mhurhangee/ep-ind-claims huggingface dataset:
A coffee brewing device, comprising: a brewing support; a capsule holder assembly fixedly installed on said brewing support; a movable head assembly, said movable head assembly is installed on said brewing support, and is capable of moving to-and-fro relative to said capsule holder assembly, a brewing cavity is formed between said movable head assembly and said capsule holder assembly; a driving device configured to drive said movable head assembly; and an automatic capsule-dropping mechanism, characterized by said automatic capsule-dropping mechanism comprising: a capsule supporting plate, a transmission mechanism and an elastic reset component; wherein, said capsule supporting plate is rotatably installed at the bottom of said capsule holder assembly via a rotating shaft, and said capsule supporting plate has a supporting position for holding a bottom of a raw-material capsule and a non-supporting position for leaving the bottom of said raw-material capsule hanging freely; said transmission mechanism is arranged between said capsule supporting plate and said movable head assembly, and is configured to drive said capsule supporting plate to rotate from said supporting position to said non-supporting position when said movable head assembly moves away from said capsule holder assembly; and said elastic reset component is configured to drive said capsule supporting plate to rotate from said non-supporting position to said supporting position. a brewing support; a capsule holder assembly fixedly installed on said brewing support; a movable head assembly, said movable head assembly is installed on said brewing support, and is capable of moving to-and-fro relative to said capsule holder assembly, a brewing cavity is formed between said movable head assembly and said capsule holder assembly; a driving device configured to drive said movable head assembly; and an automatic capsule-dropping mechanism, characterized by said automatic capsule-dropping mechanism comprising: a capsule supporting plate, a transmission mechanism and an elastic reset component; wherein, said capsule supporting plate is rotatably installed at the bottom of said capsule holder assembly via a rotating shaft, and said capsule supporting plate has a supporting position for holding a bottom of a raw-material capsule and a non-supporting position for leaving the bottom of said raw-material capsule hanging freely; said transmission mechanism is arranged between said capsule supporting plate and said movable head assembly, and is configured to drive said capsule supporting plate to rotate from said supporting position to said non-supporting position when said movable head assembly moves away from said capsule holder assembly; and said elastic reset component is configured to drive said capsule supporting plate to rotate from said non-supporting position to said supporting position.
Freestanding guide rail for an elevator system, comprising an elongate profile body which can be detachably fastened to a wall of an elevator shaft of the elevator system, the profile body predominantly consisting of concrete, characterized in that at least one guide surface of the guide rail that is formed by an outer surface of the guide rail is at least predominantly made of concrete.
Air supply for an air spring of a rail vehicle, comprising a main cross-member made of at least one extruded light metal profile which is oriented in the longitudinal direction of the rail vehicle in the installed position of the main cross-member, and an air spring arranged on the main cross-member, characterised in that the main cross-member comprises at least one closed profile chamber with a circular cross-section which extends over a certain length of the extruded light metal profile, and wherein at least one borehole in one wall of the main cross-member connects the gas compartment of the air spring to the profile chamber.
Device in the form of a container intended for the automatic holding of a load on a handling truck for the purpose of preventing it from moving and falling during handling thereof; said load consisting of one or more products to be handled placed in the container 2); said truck being provided with an element consisting of either forks or a platform, intended to pass under the load with a view to raising it, and an apron against which said load bears during handling thereof; characterised in that the container is equipped with: - at least one magnetic fastener disposed and designed so as to come into contact with a metal part of the element or of the apron in order to ensure that the container is held on the truck during handling thereof; - at least one contactor disposed and designed so as to be in contact with the ground when the container is itself resting on the ground and in order to automatically activate the magnetic fastener as soon as the container is no longer in contact with the ground and to deactivate it automatically when said container is once again resting on the ground. - at least one magnetic fastener disposed and designed so as to come into contact with a metal part of the element or of the apron in order to ensure that the container is held on the truck during handling thereof; - at least one contactor disposed and designed so as to be in contact with the ground when the container is itself resting on the ground and in order to automatically activate the magnetic fastener as soon as the container is no longer in contact with the ground and to deactivate it automatically when said container is once again resting on the ground.
Mastermounting (200; 300; 400; 500; 600) fora hydraulic brake system orclutch system, in particular of a vehicle steered by handlebars, in particular bicycle, comprising a ho using containing a piston chamber, said housing accommodating a piston slidable therein and a pressure chamber, and a compensating chamber which is connected to the pressure chambervia atleastone compensating bore, wherein the housing hasanattachment portion for attachment to a handlebartube, and the compensating chamberextendsto the attachment portion and has a separating member for separating the hydraulic fluid from a compensating vo lume, characterized in that the attachment portion has a clamping part which is made and arrange so as to attach the separating member to the attac hment portion.
Device for making a composite comprising particles and/or powder, in particular absorber particles and/or active substance release particles, and at least two layers of material, comprising at least a partially rotating roller with negative pressure ranges, a first and a second supply, a means for feeding, a means for joining, with on the roller a the first layer of material must be applied by means of the first supply and the roller must be ressurized at predetermined areas for suction of the layers of material and/or particles and/or powder, the supply medium located in a pre-defined area of the roller is to be provided to the pre-defined areas in such a way that the pre-defined areas on the material layer are at least partly covered by particles and/or powder by the negative pressure and by a second supply placed on the roller by means of a second layer of material on the first layer of material with particles and/or powder, where these are located in pre-defined areas arranged in particular between the vacuum areas with the first layer of material, in particular by the action of the bonding agent arranged on the roller, so that the composite contains at least one substantially closed chamber comprising particles and/or powder at least partly rotary roller has a particularly fixed shaft, where the particles and/or powder and/or the material layer, in particular separated from and/or stamped from flat material, in particular web-shaped material, are charged by means of a means assigned to shaft to produce pressure and/or vacuum, i. e. a means exploiting the bernoullie effect, i. e. one or more Venturi nozzles, directly or indirectly by means of transport, in particular transport nozzles, for the transmission of pressure from the area of the shaft are manipulated in particular at the vacuum area, through a rotating coating agent so that, in particular in a predetermined local area of the coating agent, the material position and/or particles and/or powder are held by vacuum and/or repelled by overpressure.
A spark plug comprising an electrode tip (90, 95) at a distal end of an electrode (20, 30), wherein the electrode tip (90, 95) contains: Pd as a predominant component in an amount of 40 wt.% or more; at least one element of Ir, Ni, Co and Fe, wherein, when the tip (90, 95) contains Ir, the amount of Ir is 0.5 wt.% to 20 wt.%, and when the tip (90, 95) contains at least one element of Ni, Co and Fe, the amount of each element is 0.5 wt.% to 40 wt.%; wherein the total amount of Ir, Ni, Co and Fe is less than 60 wt. %; and at least one element of Pt, Re, Rh and Ru in a total amount of 5 wt.% to 40 wt.%, wherein when the tip (90, 95) contains at least one element of Re, Rh and Ru, the total amount of Re, Rh and Ru is 10 wt.% or less, and when the tip (90, 95) contains Pt, the amount of Pt is 16 wt.% to 40 wt.%; wherein a concentration of oxygen dissolved in the electrode tip is 300 mass ppm or less. Pd as a predominant component in an amount of 40 wt.% or more; at least one element of Ir, Ni, Co and Fe, wherein, when the tip (90, 95) contains Ir, the amount of Ir is 0.5 wt.% to 20 wt.%, and when the tip (90, 95) contains at least one element of Ni, Co and Fe, the amount of each element is 0.5 wt.% to 40 wt.%; wherein the total amount of Ir, Ni, Co and Fe is less than 60 wt. %; and at least one element of Pt, Re, Rh and Ru in a total amount of 5 wt.% to 40 wt.%, wherein when the tip (90, 95) contains at least one element of Re, Rh and Ru, the total amount of Re, Rh and Ru is 10 wt.% or less, and when the tip (90, 95) contains Pt, the amount of Pt is 16 wt.% to 40 wt.%; wherein a concentration of oxygen dissolved in the electrode tip is 300 mass ppm or less.
A negative pressure wound therapy (NPWT) dressing comprising a backing layer, wherein said backing layer comprises a thermoplastic elastomer, preferably a thermoplastic polyurethane, an adhesive skin contact layer and an absorbent structure arranged between said backing layer and said adhesive skin contact layer; said adhesive skin contact layer being configured to detachably adhere the dressing to a dermal surface, wherein said backing layer comprises a coupling member comprising a tubing configured to connect the dressing to a negative pressure source and to a remote fluid collection means, characterized in that said backing layer has a moisture vapor transmission rate (MVTR) in the range of from 500 to 3500 g/m2/24h, as measured by NWSP070.4R0, and wherein said tubing comprises a fluid conduit configured to remove fluid from said dressing and an air conduit configured to supply air to said fluid conduit and/or said dressing.
A fluid-filled chamber (33; 133) comprising: a barrier (40; 140) formed from a first polymer layer (41; 141) and a second polymer layer (42; 142), the first polymer layer being joined to the second polymer layer to define an interior void; a tensile member (50: 150) located within the interior void, the tensile member including a first tensile element (51; 151) and a second tensile element (52; 152), the first tensile element having a pair of spaced textile layers (53; 153) joined by a plurality of connecting members (54; 154), and the second tensile element being joined to one of the textile layers of the first tensile element, an outward facing surface of the first tensile element being joined to the first polymer layer, and an outward facing surface of the second tensile element being joined to the second polymer layer; and a fluid located within the interior void, the fluid being pressurized to place an outward force upon the barrier and induce tension in the tensile member. a barrier (40; 140) formed from a first polymer layer (41; 141) and a second polymer layer (42; 142), the first polymer layer being joined to the second polymer layer to define an interior void; a tensile member (50: 150) located within the interior void, the tensile member including a first tensile element (51; 151) and a second tensile element (52; 152), the first tensile element having a pair of spaced textile layers (53; 153) joined by a plurality of connecting members (54; 154), and the second tensile element being joined to one of the textile layers of the first tensile element, an outward facing surface of the first tensile element being joined to the first polymer layer, and an outward facing surface of the second tensile element being joined to the second polymer layer; and a fluid located within the interior void, the fluid being pressurized to place an outward force upon the barrier and induce tension in the tensile member.
Method for controlling a resisting torque of a motor vehicle alternator intended to be coupled to a heat engine of a vehicle and suitable for producing a power supply voltage (B+) of a network onboard said vehicle, in response to an excitation current (I_ROTOR) applied to a rotor of said alternator, said method being of the type of those consisting in limiting said resisting torque by determining a maximum duty cycle (DC_LIMIT) of said excitation current (I_ROTOR) as a function of variables taken from a group comprising a speed of rotation (V_ROTOR) of said rotor, a temperature (T_ROTOR) of said rotor, said excitation current (I_ROTOR), said power supply voltage (B+), in which said maximum duty cycle (DC_LIMIT) is determined as a function of at least said speed of rotation (V_ROTOR) and said temperature (T_ROTOR), characterized in that said maximum duty cycle (DC_LIMIT) is equal to a linear function of said temperature (T_ROTOR) exhibiting a slope inversely proportional to said speed of rotation (V_ROTOR).
Use of a duplex stainless steel in a urea production plant and/or in a urea production process, wherein the duplex stainless steel is used in a urea environment and in contact with a fluid comprising ammonium carbamate, and wherein the duplex stainless steel contains in weight percentage (%w): C 0,03 or less Si 0,5 or less Mn 2,5 or less Cr from more than 30,0 to 35,0 Ni from 5,5 to 8,0 Co from 0,01 to 0,8 Mo from 2,0 to 2,5 W 2,5 or less N from 0,3 to 0,6 Cu 1,0 or less having one or more of the following: Ca 0,0040 or less Mg 0,0040 or less one or more rare-earth elements in a total amount of 0,1 or less; the balance being Fe and impurities; wherein the duplex stainless steel has a composition parameter, representative of the combined contents of Ni, Co, Mo and defined by formula: Z = 1,062 Ni + Co + 4,185 Mo where Ni, Co, Mo indicate the weight percentage of Ni, Co, Mo respectively; said composition parameter ranging between 14,95 and 19,80. C 0,03 or less Si 0,5 or less Mn 2,5 or less Cr from more than 30,0 to 35,0 Ni from 5,5 to 8,0 Co from 0,01 to 0,8 Mo from 2,0 to 2,5 W 2,5 or less N from 0,3 to 0,6 Cu 1,0 or less Ca 0,0040 or less Mg 0,0040 or less one or more rare-earth elements in a total amount of 0,1 or less;
A system for an aircraft, the system comprising: an ejection system having a plurality of adjustable settings; a connector (212;218;224;230) configured to connect to a first component of the ejection system, wherein the ejection system includes a plurality of components (204,206,208,210), the plurality of components including the first component, wherein the connector comprises a connector portion that includes information corresponding to a user of the ejection system, wherein the connector portion includes a plurality of pins, wherein a configuration of the plurality of pins in the connector portion indicates the information corresponding to the user, and wherein the configuration is based on a specific combination of logical ones corresponding to a presence of a pin in the plurality of pins and a logical zero corresponding to a removal of a pin in the plurality of pins; and a controller coupled to the ejection system and configured to adjust at least one of a plurality of adjustable settings of the ejection system based on the information corresponding to the user of the ejection system. an ejection system having a plurality of adjustable settings; a connector (212;218;224;230) configured to connect to a first component of the ejection system, wherein the ejection system includes a plurality of components (204,206,208,210), the plurality of components including the first component, wherein the connector comprises a connector portion that includes information corresponding to a user of the ejection system, wherein the connector portion includes a plurality of pins, wherein a configuration of the plurality of pins in the connector portion indicates the information corresponding to the user, and wherein the configuration is based on a specific combination of logical ones corresponding to a presence of a pin in the plurality of pins and a logical zero corresponding to a removal of a pin in the plurality of pins; and a controller coupled to the ejection system and configured to adjust at least one of a plurality of adjustable settings of the ejection system based on the information corresponding to the user of the ejection system.
Structure for interchangeable containers for a load transport vehicle, comprising a base frame and at least one extension arm which is movable relative to the base frame in order to unload and/or tilt a container, at least one actuation device (28a, 28b) for exerting a force on the at least one extension arm, a control apparatus for controlling the at least one actuation device (28a, 28b), and a sensor arrangement (5, 7), the sensor arrangement comprising an angle sensor for measuring the angle or the inclination relative to the Earth's gravitational field, and the control apparatus being designed to detect the angle measured by the angle sensor as a relative zero point value of the angle when the extension arm is in a zero position and to vary control of the at least one actuation device (28a, 28b) depending on the angular difference of the angle measured by the angle sensor and of the zero point value of the angle, the at least one actuation device (28a, 28b) comprising at least hydraulic cylinders (28a, 28b), the structure comprising a pressurised fluid source which can be controlled by the controller or a pressure line which can be connected to a pressurised fluid source, which line can supply the hydraulic cylinders (28a, 28b) with hydraulic fluid under pressure in order to move the at least one extension arm, characterised in that the at least one actuation device (28a, 28b) comprises at least two hydraulic cylinders (28a, 28b), the controller being able to control the pressurised fluid source, for quick movement in a rapid traverse, such that the supply of hydraulic fluid to all hydraulic cylinders, except for one rapid hydraulic cylinder, is reduced and/or blocked, and the supply to the one rapid hydraulic cylinder is increased.
A garment configured to be worn by a wearer and to be washed and re-worn numerous times, the garment comprising: a plurality of adhesive bonds within a bonded region of the garment; a garment base, wherein the garment base defines a garment lateral edge of the garment; and a moisture capture assembly bonded to the garment base within the bonded region of the garment by at least a subset of the plurality of adhesive bonds, wherein the moisture capture assembly has a perimeter, an assembly interior side that faces the wearer when the garment is worn by the wearer, and an assembly exterior side that faces away from the wearer when the garment is worn by the wearer, and wherein the moisture capture assembly comprises at least: a moisture retention portion configured to absorb and retain moisture from the wearer; and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion and positioned toward the assembly exterior side of the moisture capture assembly relative to the moisture retention portion; wherein the bonded region extends fully around the perimeter of the moisture capture assembly, and wherein the moisture capture assembly and the bonded region do not extend to the garment lateral edge. a plurality of adhesive bonds within a bonded region of the garment; a garment base, wherein the garment base defines a garment lateral edge of the garment; and a moisture capture assembly bonded to the garment base within the bonded region of the garment by at least a subset of the plurality of adhesive bonds, wherein the moisture capture assembly has a perimeter, an assembly interior side that faces the wearer when the garment is worn by the wearer, and an assembly exterior side that faces away from the wearer when the garment is worn by the wearer, and wherein the moisture capture assembly comprises at least: a moisture retention portion configured to absorb and retain moisture from the wearer; and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion and positioned toward the assembly exterior side of the moisture capture assembly relative to the moisture retention portion; wherein the bonded region extends fully around the perimeter of the moisture capture assembly, and wherein the moisture capture assembly and the bonded region do not extend to the garment lateral edge. a moisture retention portion configured to absorb and retain moisture from the wearer; and an anti-leak portion configured to restrict moisture from exiting the moisture retention portion and positioned toward the assembly exterior side of the moisture capture assembly relative to the moisture retention portion; wherein the bonded region extends fully around the perimeter of the moisture capture assembly, and wherein the moisture capture assembly and the bonded region do not extend to the garment lateral edge.
A process for the preparation of N-methyl-4-benzylcarbamidopyridinium chloride comprising the following step: quaterisation of the pyridinium ring atom of isonicotinic acid benzylamide with chloromethane according to the following reaction scheme
A method for spraying a refractory product upon an interior surface of a vessel comprising: positioning an applicator having a nozzle comprising a spinner head at a preselected location opposite the interior surface of the vessel, rotatably supporting the spinner head on the applicator, conveying a wetted refractory material through the applicator to the spinner head, providing a supply of pressurized air to an air rotor within the applicator to cause the air rotor to rotate which in turn rotates the spinner head in a preselected rotary direction, applying the wetted refractory material in a spray from the spinner head onto a preselected area of the interior surface of the vessel wherein the wetted refractory material is applied while the preselected area of the interior surface is at an elevated temperature characterized in that the applicator is provided with a housing and a shroud which surrounds the housing forming a channel therebetween and the housing of the applicator is cooled to below the temperature of the vessel by passing the pressurized air along the channel so as to cool housing. positioning an applicator having a nozzle comprising a spinner head at a preselected location opposite the interior surface of the vessel, rotatably supporting the spinner head on the applicator, conveying a wetted refractory material through the applicator to the spinner head, providing a supply of pressurized air to an air rotor within the applicator to cause the air rotor to rotate which in turn rotates the spinner head in a preselected rotary direction, applying the wetted refractory material in a spray from the spinner head onto a preselected area of the interior surface of the vessel wherein the wetted refractory material is applied while the preselected area of the interior surface is at an elevated temperature characterized in that the applicator is provided with a housing and a shroud which surrounds the housing forming a channel therebetween and the housing of the applicator is cooled to below the temperature of the vessel by passing the pressurized air along the channel so as to cool housing.