mhurhangee/ep-ind-claims huggingface dataset:
A broad-band sensor for a radio frequency plasma processing system comprising: a capacitive pickup for electrical potentials disposed on an electrically conducting component of a reaction chamber of the radio frequency plasma processing system; a lead that comprises a circuit, the lead connecting the pickup to a connector mounted into an electrically grounded plate proximate the pickup with an electrical resistance of the circuit and a capacitance to an electrical ground of the connector being such that the pickup voltage differs by less than 5% from a surface voltage of the electrically conducting component; and an attenuator circuit connected to the connector, comprising at least one current limiting resistor in series from an attenuator input to an attenuator output; and wherein the broad-band sensor has detection capability within a radio frequency range from about 10 kHz to at least about 1 GHz for radio frequency electrical potential measurements in the radio frequency plasma processing system. a capacitive pickup for electrical potentials disposed on an electrically conducting component of a reaction chamber of the radio frequency plasma processing system; a lead that comprises a circuit, the lead connecting the pickup to a connector mounted into an electrically grounded plate proximate the pickup with an electrical resistance of the circuit and a capacitance to an electrical ground of the connector being such that the pickup voltage differs by less than 5% from a surface voltage of the electrically conducting component; and an attenuator circuit connected to the connector, comprising at least one current limiting resistor in series from an attenuator input to an attenuator output; and wherein the broad-band sensor has detection capability within a radio frequency range from about 10 kHz to at least about 1 GHz for radio frequency electrical potential measurements in the radio frequency plasma processing system.
Bed assembly with adjustable height intended to be arranged in a vehicle cabin, the bed including a horizontal bed base extending along a longitudinal main axis from a front end to a rear end, characterised in that the bed comprises a support mounted vertically sliding on which the bed base is mounted longitudinally sliding all together between a rear storage position and a front position.
Composition comprising at least one carboxy-functional polyester having an acid number determined according to DIN EN ISO 3682 in the range from 20 to 250 mg KOH/g, prepared using at least one difunctional monomer with aliphatic groups having 12 to 70 carbon atoms between the functional groups, and also at least one synthetic layered hydroxide, characterized in that the at least one layered hydroxide is prepared in the presence of the polyester. at least one carboxy-functional polyester having an acid number determined according to DIN EN ISO 3682 in the range from 20 to 250 mg KOH/g, prepared using at least one difunctional monomer with aliphatic groups having 12 to 70 carbon atoms between the functional groups, and also at least one synthetic layered hydroxide,
Actuating device for shut-off needles (24, 86) in injection molds with needle shut-off nozzles, with at least one movably mounted lifting element, to which at least two shut-off needles (24, 86) can be fixed, so that the shut-off needles (24, 86) can be brought into an open and a closed position by a movement of the lifting element, and the closure needles (24, 86) are each attached in a needle receptacle that can be adjusted relative to their longitudinal direction, wherein the needle receptacles are arranged movably along their center axes in the lifting element and are each driven into the closed position by a spring, characterized in that the closure needles (24, 86) comprise a shank having a first thread adapted to be screwed into a second thread in the needle receptacle.
Magnus rotor having a carrier which is arranged inside the Magnus rotor, a rotor which rotates about the carrier during operation of the Magnus rotor, a plate which horizontally terminates the rotor, and a bearing which carries the rotor on the carrier, characterised in that the rotor has at least one opening (10a, 10b) in the plate and in that the carrier has at least one securing location (4a, 4b) for lifting the Magnus rotor by means of at least one securing means (11a, 11b) and a lifting device (12a, 12b, 12c).
An electronic component mounting device comprising: a component tape in which a cover tape is adhered to a carrier tape accommodating multiple electronic components at a predetermined pitch; a tape feeder for feeding the component tape from a tape reel, the tape feeder having a peeling mechanism peeling the cover tape from the carrier tape at a component supply position and being configured to eject an used carrier tape out from a distal end of the tape feeder; a mounting head configured to take out the electronic components from the carrier tape at the component supply position and mount the electronic components on a board; the electronic component mounting device being characterized by: a carrier tape collection portion consisting of a discharge duct with a tape slot on the end, that opens laterally toward the distal end of the tape feeder, the discharge duct being configured to define a discharge path along which the used carrier tape from which the electronic components have been taken out, is guided from the tape feeder to a collection box, wherein a static charge elimination member is provided attached to the tape slot or inside the discharge duct and is configured to neutralize static charges of the used carrier tape passing through the discharge duct. a component tape in which a cover tape is adhered to a carrier tape accommodating multiple electronic components at a predetermined pitch; a tape feeder for feeding the component tape from a tape reel, the tape feeder having a peeling mechanism peeling the cover tape from the carrier tape at a component supply position and being configured to eject an used carrier tape out from a distal end of the tape feeder; a mounting head configured to take out the electronic components from the carrier tape at the component supply position and mount the electronic components on a board; the electronic component mounting device being characterized by: a carrier tape collection portion consisting of a discharge duct with a tape slot on the end, that opens laterally toward the distal end of the tape feeder, the discharge duct being configured to define a discharge path along which the used carrier tape from which the electronic components have been taken out, is guided from the tape feeder to a collection box, wherein a static charge elimination member is provided attached to the tape slot or inside the discharge duct and is configured to neutralize static charges of the used carrier tape passing through the discharge duct.
A method of removing arsenic from a monoolefin-containing hydrocarbon feed stream having an arsenic concentration and a diolefin concentration while selectively hydrogenating the diolefins in said monoolefin-containing hydrocarbon feed stream, said method comprises: contacting, under suitable reaction conditions, said monoolefin-containing hydrocarbon stream with a catalyst composition comprising a shaped mixture consisting of porous refractory oxide and of from 0.2 to 4 weight percent based on elemental metal of a first Group VIII metal homogeneously dispersed in the mixture, wherein said shaped mixture has been heat treated, and a second Group VIII metal overlay such that the total amount of both said first Group VIII metal and said second Group VIII metal in said catalyst composition exceeds 6 weight percent based on elemental metal of said catalyst composition; and yielding an monoolefin-containing hydrocarbon product stream having a reduced concentration of arsenic and a reduced concentration of diolefin. contacting, under suitable reaction conditions, said monoolefin-containing hydrocarbon stream with a catalyst composition comprising a shaped mixture consisting of porous refractory oxide and of from 0.2 to 4 weight percent based on elemental metal of a first Group VIII metal homogeneously dispersed in the mixture, wherein said shaped mixture has been heat treated, and a second Group VIII metal overlay such that the total amount of both said first Group VIII metal and said second Group VIII metal in said catalyst composition exceeds 6 weight percent based on elemental metal of said catalyst composition; and yielding an monoolefin-containing hydrocarbon product stream having a reduced concentration of arsenic and a reduced concentration of diolefin.
An all solid state battery comprising a cathode including a cathode active material layer, and a cathode current collector; an anode including an anode active material layer, and an anode current collector; and a solid electrolyte layer placed between the cathode active material layer and the anode active material layer, and the anode active material layer includes an anode active material, and a sulfide solid electrolyte, the anode current collector is a current collector that react with the sulfide solid electrolyte at an open circuit potential of the anode active material, in a thickness direction, the all solid state battery includes an opposing region where the anode active material layer and the cathode active material layer are opposing to each other; and a non-opposing region where the anode active material layer and the cathode active material layer are not opposing to each other, characterized in that the anode current collector includes a coating layer including a lithium titanate, on a surface of the anode active material layer side, in plan view, the coating layer includes one or two or more of an existence portion and a non-existence portion respectively, in the region specified by an outer edge of the anode current collector, and in plan view, the coating layer includes the existence portion in at least a part of the opposing region, and includes the non-existence portion in at least a part of the non-opposing region. and a solid electrolyte layer placed between the cathode active material layer and the anode active material layer, and the anode active material layer includes an anode active material, and a sulfide solid electrolyte, the anode current collector is a current collector that react with the sulfide solid electrolyte at an open circuit potential of the anode active material, in a thickness direction, the all solid state battery includes an opposing region where the anode active material layer and the cathode active material layer are opposing to each other; and a non-opposing region where the anode active material layer and the cathode active material layer are not opposing to each other, characterized in that the anode current collector includes a coating layer including a lithium titanate, on a surface of the anode active material layer side, in plan view, the coating layer includes one or two or more of an existence portion and a non-existence portion respectively, in the region specified by an outer edge of the anode current collector, and in plan view, the coating layer includes the existence portion in at least a part of the opposing region, and includes the non-existence portion in at least a part of the non-opposing region.
Device for storing energy, having a substantially vertically arranged cylinder/piston arrangement, wherein the piston constitutes a mass which is intended to be lifted, wherein fluid can be conveyed by a pumping device into the cylinder below the piston in order to increase the potential energy of the piston mass by raising the piston, wherein a converter device is arranged, wherein fluid which is located in the cylinder can be supplied to the converter device when the piston is lowered in order to convert at least a portion of the potential energy of the piston mass into electrical energy, characterised in that the piston has a plurality of segments which are arranged one above the other and/or beside each other.
A two component composition comprising: a first component comprising, based on weight of said component: a) from 10 to 60 wt.% of at least one epoxy resin different from said resin b); and, b) from 1 to 40 wt.% of at least one elastomer modified epoxy resin; a second component comprising: c) a curative which consists of at least one compound possessing at least two epoxide reactive groups per molecule, said curative being characterized by comprising at least one alkoxy-containing aminofunctional silicone resin, wherein said two component composition is characterized in that it is free of catalysts and is further characterized in that the molar ratio of epoxide reactive groups provided in said curative c) to epoxide groups is from 0.90:1 to 1.2: 1, preferably from 0.9: 1 to 1.1: 1. a first component comprising, based on weight of said component: a) from 10 to 60 wt.% of at least one epoxy resin different from said resin b); and, b) from 1 to 40 wt.% of at least one elastomer modified epoxy resin; a) from 10 to 60 wt.% of at least one epoxy resin different from said resin b); and, b) from 1 to 40 wt.% of at least one elastomer modified epoxy resin; a second component comprising: c) a curative which consists of at least one compound possessing at least two epoxide reactive groups per molecule, said curative being characterized by comprising at least one alkoxy-containing aminofunctional silicone resin,
A method of manufacturing a tank having a reinforcement fiber layer, the method comprising: a winding step of winding a fiber impregnated with resin by a predetermined number of windings; and a curing step of thermally curing the impregnating resin in the wound fiber to thereby form the reinforcement fiber layer, wherein, in the winding step, an end portion, being a winding end, of the fiber is tucked into an inner fiber layer which has already been wound to thereby insert at least a portion of a fixing region that is a part of the end portion into between fibers forming an outermost layer locatcd on an outer side of the inner fiber layer so that the end portion is fixed to the inner fiber layer, and the end portion is handled using a terminal end handling jig, which terminal end handling jig includes a first portion and a second portion, characterized in that said first portion has a pointed tip end and is inserted into the inner fiber layer to thereby widen a space between adjacent fibers, and said second portion tucks the end portion into the widened space. a winding step of winding a fiber impregnated with resin by a predetermined number of windings; and a curing step of thermally curing the impregnating resin in the wound fiber to thereby form the reinforcement fiber layer, wherein, in the winding step, an end portion, being a winding end, of the fiber is tucked into an inner fiber layer which has already been wound to thereby insert at least a portion of a fixing region that is a part of the end portion into between fibers forming an outermost layer locatcd on an outer side of the inner fiber layer so that the end portion is fixed to the inner fiber layer, and the end portion is handled using a terminal end handling jig, which terminal end handling jig includes a first portion and a second portion, characterized in that said first portion has a pointed tip end and is inserted into the inner fiber layer to thereby widen a space between adjacent fibers, and said second portion tucks the end portion into the widened space.
A low drag garment having a plurality of zones including a first zone A, a second zone B and a third zone C, wherein the first zone A is located generally in an inner front region of the garment, the second zone B is located in an outer front region of the garment and the third zone C is located in a rear region of the garment, wherein the garment is an article of sports clothing and is made from a fabric having a textured region with a texture height H, characterised in that in first zone A the textured region has a mean texture height H A in the range 0-200μm, in the second zone B the textured region has a mean texture height H B that is greater than H A and is in the range of 100-500μm, and in the third zone C the textured region has a mean texture height H C that is greater than H B.
A valve clack, comprising: a mounting column having a plurality of air slots for dispersing an airflow at least in a top surface of the mounting column; a plurality of blades arranged outside the mounting column in a circumferential direction of the mounting column, each blade having a radial inner end connected to the mounting column and elastically swingable with respect to the mounting column; characterized in that adjacent ones of the plurality of blades are separated by a rib, an end of the rib is connected to the mounting column, a buffer structure is provided in a position where the blade is connected to the rib, and the buffer structure is configured to provide a buffer space for a deformation of the blade. a mounting column having a plurality of air slots for dispersing an airflow at least in a top surface of the mounting column; a plurality of blades arranged outside the mounting column in a circumferential direction of the mounting column, each blade having a radial inner end connected to the mounting column and elastically swingable with respect to the mounting column; characterized in that adjacent ones of the plurality of blades are separated by a rib, an end of the rib is connected to the mounting column, a buffer structure is provided in a position where the blade is connected to the rib, and the buffer structure is configured to provide a buffer space for a deformation of the blade.
An imaging method implemented in an image forming apparatus for forming a tone pattern on a recording medium by forming an arrangement of dots on the recording medium, the arrangement of dots being formed on the recording medium by jetting a recording liquid from a recording head while moving the recording head in a main scanning direction a plurality of times and intermittently conveying the recording medium in a sub-scanning direction that perpendicularly intersects the main scanning direction, the method being characterized by comprising a step of: forming the arrangement of dots such that a plurality of said dots belonging to a first group that are consecutively aligned in a diagonal direction are formed in non-consecutive passes on the recording medium and a plurality of said dots belonging to a second group that are consecutively aligned in the sub scanning direction are formed in non-consecutive passes on the recording medium. forming the arrangement of dots such that a plurality of said dots belonging to a first group that are consecutively aligned in a diagonal direction are formed in non-consecutive passes on the recording medium and a plurality of said dots belonging to a second group that are consecutively aligned in the sub scanning direction are formed in non-consecutive passes on the recording medium.
Structural component with at least one main-load-bearing skin shell, and a carrier structure for attaching the skin shell, wherein the skin shell is formed as a sandwich and from an inner skin section, an outer skin section and a shear-force-absorbing core layer which is disposed between the two skin sections and which areally connects the inner skin section with the outer skin section, the carrier structure being formed of at least one plate-shaped connection component which extends between and across these and is connected with the skin shell along a reference longitudinal direction (L-R), the plate-shaped connection component being connected to the inner skin section for supporting the skin shell which is disposed at and outside the carrier structure and which is areally abutting the inner skin section. at least one profile carrier (V0; V1, V2, V3, V4) which extends along the reference longitudinal direction (L-R) for forming of a reinforcement section in the connection section of the plate-shaped connection component being arranged in the skin shell, the at least one profile carrier being connected to the inner skin section and the outer skin section for stabilization of the skin shell in case of damage of the same and which thereby supports the inner and outer skin section with regard to each other from the outside, characterized in that, a plurality of reinforcement components (10; 10a, 10b, 10c, 10d; 10e, 10f) is integrated in the connection section of the plate-shaped connection component along the reference longitudinal direction (L-R).
Shift position detection device for detecting the shift positions of a mechanical two-speed transmission, in particular a mechanically unsynchronized transmission, wherein the transmission has shift positions for a first shift stage of the transmission, for a second shift stage of the transmission and for a neutral position of the transmission, which neutral position forms an idling position, wherein the shift position detection device has two sensors (S1, S2) which interact with a plurality of switching ramps (61, 62, 63) which can move in a longitudinal manner relative to the sensors (S1, S2), wherein the two sensors (S1, S2) are operated in the neutral position of the transmission, characterized in that, in the event of a stroke movement of a shift element of the transmission, which shift element is intended for shifting the shift positions, during normal operation, the two sensors (S1, S2) never change their switching state at the same time, but rather only one of the two sensors (S1, S2) changes its switching state in each case.