mhurhangee/ep-ind-claims huggingface dataset:
A mounting device for tension clamps for fastening a rail, particularly a rail base, on a railroad tie or another track superstructure, comprising at least one gripping mechanism for synchronously gripping at least two tension clamps and for synchronously moving at least two tension clamps from their pre-mounting position into the mounting position, as well as a device for applying a clamping force upon the tension clamps, wherein the device for applying a clamping force comprises a tensioning mechanism, as well as a mechanism that releases the tensioning mechanism or counteracts its clamping force.
A refrigerator comprising an ice bank fixation device, the ice bank fixation device comprising: a first coupling part formed at an ice bank; a second coupling part configured to keep the ice bank at a position attached to a backside of a refrigerator door by an interlocking motion with the first coupling part; and an elastic member applying an elastic force to the first coupling part to rotate the first coupling part for coupling with the second coupling part, the second coupling part comprising recesses formed in supports extending backward from both sides of the backside of the refrigerator door, the first coupling part being rotatable on the ice bank, the refrigerator door comprising said supports formed on both sides of the backside thereof, the second coupling part being formed at mutually facing surfaces of the supports, the ice bank comprising a rotation space allowing rotation of the first coupling part, the first coupling part comprising an end extending from a rotation center of the first coupling part for coupling with the second coupling part and a lever on the other end thereof for handling the first coupling part, the lever being curved from the rear end of the first coupling part away from the ice bank so as to be placed outside the rotation space. a first coupling part formed at an ice bank; a second coupling part configured to keep the ice bank at a position attached to a backside of a refrigerator door by an interlocking motion with the first coupling part; and an elastic member applying an elastic force to the first coupling part to rotate the first coupling part for coupling with the second coupling part, the second coupling part comprising recesses formed in supports extending backward from both sides of the backside of the refrigerator door, the first coupling part being rotatable on the ice bank, the refrigerator door comprising said supports formed on both sides of the backside thereof, the second coupling part being formed at mutually facing surfaces of the supports, the ice bank comprising a rotation space allowing rotation of the first coupling part, the first coupling part comprising an end extending from a rotation center of the first coupling part for coupling with the second coupling part and a lever on the other end thereof for handling the first coupling part, the lever being curved from the rear end of the first coupling part away from the ice bank so as to be placed outside the rotation space.
An apparatus for moving blades of a wind turbine having a hub and a plurality of blades installed at the hub, the apparatus comprising: wire connectors, respectively, comprising first protrusions provided at root portions of first to third blades, and second protrusions provided at the hub so as to be arranged in parallel with the first protrusions; and a pair of wires which are attachable to and detachable from first to third wire connectors, wherein each of the first protrusions has a first hole to which the wires are connected, and each of the second protrusions has a second hole for guiding the wires. wire connectors, respectively, comprising first protrusions provided at root portions of first to third blades, and second protrusions provided at the hub so as to be arranged in parallel with the first protrusions; and a pair of wires which are attachable to and detachable from first to third wire connectors,
Process for manufacturing a heterojunction field-effect transistor, comprising steps of: - implantation of p-type dopants in order to form an implant in a first layer of III-V semiconductor alloy; - removing an upper part of the first layer and of the implant by maintaining vapour phase epitaxy conditions; - stopping the removal when the density of said dopant at the upper face of the implant is maximal; - forming a second layer of III-V semiconductor alloy by vapour phase epitaxy on said implant and the first layer; - forming a third layer of III-V semiconductor alloy by vapour phase epitaxy in order to form an electron gas layer at the interface between this third layer and the second layer; and - forming a control gate above the third layer plumb with said implant. - implantation of p-type dopants in order to form an implant in a first layer of III-V semiconductor alloy; - removing an upper part of the first layer and of the implant by maintaining vapour phase epitaxy conditions; - stopping the removal when the density of said dopant at the upper face of the implant is maximal; - forming a second layer of III-V semiconductor alloy by vapour phase epitaxy on said implant and the first layer; - forming a third layer of III-V semiconductor alloy by vapour phase epitaxy in order to form an electron gas layer at the interface between this third layer and the second layer; and - forming a control gate above the third layer plumb with said implant.
A copolymer comprising a polymerized compound of 2-methyl-2-nitropropane-1,3-diyl bis(2-methylacrylate); 3-hydroxy-2-methyl-2-nitropropyl acrylate; 3-hydroxy-2-methyl-2-nitropropyl methacrylate; 2-ethyl-2-nitropropane-1,3-diyl bis(2-methylacrylate); 2-(hydroxymethyl)-2-nitrobutyl acrylate; 2-(hydroxymethyl)-2-nitrobutyl methacrylate; 3-hydroxy-2-(hydroxymethyl)-2-nitropropyl methacrylate; 2-((methacryloyloxy)methyl)-2-nitropropane-1,3-diyl bis(2-methylacrylate); 2-methyl-2-nitrobutyl acrylate; 2-methyl-2-nitrobutyl methacrylate; N-(2-methyl-2-nitropropyl)methacrylamide; N,N-bis(2-methyl-2-nitropropyl)acrylamide; N,N-bis(2-methyl-2-nitropropyl)methacrylamide; N-isopropyl-N-(2-nitrobutyl)acrylamide; or N-isopropyl-N-(2-nitrobutyl)methacrylamide.
A burner for a scrubber, comprising; a housing including a combustion zone to which waste gas is entered, the combustion zone having an internal central region and an opened lower portion, the housing including a mixing zone for mixing an oxidizer and fuel entered thereinto, the mixing zone being disposed along an outer side of the combustion zone and formed into a ring shape; and a metal cartridge disposed between the combustion zone and the mixing zone and provided with apertures for supplying the oxidizer and fuel mixed in the mixing zone to the combustion zone, a ring-shaped oxidizer-preheating zone formed at an outside of the mixing zone for receiving the oxidizer entered thereto from an outside; and an oxidizer-intake passage extended from the oxidizer-preheating zone to an outside of the housing; the housing further including: a waste gas-intake passage extended from the combustion zone to an outside of the housing; an oxidizer-supplying passage extended from the mixing zone to the oxidizer-preheating zone; a waste gas-intake tube coupled to the waste gas-intake passage; characterized in that the housing further comprises: a fuel intake passage extended from the mixing zone to an outside of the housing; a fuel-intake tube coupled to the fuel-intake passage; and an oxidizer-supplying tube coupled to the oxidizer-supplying passage. a housing including a combustion zone to which waste gas is entered, the combustion zone having an internal central region and an opened lower portion, the housing including a mixing zone for mixing an oxidizer and fuel entered thereinto, the mixing zone being disposed along an outer side of the combustion zone and formed into a ring shape; and a metal cartridge disposed between the combustion zone and the mixing zone and provided with apertures for supplying the oxidizer and fuel mixed in the mixing zone to the combustion zone, a ring-shaped oxidizer-preheating zone formed at an outside of the mixing zone for receiving the oxidizer entered thereto from an outside; and an oxidizer-intake passage extended from the oxidizer-preheating zone to an outside of the housing; the housing further including: a waste gas-intake passage extended from the combustion zone to an outside of the housing; an oxidizer-supplying passage extended from the mixing zone to the oxidizer-preheating zone; a waste gas-intake tube coupled to the waste gas-intake passage; a waste gas-intake passage extended from the combustion zone to an outside of the housing; an oxidizer-supplying passage extended from the mixing zone to the oxidizer-preheating zone; a waste gas-intake tube coupled to the waste gas-intake passage; a fuel intake passage extended from the mixing zone to an outside of the housing; a fuel-intake tube coupled to the fuel-intake passage; and an oxidizer-supplying tube coupled to the oxidizer-supplying passage.
A transmission apparatus configured to transmit a reference signal using one or more component carriers, the transmission apparatus comprising: a generator configured to generate one or more sequences; and a mapper configured to map each of the generated sequences to a resource in each of the component carriers, each as a reference signal, the resource in each of the component carriers being comprised of two sets of consecutive-frequency resources, and the two sets being inconsecutive in a frequency domain, characterized in that when one component carrier is configured, one sequence is generated and the generated sequence is mapped to the resource comprised of the two sets of consecutive-frequency resources in one component carrier by dividing the generated sequence into two sub sequences to match the two sets of consecutive-frequency resources, and when plural component carriers are configured, plural sequences are generated and the generated plural sequences are respectively mapped to plural resources, each being comprised of the two sets of consecutive-frequency resources, in plural component carriers by adjusting each of the plural sequences to the respective one of the plural resources and by dividing each of the plural sequences into two sub sequences to match the two sets of consecutive-frequency resources in the respective one of the plural resources. a generator configured to generate one or more sequences; and a mapper configured to map each of the generated sequences to a resource in each of the component carriers, each as a reference signal, the resource in each of the component carriers being comprised of two sets of consecutive-frequency resources, and the two sets being inconsecutive in a frequency domain, characterized in that when one component carrier is configured, one sequence is generated and the generated sequence is mapped to the resource comprised of the two sets of consecutive-frequency resources in one component carrier by dividing the generated sequence into two sub sequences to match the two sets of consecutive-frequency resources, and when plural component carriers are configured, plural sequences are generated and the generated plural sequences are respectively mapped to plural resources, each being comprised of the two sets of consecutive-frequency resources, in plural component carriers by adjusting each of the plural sequences to the respective one of the plural resources and by dividing each of the plural sequences into two sub sequences to match the two sets of consecutive-frequency resources in the respective one of the plural resources.
Device as an interface for an electrically operated machine tool or other electrical device and a person for converting a mechanical feed movement into an electrical switching signal, consisting of: - a housing in which at least one recess is incorporated, - a snap-action disc which is held so as to be pretensioned in the housing and arranged in the region of the recess and which in the non-actuated state is curved in the direction of the opening of the recess and - a printed circuit board which is arranged in the housing and is formed from electrically conductive conductor tracks (21, 22, 23, 24), in the actuated state, the snap-action disc entering into electrical operative contact with two conductor tracks (23, 24), characterized in that four of the existing conductor tracks (21, 22, 23, 24) are spatially separated from one another and interconnected in pairs, and each pair of the conductor tracks (21, 22, 23, 24) form a circuit, in that two support bodies (25, 26) spaced apart from one another perpendicularly to the four conductor tracks (21, 22, 23, 24) are provided, which support bodies are arranged in a plane which extend between the four conductor tracks (21, 22, 23, 24) and the snap-action disc, and in that the snap-action disc is supported by the support body (25, 26) in the manner of a rocker during the feed movement in such a way that the region of the snap-action disc, which region extends on the outside of the support bodies (25, 26), is lifted off the first and second conductor tracks (21, 22) and at the same time the snap-action disc rests on the inner third and fourth conductor tracks (23, 24) and is electrically connected therewith. - a housing in which at least one recess is incorporated, - a snap-action disc which is held so as to be pretensioned in the housing and arranged in the region of the recess and which in the non-actuated state is curved in the direction of the opening of the recess and - a printed circuit board which is arranged in the housing and is formed from electrically conductive conductor tracks (21, 22, 23, 24), in the actuated state, the snap-action disc entering into electrical operative contact with two conductor tracks (23, 24), that four of the existing conductor tracks (21, 22, 23, 24) are spatially separated from one another and interconnected in pairs, and each pair of the conductor tracks (21, 22, 23, 24) form a circuit, in that two support bodies (25, 26) spaced apart from one another perpendicularly to the four conductor tracks (21, 22, 23, 24) are provided, which support bodies are arranged in a plane which extend between the four conductor tracks (21, 22, 23, 24) and the snap-action disc, and in that the snap-action disc is supported by the support body (25, 26) in the manner of a rocker during the feed movement in such a way that the region of the snap-action disc, which region extends on the outside of the support bodies (25, 26), is lifted off the first and second conductor tracks (21, 22) and at the same time the snap-action disc rests on the inner third and fourth conductor tracks (23, 24) and is electrically connected therewith.
A heat-crosslinkable adhesive composition, characterized in that it comprises: - at least one polymer comprising a hydrolyzable alkoxysilane group; - at least one tackifying resin; - at least one silsesquioxane resin; and - at least one crosslinking catalyst. - at least one polymer comprising a hydrolyzable alkoxysilane group; - at least one tackifying resin; - at least one silsesquioxane resin; and - at least one crosslinking catalyst.
Optoelectronic sensor (10, 60), in particular a laser scanner, for detecting objects in a monitoring area, the sensor (10, 60) comprising a light transmitter for emitting transmitted light, a drive with a stator and a rotor, a scanning unit (12, 62) movable with the aid of the rotor for periodically scanning the monitoring area with the transmitted light, a light receiver for generating a received signal from light remitted by objects in the monitoring area, a control and evaluation unit for detecting information about objects in the monitoring area using the received signal, and a base housing with a hood, the base housing and the hood having at least one interface for mechanical connection to one another, and the hood being designed as a body of revolution with a side wall and a cover region and having a front screen as an exit region for the transmitted light and entry region for the remitted light, the front screen being an integral component of the side wall of the hood, wherein the hood comprises at least one first bearing arranged on the side of the hood facing the base housing for receiving the scanning unit (12, 62), wherein the scanning unit (12, 62) is rotatably mounted with the rotor in the first bearing and the side wall of the hood comprises the first bearing. the base housing and the hood having at least one interface for mechanical connection to one another, and the hood being designed as a body of revolution with a side wall and a cover region and having a front screen as an exit region for the transmitted light and entry region for the remitted light, the front screen being an integral component of the side wall of the hood, wherein the hood comprises at least one first bearing arranged on the side of the hood facing the base housing for receiving the scanning unit (12, 62), wherein the scanning unit (12, 62) is rotatably mounted with the rotor in the first bearing and the side wall of the hood comprises the first bearing.
A wireless surgical tool configured for an ENT (ear, nose, throat) procedure, comprising: a handle; a first conductive tube, fixedly attached to and extending from the handle, that is biocompatible, wherein a distal end of the first conductive tube is configured to be inserted into an orifice of a human being so as to perform a medical procedure therein; a second conductive tube, fixedly attached to and enclosed by the first conductive tube, and acting, together with the first conductive tube, as an antenna for electromagnetic radiation; an insulated conductive coil, fashioned around and fixed to the second conductive tube, that generates a signal in response to a magnetic field traversing the coil; and a transceiver connected to receive the signal from the insulated conductive coil, so as in response to generate a radiofrequency signal at a preset frequency and convey the radiofrequency signal to the second conductive tube for radiation therefrom as electromagnetic energy at the preset frequency. a handle; a first conductive tube, fixedly attached to and extending from the handle, that is biocompatible, wherein a distal end of the first conductive tube is configured to be inserted into an orifice of a human being so as to perform a medical procedure therein; a second conductive tube, fixedly attached to and enclosed by the first conductive tube, and acting, together with the first conductive tube, as an antenna for electromagnetic radiation; an insulated conductive coil, fashioned around and fixed to the second conductive tube, that generates a signal in response to a magnetic field traversing the coil; and a transceiver connected to receive the signal from the insulated conductive coil, so as in response to generate a radiofrequency signal at a preset frequency and convey the radiofrequency signal to the second conductive tube for radiation therefrom as electromagnetic energy at the preset frequency.
A seat, comprising - a body part, including -- at least one chair base, - a seat part, - the seat part being attached to the body part, - a slot between a bottom side of the seat part and the body part, - the slot having a height and a length and a width, and being accessible from all sides of the seat, the slot being dimensioned such that it is creating points of support for holding up the seat on a horizontal support element positioned from said sides in the slot, wherein the length is more than the height, and wherein there is the slot all around the seat. - a body part, including -- at least one chair base, - a seat part, - the seat part being attached to the body part, - a slot between a bottom side of the seat part and the body part, - the slot having a height and a length and a width, and being accessible from all sides of the seat, the slot being dimensioned such that it is creating points of support for holding up the seat on a horizontal support element positioned from said sides in the slot, wherein the length is more than the height, and wherein there is the slot all around the seat.
A network slave device comprising: a transceiver for communicating over a communication bus in accordance with a point-to-point network protocol; an address to identify the network slave device; a communication circuit configured to process a series of commands received by the transceiver and respond to a command if a position of the command in the series of commands corresponds to the address of the network slave device; and a counter configured: to count the number of commands received by the transceiver; respond to a reset command by resetting the counter; and reset the counter when a number of commands received meets or exceeds a number of slave devices coupled to the communication bus. a transceiver for communicating over a communication bus in accordance with a point-to-point network protocol; an address to identify the network slave device; a communication circuit configured to process a series of commands received by the transceiver and respond to a command if a position of the command in the series of commands corresponds to the address of the network slave device; and a counter configured: to count the number of commands received by the transceiver; respond to a reset command by resetting the counter; and reset the counter when a number of commands received meets or exceeds a number of slave devices coupled to the communication bus. to count the number of commands received by the transceiver; respond to a reset command by resetting the counter; and reset the counter when a number of commands received meets or exceeds a number of slave devices coupled to the communication bus.
A circular X-ray tube for the irradiation of an object in a region for the positioning of the object by X-radiation generated during the triboluminescence effect comprising a circular body, wherein the region for the positioning of the object is located inside the space delimited by the circular body of the circular X-ray tube, or under the space or above the space delimited by the circular body, and at least two friction elements rubbing against one another that form the triboluminescent source of X-radiation wherein one of the friction elements comprises at least one circumferential element arranged at the external circumferential side of the circular body of the X-ray tube, and the other friction element comprises at least one pressure element that is pressed against the circumferential element, where the pressure element is adapted for dragging upon the circumferential element, and/or the at least one circumferential element is adapted for pulling through under the pressure element.
A thermal insulating element for the thermal interior insulation of a rail vehicle, which has a length, a width and a thickness and has a multiplicity of expansion joints (12a, 12b, 14a, 14b) at the outer surface (16a, 16b, 16c) thereof, characterized in that the thermal insulating element is produced, at least to some extent, from a closed-cell material, and in that the expansion joints (12a, 12b, 14a, 14b) are arranged in a grid-shaped manner, and in that a first portion of the expansion joints (12a, 14a) are arranged on a first outer surface and a second portion of the expansion joints (12b, 14b) are arranged on an opposite second outer surface of the insulating element, and in that at least a portion of the expansion joints (12a, 12b, 14a, 14b) has a depth which is larger than half the thickness of the insulating element.