocar, characterized in further comprising an artificial body wall in the form of a cap wherein, in the fixation configuration, the retainer and the bolster are arranged to capture the artificial body wall therebetween, thereby fixing the cannula to the artificial body wall. a fixation cannula comprising a tubular cannula body comprising a proximal end, a distal end, a longitudinal axis extending from the proximal end to the distal end; and a cannula wall defining a cannula lumen; a seal assembly coupled to the proximal end of the cannula body; a retainer extending from the cannula body; a locking component disposed on the cannula body and spaced from the retainer; and a bolster engagable to the locking component, wherein: the bolster when disengaged from the locking component defines an insertion configuration of the trocar; and the bolster, when engaged to the locking component, defines a fixation configuration of the trocar, the bolster when disengaged from the locking component defines an insertion configuration of the trocar; and the bolster, when engaged to the locking component, defines a fixation configuration of the trocar, characterized in further comprising an artificial body wall in the form of a cap wherein, in the fixation configuration, the retainer and the bolster are arranged to capture the artificial body wall therebetween, thereby fixing the cannula to the artificial body wall.
A welding-type power supply, comprising: - an input circuit, disposed to receive input power and provide a rectified input; - a dual boost preregulator disposed to receive the rectified input; - a welding-type output power circuit disposed to receive power from a positive bus and a negative bus and provide welding-type output power; and - a controller connected to control the dual boost preregulator; wherein the controller is connected to control the welding-type output power circuit, and the dual boost preregulator provides bus power to the positive bus and the negative bus. - an input circuit, disposed to receive input power and provide a rectified input; - a dual boost preregulator disposed to receive the rectified input; - a welding-type output power circuit disposed to receive power from a positive bus and a negative bus and provide welding-type output power; and - a controller connected to control the dual boost preregulator;
A fluid outlet nozzle connectable to a conduit of a blow-off device for cleaning a belt filter, the nozzle comprising a housing having an inner surface and outer surface, wherein the inner surface defines a fluid entry zone to receive fluid into the nozzle and an elongated gap for directing fluid towards the belt, wherein the inner surface is streamlined to facilitate flow of the fluid into the gap and wherein the inner surface is constructed of a continuously curving surface having a concave portion and a convex portion.
Control device for a pump of high pressure cleaners, wherein a bypass valve (unloader valve) is provided between the pump and a high pressure hose, in particular towards a spray lance, the bypass valve having a spring-loaded locking element, in particular in an at least partially spherical shape, which releases a conveying path to the suction side of the pump, when the spray lance is closed, wherein the locking element is formed as a sleeve-shaped valve body which has a further valve element in its interior and is impinged by a spring, characterized in that the bypass valve has a spindle and a piston which is connected to a control line.
Safety valve for a plastic tank, in particular a liquid manure tank, with a valve body which is formed on a tank upper side with a valve seat and a valve disc which seals off the tank against the valve seat, wherein the valve disc is held in the tank via a holding device, characterized in that the holding device is of single- or multi-part design and is fastened to the tank base, to a cross strut or to a splash wall.
An aqueous pharmaceutical composition for parenteral administration and being stable upon storage comprising Tapentadol or a physiologically acceptable salt thereof, wherein the concentration of Tapentadol is within the range of from 0.10 to 8.00 mg/mL, based on the weight of Tapentadol free base and based on the total volume of the composition; and wherein the pH value of the composition is buffered and within the range of from 4.0 to 6.0.
A method adapted to be performed in a wireless receiver device that operates within a wireless communication network having one or more base stations (106, 150), the method comprising: receiving a signal that includes a first transmission from a first base station and at least one second transmission from at least one second base station; wherein the first transmission comprises a first primary synchronization channel, PSCH, and a first secondary synchronization channel, SSCH, and the second transmission comprises a second PSCH and a second SSCH; wherein the first transmission substantially overlaps in time with the second transmission; jointly estimating the received power of SSCH transmission from both the first base station and the second base station; and determining an identifier associated with at least one of the second PSCH and the second SSCH transmitted from the second base station based on the estimated received power. receiving a signal that includes a first transmission from a first base station and at least one second transmission from at least one second base station; wherein the first transmission comprises a first primary synchronization channel, PSCH, and a first secondary synchronization channel, SSCH, and the second transmission comprises a second PSCH and a second SSCH; wherein the first transmission substantially overlaps in time with the second transmission; jointly estimating the received power of SSCH transmission from both the first base station and the second base station; and determining an identifier associated with at least one of the second PSCH and the second SSCH transmitted from the second base station based on the estimated received power.