mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery module comprising: at least two battery aggregates (11, 11') each having a plurality of unit batteries (12, 12'); and a housing receiving the battery aggregates (11, 11'); wherein the battery aggregates (11, 11') are disposed in the housing such that they run parallel to each other and are spaced apart from each other at a predetermined distance and each of the battery aggregates (11, 11') has a structure such that their unit batteries (12, 12') are inclined at a predetermined angle toward an imaginary centre line symmetrically disposed in the space between the battery aggregates (11, 11') and wherein the housing includes: an inlet portion for supplying cooling medium for temperature control to the space between the battery aggregates (11, 11'); and an outlet portion for discharging the cooling medium passed through the battery aggregates (11, 11'). at least two battery aggregates (11, 11') each having a plurality of unit batteries (12, 12'); and a housing receiving the battery aggregates (11, 11'); wherein the battery aggregates (11, 11') are disposed in the housing such that they run parallel to each other and are spaced apart from each other at a predetermined distance and each of the battery aggregates (11, 11') has a structure such that their unit batteries (12, 12') are inclined at a predetermined angle toward an imaginary centre line symmetrically disposed in the space between the battery aggregates (11, 11') and wherein the housing includes: an inlet portion for supplying cooling medium for temperature control to the space between the battery aggregates (11, 11'); and an outlet portion for discharging the cooling medium passed through the battery aggregates (11, 11').
A device for the production of ingots out of metal or metal alloy comprising a. at least one melting device, b. at least one ingot mold, wherein the ingot mold is arranged such that molten metal or metal alloy from the melting device can be fed into it, c. at least one gas-tight ingot chamber which is at least partially arranged below the ingot mold, characterized in that d. the ingot chamber comprises several ingot retaining means which are suitable for accommodating at least one ingot each, e. wherein the ingot retaining means can be moved horizontally so that i. an ingot retaining means can be moved to a melting position below the ingot mold for accommodating an ingot, and ii. subsequently can be moved to another place for vacating the melting position for another ingot retaining means. a. at least one melting device, b. at least one ingot mold, wherein the ingot mold is arranged such that molten metal or metal alloy from the melting device can be fed into it, c. at least one gas-tight ingot chamber which is at least partially arranged below the ingot mold, characterized in that d. the ingot chamber comprises several ingot retaining means which are suitable for accommodating at least one ingot each, e. wherein the ingot retaining means can be moved horizontally so that i. an ingot retaining means can be moved to a melting position below the ingot mold for accommodating an ingot, and ii. subsequently can be moved to another place for vacating the melting position for another ingot retaining means. i. an ingot retaining means can be moved to a melting position below the ingot mold for accommodating an ingot, and ii. subsequently can be moved to another place for vacating the melting position for another ingot retaining means.
Device for fixing a measurement box to the internal wall of a tyre, characterized by the fact that it comprises at least one bracing element interposed between the box and said internal wall so as to create a space between the box and said internal wall.
An additive manufacturing machine comprising: a support stage on which a powdered material for creating a three-dimensional object is spread tightly; a first electron gun for emitting an electron beam at a given region of the powdered material spread tightly on the support stage to melt the given region of the powdered material; and a second electron gun characterized in that the second electron gun is adapted to emit a second electron beam at a sample surface formed by the powdered material spread tightly on the support stage, the second electron beam being tilted at a tilt angle relative to the sample surface to eliminate static electricity of the powdered material, wherein said electron beam emitted from said second electron gun is set at lower energy than that of the electron beam emitted from said first electron gun. a support stage on which a powdered material for creating a three-dimensional object is spread tightly; a first electron gun for emitting an electron beam at a given region of the powdered material spread tightly on the support stage to melt the given region of the powdered material; and a second electron gun characterized in that the second electron gun is adapted to emit a second electron beam at a sample surface formed by the powdered material spread tightly on the support stage, the second electron beam being tilted at a tilt angle relative to the sample surface to eliminate static electricity of the powdered material, wherein said electron beam emitted from said second electron gun is set at lower energy than that of the electron beam emitted from said first electron gun.
An information providing method comprising: making a video call with a first electronic apparatus and a second electronic apparatus; the first electronic apparatus identifying a first user making the video call and the second electronic apparatus identifying a second user making the video call; the first electronic apparatus transmitting information about the identified first user to a server, and the second electronic apparatus transmitting information about the identified second user to the server, the server acquiring information-of-interest related to the first identified user and the second identified user based on the first and second user's log histories on social network services (SNSs); acquiring at least one information of common interest or information of individual interest by analyzing the information-of-interest; transmitting the acquired at least one information of common interest or information of individual interest to the first electronic apparatus and to the second electronic apparatus; and displaying the acquired at least one at least one information of common interest or information of individual interest on a video call screen of the first electronic apparatus, and on a video call screen of the second electronic apparatus. making a video call with a first electronic apparatus and a second electronic apparatus; the first electronic apparatus identifying a first user making the video call and the second electronic apparatus identifying a second user making the video call; the first electronic apparatus transmitting information about the identified first user to a server, and the second electronic apparatus transmitting information about the identified second user to the server, the server acquiring information-of-interest related to the first identified user and the second identified user based on the first and second user's log histories on social network services (SNSs); acquiring at least one information of common interest or information of individual interest by analyzing the information-of-interest; transmitting the acquired at least one information of common interest or information of individual interest to the first electronic apparatus and to the second electronic apparatus; and displaying the acquired at least one at least one information of common interest or information of individual interest on a video call screen of the first electronic apparatus, and on a video call screen of the second electronic apparatus.
A processing module for an object-detection system for a vehicle that comprises object-detection sensors, each object-detection sensor having a memory comprising a pre-assigned, unique identifier, in which each unique identifier is a machine address for identifying a particular object-detection sensor during machine communications, the processing module configured to, in a calibration mode: receive, from each of a plurality of the object-detection sensors, a value associated with the detection of a marker; determine a position of each of the object-detection sensors with respect to the vehicle based on the received values associated with the detection of the marker; and reassign respective unique identifiers of one or more of the object-detection sensors based on the received values associated with the detection of the marker, wherein the reassigned unique identifiers are determined to correspond with a logical sequence of the object-detection sensors based on their determined positions with respect to the vehicle. receive, from each of a plurality of the object-detection sensors, a value associated with the detection of a marker; determine a position of each of the object-detection sensors with respect to the vehicle based on the received values associated with the detection of the marker; and reassign respective unique identifiers of one or more of the object-detection sensors based on the received values associated with the detection of the marker, wherein the reassigned unique identifiers are determined to correspond with a logical sequence of the object-detection sensors based on their determined positions with respect to the vehicle.
Automation device for producing a rotor blade of a wind turbine, having an application device for applying adhesive to a surface (44, 45) of a rotor blade half (40, 41) which is intended to be provided with adhesive, wherein the application device has: an application unit which is configured to be guided over the surface (44, 45) which is intended to be provided with adhesive and to apply the adhesive during the movement on the surface (44, 45), and a supply unit which is configured to supply adhesive to a space which is delimited substantially by the application unit and the surface (44, 45) which is intended to be provided with adhesive, wherein the application unit has a side having an opening and the opening is configured so as to give the adhesive which is applied to the surface (44, 45) a predetermined contour, and devices (14, 16, 18, 22, 23, 24) for positioning and/or orientating the application device for applying adhesive relative to the surface (44, 45) which is intended to be provided with adhesive, further having a sensor unit which is configured to identify lateral delimitations of the surface (44, 45) which is intended to be provided with adhesive, wherein the automation device is a gantry robot or an automation device with a gantry construction which is configured to move in the longitudinal direction over the rotor blade half (40, 41). an application unit which is configured to be guided over the surface (44, 45) which is intended to be provided with adhesive and to apply the adhesive during the movement on the surface (44, 45), and a supply unit which is configured to supply adhesive to a space which is delimited substantially by the application unit and the surface (44, 45) which is intended to be provided with adhesive, wherein the application unit has a side having an opening and the opening is configured so as to give the adhesive which is applied to the surface (44, 45) a predetermined contour, and devices (14, 16, 18, 22, 23, 24) for positioning and/or orientating the application device for applying adhesive relative to the surface (44, 45) which is intended to be provided with adhesive, further having a sensor unit which is configured to identify lateral delimitations of the surface (44, 45) which is intended to be provided with adhesive, wherein the automation device is a gantry robot or an automation device with a gantry construction which is configured to move in the longitudinal direction over the rotor blade half (40, 41).
A hanger (500, 600) for supporting a first end of a first power bar and a first end of a second power bar of a modular lighting system, each of the first power bar and the second power bar include a first rail (302X, 302Y) and a second rail (304X, 304Y) that is spaced from the first rail (302X, 302Y) that are configured to deliver power to pendants of the modular lighting system, said hanger (500, 600) comprising: a body (502, 602) including a base (508, 606), a first sidewall (504, 602) extending from a first side of the base (508, 606), a second sidewall (506, 604) that is spaced from the first sidewall (504, 602) and extends from a second side of the base (508, 606) and a third sidewall (510, 608) extending traverse from the first sidewall (504, 602) to the second sidewall (506, 604), forming a first cavity (512, 610) that is configured to receive one of the first end of one of the first power bar and the second power bar and a second cavity (514, 612) that is configured to receive one of the first end of the other of the first end of the first power bar 300X and the second power bar; a first set of clips (520A, 520B, 622A, 622B) disposed in the first cavity (512, 610) that are adaptable to form an interference fit with the first rail (302X, 302Y) and the second rail (304X, 304Y) of one of the first bar and the second power bar; a second set of clips (522A, 522B, 624A, 624B), which are independent of and spaced from the first set of clips (520A, 520B, 622A, 622B), disposed in the second cavity (514, 612) that are adaptable to form an interference fit with the first rail (302X, 302Y) and the second rail (304X, 304Y) of one of the first power bar and the second power bar; and a rod (530, 618, 620) attached to and extending upwardly from said body. a body (502, 602) including a base (508, 606), a first sidewall (504, 602) extending from a first side of the base (508, 606), a second sidewall (506, 604) that is spaced from the first sidewall (504, 602) and extends from a second side of the base (508, 606) and a third sidewall (510, 608) extending traverse from the first sidewall (504, 602) to the second sidewall (506, 604), forming a first cavity (512, 610) that is configured to receive one of the first end of one of the first power bar and the second power bar and a second cavity (514, 612) that is configured to receive one of the first end of the other of the first end of the first power bar 300X and the second power bar; a first set of clips (520A, 520B, 622A, 622B) disposed in the first cavity (512, 610) that are adaptable to form an interference fit with the first rail (302X, 302Y) and the second rail (304X, 304Y) of one of the first bar and the second power bar; a second set of clips (522A, 522B, 624A, 624B), which are independent of and spaced from the first set of clips (520A, 520B, 622A, 622B), disposed in the second cavity (514, 612) that are adaptable to form an interference fit with the first rail (302X, 302Y) and the second rail (304X, 304Y) of one of the first power bar and the second power bar; and a rod (530, 618, 620) attached to and extending upwardly from said body.
A monofuel supply system for a motor powered with alternative fuel, such as LPG, methane, hydrogen and the like, comprising - a flow adjustment device having a device body provided with a main intake pipe, at lease one shutter intercepting and occluding at least partially the main intake pipe, and a delivery pipe arranged downstream of the main intake pipe, - a tank of alternative fuel, - wherein the main intake pipe receives a main flow comprising a supporter of combustion and an alternative fuel, coming from said tank, mixed according to a first titre characterized in that - the system comprises a secondary intake pipe, for inputting a secondary flow, different from the main flow, directly into the delivery pipe bypassing the shutter, and is provided with an enrichment diffuser of alternative fuel, in fluid connection with said tank, so that it enriches with fuel the secondary flow and sends it to the delivery pipe with a second titre which is richer in fuel than the first titre of the main flow, wherein the secondary intake pipe is shaped so that it draws from the main intake pipe a portion of the main flow, according to the first titre, and mixes it with alternative fuel by means of an enrichment diffuser to obtain the secondary flow having the second titre. - a flow adjustment device having a device body provided with a main intake pipe, at lease one shutter intercepting and occluding at least partially the main intake pipe, and a delivery pipe arranged downstream of the main intake pipe, - a tank of alternative fuel, - wherein the main intake pipe receives a main flow comprising a supporter of combustion and an alternative fuel, coming from said tank, mixed according to a first titre characterized in that - the system comprises a secondary intake pipe, for inputting a secondary flow, different from the main flow, directly into the delivery pipe bypassing the shutter, and is provided with an enrichment diffuser of alternative fuel, in fluid connection with said tank, so that it enriches with fuel the secondary flow and sends it to the delivery pipe with a second titre which is richer in fuel than the first titre of the main flow, wherein the secondary intake pipe is shaped so that it draws from the main intake pipe a portion of the main flow, according to the first titre, and mixes it with alternative fuel by means of an enrichment diffuser to obtain the secondary flow having the second titre.
Method for operating a display unit of a vehicle, wherein the display unit displays at least one display, comprising the following steps: - ascertaining the viewing direction of a driver with a gaze-tracking device, - checking whether the viewing direction of the driver is directed at the display unit, - checking whether traffic-relevant data are present, - operating the display unit in an energy-saving mode when the view of the driver is not directed at the display unit and when no traffic-relevant data are present, - operating the display unit in a display mode when the view of the driver is directed at the display unit and/or when traffic-relevant data are present for display, wherein when changing from the display mode into the energy-saving mode, the brightness of the display is reduced, and when changing from the energy-saving mode into the display mode, the brightness of the display is increased, characterized in that the display unit has a dimming function and the change from the energy-saving mode into the display mode is done smoothly using the dimming function when the view of the driver is directed at the display unit, and in that the change from the energy-saving mode into the display mode occurs suddenly when traffic-relevant data are present for display. - ascertaining the viewing direction of a driver with a gaze-tracking device, - checking whether the viewing direction of the driver is directed at the display unit, - checking whether traffic-relevant data are present, - operating the display unit in an energy-saving mode when the view of the driver is not directed at the display unit and when no traffic-relevant data are present, - operating the display unit in a display mode when the view of the driver is directed at the display unit and/or when traffic-relevant data are present for display, wherein when changing from the display mode into the energy-saving mode, the brightness of the display is reduced, and when changing from the energy-saving mode into the display mode, the brightness of the display is increased, characterized in that the display unit has a dimming function and the change from the energy-saving mode into the display mode is done smoothly using the dimming function when the view of the driver is directed at the display unit, and in that the change from the energy-saving mode into the display mode occurs suddenly when traffic-relevant data are present for display.
A container pack comprising a plurality of containers, wherein the containers are bonded to each other with a hot melt adhesive composition comprising based on the total weight of the hot melt adhesive composition: a) more than 25 weight percent of at least one block copolymer; b) from about 27 to about 45 weight percent of at least one plasticizer; c) from about 18 to less than about 55 weight percent of a combination of at least two different resins wherein the at least two different resins of the hot melt adhesive composition comprise at least one aromatic hydrocarbon resin and at least one aliphatic hydrocarbon resin, and wherein the weight ratio of aromatic hydrocarbon resin to aliphatic hydrocarbon resin is 3:1 to 1:3; and d) up to 10 weight percent of at least one wax. a) more than 25 weight percent of at least one block copolymer; b) from about 27 to about 45 weight percent of at least one plasticizer; c) from about 18 to less than about 55 weight percent of a combination of at least two different resins wherein the at least two different resins of the hot melt adhesive composition comprise at least one aromatic hydrocarbon resin and at least one aliphatic hydrocarbon resin, and wherein the weight ratio of aromatic hydrocarbon resin to aliphatic hydrocarbon resin is 3:1 to 1:3; and d) up to 10 weight percent of at least one wax.
An anti-slip thermal insulation cup sleeve with reverse damping structure arranged such that when the cup sleeve is sleeved with a cup-shaped or bottle-shaped or can-shaped container, an interval is formed between the cup sleeve and the container, wherein the reverse damping structure comprises a plurality of foldable tabs being formed in one or more rings at the inner periphery of the cup sleeve and annularly-arranged and downwardly and reversely bent relative to a sleeve-in direction to enlarge the interval between the cup sleeve and a container about which it is sleeved, the interior foldable tabs being formed by one or more than one of an edge inward bending sheet, or by an edge inward wrinkling member, or by an edge inward bending wavelike tooth sheet or by an edge inward trapezoid bending sheet, and installed with an inward-bending pre-force arm at the center of the interior foldable tab; wherein the cup sleeve is made of a thermal insulation material and is formed as a conical tubular structure having a larger caliber at the top and a smaller caliber at the bottom;