mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery, comprising an electrode assembly, a case, a cap assembly and a first insulating tape; the electrode assembly comprising an electrode unit, the electrode unit being provided as one or plurality in number; the electrode unit comprising a positive electrode plate, a negative electrode plate and a separator provided between the positive electrode plate and the negative electrode plate; the electrode unit being a winding structure and in a flat shape, and an outermost turn of the negative electrode plate being positioned at an outer side of an outermost turn of the positive electrode plate; the case comprising a first side wall and an accommodating cavity, the electrode assembly being accommodated in the accommodating cavity, the case being electrically connected with the positive electrode plate, and the cap assembly being connected with the case; the first insulating tape being positioned between the electrode assembly and the first side wall and closely attached to an outer surface of the electrode assembly; an outermost turn of the separator of the electrode unit being positioned at an outer side of the outermost turn of the negative electrode plate; the first insulating tape comprising a base body and an adhesive layer, the base body being bonded on an outer surface of the separator of the electrode assembly via the adhesive layer. the electrode assembly comprising an electrode unit, the electrode unit being provided as one or plurality in number; the electrode unit comprising a positive electrode plate, a negative electrode plate and a separator provided between the positive electrode plate and the negative electrode plate; the electrode unit being a winding structure and in a flat shape, and an outermost turn of the negative electrode plate being positioned at an outer side of an outermost turn of the positive electrode plate; the case comprising a first side wall and an accommodating cavity, the electrode assembly being accommodated in the accommodating cavity, the case being electrically connected with the positive electrode plate, and the cap assembly being connected with the case; the first insulating tape being positioned between the electrode assembly and the first side wall and closely attached to an outer surface of the electrode assembly; an outermost turn of the separator of the electrode unit being positioned at an outer side of the outermost turn of the negative electrode plate; the first insulating tape comprising a base body and an adhesive layer, the base body being bonded on an outer surface of the separator of the electrode assembly via the adhesive layer.
A sensing device (100, 200, 300, 500), comprising: a first surface acoustic wave component (104-1, 204-1) configured for use in sensing temperature; a second SAW component (104-2, 204-2) isolated from the first SAW component (104-1, 204-1) by a barrier (112, 212) made of a material that is not conductive and is configured for use in sensing humidity; a third SAW component (104-3, 204-3) isolated from the first SAW component (104-1, 204-1) and the second SAW component (104-2, 204-2) by the barrier made of a material that is not conductive (112, 212) and is configured for use as a reference; a piezoelectric layer (102, 202), wherein the first SAW component (104-1, 204-1), the second SAW component (104-2, 204-2) and the third SAW component (104-3, 204-3) are on a surface of the piezoelectric layer; and a cover (114, 214) placed over the piezoelectric layer (102, 202) on the barrier (112,212), wherein the first and third SAW components (104-1, 104-3, 204-1, 204-3) are sealed from the environment surrounding the sensing device and the second SAW component (104-2, 204-2) is exposed to the environment surrounding the sensing device (100, 200, 300, 500) via an opening (116, 216) in the cover, and wherein the first SAW component (104-1, 204-1) is positioned on the piezoelectric layer (102, 202) in an angled manner with respect to the second SAW component (104-2, 204-2) and third SAW component (104-3, 204-3) resulting in a resonant frequency that has a different temperature behavior. a first surface acoustic wave component (104-1, 204-1) configured for use in sensing temperature; a second SAW component (104-2, 204-2) isolated from the first SAW component (104-1, 204-1) by a barrier (112, 212) made of a material that is not conductive and is configured for use in sensing humidity; a third SAW component (104-3, 204-3) isolated from the first SAW component (104-1, 204-1) and the second SAW component (104-2, 204-2) by the barrier made of a material that is not conductive (112, 212) and is configured for use as a reference; a piezoelectric layer (102, 202), wherein the first SAW component (104-1, 204-1), the second SAW component (104-2, 204-2) and the third SAW component (104-3, 204-3) are on a surface of the piezoelectric layer; and a cover (114, 214) placed over the piezoelectric layer (102, 202) on the barrier (112,212), wherein the first and third SAW components (104-1, 104-3, 204-1, 204-3) are sealed from the environment surrounding the sensing device and the second SAW component (104-2, 204-2) is exposed to the environment surrounding the sensing device (100, 200, 300, 500) via an opening (116, 216) in the cover, and wherein the first SAW component (104-1, 204-1) is positioned on the piezoelectric layer (102, 202) in an angled manner with respect to the second SAW component (104-2, 204-2) and third SAW component (104-3, 204-3) resulting in a resonant frequency that has a different temperature behavior.
Method for treatment of eggs, wherein at least one alcohol-based colouring agent and/or at least one alcohol-based coating agent are transferred to the egg by means of a sheet material, wherein the alcohol-based colouring agent and/or alcohol-based coating agent comprise at least one alcohol-based solvent and at least one carrier substance for a dye and/or a colouring pigment and/or a colouring particle in the case of the alcohol-based colouring agent or at least one varnish component in the case of the alcohol-based coating agent, wherein ethanol is used for production of the alcohol-based colouring agent and/or the alcohol-based coating agent, and wherein the at least one carrier substance or the at least one varnish component is selected from a group comprising shellac and/or copal, wherein the at least one carrier substance or the at least one varnish component is used in a quantity in a range of from 2 wt% to 30 wt%, related to the total weight of the alcohol-based colouring agent or the alcohol-based coating agent respectively.
A cradle for positioning and holding a dental prosthesis adjacent a surgical site on a particular patient's upper or lower jaw where the dental prosthesis includes a sub-structure and a plurality of teeth that extend outwardly from the sub-structure; wherein the cradle is fabricated specifically to fit the particular patient's upper or lower jaw, said cradle comprising: a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is sized and shaped to be complementary to the sub-structure of the dental prosthesis and is adapted to selectively receive the sub-structure of the dental prosthesis therein and to hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw. a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is sized and shaped to be complementary to the sub-structure of the dental prosthesis and is adapted to selectively receive the sub-structure of the dental prosthesis therein and to hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw.
An image forming apparatus to which an optional device can be attached, the image forming apparatus comprising: a main-unit storage for storing main-unit firmware for overall control of the image forming apparatus, an interface for communication with the optional device when the optional device is attached to the image forming apparatus; and an updater for rewriting the main-unit firmware with latest-version firmware to store the rewritten main-unit firmware in the main-unit storage, the updater, on an occasion of rewriting the main-unit firmware, storing the rewriting firmware in the main-unit storage, transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus, and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware, characterized in that the optional device is a post-processing device, and the main-unit storage also stores, even when the optional device is not attached to the image forming apparatus, rewriting firmware for rewriting, with firmware corresponding to a version of the main-unit firmware, option firmware which is firmware for operating the optional device and which is stored in the optional device. a main-unit storage for storing main-unit firmware for overall control of the image forming apparatus, an interface for communication with the optional device when the optional device is attached to the image forming apparatus; and an updater for rewriting the main-unit firmware with latest-version firmware to store the rewritten main-unit firmware in the main-unit storage, the updater, on an occasion of rewriting the main-unit firmware, storing the rewriting firmware in the main-unit storage, transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus, and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware, characterized in that storing the rewriting firmware in the main-unit storage, transmitting the rewriting firmware stored in the main-unit storage via the interface to the optional device attached to the image forming apparatus, and making the optional device perform a rewriting process to rewrite the option firmware with firmware corresponding to the version of the main-unit firmware, characterized in that the optional device is a post-processing device, and the main-unit storage also stores, even when the optional device is not attached to the image forming apparatus, rewriting firmware for rewriting, with firmware corresponding to a version of the main-unit firmware, option firmware which is firmware for operating the optional device and which is stored in the optional device.
Detaching roller for a combing machine comprising an active solid portion, destined for contact with the active portion of a respective pressure roller, wherein the active solid portion is made in lightweight metal material, optionally subjected to a further hardening and/or surface protection treatment, and wherein the lightweight metal material has a density of 5 Kg/dm 3 or less.
An exhaust system for a vehicular lean burn internal combustion engine, which system comprising a conduit for carrying a flowing exhaust gas, a source of nitrogenous reductant, an extruded-type catalyst formed from a zeolite catalyst disposed in a flow path of the exhaust gas, means for metering nitrogenous reductant into a flowing exhaust gas upstream of the extruded-type catalyst and an oxidation catalyst comprising at least one platinum group metal for oxidising nitrogen monoxide to nitrogen dioxide located upstream of the means for metering nitrogenous reductant into a flowing exhaust gas, wherein the zeolite catalyst is a small pore zeolite containing a maximum ring size of eight tetrahedral atoms and having the AEI Framework Type Code and wherein the total at least one transition metal present in the catalyst is from 0.5 to 5wt%, based on the total weight of the zeolite catalyst, wherein the at least one transition metal is copper.
A method for obtaining rare earth element compositions, the method comprising: providing a dispersed aqueous suspension of a particulate material comprising at least one rare earth element compound and kaolinite; adding to the suspension a selective flocculation polymer that facilitates separation of at least a portion of the at least one rare earth element compound from the kaolinite by flocculating the kaolinite and allowing particles of the rare earth element compound to be or remain deflocculated and wherein the selective flocculation polymer is a polyacrylamide containing replacement of from 1% to 20% by weight of amide groups by carboxylic groups; allowing the suspension containing the polymer to separate in a selective flocculation separator into layers comprising a flocculated product layer and a deflocculated layer containing the portion of the at least one rare earth element compound; and extracting each of the separated layers from the separator. providing a dispersed aqueous suspension of a particulate material comprising at least one rare earth element compound and kaolinite; adding to the suspension a selective flocculation polymer that facilitates separation of at least a portion of the at least one rare earth element compound from the kaolinite by flocculating the kaolinite and allowing particles of the rare earth element compound to be or remain deflocculated and wherein the selective flocculation polymer is a polyacrylamide containing replacement of from 1% to 20% by weight of amide groups by carboxylic groups; allowing the suspension containing the polymer to separate in a selective flocculation separator into layers comprising a flocculated product layer and a deflocculated layer containing the portion of the at least one rare earth element compound; and extracting each of the separated layers from the separator.
An optical assembly for changing the direction of light beams with at least two mirror sections (1, 2), wherein the mirror sections (1, 2) are each formed by a glass body having a mirror surface (1.1, 2.1), a rear surface (1.2, 2.2) parallel thereto and at least three lateral surfaces and are arranged relative to each other in such a way that in each case the mirror surfaces (1.1, 2.1) of two of the mirror sections (1, 2), which form a pair of mirror sections, adjoin each other, enclosing a predetermined first angle (α) with each other and forming an edge with a length, and an adjustment gap is present in the pair of mirror sections, in which a gap body is inserted along a line of action extending through the gap body in a gap direction, protruding into the adjustment gap to a depth (t), the depth (t) being co-determining for the first angle (α), characterized in that the line of action intersects the edge.
A force sensing device, comprising: a first electrode and a second electrode; a substrate comprising at least one groove; and an active material between said first electrode and said second electrode; said at least one groove comprises a first face and a second face inclined to said first face, and said first face and said second face are arranged a distance apart from each other; and said first electrode is deposited on said first face and said second electrode is deposited on said second face; characterised in that: said substrate comprises a flexible non-conductive material such that said distance is configured to change on application of an applied force to deform said active material and provide a change in an electrical property of said active material. a first electrode and a second electrode; a substrate comprising at least one groove; and an active material between said first electrode and said second electrode; said at least one groove comprises a first face and a second face inclined to said first face, and said first face and said second face are arranged a distance apart from each other; and said first electrode is deposited on said first face and said second electrode is deposited on said second face; characterised in that: said substrate comprises a flexible non-conductive material such that said distance is configured to change on application of an applied force to deform said active material and provide a change in an electrical property of said active material.
A wrapped joined V-belt, comprising: a plurality of wrapped V-belt portions (1, 11, 101); and a tie band, wherein outer peripheral surfaces of the wrapped V-belt portions (1, 11, 101) are coupled via the tie band, each of the wrapped V-belt portions (1, 11, 101) comprises a tension member layer (4, 14) comprising a tension member, a tension rubber layer (2, 104) laminated on the tension member layer (4, 14) at a belt outer peripheral side, a compression rubber layer (5a, 15a, 5b, 15b) laminated on the tension member layer (4, 14) at a belt inner peripheral side, and an outside cloth (6, 16) covering an entire outer surface of the belt, characterized in that in each of the wrapped V-belt portions (1, 11, 101), the compression rubber layer comprises a first compression rubber layer (5a, 15a) laminated at the belt outer peripheral side and a second compression rubber layer (5b, 15b) laminated at the belt inner peripheral side, the tension rubber layer (2, 104) has a rubber hardness that is higher than a rubber hardness of the second compression rubber layer (5b, 15b), and the first compression rubber layer (5a, 15a) has a rubber hardness that is equal to or higher than the rubber hardness of the tension rubber layer (2, 104); wherein in each of the wrapped V-belt portions (1, 11, 101), the first compression rubber layer (5a, 15a) has an average thickness of from 90% to 50% with respect to an average thickness of the entire compression rubber layer (5a, 15a, 5b, 15b). characterized in that in each of the wrapped V-belt portions (1, 11, 101), the compression rubber layer comprises a first compression rubber layer (5a, 15a) laminated at the belt outer peripheral side and a second compression rubber layer (5b, 15b) laminated at the belt inner peripheral side, the tension rubber layer (2, 104) has a rubber hardness that is higher than a rubber hardness of the second compression rubber layer (5b, 15b), and the first compression rubber layer (5a, 15a) has a rubber hardness that is equal to or higher than the rubber hardness of the tension rubber layer (2, 104); wherein in each of the wrapped V-belt portions (1, 11, 101), the first compression rubber layer (5a, 15a) has an average thickness of from 90% to 50% with respect to an average thickness of the entire compression rubber layer (5a, 15a, 5b, 15b).
Load handling device for lifting and lowering a load, the load handling device comprising: - an elongated member adapted to be connected to a load; - a capstan, including one or more sheaves, through which the elongated member is running, the capstan defining a low tension side and high tension side of the elongated member; - one or more load sensing means (8, 8') provided at the low tension side and/or at the high tension side of the of the capstan; - a tension regulating member (7, 9) adapted to operate at the low tension side of the elongated member; and - a control unit adapted regulate the tension regulating member based on sensed loads from said one or more load sensing means (8, 8'); whereby said load handling device is adapted to: - adjust the tension on the high tension side of the elongated member by regulating the tension on the low tension side of the elongated member by means of the tension regulating member (7,9); characterised in that the load handling device is adapted to - adjust the tension on the low tension side of the elongated member so that the force distribution in the elongated member in the capstan when lifting a load is essentially equal to the force distribution in the elongated member in the capstan when lowering the load. - an elongated member adapted to be connected to a load; - a capstan, including one or more sheaves, through which the elongated member is running, the capstan defining a low tension side and high tension side of the elongated member; - one or more load sensing means (8, 8') provided at the low tension side and/or at the high tension side of the of the capstan; - a tension regulating member (7, 9) adapted to operate at the low tension side of the elongated member; and - a control unit adapted regulate the tension regulating member based on sensed loads from said one or more load sensing means (8, 8'); whereby - adjust the tension on the high tension side of the elongated member by regulating the tension on the low tension side of the elongated member by means of the tension regulating member (7,9); characterised in that the load handling device is adapted to - adjust the tension on the low tension side of the elongated member so that the force distribution in the elongated member in the capstan when lifting a load is essentially equal to the force distribution in the elongated member in the capstan when lowering the load.
A thermoelectric converter or a thermoelement for recovering electrical energy, comprising thermoelectric semiconductors (3, 4) of the n-type and p-type between encasing plates in the form of highly thermally conductive heat-conducting elements (8, 9), which are distanced from one another in parallel and are arranged or embedded in an alternating sequence in a structure-supporting matrix, wherein in each case a semiconductor of the n-type is connected via a connection to a semiconductor of the p-type and the individual connections are electrically insulated from the heat-conducting elements (8, 9) by means of an insulation, characterised in that the interface of the matrix to the adjacent heat-conducting element has planar interruptions (7, 9), whereby the contact area between heat-conducting elements and the matrix is reduced, which ensures a reduced feed of parasitic heat flows into the matrix.