mhurhangee/ep-ind-claims huggingface dataset:
Hot beverage machine having a plurality of user programs, comprising: - a display device for a selection menu for user programs, - a sensing device for determining the frequency with which a determined user program sensed collectively across all applications is called up, - a determination device for determining a number of user programs which can be represented in a selection menu, - a setting device for setting a sequence of determined user programs, and - a representation device for representing a number of determined user programs in the sequence set in a selection menu of the display device, characterised in that the sensed frequency represents a criterion for the determination device, according to which it determines a user program to be displayed in the selection menu, or for the setting device, according to which the position of a user program in a sequence is set. - a display device for a selection menu for user programs, - a sensing device for determining the frequency with which a determined user program sensed collectively across all applications is called up, - a determination device for determining a number of user programs which can be represented in a selection menu, - a setting device for setting a sequence of determined user programs, and - a representation device for representing a number of determined user programs in the sequence set in a selection menu of the display device,
A liquid crystal display device comprising a first substrate, a second substrate, a liquid crystal composition layer sandwiched between the first substrate and the second substrate, a color filter constituted by a black matrix and at least RGB three-color pixel portions, a pixel electrode, and a common electrode, wherein the liquid crystal composition layer contains a liquid crystal composition that contains one or more compounds represented by general formula, in the formula, R 31 represents an alkyl group having 1 to 10 carbon atoms, an alkoxy group having 1 to 10 carbon atoms, an alkenyl group having 2 to 10 carbon atoms, or an alkenyloxy group having 2 to 10 carbon atoms; M 31 to M 33 each independently represent a trans-1,4-cyclohexylene group or a 1,4-phenylene group, one or two -CH 2 - in the trans-1,4-cyclohexylene group may be substituted with -O- as long as oxygen atoms are not directly adjacent to each other, and one or two hydrogen atoms in the phenylene group may be substituted with fluorine atoms; X 31 and X 32 each independently represent a hydrogen atom or a fluorine atom; Z 31 represents a fluorine atom, a trifluoromethoxy group, or a trifluoromethyl group; n 31 and n 32 each independently represent 0, 1, or 2 and n 31 + n 32 is 0, 1, or 2; and when a plurality of M 31 and M 33 are present, the plurality of M 31 may be the same or different and the plurality of M 33 may be the same or different, and that contains one or more compounds selected from the group consisting of compounds represented by general formula (II-a) to general formula (II-f), in the formulae, R 19 to R 30 each independently represent an alkyl group having 1 to 10 carbon atoms, an alkoxy group having 1 to 10 carbon atoms, or an alkenyl group having 2 to 10 carbon atoms; and X 21 represents a hydrogen atom or a fluorine atom, the color filter is a color filter containing an organic pigment, and in a scattering profile analysis of the organic pigment in the color filter, the analysis including a step of measuring an ultra-small angle X-ray profile of the organic pigment by ultra-small angle X-ray scattering, a step of calculating a curve point on the scattering profile, a step of calculating an analysis region set in accordance with the curve point, and a step of calculating a slope parameter in the analysis region c1, the slope parameter in the analysis region is 2 or less.
A multi-reflecting TOF (Time Of Flight) mass analyser comprising electrostatic field generating means configured to define two, parallel, gridless ion mirrors (X 1 to X n; X -1 to X -n) each having an elongated structure in a drift direction, said ion mirrors (X 1 to X n; X -1 to X -n) providing, in operation, a folded ion path formed by multiple reflections of ions in a flight direction, orthogonal to the drift direction, and displacement of ions in the drift direction, characterized by the electrostatic field generating means being further configured to define a further gridless ion mirror (Z 1 to Z k) reflecting, in operation, ions drifting in said drift direction, wherein, in operation, by the electrostatic field generating means, ions are spatially separated according to mass-to-charge ratio due to their different flight times along the folded ion path and ions having the same mass-to-charge ratio are subjected to energy focusing with respect to said flight direction and said drift direction.
A pharmaceutical composition comprising an omega-3 fatty acid formulation and a sleep-inducing agent, for use in the treatment of a patient experiencing depression and not complaining of a sleep disorder, wherein the sleep-inducing agent is a non-benzodiazepine hypnotic, or a salt or solvate therefrom.
Dismantable and portable stove for solid fuel consisting of a body in form of a right prism with an opening on its front surface area provided with horizontal top and bottom borders, on which a cover is attached, and there is a fuel tray inside the body said fuel tray can be removed effortlessly through the front opening, characterized in that the rear wall of the body has a circular hole connected through a hose with a chimney for smoke exhausting and one of the bases of the body has a circular hole large enough to allow the "sinking" of the bottom of a cauldron whose periphery rests on the circumference of the hole when the body is being used with said base upside, or when body is being placed in a reversed position, the other base of the body is usable as a hob.
A handling vehicle provided with a driving cab and comprising a device for transporting a tool including a telescoping boom mounted pivoting in a vertical plane parallel to the longitudinal plane of the vehicle (B-B) using a lifting track under the control of a powertrain arranged in a side casing, when the vehicle rests on a horizontal floor by wheels (8, 9, 10, 11) whereof at least two front or rear wheels are driven by said powertrain, the powertrain having a motor, a hydrostatic pump and a hydraulic pump, said motor, said hydrostatic pump and said hydraulic pump being mounted in a line, this line being tilted in a horizontal plane relative to the longitudinal plane of the vehicle (B-B), when the vehicle rests on a horizontal floor, characterized in that at least 40% of the surface of said motor, projected on a horizontal plane, when the vehicle rests on a horizontal floor, as well as said pumps (5B, 5C), are arranged below said boom and in that said motor is also tilted relative to a vertical plane (C-C), when the vehicle rests on a horizontal floor.
A heater for an advanced driver assistance camera comprising: - a housing having a first opening sized to receive a lens of the advanced driver assistance camera therethrough into a housing volume and a second opening providing a transparent window area through which the driver assistance camera may receive an image when the lens is positioned in the housing volume; and - a heater element (22, 34, 36) attached to the housing outside of the transparent window area to heat the transparent window area by at least one of conduction and convection, characterized in that the housing comprises a cylindrical sleeve sized to fit tightly over a cylindrical lens barrel of the camera supporting the lens and comprising at one end detent surfaces to retain the sleeve in proper position with respect to a groove in the lens barrel and the other end being covered by the transparent window area thus forming a lens cap design which is easily installed and replaced on the camera, said sleeve providing a sealed volume between the lens and the transparent window area, said heater element (22, 34, 36) being applied to the inner surface of said portion of the sleeve surrounding the sealed volume. - a housing having a first opening sized to receive a lens of the advanced driver assistance camera therethrough into a housing volume and a second opening providing a transparent window area through which the driver assistance camera may receive an image when the lens is positioned in the housing volume; and - a heater element (22, 34, 36) attached to the housing outside of the transparent window area to heat the transparent window area by at least one of conduction and convection,
Rock drill shaft which has at the upper end a drill head, at the lower end an insertion portion and therebetween a flute, wherein the flute has at least two threads and accordingly at least two discharge grooves (5,6), and wherein the drill head has an end receiving groove for receiving a cutting insert, characterized in that a first flute portion which adjoins the drill head and, further in the direction towards the insertion portion, a second flute portion are provided, in that the mean core diameter (db) of the second flute portion is smaller than the mean core diameter (da) of the first flute portion, in that the discharge grooves (5, 6) have been produced in a cutting process by means of at least one grinding or milling disc, and in that the axial position Z of the cutting outlet on the drill head of this cutting process is located within a tolerance range T about the axial position N of the groove base of the receiving groove less than T1=10% of the drill diameter D in an upward direction and less than T2=20% in a downward direction.
Oscillation damping system of a stator of an electrical machine having a rotating component, with a winding being held on a supporting component of the stator, wherein at least one of the design features comprising the form and attachment of the supporting component has an asymmetry which acts to damp oscillations when the stator is cyclically excited by the rotating component of the electrical machine, characterized in that at least one additional weight is attached to the supporting component in order to produce an asymmetry of the stator in relation to the direction of rotation of the rotating component.
A method for the production of methane from carbon dioxide, hydrogen and anaerobic Archaea methanogen/s which includes the steps of: a) providing an anode reaction vessel containing a positive electrode (anode) and a liquid electrolytic medium comprising water and ionizing material; b) providing a cathode reaction vessel containing a negative electrode (cathode), an electrolytic aqueous growth substrate, methanogen/s, carbon dioxide and hydrogen, wherein the cathode vessel and aqueous growth substrate is pressurized to a pressure of from 5 to 1000 bar with a pressurizing fluid consisting of liquid carbon dioxide, or a mixture of liquid carbon dioxide and hydrogen; c) connecting the first and second reaction vessels with connection means which allows electrons and/or ions, to pass between the electrolytic media of the anode and cathode reaction vessels; d) applying a direct electrical current to the positive electrode and the negative electrode to: • effect ionization of hydrogen in the cathode reaction vessel to produce hydrogen and also to increase the pH of the electrolytic aqueous growth substrate; and • effect ionized oxygen in the first reaction vessel, to form oxygen, wherein electrolysis is implemented intermittently to control the pH in the cathode reaction vessel. a) providing an anode reaction vessel containing a positive electrode (anode) and a liquid electrolytic medium comprising water and ionizing material; b) providing a cathode reaction vessel containing a negative electrode (cathode), an electrolytic aqueous growth substrate, methanogen/s, carbon dioxide and hydrogen, wherein the cathode vessel and aqueous growth substrate is pressurized to a pressure of from 5 to 1000 bar with a pressurizing fluid consisting of liquid carbon dioxide, or a mixture of liquid carbon dioxide and hydrogen; c) connecting the first and second reaction vessels with connection means which allows electrons and/or ions, to pass between the electrolytic media of the anode and cathode reaction vessels; d) applying a direct electrical current to the positive electrode and the negative electrode to: • effect ionization of hydrogen in the cathode reaction vessel to produce hydrogen and also to increase the pH of the electrolytic aqueous growth substrate; and • effect ionized oxygen in the first reaction vessel, to form oxygen, wherein electrolysis is implemented intermittently to control the pH in the cathode reaction vessel. • effect ionization of hydrogen in the cathode reaction vessel to produce hydrogen and also to increase the pH of the electrolytic aqueous growth substrate; and • effect ionized oxygen in the first reaction vessel, to form oxygen,
A reversible electromagnetic contactor in which a pair of electromagnetic contactors (1a, 1b) are disposed adjacently so that respective operation indication pieces protruding on upper surfaces move in the same direction in a closing operation and a reversible unit is mounted to be laid across the upper surfaces of the pair of electromagnetic contactors (1a, 1b), wherein the reversible unit is provided with a pair of interlock plates (21, 22) which are detachably connected to the respective operation indication pieces of the pair of electromagnetic contactors (1a, 1b) and which can move in the same direction as a movement direction of the operation indication pieces, a lock piece which connects the pair of interlock plates (21, 22), a first normally-closed contact, a second normally-closed contact, and a unit case that accommodates the pair of interlock plates (21, 22), the lock piece, and the first and second normally-closed contacts (24, 25) and that is mounted to be laid across the upper surfaces of the pair of electromagnetic contactors (1a, 1b), in a closing operation of one of the electromagnetic contactors, the lock piece rotates in a first direction as one of the interlock plates moves to prevent the other of the interlock plates from moving, and maintains a release operation of the other of the electromagnetic contactors, and in a closing operation of the other of the electromagnetic contactors, the lock piece rotates in a second direction, which is different from the first direction, as the other of the interlock plates moves to prevent the one of the interlock plates from moving, and maintains a release operation of the one of the electromagnetic contactors, the first normally-closed contact is connected in series in a power supply circuit to an exciting coil of the other of the electromagnetic contactors, and the one of the interlock plates is provided with a first opening operation engagement portion that performs an operation of opening the first normally-closed contact when the one of the interlock plates moves, and the second normally-closed contact is connected in series in a power supply circuit to an exciting coil of the one of the electromagnetic contactors, and the other of the interlock plates is provided with a second opening operation engagement portion that performs an operation of opening the second normally-closed contact when the other of the interlock plates moves, wherein unit connection terminals for connection to the first normally-closed contact and the second-normally closed contact are provided at an end portion of the reversible unit.
A pixel structure, comprising: a plurality of pixel units arranged in a matrix, each of the pixel units including first to seventh subpixels arranged sequentially in a row direction, the first subpixel, the second subpixel, the third subpixel and the fourth subpixel being different from one another in color, and each subpixel among the first to third subpixels having a same color as that of one subpixel among the fifth to the seventh subpixels and are one of red, green and blue respectively, wherein the colors of the first to third subpixels and the fifth to seventh subpixels are repeated in a same column, characterized in that the color of the fourth subpixel is yellow, white or cyan, and three adjacent fourth subpixels among the fourth subpixels in a same column are different from one another in color.
An elongate seal for sealing a gap between a sliding frame and a static frame of a sliding window or door unit, the seal comprising a main body consisting of: an elongate first section for attachment to one of the sliding frame and static frame; an elongate second section for slidably contacting the other of the sliding frame and static frame, the second section being spaced from the first section; and resilient spaced-apart elongate first and second side walls (106, 108) each spanning between the first and second sections (102, 104), the spacing of the first and second side walls (106, 108) being lesser part-way between the first and second sections (102, 104) than at said sections, and when installed the spacing between the first and second side walls (106, 108) reduces on the first and second sections (102, 104) moving towards one another in use and increases on the first and second sections (102, 104) moving away from one another in use; the elongate seal further comprising two structures of a different material to the main body of the elongate seal for contacting the other of the sliding frame and static frame; characterised in that the two structures are partially embedded within the second section of the main body of the elongate seal and in that each structure is an elongate rod. an elongate first section for attachment to one of the sliding frame and static frame; an elongate second section for slidably contacting the other of the sliding frame and static frame, the second section being spaced from the first section; and resilient spaced-apart elongate first and second side walls (106, 108) each spanning between the first and second sections (102, 104), the spacing of the first and second side walls (106, 108) being lesser part-way between the first and second sections (102, 104) than at said sections, and when installed the spacing between the first and second side walls (106, 108) reduces on the first and second sections (102, 104) moving towards one another in use and increases on the first and second sections (102, 104) moving away from one another in use; the elongate seal further comprising two structures of a different material to the main body of the elongate seal for contacting the other of the sliding frame and static frame; characterised in that the two structures are partially embedded within the second section of the main body of the elongate seal and in that each structure is an elongate rod.
A prosthetic heart valve comprising: at least one reinforcement member configured to be attached with a first attachment member (61, 70) to one or more components of the prosthetic heart valve; wherein the at least one reinforcement member comprises a suture having a longitudinal axis and a transverse axis perpendicular to the longitudinal axis; wherein at least a portion of the suture comprises a plurality of apertures; wherein each of the plurality of apertures is configured to receive the first attachment member (61, 70) for coupling the suture to the prosthetic heart valve; and wherein the plurality of apertures is braided within the suture or wherein the suture comprises two or more cords fused together to form the plurality of apertures. wherein the at least one reinforcement member comprises a suture having a longitudinal axis and a transverse axis perpendicular to the longitudinal axis; wherein at least a portion of the suture comprises a plurality of apertures; wherein each of the plurality of apertures is configured to receive the first attachment member (61, 70) for coupling the suture to the prosthetic heart valve; and wherein the plurality of apertures is braided within the suture or wherein the suture comprises two or more cords fused together to form the plurality of apertures.
Once-through steam generator comprising a number of burners for fossil fuel, the surrounding wall thereof being completely or partially formed from steam generator tubes welded together in a gas-tight manner, said burners being disposed in a combustion chamber downstream of which a vertical gas duct is mounted above a horizontal gas duct on the hot gas side, wherein a first part of the steam generator tubes welded together in a gas-tight manner are implemented as a system of evaporator tubes mounted upstream of a moisture separation system on the flow medium side, and a second part of the steam generator tubes welded together in a gas-tight manner are implemented as a system of superheater tubes mounted downstream of the moisture separation system on the flow medium side, wherein superheater tubes in parallel contiguity with evaporator tubes are mounted immediately downstream of the moisture separation system on the flow medium side.
Testing apparatus, which is a tyre testing apparatus, with a testing chamber, a pressure loading unit for changing the pressure in the testing chamber and at least one measuring head for measuring a measurement object arranged in the testing chamber at different pressure values produced by the pressure loading unit, characterized in that, for changing the pressure in the testing chamber, the pressure loading unit changes the volume of the testing chamber while excluding air from the surroundings, wherein the pressure loading unit comprises a wall element of the testing chamber which is movable with respect to the rest of the testing chamber structure and by the movement of which the volume of the testing chamber can be changed.
An application server with overload protection, wherein the server is configured to receive requests (126, 134) from clients (102, 106), said server comprising: a plurality of workload managers operating thereon; a priority queue; and queuing logic configured to determine the destination workload manager to which a request is directed and to determine the priority of the request according to the priority of the workload manager the request is directed to; wherein the queuing logic is configured to place the requests thus prioritized according to destination workload manager in the queue according to their priority and reject certain requests in the queue when the server state indicates an overload condition, wherein requests that are not placed in the queue are rejected. a plurality of workload managers operating thereon; a priority queue; and queuing logic configured to determine the destination workload manager to which a request is directed and to determine the priority of the request according to the priority of the workload manager the request is directed to; wherein the queuing logic is configured to place the requests thus prioritized according to destination workload manager in the queue according to their priority and reject certain requests in the queue when the server state indicates an overload condition, wherein requests that are not placed in the queue are rejected.