mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a carbonated water tank in which carbonated water is stored; a water tank which supplies water to the carbonated water tank; a carbon dioxide cylinder which supplies carbon dioxide to the carbonated water tank; a dispenser which selectively discharges the carbonated water from the carbonated water tank and the water from the water tank; characterized by a controller which supplies the carbon dioxide from the carbon dioxide cylinder to the carbonated water tank so as to produce the carbonated water after the water is supplied to the carbonated water tank, wherein the controller stops producing the carbonated water when a discharge instruction of the water is input from a user, when the discharge instruction of the water is input while the water is supplied to the carbonated water tank, the controller closes a water supply valve to stop supplying the water to the carbonated water tank and opens a water discharge valve to discharge the water from the water tank, and the refrigerator further comprises a storage unit which stores production information of the carbonated water, wherein, when the discharge instruction of the water is input while the water is supplied to the carbonated water tank, the controller stores a production progress of the carbonated water in the storage unit. a carbonated water tank in which carbonated water is stored; a water tank which supplies water to the carbonated water tank; a carbon dioxide cylinder which supplies carbon dioxide to the carbonated water tank; a dispenser which selectively discharges the carbonated water from the carbonated water tank and the water from the water tank; characterized by a controller which supplies the carbon dioxide from the carbon dioxide cylinder to the carbonated water tank so as to produce the carbonated water after the water is supplied to the carbonated water tank, wherein the controller stops producing the carbonated water when a discharge instruction of the water is input from a user, when the discharge instruction of the water is input while the water is supplied to the carbonated water tank, the controller closes a water supply valve to stop supplying the water to the carbonated water tank and opens a water discharge valve to discharge the water from the water tank, and the refrigerator further comprises a storage unit which stores production information of the carbonated water, wherein, when the discharge instruction of the water is input while the water is supplied to the carbonated water tank, the controller stores a production progress of the carbonated water in the storage unit.
Human neural stem cells (NSCs) transfected with a vector comprising a polynucleotide encoding human choline acetyltransferase (ChAT) and thereby stably expressing human choline acetyltransferase (ChAT), wherein the human choline acetyltransferase (ChAT) comprises the amino acid sequence of SEQ ID NO:1.
Temperature control system for a building, wherein the temperature control system comprises walls having tubular ducts which extend in the walls and into which temperature control tubes, through which a temperature-controlled liquid flows, are inserted, which temperature control tubes are connected to an inlet and an outlet, wherein the temperature control tubes have an outer tube which is closed at one of its ends and is connected at its other end to the inlet or outlet, and an inner tube which is arranged coaxially in the outer tube, which inner tube is connected to the outlet or inlet in the vicinity of one end of the outer tube and extends up to the other end of the outer tube, where it is provided with an opening, characterized in that the ducts are tubular cavities in brickwork, in particular of lime-sand brick, aerated concrete, pumice or brick building materials, in that the temperature control tubes are inserted into said cavities, and in that interspaces which remain in the tubular cavities after insertion of the temperature control tubes are filled with heat-conducting materials.
A combustion unit comprising a cyclonic combustion chamber, the chamber having a cylindrical internal shell about an essentially horizontal longitudinal axis, which defines a furnace, in the internal shell of which a front end is differentiated with a feed inlet for the combustible material, and a rear end with a gravity discharge outlet for the ashes generated during combustion and a combustion gas outlet, the combustion unit being characterised in that it is provided with a vibration mechanism of the chamber that cyclically impresses to the ashes accumulated on the bottom of the internal shell an upward thrust with an horizontal component in the direction of the rear end of the internal shell in which the discharge outlet for the ashes is located.
A saddle riding vehicle comprising a light device, the light device comprising: a light source; a lens having an elongated shape; a first reflecting surface reflecting a light emitted from the light source; and a second reflecting surface reflecting a light reflected by the first reflecting surface onto the lens, the first reflecting surface having a curvature determined to cause the light from the light source to make a diffusion range in a first direction wider than a diffusion range in a second direction, the first direction corresponding to a longitudinal direction of the elongated shape of the lens, the second direction corresponding to a direction perpendicular to the longitudinal direction of the elongated shape, the second reflecting surface irradiating the lens with the light from respective portions of the first reflecting surface reflected in parallel to one another, wherein the light device is disposed inside a handlebar cover that covers a steering handlebar of the saddle riding vehicle, the light device having the longitudinal direction of the lens disposed in a manner extending in a vehicle width direction at a lower portion inside the handlebar cover, a distance L1 from the light source to the first reflecting surface being set to be shorter than a distance L3 from the second reflecting surface to the lens, and an upper portion of the handlebar cover with respect to the lens being formed on an inclined surface inclined upwardly toward a rear. a light source; a lens having an elongated shape; a first reflecting surface reflecting a light emitted from the light source; and a second reflecting surface reflecting a light reflected by the first reflecting surface onto the lens, the first reflecting surface having a curvature determined to cause the light from the light source to make a diffusion range in a first direction wider than a diffusion range in a second direction, the first direction corresponding to a longitudinal direction of the elongated shape of the lens, the second direction corresponding to a direction perpendicular to the longitudinal direction of the elongated shape, the second reflecting surface irradiating the lens with the light from respective portions of the first reflecting surface reflected in parallel to one another, wherein the light device is disposed inside a handlebar cover that covers a steering handlebar of the saddle riding vehicle, the light device having the longitudinal direction of the lens disposed in a manner extending in a vehicle width direction at a lower portion inside the handlebar cover, a distance L1 from the light source to the first reflecting surface being set to be shorter than a distance L3 from the second reflecting surface to the lens, and an upper portion of the handlebar cover with respect to the lens being formed on an inclined surface inclined upwardly toward a rear.
A rigid patient support element, that is substantially transparent to high energy x- radiation and reduces Compton scattering when exposed to x-radiation from 1 MV to 50 MV, comprising: a) a low density substantially x-ray transparent structural core with a top side and bottom side; and b) one or more perforated face sheets attached to at least one of the top side or bottom side, wherein the one or more of said face sheets comprise more than 50% open area; wherein the structural core comprises at least 50% open area and characterized in that the open structure core is at least one selected from the group consisting of columns and tubes. a) a low density substantially x-ray transparent structural core with a top side and bottom side; and b) one or more perforated face sheets attached to at least one of the top side or bottom side, wherein the one or more of said face sheets comprise more than 50% open area;
A method for manufacturing a conductor grid, said method comprising the steps of connecting at least a first metal strip and a second metal strip by a weld seam; and cutting out the conductor grid from the connected first and second metal strips (110, 130), where the second metal strip consists of copper, iron, a copper alloy or an iron alloy, with a thin strip of a metal suitable for wire bonding being plated into a recess.
A gravure cylinder, comprising: a plate base material; a recess layer formed on a surface of the plate base material and the recess layer including a number of recesses formed on the surface; a binder layer formed on the surface of the recess layer; an intermediate layer formed on the surface of the binder layer; and a surface reinforcing coating layer configured to cover the intermediate layer with chromium nitride or chromium carbide, wherein the surface reinforcing coating layer is formed by reactive sputtering, wherein the binder layer comprises a nickel layer formed by sputtering or plating, and wherein the intermediate layer comprises a chromium layer formed by sputtering or plating. a plate base material; a recess layer formed on a surface of the plate base material and the recess layer including a number of recesses formed on the surface; a binder layer formed on the surface of the recess layer; an intermediate layer formed on the surface of the binder layer; and a surface reinforcing coating layer configured to cover the intermediate layer with chromium nitride or chromium carbide, wherein the surface reinforcing coating layer is formed by reactive sputtering, wherein the binder layer comprises a nickel layer formed by sputtering or plating, and wherein the intermediate layer comprises a chromium layer formed by sputtering or plating.
A light module comprising at least two primary light sources (111,112,113) capable of emitting a primary color light enabling the light module to emit light having intensity and color coordinates (x,y), the light module further comprising an modulator capable of modulating the primary light sources enabling embedment of data in the light emitted, charcterized in that the modulator is arranged to modulate the color coordinates of the light emitted for embedding the data.
An instrument (100, 200, 300, 400, 500, 600) for assembling an implant on a neck of a stem (6, 46), the stem having a stem axis, the implant and neck being coupled via a taper having a taper axis, the instrument comprising: a frame (150, 250, 350, 450, 550, 650) having a distal portion (104, 204, 304, 404, 504, 604), a middle portion (102, 202, 302, 402, 502, 602) having a body axis (138, 238, 338, 438, 538, 638), and a proximal portion (106, 206, 306, 406, 506, 606), the distal portion of the frame including a retaining member (114, 214, 314, 316, 318, 444, 458, 544, 614) adapted to engage a portion of the neck and a connector (116, 216, 616) adapted to engage a corresponding feature of the stem; a force applier (152, 252, 352, 452, 552, 652) retained in the proximal portion of the frame, having an axis (120, 220, 320, 420, 520, 620) that is coaxial with the taper axis, wherein the force applier is adapted to engage the implant, wherein the force applier axis is not coaxial or parallel with the stem axis when the frame is attached to the stem; wherein as the force applier is activated, the force applier applies a force on the implant while the neck is held in place by the frame, thereby causing the tapers of the implant and neck to engage, characterised in that the body axis (138, 238, 338, 438, 538, 638) of the middle portion is coaxial with the stem axis when the frame is attached to the stem. a frame (150, 250, 350, 450, 550, 650) having a distal portion (104, 204, 304, 404, 504, 604), a middle portion (102, 202, 302, 402, 502, 602) having a body axis (138, 238, 338, 438, 538, 638), and a proximal portion (106, 206, 306, 406, 506, 606), the distal portion of the frame including a retaining member (114, 214, 314, 316, 318, 444, 458, 544, 614) adapted to engage a portion of the neck and a connector (116, 216, 616) adapted to engage a corresponding feature of the stem; a force applier (152, 252, 352, 452, 552, 652) retained in the proximal portion of the frame, having an axis (120, 220, 320, 420, 520, 620) that is coaxial with the taper axis, wherein the force applier is adapted to engage the implant, wherein the force applier axis is not coaxial or parallel with the stem axis when the frame is attached to the stem; wherein as the force applier is activated, the force applier applies a force on the implant while the neck is held in place by the frame, thereby causing the tapers of the implant and neck to engage,
An inhaler device comprising a body, a housing arranged on a trigger, a lid, a compression-loaded spring and a locking clip that is disposed in a lock section of the inhaler device wherein the clip has a beak-shaped first end with a retaining tab at the end thereof, a clip housing through which a pin is connected to the inhaler device body, and a second tab at a second end thereof wherein after the user closes the lid following the use of the powder medicament, the lid applies pressure onto the second end of the locking clip and the retaining tab of the clip locked in the housing is freed and the trigger is slid backwards by means of the compressed-loaded spring, characterized in that the second end of said clip being composed of two pieces, namely an upper piece and a lower piece, and said pieces (5, 6) being joined at the beak-shaped first end whereby the upper piece and the lower piece move independently of each other.
An IC module comprising: a data storage configured to store data, characterized in that the IC module further includes: a table storage storing a data element table containing profile information, the profile information including, in association with each other: a profile identifier for identifying a profile that is a group of data elements that are stored in the data storage at a time of issuance; the data elements included in the profile; and data region identifiers indicating data regions that are reserved in the data storage and that store the data elements; and a processing unit configured to store the data elements corresponding to the profile identifier, from the data element table stored in the table storage, in the data regions indicated by the data region identifiers corresponding to the data elements, in response to a processing request that includes the profile identifier and requests issuance processing. a data storage configured to store data, characterized in that the IC module further includes: a table storage storing a data element table containing profile information, the profile information including, in association with each other: a profile identifier for identifying a profile that is a group of data elements that are stored in the data storage at a time of issuance; the data elements included in the profile; and data region identifiers indicating data regions that are reserved in the data storage and that store the data elements; and a processing unit configured to store the data elements corresponding to the profile identifier, from the data element table stored in the table storage, in the data regions indicated by the data region identifiers corresponding to the data elements, in response to a processing request that includes the profile identifier and requests issuance processing. a table storage storing a data element table containing profile information, the profile information including, in association with each other: a profile identifier for identifying a profile that is a group of data elements that are stored in the data storage at a time of issuance; the data elements included in the profile; and data region identifiers indicating data regions that are reserved in the data storage and that store the data elements; and a profile identifier for identifying a profile that is a group of data elements that are stored in the data storage at a time of issuance; the data elements included in the profile; and data region identifiers indicating data regions that are reserved in the data storage and that store the data elements; and a processing unit configured to store the data elements corresponding to the profile identifier, from the data element table stored in the table storage, in the data regions indicated by the data region identifiers corresponding to the data elements, in response to a processing request that includes the profile identifier and requests issuance processing.
A fluidized powder heat treatment classification assembly comprising: a gas source; and a fluidized bed connected to the gas source via a metered connection, the fluidized bed including a first output connected to a classification chamber via at least a first valve, and the classification chamber including a catch container operable to decelerate a gas flow from the output and operable to catch particles entrained in the gas flow, wherein the first valve is a multi-output valve or a network of two-way valves, and the assembly further comprises a fine powder collector. a gas source; and a fluidized bed connected to the gas source via a metered connection, the fluidized bed including a first output connected to a classification chamber via at least a first valve, and the classification chamber including a catch container operable to decelerate a gas flow from the output and operable to catch particles entrained in the gas flow, wherein the first valve is a multi-output valve or a network of two-way valves, and the assembly further comprises a fine powder collector.
A gripper for petroleum pipes, the gripper including a housing and two gripper arms, and the gripper arms being provided, at their one end portions, with gripping surfaces and being pivotable, at their opposite end portions, around their respective first axes, each of the gripper arms being connected to the housing by means of respective first pivotal links, each of the first pivotal links being pivotally connected to the respective gripper arm around a second axis which is between the gripping surface and the first axis, and each of the first pivotal links being pivotally connected to the housing around a third axis, and each of the gripper arms being connected to the housing by means of a respective second pivotal link around the first axis, each of the second pivotal links is pivotally connected to the housing on a fourth axis fixed relative to the housing, characterized in that the housing includes an abutment surface for the petroleum pipe and in that the petroleum pipe is moved against the abutment surface when the gripper is in an active position.
A method for performing testing in a network conveying a plurality of traffic flows, the network comprising a network node in which a test device is connected, the method comprising: - at the test device, receiving the plurality of traffic flows through a first interface of the test device on a first segment of the network; - at the test device, forwarding the plurality of traffic flows received from the first interface towards a second segment of the network through a second interface of the test device; - at the test device, receiving a test request directed to an address of a test module of the test device, characterized in that the test module is implemented at least in part on a reprogrammable partition of a programmable logic device, and the method further comprises: - in response to the test request, causing a sequence of proprietary traffic to be injected on the second segment; - receiving reprogramming data via the network for reprogramming at least a portion of the reprogrammable partition in accordance therewith, the reprogramming data allowing for addition and/or removal of a test function from the test module; and - directing the plurality of traffic flows received from the first interface towards the second interface while the test module is being reprogrammed thereby ensuring continued treatment of live traffic flows. - at the test device, receiving the plurality of traffic flows through a first interface of the test device on a first segment of the network; - at the test device, forwarding the plurality of traffic flows received from the first interface towards a second segment of the network through a second interface of the test device; - at the test device, receiving a test request directed to an address of a test module of the test device, - in response to the test request, causing a sequence of proprietary traffic to be injected on the second segment; - receiving reprogramming data via the network for reprogramming at least a portion of the reprogrammable partition in accordance therewith, the reprogramming data allowing for addition and/or removal of a test function from the test module; and - directing the plurality of traffic flows received from the first interface towards the second interface while the test module is being reprogrammed thereby ensuring continued treatment of live traffic flows.
Fluid connector, comprising: a sleeve-shaped connection piece comprising a socket inner wall and a ring-shaped stop collar, which is formed in the interior of the sleeve-shaped connection piece and which comprises an axially directed stop surface; and a plastic pipe, which comprises a pipe inner wall, a pipe outer wall and a pipe end face, wherein the pipe end face of the plastic pipe contacts the axially directed stop face, and wherein the pipe outer wall of the plastic pipe is connected to the socket inner wall of the sleeve-shaped connecting piece by means of a friction welding connection, characterized in that a circumferential groove or pocket for receiving friction melt is formed between the ring-shaped stop collar and the socket inner wall of the sleeve-shaped connecting piece. a sleeve-shaped connection piece comprising a socket inner wall and a ring-shaped stop collar, which is formed in the interior of the sleeve-shaped connection piece and which comprises an axially directed stop surface; and a plastic pipe, which comprises a pipe inner wall, a pipe outer wall and a pipe end face, wherein the pipe end face of the plastic pipe contacts the axially directed stop face, and wherein the pipe outer wall of the plastic pipe is connected to the socket inner wall of the sleeve-shaped connecting piece by means of a friction welding connection, characterized in that a circumferential groove or pocket for receiving friction melt is formed between the ring-shaped stop collar and the socket inner wall of the sleeve-shaped connecting piece.