mhurhangee/ep-ind-claims huggingface dataset:
Method for calibrating at least one 2D X-ray image of an object to be recorded, which is recorded by means of an X-ray device in that X-rays produced by an X-ray source radiate through the object and are recorded by means of an X-ray detector, wherein an already existing 3D model comprising a structure of the object is compared to the 2D X-ray image, wherein, for the comparison of the 3D model with the 2D X-ray image and taking into account a predetermined image positional relationship (13, 14), a virtual 2D projection image (30, 40) is produced by applying a virtual projection method to at least one part of the 3D model, wherein the structure in the 2D X-ray image is compared to the structure in the virtual 2D projection image (30, 40), wherein deviations are identified during the comparison of the structure in the 2D X-ray image with the virtual 2D projection image (30, 40), characterized in that the image positional relationship (13, 14) is incrementally changed within the framework of an optimization method and a new virtual 2D projection image is generated after each change until the deviations are smaller than a defined threshold value, so that the determined image positional relationship corresponds to the actual image positional relationship (15, 17) of the X-ray source and the X-ray detector relative to the object and/or relative to each other.
Method for braking a traction vehicle-trailer combination with a traction vehicle and at least one trailer, in which method a traction controller is provided for a brake system of the traction vehicle, and for a brake system of the at least one trailer, no traction controller is provided or a traction controller is provided for the axles which are present, but with a brake-slip-determining means on fewer axles than the number of axles which are present, wherein a) the brake system of the trailer is controlled by the brake system of the traction vehicle, and b) during a braking process it is determined whether there is a risk of the trailer swinging out with respect to the traction vehicle, or whether such swinging out is imminent or is occurring, and c) the braking force of the trailer or the braking of the trailer is reduced if it has been determined in step b) that there is a risk of the trailer swinging out, or such swinging out is imminent or is occurring, wherein d) a risk of the trailer swinging out, or imminent or occurring swinging out of the trailer, with respect to the traction vehicle, is detected according to step b) by means of a response of the traction controller of the traction vehicle, characterized in that e) the reduction of the braking force or of the braking of the trailer is carried out by reducing a permissible slip limit of the traction controller of the traction vehicle. a) the brake system of the trailer is controlled by the brake system of the traction vehicle, and b) during a braking process it is determined whether there is a risk of the trailer swinging out with respect to the traction vehicle, or whether such swinging out is imminent or is occurring, and c) the braking force of the trailer or the braking of the trailer is reduced if it has been determined in step b) that there is a risk of the trailer swinging out, or such swinging out is imminent or is occurring, wherein d) a risk of the trailer swinging out, or imminent or occurring swinging out of the trailer, with respect to the traction vehicle, is detected according to step b) by means of a response of the traction controller of the traction vehicle, characterized in that e) the reduction of the braking force or of the braking of the trailer is carried out by reducing a permissible slip limit of the traction controller of the traction vehicle.
Process for the preparation of a fibre-reinforced composite material comprising the step of contacting (i) a radically curable resin, (ii) fibres with a total water content of 0.5-20 wt%, based on the total weight of fibres, (iii) at least one transition metal compound selected from manganese, iron, and copper compounds, and (iv) a peroxide.
Method for milling an item provided with a threading and/or tapping, wherein said threading has a cross section in the shape of a triangle with a truncated crest, comprising: milling a first flank of at least one spire of said thread by means of a first comb of a milling tool, wherein the teeth of said first comb are spaced in relation to one another by a first pitch, milling a second flank of said spire of said thread by means of a second comb of said milling tool, wherein said teeth of the second comb are spaced in relation to one another by a second pitch equal to the first pitch and offset from the teeth of the first comb by a phase displacement, characterized by: milling said truncated crest by means of a third comb of said milling tool. milling a first flank of at least one spire of said thread by means of a first comb of a milling tool, wherein the teeth of said first comb are spaced in relation to one another by a first pitch, milling a second flank of said spire of said thread by means of a second comb of said milling tool, wherein said teeth of the second comb are spaced in relation to one another by a second pitch equal to the first pitch and offset from the teeth of the first comb by a phase displacement, characterized by: milling said truncated crest by means of a third comb of said milling tool. milling said truncated crest by means of a third comb of said milling tool.
Enameled panel comprising a rigid support, said support comprising at least one surface (3 or 4) covered with at least one layer of enamel comprising one or several cavities, formed in all or part of its thickness and comprising at least one inner wall, said cavity or cavities having a trapezoidal or substantially trapezoidal longitudinal section, and being filled with one or several filler materials which are, or comprise, one or several inks or one or several enamels.
An epitaxial substrate for an electronic device comprising a Si single crystal substrate, a buffer as an insulating layer formed on the Si single crystal substrate, and a main laminated body formed by plural group III nitride layers epitaxially grown on the buffer, wherein a lateral direction of the epitaxial substrate is defined as an electric current conducting direction, wherein: the buffer includes at least an initially grown layer in contact with the Si single crystal substrate and a superlattice laminate constituted of a superlattice multilayer structure on the initially grown layer; the initially grown layer is made of an AlN material; the superlattice laminate is formed by alternate lamination of a first layer made of aB a1 Al b1 Ga c1 In d1 N (0≤a 1 ≤1, 0≤b 1 ≤1, 0≤c 1 ≤1, 0≤d 1 ≤1, a 1 +b 1 +c 1 +d 1 =1) material and a second layer made of a B a2 Al b2 Ga c2 In d2 N (0≤a 2 ≤1, 0≤b 2 ≤1, 0≤c 2 ≤1, 0 ≤ d 2 ≤ 1, a 2 + b 2 + c 2 + d 2 = 1) material having a band gap different from that of the first layer; the superlattice laminate has carbon concentration of 1 × 10 18 /cm 3 or higher. and characterized in that a portion, on the buffer side, of the main laminated body has carbon concentration of 1 × 10 18 /cm 3 or higher. the buffer includes at least an initially grown layer in contact with the Si single crystal substrate and a superlattice laminate constituted of a superlattice multilayer structure on the initially grown layer; the initially grown layer is made of an AlN material; the superlattice laminate is formed by alternate lamination of a first layer made of aB a1 Al b1 Ga c1 In d1 N (0≤a 1 ≤1, 0≤b 1 ≤1, 0≤c 1 ≤1, 0≤d 1 ≤1, a 1 +b 1 +c 1 +d 1 =1) material and a second layer made of a B a2 Al b2 Ga c2 In d2 N (0≤a 2 ≤1, 0≤b 2 ≤1, 0≤c 2 ≤1, 0 ≤ d 2 ≤ 1, a 2 + b 2 + c 2 + d 2 = 1) material having a band gap different from that of the first layer; the superlattice laminate has carbon concentration of 1 × 10 18 /cm 3 or higher. and characterized in that a portion, on the buffer side, of the main laminated body has carbon concentration of 1 × 10 18 /cm 3 or higher.
A cold plasma high voltage power supply, comprising: a capacitor charging power supply having one or more command inputs and an output; a capacitor bank having one or more capacitors, the capacitor bank being coupled to the output of the capacitor charging power supply; a controllable switch having an input port, and output port and a control port, the controllable switch coupled to the capacitor bank; a double tuned RF transformer having an input and an output, the input coupled to the output port of the controllable switch, and the double tuned RF transformer configured to resonate at a first frequency and at a second frequency; and a controller configured to provide commands to the one or more command inputs of the capacitor charging power supply, and to provide a trigger pulse to the control port of the controllable switch. a capacitor charging power supply having one or more command inputs and an output; a capacitor bank having one or more capacitors, the capacitor bank being coupled to the output of the capacitor charging power supply; a controllable switch having an input port, and output port and a control port, the controllable switch coupled to the capacitor bank; a double tuned RF transformer having an input and an output, the input coupled to the output port of the controllable switch, and the double tuned RF transformer configured to resonate at a first frequency and at a second frequency; and a controller configured to provide commands to the one or more command inputs of the capacitor charging power supply, and to provide a trigger pulse to the control port of the controllable switch.
A medical device coated with a lubricious silicone coating, comprising: a medical device having a surface; and, a lubricious silicone coating on at least a part of the surface, the coating formed from a coating composition comprising: a cross-linkable silicone polymer having reactive functionalities; a silica-containing composition; a silicone cross-linking agent; and, a catalyst, wherein said catalyst is an ambient inactive catalyst and consists essentially of platinum divinyltetramethyldisiloxane vinylcyclohexanol complex having the formula: Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O · C 6 H 10 (CH = CH 2). a medical device having a surface; and, a lubricious silicone coating on at least a part of the surface, the coating formed from a coating composition comprising: a cross-linkable silicone polymer having reactive functionalities; a silica-containing composition; a silicone cross-linking agent; and, a catalyst, wherein said catalyst is an ambient inactive catalyst and consists essentially of platinum divinyltetramethyldisiloxane vinylcyclohexanol complex having the formula: Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O · C 6 H 10 (CH = CH 2). a cross-linkable silicone polymer having reactive functionalities; a silica-containing composition; a silicone cross-linking agent; and, a catalyst, wherein said catalyst is an ambient inactive catalyst and consists essentially of platinum divinyltetramethyldisiloxane vinylcyclohexanol complex having the formula: Pt[(CH 2 = CH)(CH 3) 2 Si] 2 O · C 6 H 10 (CH = CH 2).
A liquid discharging apparatus comprising: a head unit driven by a drive signal to discharge a liquid; a frame; a substrate fixed to the frame by a screw inserted into a screw hole in the substrate; a first transistor and a second transistor provided on the substrate and configured to generate the drive signal; and a waveform designation circuit provided on the substrate and configured to generate a waveform designation signal designating a waveform of the drive signal; characterised in that, in the substrate, the screw hole is provided between the first transistor and the second transistor, and in that both of a distance between the first transistor and the screw hole and a distance between the second transistor and the screw hole is shorter than a distance between the wave designation circuit and the screw hole. a head unit driven by a drive signal to discharge a liquid; a frame; a substrate fixed to the frame by a screw inserted into a screw hole in the substrate; a first transistor and a second transistor provided on the substrate and configured to generate the drive signal; and a waveform designation circuit provided on the substrate and configured to generate a waveform designation signal designating a waveform of the drive signal; characterised in that, in the substrate, the screw hole is provided between the first transistor and the second transistor, and in that both of a distance between the first transistor and the screw hole and a distance between the second transistor and the screw hole is shorter than a distance between the wave designation circuit and the screw hole.
A method of producing high-purity calcium, comprising: charging calcium starting material, having a purity excluding gas components of 99.99 wt% or less, into a crucible of a sublimation vessel; performing first sublimation purification by heating at 750°C to 800°C, wherein calcium is sublimated and deposits onto the inner side wall of the sublimation vessel; recovering the calcium purified by the first sublimation purification; charging the calcium into a crucible of a sublimation vessel again; performing second sublimation purification by heating at 750°C to 800°C, wherein the calcium is sublimated and deposits onto the inner side wall of the sublimation vessel; and recovering the calcium having a purity of 99.995 wt% (4N5) or higher. charging calcium starting material, having a purity excluding gas components of 99.99 wt% or less, into a crucible of a sublimation vessel; performing first sublimation purification by heating at 750°C to 800°C, wherein calcium is sublimated and deposits onto the inner side wall of the sublimation vessel; recovering the calcium purified by the first sublimation purification; charging the calcium into a crucible of a sublimation vessel again; performing second sublimation purification by heating at 750°C to 800°C,
Dual-mass flywheel having an input part which has a primary flywheel mass, and an output part which is mounted such that it can be rotated with respect to the said input part to a limited extent counter to the action of at least one energy store, in particular a bow spring, which output part has a secondary flywheel mass, the at least one energy store being engaged around by the input part with the configuration of a channel which extends radially in the direction of the energy store, and a flange of the output part reaching through the channel as far as one end of the energy store, and a sealing diaphragm being provided in the said channel between the flange and a part of the input part, which part faces the secondary flywheel mass, which sealing diaphragm encapsulates the energy store sealingly, characterized in that the sealing diaphragm is connected in an integrally joined manner to that part of the input part which faces the secondary flywheel mass, and is supported directly on the flange or on a friction ring which is fastened to the flange.
A multiphase contacting device, comprising: a. a first rotatable disc, wherein said first rotatable disc comprises a hollow disc-shaped cavity, an input port and an output port; and b. a second rotatable disc, wherein said second rotatable disc comprises a channeled cavity, an input port and an output port, wherein said second rotatable disc is disposed in said hollow disc-shaped cavity of said first rotatable disc, wherein said first rotatable disc and said second rotatable disc are concentric about an axis, wherein said multiphase contacting device operates to integrate centrifugal separation and countercurrent mass transfer of a material for separation. a. a first rotatable disc, wherein said first rotatable disc comprises a hollow disc-shaped cavity, an input port and an output port; and b. a second rotatable disc, wherein said second rotatable disc comprises a channeled cavity, an input port and an output port, wherein said second rotatable disc is disposed in said hollow disc-shaped cavity of said first rotatable disc, wherein said first rotatable disc and said second rotatable disc are concentric about an axis, wherein said multiphase contacting device operates to integrate centrifugal separation and countercurrent mass transfer of a material for separation.
A system comprising: a first controller operable to assume one of a plurality of respective states, in a first state the first controller being configured automatically to cause a powertrain to develop drive torque and cause a vehicle to operate in accordance with a target speed value, the first controller being configured to receive a door state indicator signal indicative of whether a door is in an open or closed state, and an occupant presence indicator signal indicative of whether an occupant is present in a given seat of a vehicle, the system being configured not to permit operation of the first controller in the first state in dependence on the door state indicator signal and the occupant presence indicator signal; wherein the system is further operational in a second state in which the controller is operable automatically to cause application of a brake (111B, 112B, 114B, 115B) to one or more wheels (111, 112, 114, 115) thereby to cause a vehicle to operate in accordance with the target speed value and in which the first controller is not permitted automatically to cause a powertrain to develop drive torque; and wherein if the first controller is in the first state and the controller determines that door state indicator signal indicates the door is not in the closed state or that the occupant presence indicator signal indicates an occupant is not present, the first controller assumes operation in the second state. a first controller operable to assume one of a plurality of respective states, in a first state the first controller being configured automatically to cause a powertrain to develop drive torque and cause a vehicle to operate in accordance with a target speed value, the first controller being configured to receive a door state indicator signal indicative of whether a door is in an open or closed state, and an occupant presence indicator signal indicative of whether an occupant is present in a given seat of a vehicle, the system being configured not to permit operation of the first controller in the first state in dependence on the door state indicator signal and the occupant presence indicator signal; wherein the system is further operational in a second state in which the controller is operable automatically to cause application of a brake (111B, 112B, 114B, 115B) to one or more wheels (111, 112, 114, 115) thereby to cause a vehicle to operate in accordance with the target speed value and in which the first controller is not permitted automatically to cause a powertrain to develop drive torque; and wherein if the first controller is in the first state and the controller determines that door state indicator signal indicates the door is not in the closed state or that the occupant presence indicator signal indicates an occupant is not present, the first controller assumes operation in the second state.
A dental chair assembly, comprising: a base; a support movably coupled to the base, the support being configured to support a chair seat defined to extend in a forward direction and a chair back positioned rearward of the chair seat, the support having a forward side, an opposite rearward side and a longitudinal axis extending through the forward and rearward sides; a first pivot mount defined along a pivot mount section and configured to support at least one movable arm, the first pivot mount defining a first upright pivot axis (P 1); and a second pivot mount configured to support at least one movable arm and defining a second upright pivot axis (P 2) parallel to the first upright pivot axis (P 1); characterized in that the pivot mount section extends forwardly from a main body of the support; the first pivot mount is positioned along the longitudinal axis forward of the rear side of the support; the second pivot mount is positioned along the longitudinal axis and spaced forwardly from the first pivot mount; and the first upright pivot axis (P 1) and the second upright pivot axis (P 2) intersect the chair seat. a base; a support movably coupled to the base, the support being configured to support a chair seat defined to extend in a forward direction and a chair back positioned rearward of the chair seat, the support having a forward side, an opposite rearward side and a longitudinal axis extending through the forward and rearward sides; a first pivot mount defined along a pivot mount section and configured to support at least one movable arm, the first pivot mount defining a first upright pivot axis (P 1); and a second pivot mount configured to support at least one movable arm and defining a second upright pivot axis (P 2) parallel to the first upright pivot axis (P 1); characterized in that the pivot mount section extends forwardly from a main body of the support; the first pivot mount is positioned along the longitudinal axis forward of the rear side of the support; the second pivot mount is positioned along the longitudinal axis and spaced forwardly from the first pivot mount; and the first upright pivot axis (P 1) and the second upright pivot axis (P 2) intersect the chair seat.
A method for generating a parking fee transaction (ta) for a vehicle, which comprises an onboard unit having an identifier (id), comprising the following steps in a roadside radio beacon: - wirelessly polling an identifier (id) by the radio beacon as a current identifier (id i); - if the current identifier (id i) is identical to a stored old identifier (id i,last), generating a parking fee transaction (ta) for the identifier (id) and thereby for the onboard unit and its vehicle; - storing the current identifier (id i, set curr) as the old identifier (id i,last, set last); - waiting a predetermined time period (ΔT); repeating the above steps. - wirelessly polling an identifier (id) by the radio beacon as a current identifier (id i); - if the current identifier (id i) is identical to a stored old identifier (id i,last), generating a parking fee transaction (ta) for the identifier (id) and thereby for the onboard unit and its vehicle; - storing the current identifier (id i, set curr) as the old identifier (id i,last, set last); - waiting a predetermined time period (ΔT);