mhurhangee/ep-ind-claims huggingface dataset:
Manufacturing method, • in which, by means of a cutting unit (8, 38) of a machine tool (2, 32), in addition to a workpiece cut-out provided as a first workpiece cut-out, at least one second workpiece cut-out is cut out from an in particular plate-like workpiece, preferably from a metal sheet, and, in the process, is finally cut free from a remainder workpiece (16, 49) of the workpiece, • in order to cut the second workpiece cut-out out of the workpiece, the cut-free first workpiece cut-out being removed mechanically from the cutting unit (8, 38) of the machine tool (2, 32) by the cut-free first workpiece cut-out and the remainder workpiece (16, 49) being moved relative to the cutting unit (8, 38) of the machine tool (2, 32) by a common removal movement, the cut-free first workpiece cut-out, during the common removal movement of the cut-free first workpiece cut-out and the remainder workpiece (16, 49), being secured to a holding device (17, 50) and being positioned relative to the remainder workpiece (16, 49) by means of the holding device (17, 50), characterized in that after the first workpiece cut-out and the second workpiece cut-out have been partially separated from the remainder workpiece (16, 49) by means of the cutting unit (8, 38) of the machine tool (2, 32), both workpiece cut-outs are secured to a holding device (17, 50), and in that the first workpiece cut-out and the second workpiece cut-out are finally cut free, the cut-free first workpiece cut-out and the remainder workpiece (16, 49), before the second workpiece cut-out is finally cut free, being moved relative to the cutting unit (8, 38) of the machine tool (2, 32) by the common removal movement of the cut-free first workpiece cut-out and the remainder workpiece (16, 49). • in which, by means of a cutting unit (8, 38) of a machine tool (2, 32), in addition to a workpiece cut-out provided as a first workpiece cut-out, at least one second workpiece cut-out is cut out from an in particular plate-like workpiece, preferably from a metal sheet, and, in the process, is finally cut free from a remainder workpiece (16, 49) of the workpiece, • in order to cut the second workpiece cut-out out of the workpiece, the cut-free first workpiece cut-out being removed mechanically from the cutting unit (8, 38) of the machine tool (2, 32) by the cut-free first workpiece cut-out and the remainder workpiece (16, 49) being moved relative to the cutting unit (8, 38) of the machine tool (2, 32) by a common removal movement, the cut-free first workpiece cut-out, during the common removal movement of the cut-free first workpiece cut-out and the remainder workpiece (16, 49), being secured to a holding device (17, 50) and being positioned relative to the remainder workpiece (16, 49) by means of the holding device (17, 50),
A method for implementing single radio voice call continuity, SRVCC, characterized in that: an application layer gateway, ALG, sending number information and/or identifier information of the ALG to a service continuity application server, SC AS, through a signaling message; and the SC AS judging whether the number information and/or identifier information of the ALG are the same as last used REFER number information or not, if not, the SC AS notifying a packet switch, PS, network control entity or a circuit switch, CS, network control entity of the number information and/or identifier information of the ALG; alternatively, the SC AS not judging and directly notifying the PS network control entity or the CS network control entity of the number information and/or identifier information of the ALG; wherein said number information and/or identifier information is/are used by the PS network control entity or by the CS network control entity for determining the ALG. an application layer gateway, ALG, sending number information and/or identifier information of the ALG to a service continuity application server, SC AS, through a signaling message; and the SC AS judging whether the number information and/or identifier information of the ALG are the same as last used REFER number information or not, if not, the SC AS notifying a packet switch, PS, network control entity or a circuit switch, CS, network control entity of the number information and/or identifier information of the ALG; alternatively, the SC AS not judging and directly notifying the PS network control entity or the CS network control entity of the number information and/or identifier information of the ALG; wherein said number information and/or identifier information is/are used by the PS network control entity or by the CS network control entity for determining the ALG.
Road finisher comprising an undercarriage; a chassis; a hopper, which is mounted at the chassis at the front of the road finisher with respect to a paving direction for receiving paving material; a paving screed provided at the rear of the road finisher with respect to the paving direction for compacting paving material, said paving screed being attached to the chassis by means of tie bars; and a lifting device adapted to lift the chassis relative to the undercarriage at least in a rear region of the road finisher, characterized in that the lifting device comprises a rocker which is mounted rotatably about an undercarriage rotation axis on an undercarriage-side bearing surface and rotatably about a chassis rotation axis on a chassis-side bearing surface, wherein the lifting device further comprises a length-variable adjustment element connecting a chassis-side link point to a rocker-side link point and being configured to change, by changing its length, a distance between the chassis-side link point and the rocker-side link point and thereby selectively lift or lower the chassis relative to the undercarriage, wherein a distance (d) between the chassis rotation axis and the undercarriage rotation axis is greater than a distance (e) between the chassis rotation axis and the chassis-side bearing surface.
An aerosol-generating article for producing an inhalable aerosol upon heating, the aerosol-generating article comprising an aerosol-generating rod, the aerosol-generating rod comprising: a first aerosol-generating segment comprising a first aerosol-generating substrate, wherein the first aerosol-generating substrate comprises a tobacco material and an aerosol former; a second aerosol-generating segment at a location upstream of the first aerosol-generating segment; and a wrapper circumscribing at least the first aerosol-generating segment and the second aerosol-generating segment; wherein the second aerosol-generating segment comprises a plug of a porous substrate comprising a core portion and a peripheral portion surrounding the core portion, wherein the core portion of the plug comprises at least one of an aerosol-generating medium and a flavourant, wherein the peripheral portion of the plug surrounding the core portion is free of the at least one of an aerosol-generating medium and a flavourant, and wherein a cross-sectional area of the core portion of the plug is from 30 percent to 90 percent of a cross-sectional area of the second segment. a first aerosol-generating segment comprising a first aerosol-generating substrate, wherein the first aerosol-generating substrate comprises a tobacco material and an aerosol former; a second aerosol-generating segment at a location upstream of the first aerosol-generating segment; and a wrapper circumscribing at least the first aerosol-generating segment and the second aerosol-generating segment; wherein the second aerosol-generating segment comprises a plug of a porous substrate comprising a core portion and a peripheral portion surrounding the core portion, wherein the core portion of the plug comprises at least one of an aerosol-generating medium and a flavourant, wherein the peripheral portion of the plug surrounding the core portion is free of the at least one of an aerosol-generating medium and a flavourant, and wherein a cross-sectional area of the core portion of the plug is from 30 percent to 90 percent of a cross-sectional area of the second segment.
An apparatus for manufacturing a security paper, wherein - a first wet end of a paper machine forms a first paper web and optionally equips the same with individualization features, such as an opening, an endless security element or a watermark, - a second wet end of a paper machine forms a second paper web, - a suction device removes paper fibers in at least one location from the first and/or second paper web in the still moist state, preferably in register with the optionally present individualization features of the first paper web, - the second paper web is joined and firmly connected with the first paper web via a removal belt, characterized in that - the suction device has an endless belt of a screen-like tissue or with an impervious surface, - the endless belt has at least one recess in register with the at least one location in which the paper fibers are to be removed from the paper web in the still moist state, - the endless belt is stretched onto least two guide rollers that are adjustable in their position, - a suction roller or a suction box is arranged on the side of the endless belt that is opposite of the paper web, - the suction roller or the suction box generates a negative pressure and withdraws the paper fibers by suction. - a first wet end of a paper machine forms a first paper web and optionally equips the same with individualization features, such as an opening, an endless security element or a watermark, - a second wet end of a paper machine forms a second paper web, - a suction device removes paper fibers in at least one location from the first and/or second paper web in the still moist state, preferably in register with the optionally present individualization features of the first paper web, - the second paper web is joined and firmly connected with the first paper web via a removal belt, - the suction device has an endless belt of a screen-like tissue or with an impervious surface, - the endless belt has at least one recess in register with the at least one location in which the paper fibers are to be removed from the paper web in the still moist state, - the endless belt is stretched onto least two guide rollers that are adjustable in their position, - a suction roller or a suction box is arranged on the side of the endless belt that is opposite of the paper web, - the suction roller or the suction box generates a negative pressure and withdraws the paper fibers by suction.
A system or a circuit, comprising: a first fuse (102,202) electrically connected between a first node (104,204) and a first resistor (110,210); a second fuse (112,212) electrically connected between a second node (114,214) and a second resistor (118,218), characterised in that the first and second resistors are in parallel connection to a same port of a multiplexer (132,232); and further characterised by a controller (138,238) communicably connected with the multiplexer, the controller operable to read a voltage level of the first and second nodes. a first fuse (102,202) electrically connected between a first node (104,204) and a first resistor (110,210); a second fuse (112,212) electrically connected between a second node (114,214) and a second resistor (118,218), characterised in that the first and second resistors are in parallel connection to a same port of a multiplexer (132,232); and further characterised by a controller (138,238) communicably connected with the multiplexer, the controller operable to read a voltage level of the first and second nodes.
A fixed type constant velocity universal joint, comprising: an outer joint member having an inner surface including eight track grooves; an inner joint member having an outer surface including eight track grooves; eight torque transmitting balls arranged in ball tracks formed of pairs of the eight track grooves of the outer joint member and the eight track grooves of the inner joint member, respectively; and a cage which is interposed between the inner surface of the outer joint member and the outer surface of the inner joint member and holds the eight torque transmitting balls, wherein a center of curvature of each of the eight track grooves of the outer joint member and a center of curvature of each of the eight track grooves of the inner joint member have an axial offset of zero, and wherein the eight track grooves of each of the outer joint member and the inner joint member comprise: inclined tracks (22A1, 22A2, 25A1, 25A2) arranged at a 90° pitch along a circumferential direction and inclined in opposite directions with respect to an axial line; and other tracks (22B, 25B) which are formed between the inclined tracks and parallel to the axial line. an outer joint member having an inner surface including eight track grooves; an inner joint member having an outer surface including eight track grooves; eight torque transmitting balls arranged in ball tracks formed of pairs of the eight track grooves of the outer joint member and the eight track grooves of the inner joint member, respectively; and a cage which is interposed between the inner surface of the outer joint member and the outer surface of the inner joint member and holds the eight torque transmitting balls, wherein a center of curvature of each of the eight track grooves of the outer joint member and a center of curvature of each of the eight track grooves of the inner joint member have an axial offset of zero, and wherein the eight track grooves of each of the outer joint member and the inner joint member comprise: inclined tracks (22A1, 22A2, 25A1, 25A2) arranged at a 90° pitch along a circumferential direction and inclined in opposite directions with respect to an axial line; and other tracks (22B, 25B) which are formed between the inclined tracks and parallel to the axial line. inclined tracks (22A1, 22A2, 25A1, 25A2) arranged at a 90° pitch along a circumferential direction and inclined in opposite directions with respect to an axial line; and other tracks (22B, 25B) which are formed between the inclined tracks and parallel to the axial line.
A boiler with substantially vertical fire tubes, particularly for domestic heating, comprising a skirt for containing water to be heated, which is provided at the top with a furnace which has a base that is shaped so as to define a flat tube plate, and said plurality of substantially vertical tubes that extend from said tube plate and convey the exhaust gases produced in the furnace to a collection chamber arranged proximate to the base of the skirt, said flat tube plate being inclined sufficiently to allow the natural circulation of the water in contact with it, thus avoiding any possibility of stagnation, characterized in that said conveyance tubes are fixed to the tube plate so as to be perpendicular thereto, thus being inclined with respect to lateral walls of said skirt.
An implant insertion device, comprising: a) a foldable or stretchable body comprising an interior cavity capable of receiving an implant therein and an aperture in communication with the cavity, b) a neck having an end extending from the body, c) a first member extending from the body, wherein the first member comprises a flexible ring, and d) a second member extending from the body, wherein the second member comprises a flexible ring. a) a foldable or stretchable body comprising an interior cavity capable of receiving an implant therein and an aperture in communication with the cavity, b) a neck having an end extending from the body, c) a first member extending from the body, wherein the first member comprises a flexible ring, and d) a second member extending from the body, wherein the second member comprises a flexible ring.
Use of a mixed metal compound in the manufacture of medicament for neutralising or buffering stomach acid, wherein the mixed metal compound contains at least one trivalent metal selected from iron and aluminium and at least one divalent metal selected from of magnesium, iron, zinc, calcium, lanthanum and cerium, wherein the mixed metal compound is of formula: M II 1-a M III a O b A n- c.zH 2 O where M II is the at least one divalent metal; M III is the at least one trivalent metal; A n- is at least one n-valent anion; 2 + a = 2 ⁢ b + ∑ cn, ∑ cn < 0.9 ⁢ a, and z is 2 or less, and wherein the compound of formula is obtainable or is obtained by heating a starting material comprising a layered double hydroxide structure at a temperature of from 250°C to 500°C. where M II is the at least one divalent metal; M III is the at least one trivalent metal; A n- is at least one n-valent anion; 2 + a = 2 ⁢ b + ∑ cn, ∑ cn < 0.9 ⁢ a, and z is 2 or less,
A fluid collection device, comprising: a collection pad; a device body; and a collection container, wherein the collection pad is secured to a first end of the device body, wherein the device is configured such that once sample collection has taken place, compression of the collection pad forces sample collected by the collection pad to move through the device body and into the collection container, characterized in that the collection container is removably positioned at a second end of the device body, and wherein the collection container is configured to be removable from the device body to allow separation of the collected sample from the collection pad and the device body. a collection pad; a device body; and a collection container, wherein the collection pad is secured to a first end of the device body, wherein the device is configured such that once sample collection has taken place, compression of the collection pad forces sample collected by the collection pad to move through the device body and into the collection container, characterized in that the collection container is removably positioned at a second end of the device body, and wherein the collection container is configured to be removable from the device body to allow separation of the collected sample from the collection pad and the device body.
A well completion sampling system, characterized by: tubing extending into a well; a plurality of packers surrounding the tubing and sealing the annulus of the well outside the tubing, the plurality of packers spaced to define voids in the annulus that are substantially free from hydrostatic pressure created by fluids in the well; a plurality of hollow sleeve valves connected to the tubing and having an upper sealing element and a lower sealing element, and a closed position and an open position, each sleeve valve positioned within the tubing at a depth corresponding to a void in the annulus; a plurality of ports extending transversely through the tubing, each port positioned adjacent a sleeve valve so that when the sleeve valve is closed, the port is closed, and when the sleeve valve is open, the port is open; and a sampling tool for insertion into the tubing, characterized in that the the sampling tool has top and bottom sealing elements (34, 36) that are inflatable or expandable sealing members, the bottom sealing element of the sampling tool for sealingly engaging the lower sealing element of a sleeve valve, and the top sealing element for sealingly engaging the upper sealing element of the sleeve valve when the sleeve valve is in the open position. tubing extending into a well; a plurality of packers surrounding the tubing and sealing the annulus of the well outside the tubing, the plurality of packers spaced to define voids in the annulus that are substantially free from hydrostatic pressure created by fluids in the well; a plurality of hollow sleeve valves connected to the tubing and having an upper sealing element and a lower sealing element, and a closed position and an open position, each sleeve valve positioned within the tubing at a depth corresponding to a void in the annulus; a plurality of ports extending transversely through the tubing, each port positioned adjacent a sleeve valve so that when the sleeve valve is closed, the port is closed, and when the sleeve valve is open, the port is open; and a sampling tool for insertion into the tubing, characterized in that the the sampling tool has top and bottom sealing elements (34, 36) that are inflatable or expandable sealing members, the bottom sealing element of the sampling tool for sealingly engaging the lower sealing element of a sleeve valve, and the top sealing element for sealingly engaging the upper sealing element of the sleeve valve when the sleeve valve is in the open position.
Method for producing a base of an analysis cell for analysis of a biochemical material, the method comprising the following steps: deposition of high-carbon precursor molecules and low-carbon precursor molecules in a defined mixture ratio to a substrate in order to form a precursor layer, wherein the low-carbon precursor molecules have a defined size and a hydrophobic termination, wherein the high-carbon precursor molecules and/or the low-carbon precursor molecules are deposited by means of atomic layer deposition and/or vapour deposition and/or liquid-phase deposition; and aftertreatment of the precursor layer in order to produce the base as a layer having at least one pore having a pore size dependent on the defined size and a pore number dependent on the defined mixture ratio. deposition of high-carbon precursor molecules and low-carbon precursor molecules in a defined mixture ratio to a substrate in order to form a precursor layer, wherein the low-carbon precursor molecules have a defined size and a hydrophobic termination, wherein the high-carbon precursor molecules and/or the low-carbon precursor molecules are deposited by means of atomic layer deposition and/or vapour deposition and/or liquid-phase deposition; and aftertreatment of the precursor layer in order to produce the base as a layer having at least one pore having a pore size dependent on the defined size and a pore number dependent on the defined mixture ratio.
A panel vibration type sound generating display device comprising: a display panel for displaying an image; a sound generating actuator connected to a surface of the display panel and configured to vibrate the display panel to generate sound; a support structure; and another sound generating actuator (1210, 1210', 1220, 1220'), wherein the support structure further comprises a reinforcement member extending between or through the two sound generating actuators (1210, 1210', 1220, 1220'); and wherein an air gap is provided between the surface and the support structure. a display panel for displaying an image; a sound generating actuator connected to a surface of the display panel and configured to vibrate the display panel to generate sound; a support structure; and another sound generating actuator (1210, 1210', 1220, 1220'), wherein the support structure further comprises a reinforcement member extending between or through the two sound generating actuators (1210, 1210', 1220, 1220'); and wherein an air gap is provided between the surface and the support structure.