mhurhangee/ep-ind-claims huggingface dataset:
A water-dispersed pressure-sensitive adhesive composition comprising an acrylic polymer being a polymer of a starting monomer mixture, and an acrylic polymer being a polymer of a starting monomer mixture, wherein the acrylic polymer has a glass transition temperature of 0°C or higher, the glass transition temperature being determined by the Fox equation based on the Tg values of homopolymers of the respective monomers forming the polymer and their weight fractions of the monomers, the acrylic polymer has a weight average molecular weight of from 0.35 × 10 4 or higher and below 1 × 10 4, and the acrylic polymer has a weight average molecular weight higher than the weight average molecular weight of the acrylic polymer, wherein the starting monomer mixture comprises a carboxy group-containing monomer at a ratio of 1% by weight or greater but 20% by weight or lower, wherein the weight average molecular weight is determined by GPC using a THF solution and polystyrene as a standard as disclosed herein; wherein the pressure-sensitive adhesive composition is free of a conventional general tackifier resin emulsion, or a tackifier is used in an amount of 5 parts by weight or less to 100 parts by weight of the amount of the polymers and combined.
Vehicle trim part with an integrated display and operating function, comprising a rear carrier element for fastening the vehicle trim part to a vehicle, and a transparent protective layer which covers an outer surface of the vehicle trim part and in the intended use forms a visible side of the vehicle trim part facing away from the carrier element, wherein at least one translucent decorative layer, one masking layer, one transparent sensor layer, and one lighting layer are sandwiched between the protective layer and the carrier element starting from the protective layer, and wherein the masking layer includes transparent areas, the lighting layer comprises lighting elements and the lighting elements are designed to transilluminate the transparent sensor layer and the transparent areas of the masking layer towards the protective layer, and the sensor layer is designed to detect a contact applied to the protective layer from the visible side, so that the display function can be activated by transilluminating the masking layer using the lighting elements, and the operating function can be provided by detecting the contact using the sensor layer, wherein the masking layer and the sensor layer are formed with one another as a flexible film, the decorative layer and the lighting layer are laminated onto the film, and a layer composite thus formed is adhesively bonded onto the carrier element or is back-injected with the carrier element. at least one translucent decorative layer, one masking layer, one transparent sensor layer, and one lighting layer are sandwiched between the protective layer and the carrier element starting from the protective layer, and wherein the masking layer includes transparent areas, the lighting layer comprises lighting elements and the lighting elements are designed to transilluminate the transparent sensor layer and the transparent areas of the masking layer towards the protective layer, and the sensor layer is designed to detect a contact applied to the protective layer from the visible side, so that the display function can be activated by transilluminating the masking layer using the lighting elements, and the operating function can be provided by detecting the contact using the sensor layer, wherein the masking layer and the sensor layer are formed with one another as a flexible film, the decorative layer and the lighting layer are laminated onto the film, and a layer composite thus formed is adhesively bonded onto the carrier element or is back-injected with the carrier element.
A fastening device (16, 26, 40) for mounting a sensor in an opening of a wall, which has a mounting frame for insertion into the opening, a first fastening element for holding the inserted mounting frame in the opening, which can be attached to the mounting frame, and a second fastening element for holding the sensor on or in the mounting frame, characterized in that the first fastening element is configured as a flexible retaining clip which generates a spring force by tension, and in that exactly one retaining clip is provided which is initially placed in a relaxed state around the mounting frame and, in the assembled state, is clamped in upper and lower guide slots (22a-b, 24a-b) of the mounting frame, so that the retaining clip presses the mounting frame against the wall with the spring force.
A communication device (100, 200), comprising: at least one antenna (315, 415, 417, 502, 528); at least one transceiver (302, 314, 402, 414, 602, 526, 522) switchably coupled to the at least one antenna, wherein the at least one transceiver (302, 314, 402, 414, 602, 526, 522), while operating in a dual transmission mode, is configured to generate a first carrier and at least one other carrier including a second carrier, and simultaneously propagate the first carrier and the at least one other carrier to at least one antenna (315, 415, 502); a series-shunt PIN, Positive Intrinsic Negative, diode switch (312, 412, 508, 606, 710) comprising a series PIN diode (608, 726) and a shunt PIN diode (616, 716), and which is configured to receive the first carrier and the second carrier as a dual carrier signal at a first switch input port that is in series with the series PIN diode (608, 726), the first switch input port being coupled to an anode of the series PIN diode (608, 726) and a cathode of the series PIN diode (608, 726) being coupled to the at least one antenna (315, 415, 502); and a controller (310, 410) that is configured to selectively activate the dual transmission mode by biasing both the series PIN diode (608, 726) and the shunt PIN diode (616, 716) in the on-state to cause the series-shunt PIN diode switch (312, 412, 506, 606, 710) to propagate the dual carrier signal which is transmitted via the series PIN diode (608, 726) to the at least one antenna (315, 415, 502). at least one antenna (315, 415, 417, 502, 528); at least one transceiver (302, 314, 402, 414, 602, 526, 522) switchably coupled to the at least one antenna, wherein the at least one transceiver (302, 314, 402, 414, 602, 526, 522), while operating in a dual transmission mode, is configured to generate a first carrier and at least one other carrier including a second carrier, and simultaneously propagate the first carrier and the at least one other carrier to at least one antenna (315, 415, 502); a series-shunt PIN, Positive Intrinsic Negative, diode switch (312, 412, 508, 606, 710) comprising a series PIN diode (608, 726) and a shunt PIN diode (616, 716), and which is configured to receive the first carrier and the second carrier as a dual carrier signal at a first switch input port that is in series with the series PIN diode (608, 726), the first switch input port being coupled to an anode of the series PIN diode (608, 726) and a cathode of the series PIN diode (608, 726) being coupled to the at least one antenna (315, 415, 502); and a controller (310, 410) that is configured to selectively activate the dual transmission mode by biasing both the series PIN diode (608, 726) and the shunt PIN diode (616, 716) in the on-state to cause the series-shunt PIN diode switch (312, 412, 506, 606, 710) to propagate the dual carrier signal which is transmitted via the series PIN diode (608, 726) to the at least one antenna (315, 415, 502).
A screen interface unlocking method of a terminal, wherein, the terminal comprises a first operating system and a second operating system, a security level of the first operating system being higher than a security level of the second operating system, wherein the terminal comprises an input device (603, 202) configured to receive a screen interface unlocking password input by a user in a touch unlocking mode and to collect voice information input by the user, and wherein the terminal comprises an output device (604, 2024) configured to prompt the user to input a screen unlocking password corresponding to the touch unlocking mode; wherein, the screen interface unlocking method comprises: upon receiving a screen interface wake-up instruction, prompting a user to input screen unlocking password corresponding to the touch unlocking mode in response to the prompting, receiving the screen unlocking password input by the user and at the same time collecting voice information input by the user; comparing the screen unlocking password with a preset target screen interface decryption key; controlling the terminal to enter the first operating system when the screen unlocking password matches the preset target screen interface decryption key and the voice information matches preset target voice information; and controlling the terminal to enter the second operating system when the screen unlocking password matches the preset target screen interface decryption key and the voice information does not match the preset target voice information. upon receiving a screen interface wake-up instruction, prompting a user to input screen unlocking password corresponding to the touch unlocking mode in response to the prompting, receiving the screen unlocking password input by the user and at the same time collecting voice information input by the user; comparing the screen unlocking password with a preset target screen interface decryption key; controlling the terminal to enter the first operating system when the screen unlocking password matches the preset target screen interface decryption key and the voice information matches preset target voice information; and controlling the terminal to enter the second operating system when the screen unlocking password matches the preset target screen interface decryption key and the voice information does not match the preset target voice information.
A process for the synthesis of ammonia from a make-up gas, the process comprising a first reactive step at a first pressure (P 1) and a second reactive step at a second pressure (P 2) greater than the first pressure, wherein: the first reactive step provides a product stream containing ammonia and a gaseous effluent containing unreacted make-up gas; a first portion (16, 16a) of said gaseous effluent is subjected to said second reactive step, and a second portion (15b, 16b) of said gaseous effluent is recycled to said first reactive step, the process further comprising a step of compression of the gaseous effluent of the first reactive step from said first pressure (P 1) to said second pressure (P 2), wherein the second portion of said gaseous effluent is taken before said step of compression and is recycled to said first reactive step through an ejector. the first reactive step provides a product stream containing ammonia and a gaseous effluent containing unreacted make-up gas; a first portion (16, 16a) of said gaseous effluent is subjected to said second reactive step, and a second portion (15b, 16b) of said gaseous effluent is recycled to said first reactive step, the process further comprising a step of compression of the gaseous effluent of the first reactive step from said first pressure (P 1) to said second pressure (P 2), wherein the second portion of said gaseous effluent is taken before said step of compression and is recycled to said first reactive step through an ejector.
An inhalable cold plasma mask device (500, 700, 800) comprising: a mask layer (520, 730, 810) conformal to a face, the mask layer having an aperture (530, 750a, 820a); a dielectric barrier discharge device (540, 760a, 830a) disposed within the aperture (530, 750a, 820a), the DBD device (540, 760a, 830a) having a gas port, an electrode and a dielectric barrier, the gas port configured to receive gas, and the electrode coupled to a wire which is at a positive potential with respect to a ground; and a ground ring disposed within the DBD device (540, 760a, 830a), the ground ring configured to be coupled to the ground. a mask layer (520, 730, 810) conformal to a face, the mask layer having an aperture (530, 750a, 820a); a dielectric barrier discharge device (540, 760a, 830a) disposed within the aperture (530, 750a, 820a), the DBD device (540, 760a, 830a) having a gas port, an electrode and a dielectric barrier, the gas port configured to receive gas, and the electrode coupled to a wire which is at a positive potential with respect to a ground; and a ground ring disposed within the DBD device (540, 760a, 830a), the ground ring configured to be coupled to the ground.
An ankle prosthesis, comprising: a tibial component configured for attachment to a tibia of a person; and a talar component having a first surface configured for facing the tibial component and a second surface configured for facing a talus of the person, the second surface having first and second arms attached thereto, for pivoting or flexing outwardly in medial and lateral directions, respectively, to engage side surfaces of a previously formed slot in the talus. a tibial component configured for attachment to a tibia of a person; and a talar component having a first surface configured for facing the tibial component and a second surface configured for facing a talus of the person, the second surface having first and second arms attached thereto, for pivoting or flexing outwardly in medial and lateral directions, respectively, to engage side surfaces of a previously formed slot in the talus.
A light fixture equipped with mutually slidable elements, being a body and a lampshade, with a possibility of snap fits, wherein a body, comprising a reflector fixedly built-in within it, has at least three retaining-locking recesses (1.2, 1.3, 1.4, 1.2', 1.3', 1.4') on the internal surface of its vertical wall (1.1. 1.1'), with which cooperates at least one projection (3.2, 3.2') placed on the external surface of the wall (3.1) of the lampshade, the lampshade being slidable relative to the body toward the outlet of the body or interior of the body, wherein when the lampshade is set in the first recess (1.2, 1.2') relative to the body, a focused light beam is emitted, whereas when set in the second recess (1.3, 1.3'), a partially diffused light beam is emitted, and when set in the third recess (1.4, 1.4'), a diffused light beam is emitted.
A balancing apparatus (20; 30) for a rotary element (21; 31) including a central hub portion (210; 310) and radial elements (211; 311) each extending radially outwardly from the central hub portion (210; 310) and being provided as hub arms, the balancing apparatus (20, 30) being configured to direct a movement of heavy liquid into and out of the central hub portion and along the radial elements, wherein the balancing apparatus (20; 30) comprises: a mass balancing system (22; 32) which directs a movement of the heavy liquid within a first piping system that contains a first portion of the heavy liquid and is configured for extending through the central hub portion and along a first pair of opposite hub arms, and a second piping system that contains a second portion of the heavy liquid and is configured for extending through the central hub portion and along a second pair of opposite hub arms, and further comprises a first pump disposed along the first piping system; a second pump disposed along the second piping system; pressurized volumes disposed at distal ends of the first and second piping systems (321, 322); and diaphragms for separating the pressurized volumes from the heavy liquid contained in the first and second piping systems (321, 322). a mass balancing system (22; 32) which directs a movement of the heavy liquid within a first piping system that contains a first portion of the heavy liquid and is configured for extending through the central hub portion and along a first pair of opposite hub arms, and a second piping system that contains a second portion of the heavy liquid and is configured for extending through the central hub portion and along a second pair of opposite hub arms, and further comprises a first pump disposed along the first piping system; a second pump disposed along the second piping system; pressurized volumes disposed at distal ends of the first and second piping systems (321, 322); and diaphragms for separating the pressurized volumes from the heavy liquid contained in the first and second piping systems (321, 322).
A coating application system for coating an exterior surface of an aircraft, comprising: at least one gantry, including: a first and second tower (210, 212) movable along a respective first and second floor track (242, 244) oriented parallel to one another; a crossbeam extending between the first and second tower (210,212); at least one robotic device having an end effector configured to perform an operation on an aircraft exterior surface; a turntable associated with an outboard end of the first floor track and configured to rotate the first tower about a first tower axis; and a curved track section associated with an outboard end of the second floor track and allowing the second tower to move along an arc having a center of curvature located at the first tower axis such that the crossbeam may pivot about the first tower axis. at least one gantry, including: a first and second tower (210, 212) movable along a respective first and second floor track (242, 244) oriented parallel to one another; a crossbeam extending between the first and second tower (210,212); at least one robotic device having an end effector configured to perform an operation on an aircraft exterior surface; a first and second tower (210, 212) movable along a respective first and second floor track (242, 244) oriented parallel to one another; a crossbeam extending between the first and second tower (210,212); at least one robotic device having an end effector configured to perform an operation on an aircraft exterior surface; a turntable associated with an outboard end of the first floor track and configured to rotate the first tower about a first tower axis; and a curved track section associated with an outboard end of the second floor track and allowing the second tower to move along an arc having a center of curvature located at the first tower axis such that the crossbeam may pivot about the first tower axis.
A kayak trolley supporting a kayak, the trolley having a wheel comprising: • a hub; • rigid spokes extending outwards from the hub to a rigid rim; and • a flexible airless tire fitted to the rigid rim; the tire having a plurality of flexible spokes extending between an inner flexible band and an outer flexible band, the flexible spokes being laid-over and having moved under the load of the kayak to cause a ground engaged section of the tire to assume a substantially flat track portion, such that it will revert to a normal circular tending configuration when turned away from a ground engaging position; wherein the flat track portion is as long as at least the diameter of the rigid rim; and wherein the flexible spokes are laid over so that a first series of the flexible spokes tend clockwise and a second series of the flexible spokes tend counter-clockwise. • a hub; • rigid spokes extending outwards from the hub to a rigid rim; and • a flexible airless tire fitted to the rigid rim; the tire having a plurality of flexible spokes extending between an inner flexible band and an outer flexible band, the flexible spokes being laid-over and having moved under the load of the kayak to cause a ground engaged section of the tire to assume a substantially flat track portion, such that it will revert to a normal circular tending configuration when turned away from a ground engaging position;
Multi-channel test system for supplying test consumer devices (61, 62) with electrical power from a supply network, comprising at least a first test channel and a second test channel, each comprising at least one channel output for providing power at a predetermined output voltage to test consumer devices (61, 62), wherein the test channels (10, 20, 30) are galvanically isolated; and each test channel (10, 20, 30) comprises a power conversion circuit (16, 26, 36) for controlled conversion of electrical power between the supply network and a DC link (13, 23, 33) of the test channel (10, 20, 30);each channel output comprises an output stage (14, 24, 34) connected to the DC link (13, 23, 33) for converting a DC voltage between the DC link (13, 23, 33) and the predetermined output voltage of the channel output; and the test channels (10, 20, 30) each comprise at least one channel output for providing a power having a predetermined output voltage to test consumer devices (61, 62), wherein the test channels (10, 20, 30) are galvanically isolated; and at least one switching device, which is connected at least to the intermediate circuits (13, 23) of the first test channel and second test channel, and is arranged for the switchable galvanic coupling of the intermediate circuits (13, 23) to form a common intermediate circuit and for the switchable galvanic isolation of the intermediate circuits (13, 23); wherein at least the power converter circuits (16, 26) of the first test channel and second test channel have an active power stage (12, 22) which is set up to provide both a phase-controlled, variably adjustable rectification of an AC voltage in an active operating mode and an uncontrolled, invariable rectification in a passive operating mode. and each test channel (10, 20, 30) comprises a power conversion circuit (16, 26, 36) for controlled conversion of electrical power between the supply network and a DC link (13, 23, 33) of the test channel (10, 20, 30);each channel output comprises an output stage (14, 24, 34) connected to the DC link (13, 23, 33) for converting a DC voltage between the DC link (13, 23, 33) and the predetermined output voltage of the channel output; and the test channels (10, 20, 30) each comprise at least one channel output for providing a power having a predetermined output voltage to test consumer devices (61, 62), wherein the test channels (10, 20, 30) are galvanically isolated; and at least one switching device, which is connected at least to the intermediate circuits (13, 23) of the first test channel and second test channel, and is arranged for the switchable galvanic coupling of the intermediate circuits (13, 23) to form a common intermediate circuit and for the switchable galvanic isolation of the intermediate circuits (13, 23); wherein at least the power converter circuits (16, 26) of the first test channel and second test channel have an active power stage (12, 22) which is set up to provide both a phase-controlled, variably adjustable rectification of an AC voltage in an active operating mode and an uncontrolled, invariable rectification in a passive operating mode.
A method for manufacturing web-shaped materials having a relief structure, comprising the following steps of: - coating a substrate at least regionally with a radiation-curable lacquer layer, - incorporating the relief structure in the lacquer layer, wherein the lacquer layer at the time of incorporation substantially has a degree of cure below the gel point. - coating a substrate at least regionally with a radiation-curable lacquer layer, - incorporating the relief structure in the lacquer layer, wherein the lacquer layer at the time of incorporation substantially has a degree of cure below the gel point.