mhurhangee/ep-ind-claims huggingface dataset:
A motor-driven valve (1; 21; 41; 61; 91) comprising: a male screw member (10; 30; 50; 70) rotating in accordance with a rotation of a rotor (7; 67) of an electric motor and engaging with a female screw member (11; 31; 51; 71) fixed to a valve main body (5; 25; 65); a valve body (12; 32; 72) contacting to and separating from a valve seat (4; 64) in the valve main body (5; 25; 65) by a rotation of the male screw member (10; 30; 50; 70); two stopper parts (9a, 17; 37, 17; 74, 77) rotating in accordance with the rotation of the rotor (7; 67) of the electric motor, at least one of said two stopper parts (9a, 17; 37, 17; 74, 77) being screwed with the male screw member (10; 30; 50; 70); an opening limit stopper part (11f; 31b; 51b; 71b) mounted to the female screw member (11; 31; 51; 71), said opening limit stopper part (11f; 31b; 51b; 71b) contacting with one (17; 77) of the two stopper parts (9a, 17; 37, 17; 74, 77) in a fully-opened state of said motor-driven valve (1; 21; 41; 61; 91) to restrict the rotation of the male screw member (10; 30; 50; 70) in a direction that the motor-driven valve opens; and a closing limit stopper part (11d; 31c; 51c; 71c) mounted to the female screw member (11; 31; 51; 71), said closing limit stopper part (11d; 31c; 51c; 71c) contacting with another stopper part (9a; 37; 74) in a fully-closed state of said motor-driven valve (1; 21; 41; 61; 91) to restrict the rotation of the male screw member (10; 30; 50; 70) in a direction that the motor-driven valve closes. a male screw member (10; 30; 50; 70) rotating in accordance with a rotation of a rotor (7; 67) of an electric motor and engaging with a female screw member (11; 31; 51; 71) fixed to a valve main body (5; 25; 65); a valve body (12; 32; 72) contacting to and separating from a valve seat (4; 64) in the valve main body (5; 25; 65) by a rotation of the male screw member (10; 30; 50; 70); two stopper parts (9a, 17; 37, 17; 74, 77) rotating in accordance with the rotation of the rotor (7; 67) of the electric motor, at least one of said two stopper parts (9a, 17; 37, 17; 74, 77) being screwed with the male screw member (10; 30; 50; 70); an opening limit stopper part (11f; 31b; 51b; 71b) mounted to the female screw member (11; 31; 51; 71), said opening limit stopper part (11f; 31b; 51b; 71b) contacting with one (17; 77) of the two stopper parts (9a, 17; 37, 17; 74, 77) in a fully-opened state of said motor-driven valve (1; 21; 41; 61; 91) to restrict the rotation of the male screw member (10; 30; 50; 70) in a direction that the motor-driven valve opens; and a closing limit stopper part (11d; 31c; 51c; 71c) mounted to the female screw member (11; 31; 51; 71), said closing limit stopper part (11d; 31c; 51c; 71c) contacting with another stopper part (9a; 37; 74) in a fully-closed state of said motor-driven valve (1; 21; 41; 61; 91) to restrict the rotation of the male screw member (10; 30; 50; 70) in a direction that the motor-driven valve closes.
A packing device system for filling fuel elements, comprising: a fuel element including an outer shell defining a fill aperture the packing device system further comprising: a stationary base configured to be received on a support surface; a clamp assembly including a body defining a bore therein, the bore being configured to slidably receive the fuel element therein, and an adjustment member configured to exert force on a corresponding fuel element disposed within the bore of the body, wherein the clamp assembly is movable along a vertical axis with respect to the stationary base; characterised by a cam assembly including a cam and a drive motor configured to rotate the cam, wherein the cam assembly is mounted on the stationary base beneath the clamp assembly so that rotation of the cam alternatingly raises the clamp assembly up along the vertical axis and subsequently drops the clamp assembly; and a powder reservoir assembly including a powder reservoir, a fill needle in fluid communication with the powder reservoir, and a reservoir support that is adjustably secured to the body of the clamp assembly so that the powder reservoir can be adjusted vertically. a stationary base configured to be received on a support surface; a clamp assembly including a body defining a bore therein, the bore being configured to slidably receive the fuel element therein, and an adjustment member configured to exert force on a corresponding fuel element disposed within the bore of the body, wherein the clamp assembly is movable along a vertical axis with respect to the stationary base; characterised by a cam assembly including a cam and a drive motor configured to rotate the cam, wherein the cam assembly is mounted on the stationary base beneath the clamp assembly so that rotation of the cam alternatingly raises the clamp assembly up along the vertical axis and subsequently drops the clamp assembly; and a powder reservoir assembly including a powder reservoir, a fill needle in fluid communication with the powder reservoir, and a reservoir support that is adjustably secured to the body of the clamp assembly so that the powder reservoir can be adjusted vertically.
-5,10-methylene-tetrahydrofolate for use in the treatment in a human of solid tumors, including cancer, which treatment comprises the following steps: a) On Day 1, administering an IV bolus containing 10-1000 mg/m2 (of BSA) of a fluorinated pyrimidine base such as 5-fluorouracil (5-FU), followed, either simultaneously or after a period of 10 min - 4 hours, by b) administering one or more IV boluses, each containing 5 - 1000 mg/m 2 -5,10-methylenetetrahydrofolate, followed by c) optionally administering one IV bolus containing 5 - 1000 mg/m 2 (of BSA) -5,10-methylene-tetrahydrofolate before the end of Day 1, followed by d) On Day 2, administering an IV bolus containing 10-1000 mg/m2 (of BSA) of a fluorinated pyrimidine base such as 5-FU, followed, either simultaneously or after a period of 10 min - 4 hours, by e) optionally administering one or more IV boluses each containing 5 - 1000 mg/m 2 (of BSA) -5,10-methylene-tetrahydrofolate, wherein step b) is optionally repeated up to 4 times on Day 1 with an interval of 10 min - 60 min between each bolus being administered, and wherein step e) is optionally repeated up to 4 times on Day 2 with an interval of between 10 min - 60 min between each bolus being administered, and wherein all steps a) - e) are optionally repeated every 2 weeks for up to eight cycles, i.e. up to sixteen weeks. a) On Day 1, administering an IV bolus containing 10-1000 mg/m2 (of BSA) of a fluorinated pyrimidine base such as 5-fluorouracil (5-FU), followed, either simultaneously or after a period of 10 min - 4 hours, by b) administering one or more IV boluses, each containing 5 - 1000 mg/m 2 -5,10-methylenetetrahydrofolate, followed by c) optionally administering one IV bolus containing 5 - 1000 mg/m 2 (of BSA) -5,10-methylene-tetrahydrofolate before the end of Day 1, followed by d) On Day 2, administering an IV bolus containing 10-1000 mg/m2 (of BSA) of a fluorinated pyrimidine base such as 5-FU, followed, either simultaneously or after a period of 10 min - 4 hours, by e) optionally administering one or more IV boluses each containing 5 - 1000 mg/m 2 (of BSA) -5,10-methylene-tetrahydrofolate,
Consumer unit for use in a washing machine for dyeing textile comprising - a crucible, preferably having a general shape of a body of revolution, formed as a single piece and being insoluble in water with a bottom, a round, preferably circular, opening arranged at the other end from the bottom and being surrounded by an annular surface extending in a plane and a wall between the bottom and the opening, - a textile dyeing product stored in the crucible, - a lid attached to the annular surface thereby closing the opening; wherein the crucible is sleeved, by a tear-of sleeve, such that the lid can only be removed, after said sleeve is removed. - a crucible, preferably having a general shape of a body of revolution, formed as a single piece and being insoluble in water with a bottom, a round, preferably circular, opening arranged at the other end from the bottom and being surrounded by an annular surface extending in a plane and a wall between the bottom and the opening, - a textile dyeing product stored in the crucible, - a lid attached to the annular surface thereby closing the opening; wherein the crucible is sleeved, by a tear-of sleeve, such that the lid can only be removed, after said sleeve is removed.
Equipment for studying and determining the physico-chemical conditions of adhesion between two mechanical elements, in particular between a braking element and an element to be braked of a vehicle, comprising: a) - a stiction cell comprising: a body made of a synthetic plastic or other electrically non-conductive material and having a first support for integrally receiving, in an angularly rigid manner, one first of said mechanical elements; a slide slidably carried by the body on the side opposite to the support and carrying a second support which is designed to integrally receive one second of said mechanical elements, the slide being engaged along lateral guides of the body, which prevent said slide from rotating and the second support being provided with an insulated electric wire which is electrically connectable to the second mechanical element; and a handling device for moving the slide along said guides, to and from the first support; b) - an electrochemical cell comprising said stiction cell, a counter-electrode, a reference electrode, and a container for an electrolyte within which are immersed in use said electrodes and said first and second supports provided with the said first and second mechanical elements, but not said slide; and c) - an electronic potentiostat and/or galvanostat to which the reference electrode, the counter-electrode and the insulated electric wire are electrically connected, in such a way that the second mechanical element, when it is electrically connected to said insulated electric wire, constitutes a working electrode of the electrochemical cell. a) - a stiction cell comprising: a body made of a synthetic plastic or other electrically non-conductive material and having a first support for integrally receiving, in an angularly rigid manner, one first of said mechanical elements; a slide slidably carried by the body on the side opposite to the support and carrying a second support which is designed to integrally receive one second of said mechanical elements, the slide being engaged along lateral guides of the body, which prevent said slide from rotating and the second support being provided with an insulated electric wire which is electrically connectable to the second mechanical element; and a handling device for moving the slide along said guides, to and from the first support; b) - an electrochemical cell comprising said stiction cell, a counter-electrode, a reference electrode, and a container for an electrolyte within which are immersed in use said electrodes and said first and second supports provided with the said first and second mechanical elements, but not said slide; and c) - an electronic potentiostat and/or galvanostat to which the reference electrode, the counter-electrode and the insulated electric wire are electrically connected, in such a way that the second mechanical element, when it is electrically connected to said insulated electric wire, constitutes a working electrode of the electrochemical cell.
The manufacturing process of a fire door with increased sound insulation comprising the following steps: on a corrugated cardboard a glue, preferably polyurethane glue, in a regularly spaced pattern is applied, not linearly and not evenly, preferably from 8 to 18 points on the surface of the corrugated cardboard, the corrugated cardboard is connected with the layer of mineral wool, than the fabricated element is rotated and on the other side of the corrugated cardboard a glue, preferably polyurethane glue, in a regularly spaced pattern is applied, not linearly and not evenly, preferably from 8 to 18 points, then the corrugated cardboard is engageably connected with the layer of mineral wool, the fabricated composite sandwich board is used as the inner panel of the door leaf in a standard production process, on the fabricated steel profile of sash cover the glue is applied, the woodframe of laminated wood is inserted, the composite sandwich board is inserted, on the upper surface of the composite sandwich board and the woodframe the glue is applied, the steel profile of sash cover is slided over, closing the construction of the door leaf, in the next step the fabricated door panel is placed in a heat press at least for 7 minutes. on a corrugated cardboard a glue, preferably polyurethane glue, in a regularly spaced pattern is applied, not linearly and not evenly, preferably from 8 to 18 points on the surface of the corrugated cardboard, the corrugated cardboard is connected with the layer of mineral wool, than the fabricated element is rotated and on the other side of the corrugated cardboard a glue, preferably polyurethane glue, in a regularly spaced pattern is applied, not linearly and not evenly, preferably from 8 to 18 points, then the corrugated cardboard is engageably connected with the layer of mineral wool, the fabricated composite sandwich board is used as the inner panel of the door leaf in a standard production process, on the fabricated steel profile of sash cover the glue is applied, the woodframe of laminated wood is inserted, the composite sandwich board is inserted, on the upper surface of the composite sandwich board and the woodframe the glue is applied, the steel profile of sash cover is slided over, closing the construction of the door leaf, in the next step the fabricated door panel is placed in a heat press at least for 7 minutes.
An aisle containment system comprising: a frame positioned on a floor, the frame defined by wall beams, header frames, and a plurality of posts secured to the wall beams and header frames, wherein the header frames extend a width of the frame and the wall beams extend a length of the frame; a plurality of cabinets (50,60,70,80) positioned within the frame; a plurality of blanking panels extending from the floor to one of the wall beams, the plurality of blanking panels having a top, a bottom, a first side and a second side; vertical stiffeners positioned along at least one of the first side and the second side of each blanking panel; and a panel clamp secured to the wall beam, the panel clamp having a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end, the secured panel clamp defining a slot between the wall beam and the panel clamp for receiving the blanking panels; wherein each blanking panel overlaps adjacent blanking panels along the length of the frame and the blanking panels are laterally adjusted to fill openings in the aisle containment system, and wherein the second end of the panel clamp has an angled flange, the angled flange receiving a flap seal to seal openings between the blanking panels and the panel clamp in the aisle containment system. a frame positioned on a floor, the frame defined by wall beams, header frames, and a plurality of posts secured to the wall beams and header frames, wherein the header frames extend a width of the frame and the wall beams extend a length of the frame; a plurality of cabinets (50,60,70,80) positioned within the frame; a plurality of blanking panels extending from the floor to one of the wall beams, the plurality of blanking panels having a top, a bottom, a first side and a second side; vertical stiffeners positioned along at least one of the first side and the second side of each blanking panel; and a panel clamp secured to the wall beam, the panel clamp having a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end, the secured panel clamp defining a slot between the wall beam and the panel clamp for receiving the blanking panels; wherein each blanking panel overlaps adjacent blanking panels along the length of the frame and the blanking panels are laterally adjusted to fill openings in the aisle containment system, and wherein the second end of the panel clamp has an angled flange, the angled flange receiving a flap seal to seal openings between the blanking panels and the panel clamp in the aisle containment system.
A method for controlling the recuperation behaviour in a motor vehicle having a hybrid drive or an electric drive, wherein a basic value of the recuperation moment to be used for recuperation can be adjusted by means of a first control element, characterised in that a second control element for adjusting an intermediate value (14a, 14b, 14c, 14d, 14e) that deviates from the basic value is used for the recuperation moment, wherein after the adjustment of an intermediate value (14a, 14b, 14c, 14d, 14e) by an operator, the intermediate value is at least temporarily used as the recuperation moment, in particular at least for the next thrust phase, after which, once a return condition is met, a switching back to the basic value is carried out.
A terminal comprising: a receiving section configured to receive a first radio link monitoring reference signal configured for a first bandwidth part, BWP, in the first BWP; and a control section configured to control, when switching from the first BWP to a second BWP occurs based on a downlink control information, DCI, performing of radio link monitoring in the active second BWP by using, after a given period of the switching a second radio link monitoring reference signal configured for the second BWP; wherein the control section is configured to not use a measurement result of the first radio link monitoring reference signal configured for the first BWP after the switching regardless of a quasi-co-location relationship between the first radio link monitoring reference signal and the second radio link monitoring reference signal. a receiving section configured to receive a first radio link monitoring reference signal configured for a first bandwidth part, BWP, in the first BWP; and a control section configured to control, when switching from the first BWP to a second BWP occurs based on a downlink control information, DCI, performing of radio link monitoring in the active second BWP by using, after a given period of the switching a second radio link monitoring reference signal configured for the second BWP; wherein the control section is configured to not use a measurement result of the first radio link monitoring reference signal configured for the first BWP after the switching regardless of a quasi-co-location relationship between the first radio link monitoring reference signal and the second radio link monitoring reference signal.
A method of controlling at least one operational parameter of a plant having a combustion unit comprising: (a) estimating a status of at least one operational variable of the plant to identify an estimated value for the operational variable; (b) for each operational variable, comparing the estimated value for the operational variable with a measured value of the operational variable to determine an uncertainty value based on a difference in value between the measured value and the estimated value for the operational variable; and (c) generating a control signal based on a reference signal, the measured value, and the deviation value for sending to at least one element of the plant for controlling a process of the plant characterised in that the estimating of the status of the at least one operational variable of the plant to identify the estimated value for the operational variable is performed based on calculating: x̂ (t) = A m x̂ (t) + B m u(t) + ô(t), where t is time within a sampling time, where u(t) is a control signal value, where x̂ (t) is an estimated value for the operational variable at time (t); A m is a first model parameter of a state predictor, B m is a second model parameter of the state predictor, and ô(t) is equal to ô((iT), t ∈ (iT, i+1)T), where i is an integer within a pre-specified range of integers and where: ô(iT) is equal to -Φ -1 μ(iT), Φ is equal to ∫ 0 T e A m T − τ dτ, μ(iT) is equal to e A m T x̃ (iT), and x̃ is a difference between the estimated value for the operational variable and the measured value for the operational parameter. (a) estimating a status of at least one operational variable of the plant to identify an estimated value for the operational variable; (b) for each operational variable, comparing the estimated value for the operational variable with a measured value of the operational variable to determine an uncertainty value based on a difference in value between the measured value and the estimated value for the operational variable; and (c) generating a control signal based on a reference signal, the measured value, and the deviation value for sending to at least one element of the plant for controlling a process of the plant where t is time within a sampling time, where u(t) is a control signal value, where x̂ (t) is an estimated value for the operational variable at time (t); A m is a first model parameter of a state predictor, B m is a second model parameter of the state predictor, and ô(t) is equal to ô((iT), t ∈ (iT, i+1)T), where i is an integer within a pre-specified range of integers and where: ô(iT) is equal to -Φ -1 μ(iT), Φ is equal to ∫ 0 T e A m T − τ dτ, μ(iT) is equal to e A m T x̃ (iT), and x̃ is a difference between the estimated value for the operational variable and the measured value for the operational parameter. ô(iT) is equal to -Φ -1 μ(iT), Φ is equal to ∫ 0 T e A m T − τ dτ, μ(iT) is equal to e A m T x̃ (iT), and x̃ is a difference between the estimated value for the operational variable and the measured value for the operational parameter.
Electronics module, comprising at least one populated circuit carrier having a plug connection for electrical contact-connection to a mating plug, wherein the plug connection comprises an electrically insulating plug body with at least one plug collar, by way of which an opening for receiving the mating plug in the direction of a plug base is formed, wherein the plug body has a sealing region in relation to the mating plug and a number of plug pins pass through the plug body within the opening, wherein the plug connection has a pin carrier within the opening, which pin carrier forms at least the region of the plug body through which the plug pins pass, and the pin carrier has at least one outwardly facing pin carrier surface on a plug side facing the mating plug, and wherein the circuit carrier is enclosed, at least in regions, by at least one solidified encapsulation compound so as to form a protective enclosure, and wherein a boundary, which is adjacent to the encapsulation compound, of the pin carrier surface frames the plug pins, characterized in that the plug collar and the protective enclosure are formed from the solidified encapsulation compound in one piece with an outer face, which is completely closed to the outside, of the electronics module and the pin carrier is enclosed by the encapsulation compound, wherein only the pin carrier surface is free of the encapsulation compound, and wherein the pin carrier has tool holding elements which are designed, when in bearing contact with at least a portion of a moulding tool, to dissipate process forces acting during forming of the plug collar and the protective enclosure these into the moulding tool, and wherein the sealing region is formed outside the pin carrier on the plug collar and is arranged in the entry region of the opening and/or within the opening, so that the outer surface of the electronics module that is visible from the outside is cohesively formed from the encapsulation compound.