mhurhangee/ep-ind-claims huggingface dataset:
A control system for controlling an automation system, - comprising a signal-distribution board, at least a first contact device and at least a second contact device, - wherein the first contact device and the second contact device are arranged at an offset with regard to each other on the signal-distribution board and the signal-distribution board electrically connects the first contact device to the second contact device at least for transmitting data, - wherein the second contact device is embodied to electrically contact a signal-processing module or a second coupling module, - wherein the first contact device may be electrically connected to a field device, characterized by - a top-hat rail, - wherein the top-hat rail is mechanically fastened to the signal-distribution board and a first coupling module may be mechanically fastened to the top-hat rail. - comprising a signal-distribution board, at least a first contact device and at least a second contact device, - wherein the first contact device and the second contact device are arranged at an offset with regard to each other on the signal-distribution board and the signal-distribution board electrically connects the first contact device to the second contact device at least for transmitting data, - wherein the second contact device is embodied to electrically contact a signal-processing module or a second coupling module, - wherein the first contact device may be electrically connected to a field device, characterized by - a top-hat rail, - wherein the top-hat rail is mechanically fastened to the signal-distribution board and a first coupling module may be mechanically fastened to the top-hat rail.
A method for coating metallic surfaces of substrates, comprising or consisting of the steps of: I. supplying a substrate having a cleaned metallic surface optionally precoated with at least one coating of a pretreatment composition, II. contacting and coating the metallic surfaces with an aqueous composition in the form of a dispersion and/or suspension, III. optionally rinsing the organic coating and IV. drying and/or baking the organic coating or V. optionally drying the organic coating and carrying out coating with a similar or additional coating composition before drying and/or baking, wherein in step II the coating takes place with an aqueous composition in the form of a dispersion and/or suspension comprising 2.5 to 45 wt% of at least one nonionically stabilized binder and 0.1 to 2.0 wt% of a gelling agent, where the aqueous composition has a pH in the range from 0.5 to 7 and forms a coating based on an ionogenic gel with the cations dissolved out of the metallic surface in a pretreatment stage and/or during the contacting in step II. I. supplying a substrate having a cleaned metallic surface optionally precoated with at least one coating of a pretreatment composition, II. contacting and coating the metallic surfaces with an aqueous composition in the form of a dispersion and/or suspension, III. optionally rinsing the organic coating and IV. drying and/or baking the organic coating or V. optionally drying the organic coating and carrying out coating with a similar or additional coating composition before drying and/or baking,
Method for controlling and evaluating a capacitive sensor device on motor vehicles, wherein the sensor device comprises at least one sensor electrode (2, 3), the capacitance of which can be repeatedly sampled for detecting a change in the environment of the electrode, wherein a control and evaluation device is implemented for controlling the sensor electrode and for evaluating the signals from the sensor electrode, comprising the steps, controlling and sampling the sensor electrode in a standby mode, wherein the control and sampling is adapted to minimize the energy required, monitoring the signals of the sensor electrode in the standby mode in order to detect the occurrence of a trigger event, when the trigger event is present, controlling and sampling the sensor electrode in a precision mode, wherein the control and sampling is performed with increased energy usage in order to increase the signal quality or signal resolution, detecting a sequence of signal data in the precision mode, generating substitution data from a set of the data detected in the precision mode, wherein these substitution data are stored as a sequence of signal data for a time period prior to the trigger event, evaluating a temporal signal waveform to identify an operator event, wherein the evaluation is based on at least one set of the data detected in precision mode and at least one set of the substitution data.
A display device, comprising: a pixel layer (220; 320; 420) configured to include a plurality of pixels and having an outline of which at least a partial area is depressively formed, and wherein the plurality of pixels are disposed on the partial area; and a wiring layer (230; 330; 530; 630) disposed below the pixel layer, and including detection wiring (335; 430; 535) for detecting cracks on an area adjacent to the pixel layer, wherein the detection wiring, when seen from the front of the display device, is disposed along the partial area of the outline of the pixel layer; characterised by: a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring. a pixel layer (220; 320; 420) configured to include a plurality of pixels and having an outline of which at least a partial area is depressively formed, and wherein the plurality of pixels are disposed on the partial area; and a wiring layer (230; 330; 530; 630) disposed below the pixel layer, and including detection wiring (335; 430; 535) for detecting cracks on an area adjacent to the pixel layer, wherein the detection wiring, when seen from the front of the display device, is disposed along the partial area of the outline of the pixel layer; characterised by: a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring. a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring.
Vehicle with an interior lighting device, wherein the vehicle comprises at least one receiving means for receiving navigation instructions, at least one processing means, at least one lighting means in communication with the at least one processing means, the at least one processing means being configured for regulating at least one property of the light emitted by the at least one lighting means according to the navigation instructions received by the at least one receiving means for receiving navigation instructions, wherein the at least one lighting means is arranged on the instrument panel of the vehicle so as to be visible to the driver of the vehicle, characterized in that the at least one lighting means is implemented with a single lighting means which is arranged essentially in a horizontal direction, wherein the direction of filling of the lighting means is regulated according to a direction of turn of the next navigation instruction wherein filling means that the lighting means gradually and progressively changes from an unlit state to a lit state so that the at least one processing means fills the lighting means from left to right if the next navigation instruction is a right turn and/or the at least one processing means fills the lighting means from right to left if the next navigation instruction is a left turn, and the filling speed of the lighting means is regulated according to the proximity of the vehicle to the next navigation instruction. wherein the at least one lighting means is arranged on the instrument panel of the vehicle so as to be visible to the driver of the vehicle, characterized in that the at least one lighting means is implemented with a single lighting means which is arranged essentially in a horizontal direction, wherein the direction of filling of the lighting means is regulated according to a direction of turn of the next navigation instruction wherein filling means that the lighting means gradually and progressively changes from an unlit state to a lit state so that the at least one processing means fills the lighting means from left to right if the next navigation instruction is a right turn and/or the at least one processing means fills the lighting means from right to left if the next navigation instruction is a left turn, and the filling speed of the lighting means is regulated according to the proximity of the vehicle to the next navigation instruction.
A corrosive detection assembly for use in a fuel dispensing system, said corrosive detection assembly comprising: at least one detector (114, 122, 130, 140), when in contact with fuel vapor, configured to produce a detector signal indicating presence of a corrosive substance; and electronics in electrical communication with said detector (114, 122, 130, 140), said electronics being operative to interpret said detector signal and produce an output if the corrosive substance is present, characterized in that: said detector (114, 122, 130, 140) is a thermoelectric detector including a sensing circuit (116a, 124a, 132a, 90a) having a pair of junctions (T 1, T 2) formed by interconnection of dissimilar conductors, said pair of junctions (T 1, T 2) being configured to experience a substantially equivalent ambient temperature. at least one detector (114, 122, 130, 140), when in contact with fuel vapor, configured to produce a detector signal indicating presence of a corrosive substance; and electronics in electrical communication with said detector (114, 122, 130, 140), said electronics being operative to interpret said detector signal and produce an output if the corrosive substance is present, characterized in that: said detector (114, 122, 130, 140) is a thermoelectric detector including a sensing circuit (116a, 124a, 132a, 90a) having a pair of junctions (T 1, T 2) formed by interconnection of dissimilar conductors, said pair of junctions (T 1, T 2) being configured to experience a substantially equivalent ambient temperature.
An absorbent article that contains an absorbent member, a backsheet and a topsheet, wherein the absorbent member is positioned between the backsheet and the topsheet, wherein the absorbent article comprises a nonwoven web that includes a plurality of fibers formed from a thermoplastic composition that contains a continuous phase that includes a polyolefin matrix polymer and a nanoinclusion additive dispersed within the continuous phase in the form of discrete domains, wherein a porous network is defined in the composition that includes a plurality of nanopores having an average cross-sectional dimension of about 800 nanometers or less.
A method for producing a slurry composition containing inorganic powder, a polyvinyl acetal resin, and an organic solvent, the method comprising the steps of: mixing inorganic powder, a polyvinyl acetal resin and an organic solvent for inorganic dispersion to prepare an inorganic dispersion; mixing a polyvinyl acetal resin and an organic solvent for resin solution to prepare a resin solution; and adding the resin solution to the inorganic dispersion, the polyvinyl acetal resin having a polymerization degree of 200 to 600 and an amount of 28 to 60 mol% of a hydroxyl group p, the polyvinyl acetal resin having a polymerization degree of 800 to 4000 and an amount of 28 to 42 mol% of a hydroxyl group,and an amount of the polyvinyl acetal resin used in preparation of the inorganic dispersion being 0.1 to 20 parts by weight relative to 100 parts by weight of the inorganic powder. mixing inorganic powder, a polyvinyl acetal resin and an organic solvent for inorganic dispersion to prepare an inorganic dispersion; mixing a polyvinyl acetal resin and an organic solvent for resin solution to prepare a resin solution; and adding the resin solution to the inorganic dispersion, the polyvinyl acetal resin having a polymerization degree of 200 to 600 and an amount of 28 to 60 mol% of a hydroxyl group p, the polyvinyl acetal resin having a polymerization degree of 800 to 4000 and an amount of 28 to 42 mol% of a hydroxyl group,and an amount of the polyvinyl acetal resin used in preparation of the inorganic dispersion being 0.1 to 20 parts by weight relative to 100 parts by weight of the inorganic powder.
A detachable carpet, the detachable carpet comprising a carpet surface layer and an adhesive anti-skid layer, wherein the carpet surface layer and the adhesive anti-skid layer are detachably connected; the carpet surface layer comprises a surface layer and a sticky layer, wherein the surface layer is arranged at a top end of the carpet surface layer; a plurality of protruded monofilaments are distributed on a lower surface of the sticky layer, wherein each of the protruded monofilaments comprises a lump at the tops of the monofilaments; and the adhesive anti-skid layer comprises a hooking surface layer and an anti-skid layer, wherein the anti-skid layer is arranged at a bottom of the adhesive anti-skid layer; characterized in that the lumps are formed after the monofilaments are melted/softened at the tops of the monofilaments; the each of the protruded monofilaments is a curved protruded monofilament and comprises a downward hooked spine having a certain curvature and inclination and connected to the lump, wherein the downward hooked spine and the lump are together configured to be hooked with the hooking surface layer to form the detachable carpet. the carpet surface layer comprises a surface layer and a sticky layer, wherein the surface layer is arranged at a top end of the carpet surface layer; a plurality of protruded monofilaments are distributed on a lower surface of the sticky layer, wherein each of the protruded monofilaments comprises a lump at the tops of the monofilaments; and the adhesive anti-skid layer comprises a hooking surface layer and an anti-skid layer, wherein the anti-skid layer is arranged at a bottom of the adhesive anti-skid layer; characterized in that the lumps are formed after the monofilaments are melted/softened at the tops of the monofilaments; the each of the protruded monofilaments is a curved protruded monofilament and comprises a downward hooked spine having a certain curvature and inclination and connected to the lump, wherein the downward hooked spine and the lump are together configured to be hooked with the hooking surface layer to form the detachable carpet.
A press tool for a fitting with a cylindrical part and a press lug protruding therefrom, which is to be pressed perpendicularly to an axial direction of the fitting, which press tool comprises: two tool halves (14, 15, 18) which can be closed by a movement towards each other, and opened by a movement away from each other, each with a press part serving to press the press lug during the closing movement, and guide parts serving to guide the press tool on the press fitting during the closing movement, wherein the two tool halves (14, 15, 18) each comprise double guide parts, which are provided on both sides of each press part with respect to the axial direction, characterised by two plates overlapping the respective guide parts in a projection in a line direction perpendicular to the direction of the closing movement and axially parallel to the cylindrical part, namely a respective plate on each side of the press parts with respect to the line direction, and in that the plates respectively lie outside the guide parts in the line direction and at least partially protectively cover these as cover plates towards the outside. two tool halves (14, 15, 18) which can be closed by a movement towards each other, and opened by a movement away from each other, each with a press part serving to press the press lug during the closing movement, and guide parts serving to guide the press tool on the press fitting during the closing movement, wherein the two tool halves (14, 15, 18) each comprise double guide parts, which are provided on both sides of each press part with respect to the axial direction, characterised by two plates overlapping the respective guide parts in a projection in a line direction perpendicular to the direction of the closing movement and axially parallel to the cylindrical part, namely a respective plate on each side of the press parts with respect to the line direction, and in that the plates respectively lie outside the guide parts in the line direction and at least partially protectively cover these as cover plates towards the outside.
An axial air gap type electric motor comprising: a stator formed by arranging, in a ring shape about a rotating shaft, stator cores each configured by a laminated iron core, as a prismatic body, made up of laminating metal plate-like members (10a, 10b) in a radial direction of the rotating shaft, a tubular bobbin having an inner diameter into which the laminated iron core is inserted, and a coil wound on the extension of the outer diameter of the laminated iron core; and at least one rotor plane-facing the cross section of a rotating-shaft direction end portion of the stator via a predetermined air gap, wherein the laminated iron core includes a first portion formed by continuously laminating the metal plate-like members whose widths in the rotation direction of the rotating shaft are increased from the rotating shaft center in the radial direction, characterised in that the laminated iron core further includes a second portion formed by continuously laminating the metal plate-like members whose widths in the rotation direction of the rotating shaft are substantially equal and larger than the widths in the first portion, and the second portion is located on the outermost side in the radial direction of the rotating shaft. a stator formed by arranging, in a ring shape about a rotating shaft, stator cores each configured by a laminated iron core, as a prismatic body, made up of laminating metal plate-like members (10a, 10b) in a radial direction of the rotating shaft, a tubular bobbin having an inner diameter into which the laminated iron core is inserted, and a coil wound on the extension of the outer diameter of the laminated iron core; and at least one rotor plane-facing the cross section of a rotating-shaft direction end portion of the stator via a predetermined air gap, wherein the laminated iron core includes a first portion formed by continuously laminating the metal plate-like members whose widths in the rotation direction of the rotating shaft are increased from the rotating shaft center in the radial direction, characterised in that the laminated iron core further includes a second portion formed by continuously laminating the metal plate-like members whose widths in the rotation direction of the rotating shaft are substantially equal and larger than the widths in the first portion, and the second portion is located on the outermost side in the radial direction of the rotating shaft.
A hands-free towel dispenser for dispensing a measured sheet from a roll of web material, the dispenser comprising: a housing having an internal volume so as to retain at least one roll of web material therein; an electronically powered dispensing mechanism contained within the housing for dispensing a measured sheet from the roll of web material in a dispense cycle upon actuation of the dispensing mechanism; and a sensor system in communication with the dispensing mechanism, the sensor system adapted to scan for the presence of a user at a first pulse rate and to initiate a dispense cycle upon sensing the presence of a user, the sensor system having at least one sensor in electrical communication with a control circuit, characterised in that the control circuit is configured to determine the time that has elapsed from the last dispense cycle and compare such elapsed time with a preset value, wherein if the elapsed time is greater than the preset value, the control circuit is configured to scan for the presence of a user at a second pulse rate and, upon detecting the presence of a user, the control circuit initiates a dispense cycle and sets the sensor system to scan for the presence of a user at the first pulse rate. a housing having an internal volume so as to retain at least one roll of web material therein; an electronically powered dispensing mechanism contained within the housing for dispensing a measured sheet from the roll of web material in a dispense cycle upon actuation of the dispensing mechanism; and a sensor system in communication with the dispensing mechanism, the sensor system adapted to scan for the presence of a user at a first pulse rate and to initiate a dispense cycle upon sensing the presence of a user, the sensor system having at least one sensor in electrical communication with a control circuit, characterised in that the control circuit is configured to determine the time that has elapsed from the last dispense cycle and compare such elapsed time with a preset value, wherein if the elapsed time is greater than the preset value, the control circuit is configured to scan for the presence of a user at a second pulse rate and, upon detecting the presence of a user, the control circuit initiates a dispense cycle and sets the sensor system to scan for the presence of a user at the first pulse rate.
A trialling system, comprising: a stem prosthetic implant, having a neck bearing a taper having an end face; a protector (330, 460, 500) covering at least a part of the taper and being removable from the taper, wherein the protector has a side wall (342, 462) and an end wall (335, 464), and wherein the end wall is rigid; and a head trial implant (310, 450, 490) having a trial articulating surface (312, 452, 492) and including a trial bore arranged to matingly receive the taper covered by the protector therein to form a trial assembly (350, 440, 480) of the stem prosthetic implant, wherein the trial bore has an end face and is wider than the taper and longer than the taper and the head trial implant is releasably attachable to the protector, wherein an inner surface of the side wall (342, 462) is deformable and engages the taper, characterised in that the inner surface of the side wall (342, 462) is less hard than the end wall (355, 464), and wherein the end wall (335,464) is configured to be situated between the end face of the taper and the end face of the trial bore to ensure accurate seating of the trial head on the prosthetic stem when the head trial implant is assembled on the protector on the taper to form the trial assembly (350, 440, 480). a stem prosthetic implant, having a neck bearing a taper having an end face; a protector (330, 460, 500) covering at least a part of the taper and being removable from the taper, wherein the protector has a side wall (342, 462) and an end wall (335, 464), and wherein the end wall is rigid; and a head trial implant (310, 450, 490) having a trial articulating surface (312, 452, 492) and including a trial bore arranged to matingly receive the taper covered by the protector therein to form a trial assembly (350, 440, 480) of the stem prosthetic implant, wherein the trial bore has an end face and is wider than the taper and longer than the taper and the head trial implant is releasably attachable to the protector,