mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical device, comprising a first electrode plate, the first electrode plate comprises: a current collector; and an active material layer provided on the current collector, the active material layer comprises a first layer and a second layer, the second layer is provided between the current collector and the first layer, the first layer comprises a first conductive agent, and the second layer comprises a second conductive agent; wherein, 1%≤a2-a1≤3%, al is a mass percentage content of the first conductive agent based on the mass of the first layer, a2 is a mass percentage content of the second conductive agent based on the mass of the second layer. a current collector; and an active material layer provided on the current collector, the active material layer comprises a first layer and a second layer, the second layer is provided between the current collector and the first layer, the first layer comprises a first conductive agent, and the second layer comprises a second conductive agent; wherein, 1%≤a2-a1≤3%, al is a mass percentage content of the first conductive agent based on the mass of the first layer, a2 is a mass percentage content of the second conductive agent based on the mass of the second layer.
A chemical protection glove comprising: an outer layer comprising at least one layer of a chemically impermeable material comprising a polyurethane solution; a fabric layer located beneath the outer layer; and an inner layer configured to contact a user's skin comprising a plurality of hollow beads dispersed throughout the inner layer, wherein the hollow beads at least partially extend from a surface of the inner layer, and wherein the hollow beads create a textured surface on the inner layer wherein the outer layer and inner layer comprise a polyurethane solution; and wherein the polyurethane solution of the outer layer extends through the fabric layer to form the inner layer. an outer layer comprising at least one layer of a chemically impermeable material comprising a polyurethane solution; a fabric layer located beneath the outer layer; and an inner layer configured to contact a user's skin comprising a plurality of hollow beads dispersed throughout the inner layer, wherein the hollow beads at least partially extend from a surface of the inner layer, and wherein the hollow beads create a textured surface on the inner layer wherein the outer layer and inner layer comprise a polyurethane solution; and wherein the polyurethane solution of the outer layer extends through the fabric layer to form the inner layer.
Fixing device for securing loads in a transporting space, with a hook (7a, 7b) for engaging in an opening of a transporting wall, and with a connecting element for attaching one or more securing means (9, 10, 11), wherein the hook (7a, 7b) and the connecting element define a module (7, 8), wherein, in addition the hook (7a, 7b) is provided with a cambered contact surface which in the assembled state engages behind an area surrounding the corresponding opening and hereby allows pivoting movements of the hook (7a, 7b) with regard to the transporting wall up to a magnitude predetermined by the cambering, and wherein the hook (7a, 7b) is composed of two hook extensions (7a, 7b) which on the surface side each have the cambered contact surface, characterised in that - the opening is designed as a keyhole opening which is composed of a groove that is slit-like in cross-section and an adjoining circular opening, and in that - the two hook extensions (7a, 7b) adjoin a central stop element which limits a longitudinal movement of the hook (7a, 7b) within the keyhole opening, wherein - the central stop element projects vis-à-vis the cambered contact surfaces as a termination of the hook extensions (7a, 7b), so that in this way stops are formed, and wherein - the stops ensure that the fixing device has a certain amount of play in the longitudinal direction within the keyhole opening in order facilitate threading into the key hole opening and threading out of the keyhole opening. - the opening is designed as a keyhole opening which is composed of a groove that is slit-like in cross-section and an adjoining circular opening, and in that - the two hook extensions (7a, 7b) adjoin a central stop element which limits a longitudinal movement of the hook (7a, 7b) within the keyhole opening, wherein - the central stop element projects vis-à-vis the cambered contact surfaces as a termination of the hook extensions (7a, 7b), so that in this way stops are formed, and wherein - the stops ensure that the fixing device has a certain amount of play in the longitudinal direction within the keyhole opening in order facilitate threading into the key hole opening and threading out of the keyhole opening.
Non-therapeutic cosmetic process for depigmenting, lightening and/or bleaching keratin materials, comprising the application of a cosmetic composition comprising, in a physiologically acceptable medium, at least one compound of formula: in which: R1 denotes a radical chosen from: a) a hydrogen atom; b) a saturated linear C 1 -C 6 alkyl group; R2 denotes a radical chosen from: a) a hydrogen atom; b) a saturated linear C 1 -C 10 alkyl group; c) a saturated branched C 3 -C 10 alkyl group; d) a C 1 -C 6 phenylalkyl group such as benzyl, and also the tautomers thereof, the salts thereof, the solvates thereof and the optical isomers thereof, and the racemates thereof, alone or as a mixture. R1 denotes a radical chosen from: a) a hydrogen atom; b) a saturated linear C 1 -C 6 alkyl group; a) a hydrogen atom; b) a saturated linear C 1 -C 6 alkyl group; R2 denotes a radical chosen from: a) a hydrogen atom; b) a saturated linear C 1 -C 10 alkyl group; c) a saturated branched C 3 -C 10 alkyl group; d) a C 1 -C 6 phenylalkyl group such as benzyl, a) a hydrogen atom; b) a saturated linear C 1 -C 10 alkyl group; c) a saturated branched C 3 -C 10 alkyl group; d) a C 1 -C 6 phenylalkyl group such as benzyl,
Rotor for a turbomachine with a stress-relieving region, wherein the rotor is designed such that it can rotate about an axis of rotation, characterized by multiple recesses, which are arranged in the stress-relieving region in the circumferential direction on the surface of the rotor, for relieving thermally induced stresses in the rotor, wherein the recesses are inclined at an angle α of between 10° and 80°, preferably 45°, to the axis of rotation.
Utility-vehicle tyre having side walls and having a tread with shoulder-side profile ribs, which shoulder-side profile ribs have shoulder-side profile blocks separated from one another by transverse channels and having in each case one flank surface which extends in the direction of the adjoining side wall, wherein, on at least one side wall, there is formed a flank guard adjoining the shoulder-side profile blocks and running around in a circumferential direction, said flank guard being elevated in relation to the level of the side wall and being composed of a multiplicity of successive elevations, wherein each elevation adjoins the flank surface of a shoulder-side profile block and has delimiting surfaces (7b, 7c) which extend between its outer surface and the respective side wall, wherein the elevations are wedge-shaped and are triangular in the tyre cross section, wherein each wedge-shaped elevation has an outer surface which, in the tyre cross section, transitions without a kink into the flank surface of the profile block, wherein each wedge-shaped elevation has a thickness measured perpendicularly to the level of the side wall, which thickness, as viewed in the tyre cross section, increases over the extent of the outer surface in the direction of the side wall proceeding from the flank surface of the shoulder-side profile block, characterized in that the delimiting surfaces (7b, 7c) of each elevation include an angle (α) of 90° to 130°, in particular of at least 100°, with the side wall. wherein the elevations are wedge-shaped and are triangular in the tyre cross section, wherein each wedge-shaped elevation has an outer surface which, in the tyre cross section, transitions without a kink into the flank surface of the profile block, wherein each wedge-shaped elevation has a thickness measured perpendicularly to the level of the side wall, which thickness, as viewed in the tyre cross section, increases over the extent of the outer surface in the direction of the side wall proceeding from the flank surface of the shoulder-side profile block, characterized in that the delimiting surfaces (7b, 7c) of each elevation include an angle (α) of 90° to 130°, in particular of at least 100°, with the side wall.
A camera system comprising: a housing; a first imaging system integrated with the housing, the first imaging system comprising a first lens, and a first image sensor for detecting light from the first lens to generate first data, wherein the first data is image data, and the first imaging system has a first field of view that is between 20 degrees and 40 degrees; a second imaging system integrated with the housing, the second imaging system comprising a second lens, and a second image sensor for detecting light from the second lens to generate second data, wherein the second data is image data, and the second imaging system has a second field of view that is between 20 degrees and 40 degrees; a third imaging system integrated with the housing, the third imaging system comprising a third lens, and a third image sensor for detecting light from the third lens, wherein the third imaging system has a third field of view; wherein the first field of view and the second field of view combine to form a fourth field of view, the fourth field of view being larger than the first field of view and larger than the second field of view, and wherein the third field of view partially overlaps with the fourth field of view to form a fifth field of view, the fifth field of view being 90 degrees plus or minus 30 degrees; a processor, integrated with the housing, configured to generate third data from the first data and/or the second data, wherein the third data corresponds to position information of an object; and a communication interface configured to transmit the third data. a housing; a first imaging system integrated with the housing, the first imaging system comprising a first lens, and a first image sensor for detecting light from the first lens to generate first data, wherein the first data is image data, and the first imaging system has a first field of view that is between 20 degrees and 40 degrees; a second imaging system integrated with the housing, the second imaging system comprising a second lens, and a second image sensor for detecting light from the second lens to generate second data, wherein the second data is image data, and the second imaging system has a second field of view that is between 20 degrees and 40 degrees; a third imaging system integrated with the housing, the third imaging system comprising a third lens, and a third image sensor for detecting light from the third lens, wherein the third imaging system has a third field of view; wherein the first field of view and the second field of view combine to form a fourth field of view, the fourth field of view being larger than the first field of view and larger than the second field of view, and wherein the third field of view partially overlaps with the fourth field of view to form a fifth field of view, the fifth field of view being 90 degrees plus or minus 30 degrees; a processor, integrated with the housing, configured to generate third data from the first data and/or the second data, wherein the third data corresponds to position information of an object; and a communication interface configured to transmit the third data.
Radio frequency connector, in particular a coaxial connector, for antenna sockets, comprising a retaining base (3, 3") that comprises a base plate and in which at least one through-opening (13, 13") is provided, comprising at least one connector element (4, 4', 4", 5) that comprises a press-fit portion (16, 16', 16") and a sleeve portion (17, 17') for connecting to an electrical conductor, the connector element (4, 4', 4", 5) being fastened, by means of the press-fit portion (16, 16', 16") thereof, by a press fit, to the retaining base (3, 3") so as to be coaxial with the associated through-opening (13, 13"), the retaining base (3, 3") comprising at least one sleeve-shaped fastening tower (10, 10") that is integrally moulded on the base plate, is made of electrically conductive material and projects above the base plate, coaxially with the through-opening (13, 13"), and extends the through-opening (13, 13") in the base plate, and the connector (11, 11', 11") comprising a first press-fit zone in the region of the base plate or directly adjacently to the base plate, and a second press-fit zone at a distance from the base plate in the region of the fastening tower (10, 10"), characterised in that the press-fit portion (16, 16', 16") of the connector element (4, 4', 4", 5) has a smaller radial oversize or undersize in the region of the second press-fit zone than in the region of the first press-fit zone, such that a contact pressure is generated in the region of the second press-fit zone that is less than a contact pressure generated in the region of the first press-fit zone.
A closure element which can be inserted into a container opening, and which is provided with a cylinder having at least one lateral opening and with a piston which is displaceable in the cylinder in sealed relationship, which piston prevents in a starting position the discharge of a medium capable of flow out of the container, said piston having a displacement length, characterized in that a piston diameter within the displacement length of the piston is larger than a cylinder diameter, and the cylinder is adapted to be elastically expandable to said piston diameter at least in a region corresponding to the displacement length of the piston so that a sealing is effected directly by the radial elastic pressure of a cylinder wall against a piston periphery.
A radiolucent aiming arm for determining the location of a transverse hole in an implanted intramedullary nail, comprising: an elongated body constructed substantially of radiolucent material, wherein the elongated body includes a front, a back opposite the front, and at least one transverse hole extending from the front to the back with a central axis, the elongated body attachable to the intramedullary nail (12, wherein the back faces the intramedullary nail, when the elongated body is attached to the intramedullary nail; and at least one radiopaque target marker to indicate the alignment of an X-ray source to obtain an X-ray beam coplanar with the central axis of the at least one aiming arm transverse hole; characterized in that said at least one radiopaque target marker includes at least one radiopaque target marker positioned on the front of the elongated body and at least one radiopaque target marker positioned on the back of the elongated body; and the elongated body comprises an opening and an insert positionable within the opening, wherein the at least one aiming arm transverse hole is disposed in the insert and the radiopaque markers are located on the insert. an elongated body constructed substantially of radiolucent material, wherein the elongated body includes a front, a back opposite the front, and at least one transverse hole extending from the front to the back with a central axis, the elongated body attachable to the intramedullary nail (12, wherein the back faces the intramedullary nail, when the elongated body is attached to the intramedullary nail; and at least one radiopaque target marker to indicate the alignment of an X-ray source to obtain an X-ray beam coplanar with the central axis of the at least one aiming arm transverse hole; characterized in that said at least one radiopaque target marker includes at least one radiopaque target marker positioned on the front of the elongated body and at least one radiopaque target marker positioned on the back of the elongated body; and the elongated body comprises an opening and an insert positionable within the opening, wherein the at least one aiming arm transverse hole is disposed in the insert and the radiopaque markers are located on the insert.
An electrode for an electrochemical device, comprising: a network structure including cellulose fibers and a conductive material; and an active material dispersed in the network structure, wherein the conductive material particles have an average ratio of a length to a thickness(L/D) of 50 or more, wherein, in the electrode for an electrochemical device, the active material is dispersed in the network structure formed of the cellulose fibers and conductive material to form a three-dimensional structure. a network structure including cellulose fibers and a conductive material; and an active material dispersed in the network structure, wherein the conductive material particles have an average ratio of a length to a thickness(L/D) of 50 or more, wherein, in the electrode for an electrochemical device, the active material is dispersed in the network structure formed of the cellulose fibers and conductive material to form a three-dimensional structure.
A delivery accumulating apparatus comprising: a collection base which is capable of accumulating a plurality of deliveries to be sequentially overlapped in a standing state in an accumulating direction on a surface thereof; an accumulating paddle which is capable of supporting a plurality of the deliveries accumulated on the collection base from an opposite direction of the accumulating direction, the accumulation paddle being arranged from above the collection base so that evacuation is possible; and an accommodation box which is arranged below the collection base, and is capable of accommodating a plurality of the deliveries; the collection base is rotated and thereby its evacuation is possible from above the accommodation box, wherein the delivery accumulating apparatus further comprising: characterized by a first guide which slidably contacts with the delivery which is arranged on a rear surface side of the collection base, and a second guide which is arranged on the rear surface side of the collection base, wherein the second guide being rotatable in a state in a standing state on the first guide at an upstream side from the first guide in the accumulating direction. a collection base which is capable of accumulating a plurality of deliveries to be sequentially overlapped in a standing state in an accumulating direction on a surface thereof; an accumulating paddle which is capable of supporting a plurality of the deliveries accumulated on the collection base from an opposite direction of the accumulating direction, the accumulation paddle being arranged from above the collection base so that evacuation is possible; and an accommodation box which is arranged below the collection base, and is capable of accommodating a plurality of the deliveries; the collection base is rotated and thereby its evacuation is possible from above the accommodation box, wherein the delivery accumulating apparatus further comprising: characterized by a first guide which slidably contacts with the delivery which is arranged on a rear surface side of the collection base, and a second guide which is arranged on the rear surface side of the collection base, wherein the second guide being rotatable in a state in a standing state on the first guide at an upstream side from the first guide in the accumulating direction. characterized by a first guide which slidably contacts with the delivery which is arranged on a rear surface side of the collection base, and a second guide which is arranged on the rear surface side of the collection base, wherein the second guide being rotatable in a state in a standing state on the first guide at an upstream side from the first guide in the accumulating direction.
An elastomeric article comprising: an elastomeric material (142, 146, 150), comprising: a plurality of micro-scale sized or smaller sensors embedded in the elastomeric material providing wireless signals of data related to at least one physical property of the-elastomeric-article, characterized in that the sensors have a size similar to carbon black or smaller, thereby being sufficiently small enough to avoid being an occlusion in the elastomeric material (142, 146, 150).
A method for removing 2,4,6 Trichloroanisole from a beverage comprising contacting said beverage with a molecular sieve which is a Zeolite-Y (Faujasite) having a Si/Al ratio of at least 5.
A computer-implemented method, comprising: storing an indirection mapping table for a solid state drive in memory, the indirection mapping table including a plurality of indirection units that map physical data locations on the SSD to logical addresses used by a host computer; receiving a write request from the host computer to store data to a solid state drive; writing the data to the solid state drive in a multi-level cell or triple level cell mode; updating the indirection mapping table based at least in part on the write request; generating an entry to a journal based at least in part on the write request; detecting a journal storage event; storing the journal to a predetermined location regardless of the locations of defective blocks on the solid state drive, wherein the predetermined location is co-located immediately after the data it describes on the solid state drive, by writing the journal to the predetermined location on the solid state drive in a single level cell mode; determining power has been restored after a power outage has occurred; generating a new indirection mapping table using at least the journal stored at the predetermined location on the SSD; and generating a bad block map using at least the journal stored at the predetermined location. storing an indirection mapping table for a solid state drive in memory, the indirection mapping table including a plurality of indirection units that map physical data locations on the SSD to logical addresses used by a host computer; receiving a write request from the host computer to store data to a solid state drive; writing the data to the solid state drive in a multi-level cell or triple level cell mode; updating the indirection mapping table based at least in part on the write request; generating an entry to a journal based at least in part on the write request; detecting a journal storage event; storing the journal to a predetermined location regardless of the locations of defective blocks on the solid state drive, wherein the predetermined location is co-located immediately after the data it describes on the solid state drive, by writing the journal to the predetermined location on the solid state drive in a single level cell mode; determining power has been restored after a power outage has occurred; generating a new indirection mapping table using at least the journal stored at the predetermined location on the SSD; and generating a bad block map using at least the journal stored at the predetermined location.