mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a base member; anode and cathode wiring portions arranged on the base member; a light emitting element that is arranged on an upper surface of said base member and is electrically connected to each of said anode and cathode wiring portions by wires; and a sealing member that covers said light emitting element and at least a part of said base member and said anode and cathode wiring portions, and includes a wavelength conversion member, wherein the part of said base member and said anode and cathode wiring portions, which is covered by said sealing member, is divided into first and second sections by a straight line that passes through the center of the part as viewed in plan view, wherein: said anode and cathode wiring portions are arranged so that their area in said first section is larger than in said second section, said light emitting element is arranged so that its area in said second section is larger than in said first section and is arranged away from said anode and cathode wiring portions on said base member as viewed in plan view, and the height of said sealing member on said second section side is greater than on said first section side. a base member; anode and cathode wiring portions arranged on the base member; a light emitting element that is arranged on an upper surface of said base member and is electrically connected to each of said anode and cathode wiring portions by wires; and a sealing member that covers said light emitting element and at least a part of said base member and said anode and cathode wiring portions, and includes a wavelength conversion member, wherein the part of said base member and said anode and cathode wiring portions, which is covered by said sealing member, is divided into first and second sections by a straight line that passes through the center of the part as viewed in plan view, wherein: said anode and cathode wiring portions are arranged so that their area in said first section is larger than in said second section, said light emitting element is arranged so that its area in said second section is larger than in said first section and is arranged away from said anode and cathode wiring portions on said base member as viewed in plan view, and the height of said sealing member on said second section side is greater than on said first section side. said anode and cathode wiring portions are arranged so that their area in said first section is larger than in said second section, said light emitting element is arranged so that its area in said second section is larger than in said first section and is arranged away from said anode and cathode wiring portions on said base member as viewed in plan view, and the height of said sealing member on said second section side is greater than on said first section side.
A gangway between two vehicles (2, 3) or parts of vehicles articulately connected to each other, comprising at least one bellows, wherein the bellows is arranged by means of a connecting frame on a respective end wall (4, 5) of a vehicle (2, 3) or vehicle part by fastening means, wherein at least one cover of the connecting frame which can be arranged on the front side of the connecting frame is provided, wherein a connecting device (32, 34) is provided by which only the cover can be connected to the connecting frame, characterized in that the connecting device is designed as a keder connection (32, 34), and that the cover at least at one end sealingly abuts the end wall (4, 5) of the vehicle (2, 3) or vehicle part.
System for three dimensional surveying of a surface comprising at least a first mobile vehicle with o at least one camera unit with its field of view at least partially directed towards the surface for imaging the surface, and o a computer-vision unit built to execute a visual surveying algorithm based on images from the camera unit for determining a topology of the surface and/or a location of the first mobile vehicle relative to the surface, characterized by at least a second mobile vehicle comprising a light projection unit built to emit a structured light pattern onto the surface, wherein the camera unit of the first mobile vehicle at least partially images the structured light pattern projected from the second mobile vehicle to the surface and wherein the visual surveying algorithm comprises an evaluation of the imaged structured light pattern on the surface, wherein the visual surveying algorithm comprises a simultaneous location and mapping (SLAM) algorithm, determining the topology of the surface and the location of the first mobile vehicle relative to the surface. o at least one camera unit with its field of view at least partially directed towards the surface for imaging the surface, and o a computer-vision unit built to execute a visual surveying algorithm based on images from the camera unit for determining a topology of the surface and/or a location of the first mobile vehicle relative to the surface,
Apparatus for treating containers, with a housing, a sterilisation chamber formed within the housing to sterilise the containers, with a transport device which transports the containers along a pre-specified transport path through said sterilisation chamber, and with at least one actuating device which acts upon the containers during their transport through the sterilisation chamber with a flowable sterilisation medium, wherein the actuating device is formed as a spray head or nozzle, characterized in that the actuating device is at least partially integrated in a wall of the sterilisation chamber and extends through said wall in such a way that the actuating device is arranged partially outside and partially inside the housing.
A method for the fermentation of a fermentable mixture, said fermentable mixture comprising a liquid part and a solid part, comprising: (a)providing at least a tank suitable for containing the fermentable mixture comprising means for fermentation gas extraction located in the upper part of the tank suitable for containing the fermentable mixture, means for fermentation gas compression and means for large fermentation gas bubble formation located in the lower part of tank, wherein the means comprise a bubble formation element and a non-return valve; (b)providing at least a tank for fermentation gas storage; (c)introducing the fermentable mixture into the tank suitable for containing the fermentable mixture; (d)extracting the fermentation gas generated during the fermentation of the fermentable mixture through the means for fermentation gas extraction; (e)compressing the fermentation gas extracted in step (d); (f)accumulating the fermentation gas compressed in step (e) in the tank for fermentation gas storage; and (g) introducing the fermentation gas of the tank for fermentation gas storage into the tank suitable for containing the fermentable mixture through the means for large fermentation gas bubble formation located in the lower part of the tank suitable for containing the fermentable mixture; wherein the large fermentation gas bubble has a volume between 5% and 40% of the volume of the tank suitable for containing the fermentable mixture. (a)providing at least a tank suitable for containing the fermentable mixture comprising means for fermentation gas extraction located in the upper part of the tank suitable for containing the fermentable mixture, means for fermentation gas compression and means for large fermentation gas bubble formation located in the lower part of tank, wherein the means comprise a bubble formation element and a non-return valve; (b)providing at least a tank for fermentation gas storage; (c)introducing the fermentable mixture into the tank suitable for containing the fermentable mixture; (d)extracting the fermentation gas generated during the fermentation of the fermentable mixture through the means for fermentation gas extraction; (e)compressing the fermentation gas extracted in step (d); (f)accumulating the fermentation gas compressed in step (e) in the tank for fermentation gas storage; and (g) introducing the fermentation gas of the tank for fermentation gas storage into the tank suitable for containing the fermentable mixture through the means for large fermentation gas bubble formation located in the lower part of the tank suitable for containing the fermentable mixture;
A power storage device comprising: a secondary battery; a memory unit that is configured to store user's schedule information, an acquisition unit that is configured to acquire charging period information for charging the secondary battery; wherein the acquisition unit is configured to calculate the charging period information on the basis of the schedule information stored in the memory unit; and a charge control unit that is configured to calculate a charging power on the basis of the charging period information and is configured to control charging power used for charging the secondary battery so that the charging power is equal to the calculated charging power, characterized in that the charge control unit is configured to recalculate the charging power at predetermined time intervals in order to complete the charging within a charging period. a secondary battery; a memory unit that is configured to store user's schedule information, an acquisition unit that is configured to acquire charging period information for charging the secondary battery; wherein the acquisition unit is configured to calculate the charging period information on the basis of the schedule information stored in the memory unit; and a charge control unit that is configured to calculate a charging power on the basis of the charging period information and is configured to control charging power used for charging the secondary battery so that the charging power is equal to the calculated charging power, characterized in that the charge control unit is configured to recalculate the charging power at predetermined time intervals in order to complete the charging within a charging period.
Arrangement consisting of an electrical connector and a wiring carrier, for releasably fixing the electrical connector on the wiring carrier (10; 11), wherein the connector consists of an insulating housing which has insertion openings on opposite housing sides in such a way that electrical contact pins can be inserted, in particular clamped, on a first side and insulation-free ends of electrical conductors can be inserted, in particular clamped, on a second side, furthermore a plug strip compatible with the insertion openings on the first side can be fastened on the wiring carrier (10; 11), and having at least one hook-like or nose-like projection projecting from the insulating housing, which projection is disposed on the housing side wall, which extends essentially parallel to the insertion direction for the electrical contact pins, further a spring clip is fastened on the wiring carrier (10; 11), said spring clip having a latching section which, when the connector is plugged onto the plug strip, engages behind the projection projecting from the insulating housing of the connector and forms a stop against withdrawal of the connector, characterized in that the ends of the spring clip are connected to the wiring carrier (10; 11), wherein the ends of the spring clip are formed in an angled manner in the region of a respective soldering island and the resulting angled section of the spring clip forms a bearing and supporting surface, and a further bending section (17.3) is formed in each case on the angled section for the bearing and supporting surface, wherein the wiring carrier (10; 11) is cut out or cut free in the space between the bending sections (17.3) and the spring clip is pretensioned in the direction towards the housing side wall with a projecting projection, wherein the connector is removable by inserting a tool between the relevant housing side wall and the spring clip.
Method for attaching a connector element to a belt end of a conveyor belt, wherein the connector element has a base tier and an adhesive tier which is disposed on one side of the base tier and is adhesive under the effect of heat, the base tier in a central region being provided with passages, comprising the following features: - disposing the connector element on the belt end, wherein the connector element, positioned in a U-shaped manner, is disposed on averted sides of the belt and on one end side of the belt, wherein the passages are positioned in the region of the U-shaped deflection of the connector element, and the adhesive tier is disposed on the belt so as to face the averted sides of said belt, - connecting the connector element to the belt in the region of the averted sides of the belt, wherein the connector element is adhesively bonded to the belt under the effect of a heated pressing installation that is disposed on both sides of the belt, wherein the connector element in the region of the passages, in the case of a U-shaped disposal of the connector element, is mounted in a positioning installation, characterized in that the positioning installation that mounts the connector element is not locationally variable, and the heated pressing installation is locationally variable in a linear manner, or the heated pressing installation is not locationally variable, and the positioning installation that mounts the connector element is locationally variable in a linear manner. - disposing the connector element on the belt end, wherein the connector element, positioned in a U-shaped manner, is disposed on averted sides of the belt and on one end side of the belt, wherein the passages are positioned in the region of the U-shaped deflection of the connector element, and the adhesive tier is disposed on the belt so as to face the averted sides of said belt, - connecting the connector element to the belt in the region of the averted sides of the belt, wherein the connector element is adhesively bonded to the belt under the effect of a heated pressing installation that is disposed on both sides of the belt, wherein the connector element in the region of the passages, in the case of a U-shaped disposal of the connector element, is mounted in a positioning installation, characterized in that
Process for producing a solid-state battery, comprising the following steps: a/ producing a metal-ion electrochemical accumulator comprising a jelly roll comprising at least one electrochemical cell consisting of a cathode and of an anode on either side of a separator impregnated with a liquid electrolyte, the cathode and anode each comprising a substrate, formed from a metal foil that bears in its central segment an active metal-ion insertion material, and packaging arranged to seal-tightly contain the jelly roll, b/ charging the accumulator electrically so that it reaches a predetermined electrical state of charge; c/ drilling the packaging; d/ removing the liquid electrolyte; e/ opening the packaging; f/ separating the anode, cathode and separator from one another; g/ depositing using a coating process at least one layer of ink forming a solid-state electrolyte on the electrode among the anode and cathode that was electrically charged to the predetermined state; h/ producing a jelly roll (F') comprising at least one electrochemical cell consisting of the cathode and anode separated in step f/ and one of which is coated with the solid-state electrolyte layer deposited in step g/. a/ producing a metal-ion electrochemical accumulator comprising a jelly roll comprising at least one electrochemical cell consisting of a cathode and of an anode on either side of a separator impregnated with a liquid electrolyte, the cathode and anode each comprising a substrate, formed from a metal foil that bears in its central segment an active metal-ion insertion material, and packaging arranged to seal-tightly contain the jelly roll, b/ charging the accumulator electrically so that it reaches a predetermined electrical state of charge; c/ drilling the packaging; d/ removing the liquid electrolyte; e/ opening the packaging; f/ separating the anode, cathode and separator from one another; g/ depositing using a coating process at least one layer of ink forming a solid-state electrolyte on the electrode among the anode and cathode that was electrically charged to the predetermined state; h/ producing a jelly roll (F') comprising at least one electrochemical cell consisting of the cathode and anode separated in step f/ and one of which is coated with the solid-state electrolyte layer deposited in step g/.
Trailer with load carrier, in particular for car trailers or pliable caravans, wherein the trailer seen in the direction of travel has a front and a back, wherein at the front a drawbar and a vertical form tube support for receiving a pivotable joint are provided, wherein on the pivotable joint a pivot arm is formed, characterized in that the vertical form tube support seen normal to the direction of travel is arranged eccentrically to the trailer centre and has two pivot arms of different lengths, themselves extending over the trailer, mutually angularly arranged, the one ends of which are integrally formed on the pivotable joint and the other ends of which are detachably connected to brackets mounted on the rear of the trailer, wherein there is a holder in the area of the left corner and the other holder in the area of the right corner.
A rechargeable battery module, comprising: a plurality of unit cells arranged in a first direction and electrically coupled via a bus bar, including a pair of outermost unit cells at opposite ends of the first direction; an end plate to support the outermost unit cells; side plates provided at opposite ends of a second direction crossing the first direction to support side surfaces of the unit cells; a support member supporting the unit cells at a lower end of a third direction crossing the second direction; and welding bushes extended in the third direction at opposite ends of the end plate in the second direction and corresponding respective ends of the side plates in the first direction, the welding bushes being connected to the end plate and the side plates, and combined with the support member by a penetrating fastening member, wherein each welding bush includes a cylinder member to which the end plate and one of the side plates are welded; wherein each welding bush further comprises an upper cap member and a lower cap member combined with respective upper and lower axial end portions of the cylinder member, each cap member (731, 732) overlapping an end surface of the cylinder member that faces in the third direction and having a surface facing away from the cylinder member in the third direction that has a greater area than the said end surface of the cylinder member. a plurality of unit cells arranged in a first direction and electrically coupled via a bus bar, including a pair of outermost unit cells at opposite ends of the first direction; an end plate to support the outermost unit cells; side plates provided at opposite ends of a second direction crossing the first direction to support side surfaces of the unit cells; a support member supporting the unit cells at a lower end of a third direction crossing the second direction; and welding bushes extended in the third direction at opposite ends of the end plate in the second direction and corresponding respective ends of the side plates in the first direction, the welding bushes being connected to the end plate and the side plates, and combined with the support member by a penetrating fastening member, wherein each welding bush includes a cylinder member to which the end plate and one of the side plates are welded; wherein each welding bush further comprises an upper cap member and a lower cap member combined with respective upper and lower axial end portions of the cylinder member, each cap member (731, 732) overlapping an end surface of the cylinder member that faces in the third direction and having a surface facing away from the cylinder member in the third direction that has a greater area than the said end surface of the cylinder member.
Grinding method for machining the surface of workpieces, in particular for machining outer surfaces of workpieces, comprising the following steps: a) providing a grinding machine with a grinding tool, - wherein the grinding tool is rotatably mounted about a grinding tool axis, b) providing at least two workpieces to be machined, c) arranging the workpieces on one of at least two workpiece carriers (5, 5', 5") of a workpiece carrier unit, - wherein the workpieces are arranged on different workpiece carriers (5, 5' 5"), - wherein the at least two workpiece carriers (5, 5', 5") are each rotatably mounted about a workpiece carrier axis, and - wherein the workpiece carrier unit is rotatably mounted about a workpiece carrier unit axis, and d) grinding the workpiece surfaces of the workpieces, - wherein the grinding tool rotates about the grinding tool axis, - wherein the at least two workpiece carriers (5, 5', 5") each rotate about a workpiece carrier axis, and - wherein the workpiece surfaces of at least two workpieces arranged on different workpiece carriers (5, 5', 5") are simultaneously machined by the same grinding tool, characterised in that the workpiece carrier unit rotates completely about the workpiece carrier unit axis when grinding the workpieces. a) providing a grinding machine with a grinding tool, - wherein the grinding tool is rotatably mounted about a grinding tool axis, - wherein the grinding tool is rotatably mounted about a grinding tool axis, b) providing at least two workpieces to be machined, c) arranging the workpieces on one of at least two workpiece carriers (5, 5', 5") of a workpiece carrier unit, - wherein the workpieces are arranged on different workpiece carriers (5, 5' 5"), - wherein the at least two workpiece carriers (5, 5', 5") are each rotatably mounted about a workpiece carrier axis, and - wherein the workpiece carrier unit is rotatably mounted about a workpiece carrier unit axis, and - wherein the workpieces are arranged on different workpiece carriers (5, 5' 5"), - wherein the at least two workpiece carriers (5, 5', 5") are each rotatably mounted about a workpiece carrier axis, and - wherein the workpiece carrier unit is rotatably mounted about a workpiece carrier unit axis, d) grinding the workpiece surfaces of the workpieces, - wherein the grinding tool rotates about the grinding tool axis, - wherein the at least two workpiece carriers (5, 5', 5") each rotate about a workpiece carrier axis, and - wherein the workpiece surfaces of at least two workpieces arranged on different workpiece carriers (5, 5', 5") are simultaneously machined by the same grinding tool, - wherein the grinding tool rotates about the grinding tool axis, - wherein the at least two workpiece carriers (5, 5', 5") each rotate about a workpiece carrier axis, and - wherein the workpiece surfaces of at least two workpieces arranged on different workpiece carriers (5, 5', 5") are simultaneously machined by the same grinding tool,