mhurhangee/ep-ind-claims huggingface dataset:
A lithium secondary battery comprising: a wound electrode group including a positive electrode, a negative electrode, and a separator between the positive electrode and the negative electrode; and a lithium-ion conductive nonaqueous electrolyte, wherein the negative electrode includes a negative electrode current collector; the negative electrode current collector includes: a layer having a first surface facing outward of the winding of the electrode group and a second surface facing inward of the winding of the electrode group; first protrusions protruding from the first surface; and second protrusions protruding from the second surface; lithium metal is deposited on the first surface and the second surface by charging; and a first average height of the first protrusions is higher than a second average height of the second protrusions. a wound electrode group including a positive electrode, a negative electrode, and a separator between the positive electrode and the negative electrode; and a lithium-ion conductive nonaqueous electrolyte, wherein the negative electrode includes a negative electrode current collector; the negative electrode current collector includes: a layer having a first surface facing outward of the winding of the electrode group and a second surface facing inward of the winding of the electrode group; first protrusions protruding from the first surface; and second protrusions protruding from the second surface; lithium metal is deposited on the first surface and the second surface by charging; and a first average height of the first protrusions is higher than a second average height of the second protrusions.
A switch for bulk material comprising a housing having an inlet connection and several outlet connections (4, 5, 6) as well as a switch flap, which can be swiveled and which provides a guide surface, by means of which switch flap the outlet connections (4, 5, 6) can be optionally connected to the inlet connection, wherein the switch flap is designed as a part of a switch body, which is arranged in the housing in a rotatable manner, which switch body comprises two limitation disks (12, 13) spaced apart from each other, which receive the switch flap between them without any gap, which limitation disks (12, 13) are circular and wherein the switch body comprises a second switch flap, characterized in that the switch flaps (7, 8) respectively comprise a respective guide surface (16, 17) both on the front side and on the rear side thereof and the respective guide surfaces on the front side are facing each other, and the switch flaps (7, 8) extend in an inclined manner with respect to each other while forming an acute angle and form a volume space between them which is tapering in form of a wedge.
A process for preparing an adipic acid product, the process comprising the steps of: a) converting a glucose-containing feed to a reaction product comprising a hydrodeoxygenation substrate and having a first concentration of water, wherein the hydrodeoxygenation substrate comprises a compound of formula I: wherein each X is independently hydroxyl, oxo, acyloxy or hydrogen provided that at least one X is not hydrogen and R 1 is independently a salt-forming ion, hydrogen, hydrocarbyl, or substituted hydrocarbyl, or a mono- or di-lactone thereof; b) reducing the first concentration of water of the reaction product comprising the hydrodeoxygenation substrate to produce a feedstock comprising the hydrodeoxygenation substrate and having a second concentration of water, wherein the second concentration of water is less than the first concentration of water and is equal to or less than 15% on a weight basis; and c) converting at least a portion of the hydrodeoxygenation substrate in the feedstock to the adipic acid product of formula II, wherein R 1 is defined above. a) converting a glucose-containing feed to a reaction product comprising a hydrodeoxygenation substrate and having a first concentration of water, wherein the hydrodeoxygenation substrate comprises a compound of formula I: wherein each X is independently hydroxyl, oxo, acyloxy or hydrogen provided that at least one X is not hydrogen and R 1 is independently a salt-forming ion, hydrogen, hydrocarbyl, or substituted hydrocarbyl, or a mono- or di-lactone thereof; b) reducing the first concentration of water of the reaction product comprising the hydrodeoxygenation substrate to produce a feedstock comprising the hydrodeoxygenation substrate and having a second concentration of water, wherein the second concentration of water is less than the first concentration of water and is equal to or less than 15% on a weight basis; and c) converting at least a portion of the hydrodeoxygenation substrate in the feedstock to the adipic acid product of formula II, wherein R 1 is defined above.
A method of manufacturing a shrouded pipe comprising an inner pipe section for providing a primary fluid path and an outer pipe section for enclosing the inner pipe section to provide a secondary fluid path, the method comprising the steps of: opening the outer pipe section by separating first and second longitudinal edges (22, 23), which split the outer pipe section along a longitudinal line, away from one another, and by elastically deforming the outer pipe section to create a longitudinal gap between the first and second longitudinal edges (22, 23) and to provide a generally C-shaped cross-section; assembling the outer pipe section with the inner pipe section by passing the inner pipe section between the separated first and second longitudinal edges (22, 23); and closing the outer pipe section by bringing the first and second longitudinal edges (22, 23) together and joining the first and second longitudinal edges (22, 23) together. opening the outer pipe section by separating first and second longitudinal edges (22, 23), which split the outer pipe section along a longitudinal line, away from one another, and by elastically deforming the outer pipe section to create a longitudinal gap between the first and second longitudinal edges (22, 23) and to provide a generally C-shaped cross-section; assembling the outer pipe section with the inner pipe section by passing the inner pipe section between the separated first and second longitudinal edges (22, 23); and closing the outer pipe section by bringing the first and second longitudinal edges (22, 23) together and joining the first and second longitudinal edges (22, 23) together.
Compressed air hoist, with - a fluid supply line supplying compressed air to the compressed air hoist for operating the hoist, - a compressed air generator connected to the fluid supply line for generating electricity using the compressed air, and - at least one electrical consumer on the hoist, which is operated by means of the electricity generated by the compressed air generator. - a fluid supply line supplying compressed air to the compressed air hoist for operating the hoist, - a compressed air generator connected to the fluid supply line for generating electricity using the compressed air, and - at least one electrical consumer on the hoist, which is operated by means of the electricity generated by the compressed air generator.
A method for allocating a licence by a first controller called a licence server controller for using an industrial tool such as a screwdriver, the licence server controller controlling the use of a first tool and communicating through a computer network with at least one second controller called standard controller controlling a second tool, the first licence server controller having a licence server function for allocating a licence authorising the operation of the second tool, said method including the following steps: - selecting and requesting, by a technician, a function on the at least one second standard controller which requires the allocation of a licence, - transmitting a licence allocation request, by the second standard controller, to the licence server controller, - analysing the received request by the first licence server controller, - transmitting data authorising the use of the tool with said function, by the first licence server controller, to the standard controller, - activating, by the technician, a substitute controller function in a third controller selected to become a substitute controller, said activation triggering the emission, by the substitute controller, of a message to the first licence server controller informing that it is its substitute, the reception of this message triggering, by the first licence server controller, the transmission in real time to this third controller of the current state of licences allocated by this first controller, the substitute controller responding to licence requests emitted by the standard controller instead of the licence server controller in the event of failures to allocate licences. - selecting and requesting, by a technician, a function on the at least one second standard controller which requires the allocation of a licence, - transmitting a licence allocation request, by the second standard controller, to the licence server controller, - analysing the received request by the first licence server controller, - transmitting data authorising the use of the tool with said function, by the first licence server controller, to the standard controller, - activating, by the technician, a substitute controller function in a third controller selected to become a substitute controller,
A dehumidifier, comprising: a machine body, having a dehumidification function and a water tank, comprising a receiving cavity, the dehumidifier being characterized in that: a support boss is provided on an inner side wall surface of the receiving cavity of the water tank, wherein a slot corresponding to the support boss is provided on an outer side wall surface of the machine body wherein when the dehumidifier is in an idle state, the support boss of the water tank is received in the slot of the machine body to receive at least part of the machine body in the receiving cavity of the water tank, and when the dehumidifier is in the working state, the slot of the machine body is arranged with respect to the support boss of the water tank such that a bottom of the machine body is abutted against, and supported by, the support boss of the water tank. a support boss is provided on an inner side wall surface of the receiving cavity of the water tank, wherein a slot corresponding to the support boss is provided on an outer side wall surface of the machine body wherein when the dehumidifier is in an idle state, the support boss of the water tank is received in the slot of the machine body to receive at least part of the machine body in the receiving cavity of the water tank, and when the dehumidifier is in the working state, the slot of the machine body is arranged with respect to the support boss of the water tank such that a bottom of the machine body is abutted against, and supported by, the support boss of the water tank.
A coating composition comprising: (a) two types of functional urethane acrylates; (b) a photoinitiator; (c) an organic solvent; and (d) a solvent modified functional urethane acrylate. (a) two types of functional urethane acrylates; (b) a photoinitiator; (c) an organic solvent; and (d) a solvent modified functional urethane acrylate.
A conveyor assembly comprising: a frame having a wall; a first sliding plate slidably coupled to the wall; a second sliding plate slidably coupled to the wall; a conveyor supported by the frame; a first non-driven idler shaft coupled to the conveyor; a drive shaft coupled to the conveyor and to the first sliding plate; a drive motor coupled to the drive shaft and to the second sliding plate; and an actuator coupled to both the wall and to the drive shaft, wherein activation of the actuator is configured to cause sliding movement of both the first sliding plate and the second sliding plate. a frame having a wall; a first sliding plate slidably coupled to the wall; a second sliding plate slidably coupled to the wall; a conveyor supported by the frame; a first non-driven idler shaft coupled to the conveyor; a drive shaft coupled to the conveyor and to the first sliding plate; a drive motor coupled to the drive shaft and to the second sliding plate; and an actuator coupled to both the wall and to the drive shaft, wherein activation of the actuator is configured to cause sliding movement of both the first sliding plate and the second sliding plate.
Built-in household appliance, particularly a built-in refrigeration unit, having a door, on which is arranged, on at least one of its horizontal sections, an adjusting rail having a base panel for securing a trim panel, which can be supported by the base panel which can be arranged between the trim panel and the door, said base panel having a depression on its side facing the trim panel, characterised in that the depression extends in the width direction of the base panel, vertically centred over the base panel.
A retrographic sensor comprising: a substrate with a first surface, the substrate formed of a first elastomer capable of transmitting an image and having a first hardness; a deformable layer disposed on the first surface of the substrate, the deformable layer including a material that reflects light passing through the substrate and incident on the first surface; and a contact surface for placement in contact with an imaging target, the contact surface including a closely spaced array of particles disposed in a pattern on the deformable layer and separated from the substrate by the deformable layer, the particles having a second hardness greater than the first hardness of the first elastomer. a substrate with a first surface, the substrate formed of a first elastomer capable of transmitting an image and having a first hardness; a deformable layer disposed on the first surface of the substrate, the deformable layer including a material that reflects light passing through the substrate and incident on the first surface; and a contact surface for placement in contact with an imaging target, the contact surface including a closely spaced array of particles disposed in a pattern on the deformable layer and separated from the substrate by the deformable layer, the particles having a second hardness greater than the first hardness of the first elastomer.
A sash fastener lock having an actuation accessible in the assembled state from a door front side, which can be moved by rotation between an open position and a closed position for actuation of the lock, and having a cap, which can be folded about an axis parallel to a fastening plane of the sash fastener lock, wherein the cap in the closed position of the actuation can be folded shut over the actuation and wherein the cap comprises in the inner region a cap contour matched to the actuation, so that the unfolded cap, at least in the open position of the actuation, is prevented from folding shut by interaction of the cap contour with the actuation, characterised in that the cap contour is designed such that the actuation, when in the closed position, can be rotated out of the closed position when the cap is folded shut.
An assembly (10; 50) for protecting an item from theft, comprising a first part including a tip intended to traverse the item or a package containing the item and a second part (30; 52) which, on the one hand, is provided in a first zone with an orifice (32b; 54b) to insert the tip therein, and on the other hand, comprises locking means to prevent the removal of the tip after it has been inserted, the two parts being assembled together and kept in the assembled position according to a first possible assembly mode, called protection mode, in which the tip of the first part is axially inserted in the orifice of the second part along a first insertion axis and the locking means are activated so that a user cannot separate them without a tool, characterized in that the two parts are assembled to one another and kept in the assembled position according to a second possible assembly mode, called temporary assembly mode, in which the tip is inserted in at least one second zone separate from the first zone in a plurality of possible temporary assembly positions that correspond to the insertion of the tip respectively along several insertion axes (32c-g; 62c-g; 82c-g; 136; 138) that are parallel to the first insertion axis, the tip being kept in each temporary assembly position such that a user can separate the two parts from one another without a tool.
A tailrotor gearbox with a cooling system for an aircraft, the tailrotor gearbox comprising: a pressurized tailrotor gearbox housing that encloses a plurality of gearbox components, wherein the gearbox components are at least partially lubricated by a pressurized lubricant, wherein the pressurized tailrotor gearbox housing comprises: a pressurized passage in fluid communication with the housing configured to circulate the pressurized lubricant about the plurality of gearbox components and a pump that pressurizes and circulates the pressurized lubricant; characterized in that the gearbox further comprises: a first pressurized annuli; a pressurized gear mechanism; and a second pressurized annuli; each of the first and second pressurized annuli (404a, 404b) comprising one or more external cooling fins (406a, 406b) disposed on an exterior surface, and about a circumference of, each of the first and second pressurized annuli (404a, 404b), that convect heat from each of the first and second pressurized annuli (404a, 404b). a pressurized tailrotor gearbox housing that encloses a plurality of gearbox components, wherein the gearbox components are at least partially lubricated by a pressurized lubricant, wherein the pressurized tailrotor gearbox housing comprises: a pressurized passage in fluid communication with the housing configured to circulate the pressurized lubricant about the plurality of gearbox components and a pump that pressurizes and circulates the pressurized lubricant; characterized in that the gearbox further comprises: a first pressurized annuli; a pressurized gear mechanism; and a second pressurized annuli; a first pressurized annuli; a pressurized gear mechanism; and a second pressurized annuli; each of the first and second pressurized annuli (404a, 404b) comprising one or more external cooling fins (406a, 406b) disposed on an exterior surface, and about a circumference of, each of the first and second pressurized annuli (404a, 404b), that convect heat from each of the first and second pressurized annuli (404a, 404b).
An antimicrobial film based on biopolymers or textile material or antimicrobial sponge or antimicrobial sponge cloth based on regenerated or precipitated cellulose, wherein the film or the sponge cloth is impregnated or coated with at least one α-amino acid ester of a basic amino acid, the α-amino group of which is acylated with a fatty acid, or the hydrochloride thereof, wherein the α-amino acid ester is covalently bound to the film, the sponge or the sponge cloth.
Front attachment for harvesting maize for a self-propelled harvester, wherein the front attachment has a picking device, for separating the maize cobs from the other parts of the maize plant, which has picking rollers (9 and 10) rotating in opposite directions, wherein an overload clutch is arranged within a drive train of the picking device, characterized in that an overload clutch (39, 44) is directly allocated to each picking roller (9 and 10).
A circuit breaker, comprising: a tank; a stationary portion provided at one side within the tank; and a movable portion provided at the other side within the tank to move while facing the stationary portion so as to conduct or block a current through the operation of being brought into contact with or separated from the stationary portion, whereas the movable portion comprises: a puffer cylinder configured to temporarily store a compressible fluid; a moving main contact assembled to an end of the puffer cylinder to have an accommodation space in the moving main contact; and a moving nozzle inserted into the moving main contact, the moving nozzle comprises a plurality of external protrusions protruded in a radial direction and separated in a circumferential direction on an external surface of moving nozzle, and characterised in that the moving main contact comprises a plurality of internal protrusions protruded in a radial direction and separated in a circumferential direction from an inner surface of the moving main contact, and wherein the internal protrusions and external protrusions are alternately disposed to each other along the circumferential direction, and the internal protrusions and external protrusions are coupled to the puffer cylinder, respectively, by a fastening member. a puffer cylinder configured to temporarily store a compressible fluid; a moving main contact assembled to an end of the puffer cylinder to have an accommodation space in the moving main contact; and a moving nozzle inserted into the moving main contact, the moving nozzle comprises a plurality of external protrusions protruded in a radial direction and separated in a circumferential direction on an external surface of moving nozzle, and characterised in that the moving main contact comprises a plurality of internal protrusions protruded in a radial direction and separated in a circumferential direction from an inner surface of the moving main contact, and wherein the internal protrusions and external protrusions are alternately disposed to each other along the circumferential direction, and the internal protrusions and external protrusions are coupled to the puffer cylinder, respectively, by a fastening member.
A method for instructing a user equipment, UE, to transmit a preamble, the method comprises: determining a physical random access channel configuration identifier; retrieving physical random access channel parameters corresponding to the physical random access channel configuration identifier from a stored physical random access channel configuration table and selecting one of the physical random access channel parameters; determining a location identifier of the selected physical random access channel parameter according to a preset channel parameter arrangement sequence as a channel identifier; and transmitting the determined channel identifier to the UE side to instruct the UE side to transmit a preamble over the physical random access channel corresponding to the channel identifier. determining a physical random access channel configuration identifier; retrieving physical random access channel parameters corresponding to the physical random access channel configuration identifier from a stored physical random access channel configuration table and selecting one of the physical random access channel parameters; determining a location identifier of the selected physical random access channel parameter according to a preset channel parameter arrangement sequence as a channel identifier; and transmitting the determined channel identifier to the UE side to instruct the UE side to transmit a preamble over the physical random access channel corresponding to the channel identifier.
Dishwasher, in particular a domestic dishwasher, having a washing container for accommodating dishes to be washed, wherein it comprises a storage container, which is in thermally conductive contact with the washing container, and a cold-water intake fitting, which is provided for supplying the storage container with cold water from an external cold-water intake fitting, wherein a hot-water intake fitting, which is provided for supplying the washing container with hot water from an external hot water supply is provided, wherein a control device is designed for automatic control of a wash program, in which, at the start of the wash program, a control valve of a controllable outlet of the storage container is opened at least for a time in order to supply the washing container with stored water from the storage container, characterised in that the hot-water intake fitting leads separately from the cold-water intake fitting into the washing container and/or additionally to the cold-water intake fitting into the storage container.