mhurhangee/ep-ind-claims huggingface dataset:
A wire harness comprising: a harness main body including one or a plurality of conductive paths and an exterior member through which the one or a plurality of conductive paths is inserted; a packing bent portion arranged in a middle of the harness main body and used as a bent portion at a position suitable for packing the wire harness; and a routing path regulating portion (37, 38) arranged at the position suitable for packing the wire harness and configured to regulate the wire harness at a desired path when routing the wire harness, characterized in that the exterior member includes a joint mechanism in accordance with the position suitable for packing the wire harness, wherein the joint mechanism includes one divided portion and another divided portion that are arranged with a distance to each other in an axial direction of the exterior member, a base portion arranged so as to overlap the one divided portion and the other divided portion, one rotating shaft portion for making the one divided portion rotatable with respect to one end of the base portion, and another rotating shaft portion for making the other divided portion rotatable with respect to the other end of the base portion, wherein the packing bent portion is formed when the one divided portion and the other divided portion are arranged in a substantially folded state, and wherein the routing path regulating portion (37, 38) is arranged at the position suitable for packing the wire harness when the one divided portion and the other divided portion are arranged in a substantially linear shape by the joint mechanism. a harness main body including one or a plurality of conductive paths and an exterior member through which the one or a plurality of conductive paths is inserted; a packing bent portion arranged in a middle of the harness main body and used as a bent portion at a position suitable for packing the wire harness; and a routing path regulating portion (37, 38) arranged at the position suitable for packing the wire harness and configured to regulate the wire harness at a desired path when routing the wire harness, characterized in that the exterior member includes a joint mechanism in accordance with the position suitable for packing the wire harness, wherein the joint mechanism includes one divided portion and another divided portion that are arranged with a distance to each other in an axial direction of the exterior member, a base portion arranged so as to overlap the one divided portion and the other divided portion, one rotating shaft portion for making the one divided portion rotatable with respect to one end of the base portion, and another rotating shaft portion for making the other divided portion rotatable with respect to the other end of the base portion, wherein the packing bent portion is formed when the one divided portion and the other divided portion are arranged in a substantially folded state, and wherein the routing path regulating portion (37, 38) is arranged at the position suitable for packing the wire harness when the one divided portion and the other divided portion are arranged in a substantially linear shape by the joint mechanism.
A continuous method for the manufacture and application of an adhesive composition for adhesively bonding chipboards to an edge band, characterized in that (i) a hot-melt adhesive composition comprising at least one additive is continuously mixed with at least one color pigment to produce a manufactured adhesive; (ii) the adhesive thus manufactured is continuously applied to a substrate, the substrate being a chipboard; (iii) the substrate is adhesively bonded to a second substrate, the second substrate being an edge band, characterized in that the at least one color pigment in step (i) is selected and added in a controlled manner such that the color of the adhesive thus manufactured is matched to the substrate to which the adhesive is applied in step (ii). (i) a hot-melt adhesive composition comprising at least one additive is continuously mixed with at least one color pigment to produce a manufactured adhesive; (ii) the adhesive thus manufactured is continuously applied to a substrate, the substrate being a chipboard; (iii) the substrate is adhesively bonded to a second substrate, the second substrate being an edge band,
Insulation material for a DC electrical component, the insulation material comprising: a thermoset or thermoplastic matrix; and a functional filler component, wherein the functional filler component has a non-linear DC conductivity depending on an applied electrical field strength, wherein at least in a temperature range of 0 °C to 120 °C, the functional filler component has a bandgap in the range of 2 to 5 eV, optionally in the range of 2 to 4 eV; the functional filler component comprises a semiconductor material; the semiconductor material comprises any one of the group of: p-type chromium oxide, p-type iron oxide, p-type titanium oxide, p-type zinc sulfide; and the total amount of the functional filler component within the insulation material is within the range of 55 to 75 wt.-%. a thermoset or thermoplastic matrix; and a functional filler component, wherein the functional filler component has a non-linear DC conductivity depending on an applied electrical field strength, wherein at least in a temperature range of 0 °C to 120 °C, the functional filler component has a bandgap in the range of 2 to 5 eV, optionally in the range of 2 to 4 eV; the functional filler component comprises a semiconductor material; the semiconductor material comprises any one of the group of: p-type chromium oxide, p-type iron oxide, p-type titanium oxide, p-type zinc sulfide; and the total amount of the functional filler component within the insulation material is within the range of 55 to 75 wt.-%.
Transport unit for delivering goods (5, 24) to a scanning unit of a self-service till system, having a transport belt for transporting the goods (5, 24) in a transport direction and having a marking unit, assigned to the transport belt, for marking placement regions (15, 16) that are approved for the placement of goods (5, 24) on a goods placement surface of the transport belt, characterized in that a detector unit for capturing a rear goods edge (9, 25) of the goods (5, 24), as viewed in the transport direction, is assigned to the transport belt, and in that a control unit interacts with the marking unit and the detector unit such that a blocked region that is not approved for the placement of goods (5, 24) between a front placement region, as viewed in the transport direction, and a rear placement region, as viewed in the transport direction, is marked by the marking unit, wherein the front end face thereof, as viewed in the transport direction, is defined by the rear goods edge of the goods arranged on the front placement region.
A method for removing Si based compounds from a leaching liquor; the method comprising - supplying the leaching liquor from a leaching step to a gravitational solid-liquid separator for separating an overflow and an underflow, - supplying an overflow from the gravitational solid-liquid separator to a reactor for forming a treated liquor, - adding a source of aluminium as a first coagulant to the overflow in the reactor for forming aluminium silicate containing particles in the treated liquor, - adding at least a flocculant to the treated liquor after the reactor for increasing particle size of the aluminium silicate containing particles, and - supplying the treated liquor to cleaning flotation in which at least 90 % of the flotation gas bubbles display a size from 0.2 to 250 μm in a cleaning flotation unit for collecting at least the aluminium silicate containing particles, for separating at least the aluminium silicate containing particles from the treated liquor into a cleaning flotation overflow and for forming a purified liquor as a cleaning flotation underflow. - supplying the leaching liquor from a leaching step to a gravitational solid-liquid separator for separating an overflow and an underflow, - supplying an overflow from the gravitational solid-liquid separator to a reactor for forming a treated liquor, - adding a source of aluminium as a first coagulant to the overflow in the reactor for forming aluminium silicate containing particles in the treated liquor, - adding at least a flocculant to the treated liquor after the reactor for increasing particle size of the aluminium silicate containing particles, and - supplying the treated liquor to cleaning flotation in which at least 90 % of the flotation gas bubbles display a size from 0.2 to 250 μm in a cleaning flotation unit for collecting at least the aluminium silicate containing particles, for separating at least the aluminium silicate containing particles from the treated liquor into a cleaning flotation overflow and for forming a purified liquor as a cleaning flotation underflow.
A wireless communication device characterized by comprising: determination means for determining a user's instruction for establishing a wireless and direct communication with another device during wireless communication via an access point; switching means for, in response to a determination of a user's instruction by said determination means, switching from wireless communication via an access point to a communication wirelessly and directly with the other device without interposition of the access point (S1703-1704); and reconnection means for reconnecting with the access point upon disconnection of direct communication with the other device (S1706-1707). determination means for determining a user's instruction for establishing a wireless and direct communication with another device during wireless communication via an access point; switching means for, in response to a determination of a user's instruction by said determination means, switching from wireless communication via an access point to a communication wirelessly and directly with the other device without interposition of the access point (S1703-1704); and reconnection means for reconnecting with the access point upon disconnection of direct communication with the other device (S1706-1707).
An alignment head system for taking alignment data with respect to a pair of shafts (4, 5) coupled to each other by means of a coupling, comprising: a data acquisition device configured to wirelessly receive data, and alignment heads (2, 3) each configured to take alignment data with respect to the shafts (4, 5), to wirelessly send the alignment data to the data acquisition device, and to forward alignment data received from the other alignment head (2, 3). a data acquisition device configured to wirelessly receive data, and alignment heads (2, 3) each configured to take alignment data with respect to the shafts (4, 5), to wirelessly send the alignment data to the data acquisition device, and to forward alignment data received from the other alignment head (2, 3).
A laminated film comprising a base material, an anchor layer, a metal deposition layer and a bonding layer, the metal deposition layer comprising indium, wherein the thickness of the metal deposition layer is 10 nm or more and 20 nm or less, wherein the bonding layer comprises a colorant, wherein the colorant comprises at least one of a blue pigment and a magenta pigment, wherein an OD value of the laminated film is 1,2 or less, wherein, in the laminated film, an a* value and a b* value of a transmitted light in a L*a*b* color space satisfy the following inequality: OD value × a * 2 + b * 2 1 / 2 ≤ 6,7 wherein the OD value of the laminated film is measured according to a method disclosed in the description, and wherein, for the laminated film, the a* value and the b* value are measured according to a method disclosed in the description. the metal deposition layer comprising indium, wherein the thickness of the metal deposition layer is 10 nm or more and 20 nm or less, wherein the bonding layer comprises a colorant, wherein the colorant comprises at least one of a blue pigment and a magenta pigment, wherein an OD value of the laminated film is 1,2 or less, wherein, in the laminated film, an a* value and a b* value of a transmitted light in a L*a*b* color space satisfy the following inequality: OD value × a * 2 + b * 2 1 / 2 ≤ 6,7 wherein the OD value of the laminated film is measured according to a method disclosed in the description, and wherein, for the laminated film, the a* value and the b* value are measured according to a method disclosed in the description.
A solid-state imaging element comprising: open pixels each configured to detect whether or not an amount of change in incident light amount exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and light-blocked pixels each configured to output a correction signal corresponding to an amount of dark current noise and offset noise generated in the open pixels, the correction signal being configured to be used for correction processing of removing a noise from a pixel signal based on the light amount, wherein the open pixels are arrayed on one of a pair of planes facing each other, and the light-blocked pixels are arrayed on another of the pair of planes. open pixels each configured to detect whether or not an amount of change in incident light amount exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and light-blocked pixels each configured to output a correction signal corresponding to an amount of dark current noise and offset noise generated in the open pixels, the correction signal being configured to be used for correction processing of removing a noise from a pixel signal based on the light amount, wherein the open pixels are arrayed on one of a pair of planes facing each other, and the light-blocked pixels are arrayed on another of the pair of planes.
Alternator with synchronous rectification for a motor vehicle, comprising a stator, a rotor, synchronous rectification means (20, 21) for rectifying alternating voltages (φ1, φ2, φ3) supplied by said stator into a DC voltage (B+), voltage regulation means for regulating said DC voltage, and fault detection means (211, 22) for detecting faults in said synchronous rectification means and supplying fault detection information (DEF, S2, S3, S4) to said voltage regulation means, characterized in that at least one of said fault information items is used to provoke, in said voltage regulation means, an opening (T DEMAG) of an excitation circuit supplying an excitation coil of said rotor with current so as to produce, in said voltage regulation means, a fault indication corresponding to said at least one of the fault information items.
Pane having an electric heating layer, comprising at least: - a first pane having a surface, - at least one electric heating layer that is applied at least on part of the surface and includes an uncoated zone, - at least two busbars (5.1, 5.2) provided for connection to a voltage source, which are connected to the electric heating layer such that a current path for a heating current is formed between the busbars (5.1, 5.2), and - at least one separating line (9.n), which electrically subdivides the electric heating layer into at least two segments (10.n, 10.n+1), wherein at least one segment (10.n) is arranged in strip form around the uncoated zone such that the current path for the heating current is guided at least partially around the uncoated zone, wherein a third busbar (5.3) is arranged in direct electrical contact with the second busbar (5.2), which shortens the average length L n of at least one segment (10.n) and preferably the average length L n of all segments (10.n), or wherein each segment (10.n), which is arranged in strip from around the uncoated zone, has an own third busbar (5.3-5-6, 5.3'-5.6'), wherein each third busbar (5.3-5-6, 5.3'-5.6') is electrically conductively connected directly to the second busbar (5.2), or wherein a low-impedance bridge (15.n), which reduces the electrical resistance along the current path, is arranged in at least one segment (10.n). - a first pane having a surface, - at least one electric heating layer that is applied at least on part of the surface and includes an uncoated zone, - at least two busbars (5.1, 5.2) provided for connection to a voltage source, which are connected to the electric heating layer such that a current path for a heating current is formed between the busbars (5.1, 5.2), and - at least one separating line (9.n), which electrically subdivides the electric heating layer into at least two segments (10.n, 10.n+1),
A topical composition comprising phytantriol and p-hydroxyacetophenone, wherein the ratio (w/w) of phytantriol to p-hydroxyacetophenone is 1.5:1 to 3:1.
A method of detecting a foreign object in a wireless power transmitter including a resonant circuit for wirelessly transmitting power, the method comprising: measuring a first quality factor value of the resonant circuit at a first frequency; measuring a second quality factor value of the resonant circuit at a second frequency; and determining whether the foreign object is present based on the first quality factor value and the second quality factor value, wherein it is determined that the foreign object is present when the second quality factor value is greater than the first quality factor value, and it is determined that the foreign object is not present when the second quality factor value is less than the first quality factor value, characterized in that the second frequency is greater than the first frequency, and that it is determined that the foreign object is present in a charging area, when a value obtained by subtracting the first quality factor value from the second quality factor value exceeds a reference value. measuring a first quality factor value of the resonant circuit at a first frequency; measuring a second quality factor value of the resonant circuit at a second frequency; and determining whether the foreign object is present based on the first quality factor value and the second quality factor value, wherein it is determined that the foreign object is present when the second quality factor value is greater than the first quality factor value, and it is determined that the foreign object is not present when the second quality factor value is less than the first quality factor value, characterized in that the second frequency is greater than the first frequency, and that it is determined that the foreign object is present in a charging area, when a value obtained by subtracting the first quality factor value from the second quality factor value exceeds a reference value.
Electrical mains-powered actuator intended to operate a solar, closing or privacy protection element comprising, in a common enclosure, a direct current motor, a board controlling the motor power supply and an AC-DC voltage converter, the control board comprising a receiver of radio-waves at a frequency, the radio-wave receiver being designed to pick up control signals emitted by a remote control, the motor, the control board and the voltage converter being mechanically inserted into a tubular or parallelepipedal enclosure, characterized: - in that the voltage converter is a step-down converter enabling the desired conversion from a low AC voltage to a very low DC voltage, and comprises at least one switch controlled at a frequency such that the ratio (F1/F0) of the control frequency of the control switch to the frequency of the radio-wave receiver ranges between 2.2×10 -5 to 2.2×10 -4, and - in that the radio-wave receiver of the control board is provided with an antenna located inside the enclosure of the actuator, the enclosure being made of steel, the motor being a very low voltage motor and with permanent magnets, the motor being powered from the voltage converter under the control of the control board. - in that the voltage converter is a step-down converter enabling the desired conversion from a low AC voltage to a very low DC voltage, and comprises at least one switch controlled at a frequency such that the ratio (F1/F0) of the control frequency of the control switch to the frequency of the radio-wave receiver ranges between 2.2×10 -5 to 2.2×10 -4, and - in that the radio-wave receiver of the control board is provided with an antenna located inside the enclosure of the actuator, the enclosure being made of steel, the motor being a very low voltage motor and with permanent magnets, the motor being powered from the voltage converter under the control of the control board.
Drilling tool for producing drill holes, having - a tip and a shaft arranged opposite the tip as seen in the direction of a longitudinal axis of the drilling tool, wherein - the drilling tool has in the area of the tip at least one geometrically defined cutting edge, and having, - trailing the tip, as seen in the longitudinal direction from the tip, an expanded diameter, the drilling tool having a first area that precedes the expanded diameter and that has a first diameter, and a second area that trails the expanded diameter and that has a second diameter, wherein - the second diameter is larger than the first diameter, wherein - the expanded diameter and/or the second area is/are embodied such that a chip formation occurs in the area of the expanded diameter and/or in the second area when a workpiece is machined, said chip formation being consistent with the chip formation occurring when a workpiece is machined with a geometrically undefined cutting edge, characterized in that - the drilling tool includes a base body provided with grooves. - a tip and a shaft arranged opposite the tip as seen in the direction of a longitudinal axis of the drilling tool, wherein - the drilling tool has in the area of the tip at least one geometrically defined cutting edge, and having, - trailing the tip, as seen in the longitudinal direction from the tip, an expanded diameter, the drilling tool having a first area that precedes the expanded diameter and that has a first diameter, and a second area that trails the expanded diameter and that has a second diameter, wherein - the second diameter is larger than the first diameter, wherein - the expanded diameter and/or the second area is/are embodied such that a chip formation occurs in the area of the expanded diameter and/or in the second area when a workpiece is machined, said chip formation being consistent with the chip formation occurring when a workpiece is machined with a geometrically undefined cutting edge, - the drilling tool includes a base body provided with grooves.