mhurhangee/ep-ind-claims huggingface dataset:
A device for checking the inflation pressure (p) in a tire of a vehicle rolling across a measuring station plane, said device comprising at least one sensor device arranged transversely to the running direction of the tire and designed to recognize rolling of the tire across the sensor device and to output a corresponding output signal; and an evaluation unit; characterized in that the device comprises at least one force sensor beam oriented transversely to the running direction of the tire and designed to output an output signal to the evaluation unit, which is a time-dependent function of the load or force acting on the force sensor beam, wherein said force sensor beam is arranged at a known distance (d) from the sensor device and wherein the width (b) of the force sensor beam parallel to the running direction is smaller than a length of a tire contact patch to be expected, and the evaluation unit is designed to determine from the output signals of the sensor device and the force sensor beam the length of the tire contact patch and the wheel load of the tire and to conclude the inflation pressure (p) in the tire solely from these two parameters with the aid of a correlation function establishing a relationship between the length of the tire patch area and the tire inflation pressure (p), said correlation function comprising pre-stored correlation coefficients (Ai, Bi) dependent on the wheel load.
Generator of inerting gas from a flow of air, in a system for inerting at least one fuel tank of an aircraft, the generator comprising a circuit with an air inlet and means for distributing the flow of air towards a plurality of air separation modules arranged in parallel on the air circuit to deplete the air of oxygen and generate, at the outlet, an inerting gas enriched in nitrogen, and also comprising a unit for controlling the distribution means programmed to selectively supply with air just one, a part, or all of the air separation modules according to the flight phase of the aircraft, wherein when just one or a part of the air separation modules are supplied with air, the control unit is programmed to supply with air, out of the plurality of air separation modules, the air separation module(s) having the lowest number of cumulative operating hours, and/or the air separation module(s) having the best performance, said generator of inerting gas comprises at least one oxygen analyser, and means for directing the inerting gas at the outlet of each air separation module towards the oxygen analyser characterised in that the oxygen analyser is used to measure the performance of each air separation module independently of each other.
An encapsulant film comprising a crosslinked polymeric composition, the composition comprising: from 95 wt% to 98.75 wt% of a non-polar ethylene-based polymer based on the total weight of the composition; from 0.75 wt% to 1.5 wt% of an organic peroxide based on the total weight of the composition; from 0.1 wt% to 0.3 wt% of a silane coupling agent based on the total weight of the composition; and from 0.4 wt% to 0.7 wt% based on the total weight of the composition of a single co-agent of a compound of Structure I wherein R 1 -R 6 each is independently selected from the group consisting of a C 1 -C 8 hydrocarbyl group, a C 1 -C 36 substituted hydrocarbyl group, and combinations thereof and wherein the encapsulant film has a volume resistivity from greater than or equal to 3.0*10 15 ohm.cm to 3.0*10 18 ohm.cm at 60°C, determined according to the method disclosed in the description. from 95 wt% to 98.75 wt% of a non-polar ethylene-based polymer based on the total weight of the composition; from 0.75 wt% to 1.5 wt% of an organic peroxide based on the total weight of the composition; from 0.1 wt% to 0.3 wt% of a silane coupling agent based on the total weight of the composition; and from 0.4 wt% to 0.7 wt% based on the total weight of the composition of a single co-agent of a compound of Structure I
An absorbent article comprising a liquid-permeable front sheet, a liquid-impermeable back sheet and a liquid-retaining absorbent core, wherein the front sheet consists of a single laminated sheet comprising spunbond layers on the front side and back side and a melt blown layer between the spunbond layers, in which a surface of the spunbond layer on the front side has a pattern embossed surface, and a surface of the spunbond layer on the back side has a flat embossed surface, the absorbent core consists of fiber aggregates and super-absorbent polymer particles, the front sheet covers the skin side surface of the absorbent core while being directly bonded to the skin side surface, the length of the front sheet in the lengthwise direction is longer than the length of the absorbent core in the lengthwise direction so that the front sheet is provided with extended sections which extend outward in the lengthwise direction from both ends in the lengthwise direction of the absorbent core, the extended sections being each continuously connected in the transverse direction with the front sheet or back sheet which overlaps with the extended section, and the extended sections are adapted to contact the skin of a wearer.
A rail vehicle with - at least one car body and at least one recess (20, 21) at an outside of a portion of the car body, which forms the outer side walls and the roof, and in case of an end car, also forms the end portion including a coupling opening, - wherein the recess (20, 21) comprises at least one surface (30, 31, 40) exposed to the headwind, which is provided at least partially with a micro-perforated structure, characterized in that - the surface (30, 31) exposed to the headwind within the recess (20, 21) is part of a holding element, in particular a hand rail or of a foot step, which is arranged in a space formed by the recess (20, 21) and which is provided with the micro-perforated structure. - at least one car body and at least one recess (20, 21) at an outside of a portion of the car body, which forms the outer side walls and the roof, and in case of an end car, also forms the end portion including a coupling opening, - wherein the recess (20, 21) comprises at least one surface (30, 31, 40) exposed to the headwind, which is provided at least partially with a micro-perforated structure, characterized in that - the surface (30, 31) exposed to the headwind within the recess (20, 21) is part of a holding element, in particular a hand rail or of a foot step, which is arranged in a space formed by the recess (20, 21) and which is provided with the micro-perforated structure.
A method of registering a dual-mode terminal, the method comprising the steps of: receiving (300, 305, 400), at an edge node (240, 500) and from a residential gateway (210, 600), of a second network an identity and credentials of the terminal in a first network and a local identifier, wherein the local identifier is assigned to the dual-mode terminal at the residential gateway being a Layer 3 Residential Gateway; sending (310, 410), from the edge node, the credentials and the local identifier in a request for authorization for the terminal; receiving (315, 415), at the edge node, an authorization for the terminal and the local identifier; sending, from the edge node, an IP address request comprising the local identifier for the terminal for obtaining an IP address for use in the second network; receiving (330, 420), at the edge node, the IP address for the terminal and the local identifier; storing, at the edge node, a mapping between the IP address for use in the second network and the identity of the terminal in the first network, by use of the local identifier; receiving, at the edge node, policies related to the identity of the terminal; and adding at the edge node the policies to the mapping. receiving (300, 305, 400), at an edge node (240, 500) and from a residential gateway (210, 600), of a second network an identity and credentials of the terminal in a first network and a local identifier, wherein the local identifier is assigned to the dual-mode terminal at the residential gateway being a Layer 3 Residential Gateway; sending (310, 410), from the edge node, the credentials and the local identifier in a request for authorization for the terminal; receiving (315, 415), at the edge node, an authorization for the terminal and the local identifier; sending, from the edge node, an IP address request comprising the local identifier for the terminal for obtaining an IP address for use in the second network; receiving (330, 420), at the edge node, the IP address for the terminal and the local identifier; storing, at the edge node, a mapping between the IP address for use in the second network and the identity of the terminal in the first network, by use of the local identifier; receiving, at the edge node, policies related to the identity of the terminal; and adding at the edge node the policies to the mapping.
A print liquid supply unit, comprising: a regulator assembly comprising an at least partially expandable or contractible pressure chamber; a port (106, 206, 234, 236, 406); and sensor circuitry (108, 208, 308, 408) positioned between the regulator assembly and the port (106, 206, 234, 236, 406) in a print liquid reservoir, characterized in that the sensor circuitry (108, 208, 308, 408) comprises a strain or pressure sensor configured to detect a deflection of a wall of the contractible pressure chamber and is distanced from the regulator assembly. a regulator assembly comprising an at least partially expandable or contractible pressure chamber; a port (106, 206, 234, 236, 406); and sensor circuitry (108, 208, 308, 408) positioned between the regulator assembly and the port (106, 206, 234, 236, 406) in a print liquid reservoir, characterized in that the sensor circuitry (108, 208, 308, 408) comprises a strain or pressure sensor configured to detect a deflection of a wall of the contractible pressure chamber and is distanced from the regulator assembly.
An injection molding apparatus comprising an injection molding machine that generates an injection fluid, one or more upstream channels (19bfc, 40dfc, 40mc) having a longitudinal flow axis (A2, A3) that receive the injection fluid from the injection molding machine at an upstream end and that route the injection fluid downstream toward a downstream end and one or more nozzle channels, each nozzle channel having a longitudinal flow axis formed in an associated nozzle that receives the injection fluid from the one or more upstream channels (19bfc, 40dfc) at an upstream end and that routes the injection fluid downstream toward a downstream end, wherein a spring, coil, wire, rod or cylinder configured in the form or shape of a spiral or helix is disposed within and extends axially through one or more of the upstream channels (19bfc, 40dfc, 40mc) and the nozzle channel, the spring, coil, wire, rod or cylinder having an axial length (AL, DCL) and a right handed or left handed spiral or helix; characterized in that the apparatus further comprises an actuator interconnected to a valve pin comprised of a rod or shaft having a circumferential surface (1040cs, OS), the actuator being controllable to drive the valve pin upstream and downstream through the nozzle channel; and wherein the spiral spring, coil, wire, rod or cylinder has an axial aperture through which the valve pin is disposed, and the valve pin has a circumferential surface (1040cs, OS) that is smooth or has a discontinuity (11, 13, 115, 17, 19, 21, 23, 25, 800sgr, 800sgl) formed within the outer circumferential surface (1040cs, OS) that interacts with injection fluid flowing past or along the outer circumferential surface (1040cs, OS) to cause the flowing injection fluid to flow in a turbulent, disrupted or mixing manner. wherein a spring, coil, wire, rod or cylinder configured in the form or shape of a spiral or helix is disposed within and extends axially through one or more of the upstream channels (19bfc, 40dfc, 40mc) and the nozzle channel, the spring, coil, wire, rod or cylinder having an axial length (AL, DCL) and a right handed or left handed spiral or helix; characterized in that the apparatus further comprises an actuator interconnected to a valve pin comprised of a rod or shaft having a circumferential surface (1040cs, OS), the actuator being controllable to drive the valve pin upstream and downstream through the nozzle channel; and wherein the spiral spring, coil, wire, rod or cylinder has an axial aperture through which the valve pin is disposed, and the valve pin has a circumferential surface (1040cs, OS) that is smooth or has a discontinuity (11, 13, 115, 17, 19, 21, 23, 25, 800sgr, 800sgl) formed within the outer circumferential surface (1040cs, OS) that interacts with injection fluid flowing past or along the outer circumferential surface (1040cs, OS) to cause the flowing injection fluid to flow in a turbulent, disrupted or mixing manner.
Process for preparing diaryl carbonate, which comprises the following steps: (a) preparation of phosgene by reaction of chlorine with carbon monoxide, (b) reaction of the phosgene formed in step (a) with at least one monophenol in the presence of a catalyst and optionally organic solvent to form at least one diaryl carbonate and hydrogen chloride, (c) isolation and work-up of the diaryl carbonate formed in step (b), (d) isolation and optionally purification of the hydrogen chloride formed in step (b), (e) preparation of an aqueous solution of the hydrogen chloride, (f) optionally purification of the aqueous solution of the hydrogen chloride, (g) electrochemical oxidation of at least part of the aqueous hydrogen chloride solution from (e) or (f) to chlorine with formation of water, (h) recirculation of at least part of the chlorine prepared in step (g) to the preparation of phosgene in step (a), where the electrochemical oxidation in step (g) is carried out using a gas diffusion electrode as oxygen-consuming cathode. (a) preparation of phosgene by reaction of chlorine with carbon monoxide, (b) reaction of the phosgene formed in step (a) with at least one monophenol in the presence of a catalyst and optionally organic solvent to form at least one diaryl carbonate and hydrogen chloride, (c) isolation and work-up of the diaryl carbonate formed in step (b), (d) isolation and optionally purification of the hydrogen chloride formed in step (b), (e) preparation of an aqueous solution of the hydrogen chloride, (f) optionally purification of the aqueous solution of the hydrogen chloride, (g) electrochemical oxidation of at least part of the aqueous hydrogen chloride solution from (e) or (f) to chlorine with formation of water, (h) recirculation of at least part of the chlorine prepared in step (g) to the preparation of phosgene in step (a),
A genetically modified E. coli microorganism for producing xylitol from xylose comprising: inducible overexpression of xylose reductase and inducible synthetic metabolic valves comprising: an enzymatic degradation synthetic metabolic valve characterized by inducing enzymatic degradation of the xylose isomerase enzyme; and a gene expression-silencing synthetic metabolic valve characterized by silencing gene expression or an enzymatic degradation synthetic metabolic valve characterized by inducing enzymatic degradation of at least one gene or enzyme selected from the group consisting of: a gene encoding glucose-6-phosphate dehydrogenase ( zwf) or the glucose-6-phosphate dehydrogenase ( zwf) enzyme; and a gene encoding enoyl-ACP reductase ( fabI) or the enoyl-ACP reductase ( fabI) enzyme; wherein the genetically modified E. coli microorganism produces xylitol at a product titer of greater than 0.08 g/L/24 hours in a biofermentation process. an enzymatic degradation synthetic metabolic valve characterized by inducing enzymatic degradation of the xylose isomerase enzyme; and a gene expression-silencing synthetic metabolic valve characterized by silencing gene expression or an enzymatic degradation synthetic metabolic valve characterized by inducing enzymatic degradation of at least one gene or enzyme selected from the group consisting of: a gene encoding glucose-6-phosphate dehydrogenase ( zwf) or the glucose-6-phosphate dehydrogenase ( zwf) enzyme; and a gene encoding enoyl-ACP reductase ( fabI) or the enoyl-ACP reductase ( fabI) enzyme;
An electrically heated aerosol-generating device for heating an aerosol-forming substrate that is capable to form an inhalable aerosol when heated, the device comprising: - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity; - a state detector for detecting the presence of at least one specific state in the receiving cavity, wherein the state detector comprises a radiation emitter arranged and configured to emit radiation into the receiving cavity, and a radiation sensor arranged and configured to detect a portion of the emitted radiation being reflected from the interior of the receiving cavity and indicative for the presence of the at least one specific state, wherein the radiation emitter and the radiation sensor are arranged outside the receiving cavity such that the radiation emitter and the radiation sensor are not in fluid communication with the interior of the receiving cavity, wherein at least a part of the state detector is arranged close to or adjacent to a distal end portion of the cavity. - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity; - a state detector for detecting the presence of at least one specific state in the receiving cavity, wherein the state detector comprises a radiation emitter arranged and configured to emit radiation into the receiving cavity, and a radiation sensor arranged and configured to detect a portion of the emitted radiation being reflected from the interior of the receiving cavity and indicative for the presence of the at least one specific state, wherein the radiation emitter and the radiation sensor are arranged outside the receiving cavity such that the radiation emitter and the radiation sensor are not in fluid communication with the interior of the receiving cavity, wherein at least a part of the state detector is arranged close to or adjacent to a distal end portion of the cavity.
Retaining device for use when sintering a ceramic multilayer component with copper-containing inner electrodes, which is suitable for receiving a multiplicity of unsintered components and the surface of which contains a metal of which the redox potential is at least as great as the redox potential of copper, wherein the retaining device has a container, characterized by a grid-shaped insert in the container, wherein the container can be covered by a cover, and by means for providing a gap between the container and the cover, or wherein the retaining device includes a baseplate, characterized by a grid-shaped insert provided over the baseplate, wherein the baseplate can be covered by a cap, and by means for providing a gap between the baseplate and the cap.
Apparatus comprising an output unit to output messages received by a first receiving appliance and messages received by a second receiving appliance, wherein the apparatus has a combination unit to combine messages received by the first receiving appliance and messages received by the second receiving appliance, to form a common message base for a combined output of the messages received by the first receiving appliance and messages received by the second receiving appliance on the output unit, wherein the receiving appliances (2, 3) also have transmitter appliances for transmitting messages and the apparatus is configured to store in a message which receiving appliance (2, 3) has received the message, characterised in that the first receiving appliance is a communication module integrated into the motor vehicle and that the apparatus is configured, when transmitting a response to the message, to automatically select the transmission path for the response such that the response is transmitted by the receiving appliance (2, 3) which received the message.
An applier apparatus for applying a sheet of flexible material to a cylindrical body, the apparatus comprising: a support frame; and a conveyor table having one or more conveyor belts (60, 62, 64) mounted thereon, the conveyor table further comprising a plurality of support legs (31, 32, 33, 34), each support leg having an outer leg portion (31 A, 32A, 33A, 34A) and an inner leg portion (31 B, 32B, 33B, 34B), wherein each inner leg is mounted to the support frame and wherein the conveyor table is connected to each of the outer leg portion of the support legs; wherein the outer leg portion of each support leg has a first end slidably received over the inner leg portion and a second end connected to a nut; wherein the nut is mounted onto a linear screw which is rotatably mounted onto a second end of the inner leg portion; and wherein the linear screw is driven by a motor wherein as the linear screw is rotated, the nut is raised or lowered. a support frame; and a conveyor table having one or more conveyor belts (60, 62, 64) mounted thereon, the conveyor table further comprising a plurality of support legs (31, 32, 33, 34), each support leg having an outer leg portion (31 A, 32A, 33A, 34A) and an inner leg portion (31 B, 32B, 33B, 34B), wherein each inner leg is mounted to the support frame and wherein the conveyor table is connected to each of the outer leg portion of the support legs;
Device for reducing residual current in an electrical circuit, in particular an electrical low-voltage line, the device comprising at least two inputs for connecting at least one neutral conductor and a phase, and a number of outputs corresponding to the number of inputs, the outputs being suitable for connecting electrical consumers, the device comprising a residual current sensor and a current measuring unit, an output of the residual current sensor being connected to an input of the current measuring unit, the device comprising a voltage reduction unit, the voltage reduction unit being designed to reduce the voltage applied to outputs of the device with respect to the voltage applied to inputs of the device on the basis of the level of the measured residual current in order to limit the measured residual current to a predefinable value, in particular 30 mA, the voltage reduction unit being arranged in series in a connection between one of the inputs and one of the outputs of the device, characterized in that the voltage reduction unit has a control and/or regulation unit, an output of the current measuring unit being connected to an input of the control and/or regulation unit, in that the voltage reduction unit has a switching unit for switching between a normal operation branch and a reduction branch, in that at least one resistor comprising a controllable resistor is arranged in the reduction branch, in that the controllable resistor is connected to the control and/or regulation unit, and in that the control and/or regulation unit controls the resistance value of the controllable resistor on the basis of the level of the measured residual current in order to limit the measured residual current to a predefinable value, in particular 30 mA.