mhurhangee/ep-ind-claims huggingface dataset:
A probe for subsurface drilling comprising: an elongated metallic housing enclosing electronics including a signal generator, preferably an electromagnetic telemetric signal generator, the elongated housing comprising first and second electrical contacts (24A, 24B) spaced apart longitudinally on an outside of the housing and an electrically-insulating gap comprising an electrically-insulating material providing electrical isolation between first and second parts (23A, 23B) of the metallic housing, the gap located between the first and second electrical contacts (24A, 24B) wherein the signal generator is in electrical contact with the first and second electrical contacts (24A, 25B) and wherein the first and second electrical contacts (24A, 24B) are located at opposed ends of the elongated metallic housing; and, a first electrically-insulating layer on an outside surface of the metallic housing, the first electrically-insulating layer continuously covers substantially all of that portion of the outside surface of the metallic housing between the first and second electrical contacts (24A, 24B). an elongated metallic housing enclosing electronics including a signal generator, preferably an electromagnetic telemetric signal generator, the elongated housing comprising first and second electrical contacts (24A, 24B) spaced apart longitudinally on an outside of the housing and an electrically-insulating gap comprising an electrically-insulating material providing electrical isolation between first and second parts (23A, 23B) of the metallic housing, the gap located between the first and second electrical contacts (24A, 24B) wherein the signal generator is in electrical contact with the first and second electrical contacts (24A, 25B) and wherein the first and second electrical contacts (24A, 24B) are located at opposed ends of the elongated metallic housing; and, a first electrically-insulating layer on an outside surface of the metallic housing, the first electrically-insulating layer continuously covers substantially all of that portion of the outside surface of the metallic housing between the first and second electrical contacts (24A, 24B).
A method for manufacturing a segmented workpiece of a cylindrical laminated core, the workpiece comprising a circumferential part (My) for constituting a circumferential yoke part (Sy) of the core, an inner opening (Ma) for constituting a central opening (Sa) of the core and protruding parts (Mt) for constituting tooth parts (St) of the core, the method comprising the steps of: feeding a plate for processing drawn from a roll thereof to a progressive die; and stamping out a workpiece in the progressive die, the workpiece including a plurality of pieces (Md, Md1, Md2) aligned in a circumferential direction of the circumferential part (My), each piece (Md, Md1, Md2) having at least a protruding part (Mt), wherein an entirety of a portion configured to become one of the pieces (Md, Md1) is displaced in a thickness direction of the plate for processing, with adjacent portions on both circumferential sides of the piece being fixed, to form two cutting lines (Mc) across a region configured to become the circumferential part (My) in the step, characterized in that the step includes, before forming the circumferential part (My) by performing stamping at an outer circumference of the workpiece the successive steps of: (b-1) forming the inner opening (Ma) radially inside the circumferential part(My); and (b-2) forming the plurality of cutting lines (Mc) on the region configured to be the circumferential part (My). feeding a plate for processing drawn from a roll thereof to a progressive die; and stamping out a workpiece in the progressive die, the workpiece including a plurality of pieces (Md, Md1, Md2) aligned in a circumferential direction of the circumferential part (My), each piece (Md, Md1, Md2) having at least a protruding part (Mt), (b-1) forming the inner opening (Ma) radially inside the circumferential part(My); and (b-2) forming the plurality of cutting lines (Mc) on the region configured to be the circumferential part (My).
A device for a flow control of a liquid or a gaseous medium, comprising a valve element controlling at least one flow opening (13, 14) for the medium and an electromagnet actuating said valve element, said electromagnet comprising a magnetic circuit with at least one excitation coil and a solenoid armature coupled to said valve element, said at least one flow opening (13, 14) being formed in a valve chamber disposed between valve ports (19, 20, 21) of a valve housing, and said valve element being disposed in said valve chamber such that it is swivelable about an axis, and said valve chamber being sealed against said electromagnet with a seal which is simultaneously configured as a rocker pivot for said valve element, characterized in that said solenoid armature is disposed between two diametrically opposed pole pieces (28, 29) located in the magnetic circuit such that said solenoid armature is swivelable about a swivel axis and is configured such as to extend beyond each of said pole pieces (28 and 29, resp.) leaving two air gaps (32, 33 and 34, 35, resp.) between solenoid armature and pole piece (28 and 29, resp.), and at least one permanent magnet (38, 39) is disposed in said solenoid armature such that its magnetic flux closes by said pole pieces (28, 29).
A powder treatment apparatus for plasma treatment of a powder, characterized in that the apparatus comprises: a cylindrical base body; outer electrodes and inner electrodes that are arranged radially outside and radially inside of the cylindrical base body to be partly opposed to each other with the cylindrical base body therebetween, while being displaced from each other in the circumferential direction, and arranged at intervals from each other in the circumferential direction while extending along the axial direction; a dielectric layer that covers the outer electrodes; one or a plurality of high frequency power sources that apply a high frequency voltage between the outer electrodes and the inner electrodes adjacent to each other; a powder transferring unit that introduces the powder along with a carrier gas toward the radially inside of the cylindrical base body from one end side to the other end side in the axial direction along an inner wall of the cylindrical base body; and a collecting unit that collects treated powder that is introduced from the powder transferring unit and subjected to surface treatment, wherein the high frequency voltage is applied between the outer electrodes and the inner electrodes by the high frequency power source to produce plasma near the inner electrodes to contact the powder with plasma, and the treated powder subjected to the surface treatment with plasma is collected at the collecting unit. a cylindrical base body; outer electrodes and inner electrodes that are arranged radially outside and radially inside of the cylindrical base body to be partly opposed to each other with the cylindrical base body therebetween, while being displaced from each other in the circumferential direction, and arranged at intervals from each other in the circumferential direction while extending along the axial direction; a dielectric layer that covers the outer electrodes; one or a plurality of high frequency power sources that apply a high frequency voltage between the outer electrodes and the inner electrodes adjacent to each other; a powder transferring unit that introduces the powder along with a carrier gas toward the radially inside of the cylindrical base body from one end side to the other end side in the axial direction along an inner wall of the cylindrical base body; and a collecting unit that collects treated powder that is introduced from the powder transferring unit and subjected to surface treatment, wherein the high frequency voltage is applied between the outer electrodes and the inner electrodes by the high frequency power source to produce plasma near the inner electrodes to contact the powder with plasma, and the treated powder subjected to the surface treatment with plasma is collected at the collecting unit.
System for pre-setting adjustment parameters of video images of a flat screen device for viewing images consisting of a screen and electronic control circuits transmitting to it line X and column Y input signals, and comprising a test pattern generator, also comprising acquisition means for acquiring the X and Y input signals, calculation means of the adjustment parameter values and storage means for memorising said adjustment parameter values in electronic control circuits, said electronic control circuits comprising a recovery circuit of the adjustment parameters arranged to digitally memorise the calculated parameter values, characterised in that the adjustment means comprises a simulator of said recovery circuit.
A dilator/manipulator for use in treating pelvic organ prolapse, comprising: a support member having a proximal end, a distal end, and an adjustable width; and a handle extending upwardly at an angle from the support member, characterized in that the support member comprises: an outer frame with an inner slot extending along its width from its proximal end to its distal end; and an inner slide member slideably engaged with the inner slot of the outer frame. a support member having a proximal end, a distal end, and an adjustable width; and a handle extending upwardly at an angle from the support member,
A method of cooling a space using a cooling system, wherein an energy storage device is located within the space and is connected to a power converter that includes a control unit, the method comprising the step of: controlling the operation of the cooling system directly in response to the energy storage device being charged or discharged; wherein the cooling system is controlled with reference to a cooling temperature setpoint such that cooling is provided when a measured temperature within the space is equal to, or higher than, the cooling temperature setpoint and cooling is not provided when a measured temperature within the space is less than the cooling temperature setpoint; characterised in that the control unit sends a command signal to the cooling system to decrease the cooling temperature setpoint when the energy storage device is charged or discharged through the power converter. controlling the operation of the cooling system directly in response to the energy storage device being charged or discharged; wherein the cooling system is controlled with reference to a cooling temperature setpoint such that cooling is provided when a measured temperature within the space is equal to, or higher than, the cooling temperature setpoint and cooling is not provided when a measured temperature within the space is less than the cooling temperature setpoint; characterised in that the control unit sends a command signal to the cooling system to decrease the cooling temperature setpoint when the energy storage device is charged or discharged through the power converter.
Adhesive tape for changing flat web material wound on rolls (R, B) on the fly, having a carrier layer which has a first surface and a second surface which lies opposite the first surface; a first adhesive compound layer which is disposed indirectly or directly, at least on part of the face, on the first surface of the carrier layer; a second adhesive compound layer, which is disposed indirectly on at least a face region of the second surface of the carrier layer; and at least one predetermined breaking face for splitting in a planar manner the adhesive tape; wherein the predetermined breaking face is configured as part of a splitting system between the carrier layer and the second adhesive compound layer, characterized in that a reinforcement layer which increases the tear-off force of that part (K4b) of the splitting system that after the splitting remains on the second adhesive compound layer longitudinally to the running direction of the adhesive tape is applied between the second adhesive compound layer and the splitting system. a carrier layer which has a first surface and a second surface which lies opposite the first surface; a first adhesive compound layer which is disposed indirectly or directly, at least on part of the face, on the first surface of the carrier layer; a second adhesive compound layer, which is disposed indirectly on at least a face region of the second surface of the carrier layer; and at least one predetermined breaking face for splitting in a planar manner the adhesive tape; wherein the predetermined breaking face is configured as part of a splitting system between the carrier layer and the second adhesive compound layer, characterized in that a reinforcement layer which increases the tear-off force of that part (K4b) of the splitting system that after the splitting remains on the second adhesive compound layer longitudinally to the running direction of the adhesive tape is applied between the second adhesive compound layer and the splitting system.
A crystalline form of cabotegravir sodium characterized by having a powder X-ray diffractogram comprising reflections at 2-Theta angles of: (6.2 ± 0.2)°, (17.3 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)°, (23.2 ± 0.2)° and (25.1 ± 0.2)°; when measured at a temperature in the range of from 20 to 30 °C with Cu-Kalpha 1,2 radiation having a wavelength of 0.15419 nm. (6.2 ± 0.2)°, (17.3 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)° and (23.2 ± 0.2)°; or (6.2 ± 0.2)°, (17.3 ± 0.2)°, (21.7 ± 0.2)°, (23.2 ± 0.2)° and (25.1 ± 0.2)°;
Jaw crusher comprising - two opposing crusher jaws (2, 3) which are attached to a jaw crusher frame and at least one crusher jaw of which is a hinged jaw, - at least one piston/cylinder unit which can drive the hinged jaw in an oscillating manner, the hydraulic cylinder of which is pivotally mounted and the piston rod (5.2) of which is hinged to the hinged jaw, said piston rod being extendable out of the hydraulic cylinder and retractable back into the cylinder in an oscillating manner, - a control device with which the crusher gap width between the two crusher jaws (2, 3) can be set, the control device containing a control unit which acts on the piston/cylinder unit and with which a preset working stroke of the piston rod (5.2) and thereby a constant limited pivot range of the hinged jaw can be set within the lower and upper pivot range thresholds of the hinged jaw, characterized in that the control unit is stationarily supported and contains a control rod which, in its rest position is lockable in different positions and is rigidly connected to the piston rod (5.2), and in that control unit acts upon a control valve unit with which the oscillating pressurisation of the hydraulic piston/cylinder unit with hydraulic fluid is controllable for the oscillating alternating movement of the piston rod (5.2), and in that the control unit contains a first cylinder housing and a second cylinder housing which is connected coaxially to the first cylinder housing within which a slide valve is slidable in a sealed manner, which is provided with an axial internal bore (10.1), which, at least at a part of its length, has an inner toothed ring with which an outer toothed ring of a peg meshes which for displacing the control rod can be rotated by means of an adjusting wheel which is located outside of the cylinder housing. - two opposing crusher jaws (2, 3) which are attached to a jaw crusher frame and at least one crusher jaw of which is a hinged jaw, - at least one piston/cylinder unit which can drive the hinged jaw in an oscillating manner, the hydraulic cylinder of which is pivotally mounted and the piston rod (5.2) of which is hinged to the hinged jaw, said piston rod being extendable out of the hydraulic cylinder and retractable back into the cylinder in an oscillating manner, - a control device with which the crusher gap width between the two crusher jaws (2, 3) can be set, the control device containing a control unit which acts on the piston/cylinder unit and with which a preset working stroke of the piston rod (5.2) and thereby a constant limited pivot range of the hinged jaw can be set within the lower and upper pivot range thresholds of the hinged jaw,
A memory cell comprising: a magnetic Josephson junction device comprising at least a first layer formed above a second layer, a third layer formed below the second layer, a first superconductive layer formed above the first layer, and a second superconductive layer formed below the third layer, wherein the first layer is a free magnetic layer, the second layer is a non-magnetic layer, and the third layer is a fixed magnetic layer, characterised in that the free magnetic layer comprises a nickel-iron alloy doped with only Vanadium, wherein a concentration of the Vanadium is in a range between 5 atomic percent to 20 atomic percent, and the fixed magnetic layer comprises a nickel-iron alloy doped with only Vanadium, wherein a concentration of the Vanadium is in a range between 5 atomic percent to 10 atomic percent. a magnetic Josephson junction device comprising at least a first layer formed above a second layer, a third layer formed below the second layer, a first superconductive layer formed above the first layer, and a second superconductive layer formed below the third layer, wherein the first layer is a free magnetic layer, the second layer is a non-magnetic layer, and the third layer is a fixed magnetic layer, characterised in that the free magnetic layer comprises a nickel-iron alloy doped with only Vanadium, wherein a concentration of the Vanadium is in a range between 5 atomic percent to 20 atomic percent, and the fixed magnetic layer comprises a nickel-iron alloy doped with only Vanadium, wherein a concentration of the Vanadium is in a range between 5 atomic percent to 10 atomic percent.
Flat-folding pushchair which is moveable between an unfolded position and a folded position, comprising: - a structure comprising two handle uprights (1, 1'), at least one front leg (3, 3'), at least one rear leg (5, 5'), seat supports (7, 7'), a backrest, and hinges (31-35, 41-47) for folding the pushchair flat; - a textile base; - tensioners (18, 18') for tensioning a front part of the textile base and each connecting an upper end of a handle upright (1, 1') to a structural element situated at the front of the pushchair; - a protective cover with at least one main bow; said pushchair being characterized in that - the protective cover also comprises fixing elements (23, 23') allowing each side of the main bow to be fixed to at least one fixing point of each of the tensioners (18, 18') or to at least one fixing point of the front part of the textile base; - in the unfolded position, the backrest is positioned to hold a child at least in a lying position facing the rear of the pushchair, said backrest being also held against the seat supports (7, 7') thanks to a fixing system; - in the unfolded position, the tensioners (18, 18') are tensioned and allow deployment of the front part of the textile base and the protective cover; - on folding, the forward swivelling of the handle uprights (1, 1') loosens the tensioners (18, 18'), causing the folding of the front part of the textile base and the protective cover. - a structure comprising two handle uprights (1, 1'), at least one front leg (3, 3'), at least one rear leg (5, 5'), seat supports (7, 7'), a backrest, and hinges (31-35, 41-47) for folding the pushchair flat; - a textile base; - tensioners (18, 18') for tensioning a front part of the textile base and each connecting an upper end of a handle upright (1, 1') to a structural element situated at the front of the pushchair; - a protective cover with at least one main bow; - the protective cover also comprises fixing elements (23, 23') allowing each side of the main bow to be fixed to at least one fixing point of each of the tensioners (18, 18') or to at least one fixing point of the front part of the textile base; - in the unfolded position, the backrest is positioned to hold a child at least in a lying position facing the rear of the pushchair, said backrest being also held against the seat supports (7, 7') thanks to a fixing system; - in the unfolded position, the tensioners (18, 18') are tensioned and allow deployment of the front part of the textile base and the protective cover; - on folding, the forward swivelling of the handle uprights (1, 1') loosens the tensioners (18, 18'), causing the folding of the front part of the textile base and the protective cover.
An air conditioner comprising temperature distribution detecting means for detecting a temperature distribution in a room, wherein the temperature distribution detecting means is configured to detect an inhabitant and a heat source apparatus and comprises a sensor composed of a pyroelectric element which is configured to react with an article having a high temperature and a Fresnel lens which is configured to widen a range of a field of view detecting infrared radiation, refrigerant leakage detecting means for detecting refrigerant leakage, air-blowing means, air-blowing control means for controlling the air-blowing means, and wind-direction control means for controlling a wind direction of the air-blowing means, wherein when the refrigerant leakage detecting means detects refrigerant leakage, the air-blowing control means and/or the wind-direction control means disperses a leaked refrigerant in a direction different from an inhabitant and a heat source apparatus.
A dimming device comprising: a first substrate; a second substrate that is provided facing the first substrate and to which external light enters; and an electrochromic stacked body provided between the first substrate and the second substrate, wherein the electrochromic stacked body includes a first transparent electrode, a dimming layer, and a second transparent electrode stacked from a side of the first substrate, the dimming layer has a stacked structure of a reduction coloring layer, an electrolyte layer, and an oxidation coloring layer, and when a total number of atoms of a metal adapted to contribute to reduction reaction in a compound contained in the reduction coloring layer is denoted by [Re] and a total number of atoms of a metal adapted to contribute to oxidation reaction in a compound contained in the oxidation coloring layer is denoted by [Ox], a value of [Re]/[Ox] satisfying 1 < [Re]/[Ox] ≤ 6.5, wherein the reduction coloring layer contains WO 3, the electrolyte layer contains Ta 2 O 5, and the oxidation coloring layer contains iridium atoms. a first substrate; a second substrate that is provided facing the first substrate and to which external light enters; and an electrochromic stacked body provided between the first substrate and the second substrate, wherein the electrochromic stacked body includes a first transparent electrode, a dimming layer, and a second transparent electrode stacked from a side of the first substrate, the dimming layer has a stacked structure of a reduction coloring layer, an electrolyte layer, and an oxidation coloring layer, and when a total number of atoms of a metal adapted to contribute to reduction reaction in a compound contained in the reduction coloring layer is denoted by [Re] and a total number of atoms of a metal adapted to contribute to oxidation reaction in a compound contained in the oxidation coloring layer is denoted by [Ox], a value of [Re]/[Ox] satisfying 1 < [Re]/[Ox] ≤ 6.5, wherein the reduction coloring layer contains WO 3, the electrolyte layer contains Ta 2 O 5, and the oxidation coloring layer contains iridium atoms.