mhurhangee/ep-ind-claims huggingface dataset:
Stop (11, 11'), in particular end stop, for a longitudinal adjustment device, comprising a stop element (15, 15') which is variably positionable and is designed in such a manner that it automatically fixes in a holding position, wherein - the stop element (15, 15') is designed as a combined positioning and fixing element, - the stop element (15, 15') comprises at least two protruding holding elements (15.1, 15.2, 15.1', 15.2') for pre-positioning and automatic fixing in the holding position, and - a separate fixing element (13, 13') is provided, which fixes the stop element (15, 15') in addition to the automatic fixing in the holding position, wherein the fixing element is designed as a holding spring. - the stop element (15, 15') is designed as a combined positioning and fixing element, - the stop element (15, 15') comprises at least two protruding holding elements (15.1, 15.2, 15.1', 15.2') for pre-positioning and automatic fixing in the holding position, and - a separate fixing element (13, 13') is provided, which fixes the stop element (15, 15') in addition to the automatic fixing in the holding position, wherein the fixing element is designed as a holding spring.
A method of video coding using prediction modes including palette coding mode, the method comprising: receiving a video bitstream corresponding to coded data of a current block or input data associated with the current block; if a current prediction mode is the palette coding mode, parsing all escape values for a same color component grouped together from the video bitstream at a decoder side, or grouping and signaling all escape values for the same color component together at an encoder side; and decoding or encoding the current block using information including the escape values if the escape values exist; characterized in that the grouped escape values for the same component are grouped together in such a way that the grouped escape values of the same component are not interleaved with the grouped escape values for any other color component; wherein the method further comprises: storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time. receiving a video bitstream corresponding to coded data of a current block or input data associated with the current block; if a current prediction mode is the palette coding mode, parsing all escape values for a same color component grouped together from the video bitstream at a decoder side, or grouping and signaling all escape values for the same color component together at an encoder side; and decoding or encoding the current block using information including the escape values if the escape values exist; characterized in that the grouped escape values for the same component are grouped together in such a way that the grouped escape values of the same component are not interleaved with the grouped escape values for any other color component; wherein the method further comprises: storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time. storing the grouped escape values for the same color component of the current block in a transform coefficient buffer, wherein the grouped escape values for different color components share the buffer by storing the grouped escape values for one color component in the transform coefficient buffer at a time.
A method of controlling a hybrid vehicle using Q-learning technique comprising: obtaining vehicle state information including battery SOC information, engine on/off information, demand power, vehicle speed information, and fuel consumption information; creating a vehicle model information map using the vehicle state information; creating a Q value table based on the vehicle model information map; and calculating power distribution control values of an engine and a motor through reinforcement learning based on the Q value table, characterized in that the reinforcement learning based on the Q value table is configured to calculate the power distribution control values using the vehicle state information generated in two consecutive periods as state and reward values, respectively. obtaining vehicle state information including battery SOC information, engine on/off information, demand power, vehicle speed information, and fuel consumption information; creating a vehicle model information map using the vehicle state information; creating a Q value table based on the vehicle model information map; and calculating power distribution control values of an engine and a motor through reinforcement learning based on the Q value table, characterized in that the reinforcement learning based on the Q value table is configured to calculate the power distribution control values using the vehicle state information generated in two consecutive periods as state and reward values, respectively.
A coating comprising at least an organic portion conferring lubricating and anti-scratch properties and at least an inorganic portion conferring thermal stability, characterized in that said inorganic portion comprises titanium butoxide and said organic portion comprises fluorosilane.
Lifting device, in particular a cable winch, having a base frame comprising at least two base plates (4a, 4b), having at least two longitudinal supports (5a, 5b, 5c) comprising a first support end and an opposing second support end, said longitudinal supports connecting the base plates (4a, 4b) together and spacing them apart, wherein the first support end and the second support end of the longitudinal supports (5a, 5b, 5c) are detachably fastened to the base plates (4a, 4b) of the lifting device in such a way and one of the at least two base plates (4a, 4b) is designed in such a way that the longitudinal supports (5a, 5b, 5c) can be installed or removed in the direction of their longitudinal axis and through one of the at least two base plates (4a, 4b), for which purpose passage openings for passage of the longitudinal supports (5a, 5b, 5c) are provided in one of the base plates of the at least two base plates (4a, 4b), in each case one support end (5d, 5e) of the longitudinal supports (5a, 5b, 5c) is inserted and fastened in one of the passage openings and the support end (5d, 5e) of the longitudinal supports (5a, 5b, 5c) is fixed to the base plate via a retaining element in order to prevent displacement of the longitudinal support (5a, 5b, 5c) along the longitudinal axis in the direction of the two support ends (5d, 5e), for which purpose the retaining element is fastened to an outer side of the base plate, wherein the support end of the longitudinal supports (5a, 5b, 5c) has a retaining bore, and the retaining element is fixed to the support end via a first fastening element, in particular a first screw, which engages in the retaining bore, characterised in that for each longitudinal support (5a, 5b, 5c) a respective separate retaining element is provided, and that, in addition to the first fastening element, a second fastening element, in particular a second screw, is provided by means of which the respective retaining element is fixed to the base plate.
Door lock apparatus for a domestic appliance comprising a door having a holding element, the door lock apparatus having at least the following features: a locking device which is designed to be couplable to the holding element of the door, the holding element being locked to the locking device in a locking position of the locking device and being released from the locking device in an open position of the locking device; and a pressure device which is designed to exert pressure on the locking device in order to push the locking device from the locking position into the open position to cause the door to open, characterised in that the pressure device has a movable gear rack which, when in a contact position, is designed to mechanically exert the pressure on the locking device. a locking device which is designed to be couplable to the holding element of the door, the holding element being locked to the locking device in a locking position of the locking device and being released from the locking device in an open position of the locking device; and a pressure device which is designed to exert pressure on the locking device in order to push the locking device from the locking position into the open position to cause the door to open, characterised in that the pressure device has a movable gear rack which, when in a contact position, is designed to mechanically exert the pressure on the locking device.
A hand-held dental device, comprising a housing in which a light source, in particular at least one LED, is connected to an energy source and a control device, wherein the energy source is composed of at least one accumulator, in particular a lithium ion accumulator, and at least one energy storage in the form of at least one double layer capacitor (26, 28).
Product holder, for holding food products to be transported through a processing room, comprising: - a carrier frame comprising at least a longitudinal support structure, and at least one coupling connected to the longitudinal support structure; and - a container (15a, 15b) comprising at least one contact segment (3, 3a, 3b) for contacting the food products, characterized in that the at least one contact segment (3, 3a, 3b, 3c, 3d) is detachably connectable to the carrier frame such that there is no permanent coupling provided between the at least one contact segment (3, 3a, 3b) and the longitudinal support structure but that the contact segment (3, 3a, 3b) and the longitudinal support structure are fastened by a clamping force such that the elements can also be released again, for example without the need of using tools. - a carrier frame comprising at least a longitudinal support structure, and at least one coupling connected to the longitudinal support structure; and - a container (15a, 15b) comprising at least one contact segment (3, 3a, 3b) for contacting the food products,
Rim block cage for attachment to a toilet bowl, in particular in the rim region thereof, comprising at least one chamber formed by a chamber sleeve for receiving a solid or gel-form active substance, the chamber sleeve having at least one opening on the side facing a wall of the toilet bowl when in use, the at least one chamber having a substantially spherical shape, characterized in that the at least one opening is formed by a substantially cylindrical recess in the chamber sleeve, and therefore the chamber sleeve is designed in such a way that, when in use, a flow channel is formed between two contact points of the chamber sleeve and the wall of the toilet bowl, via which flow channel flushing-water can enter an upper region of the at least one opening in the chamber and can exit the chamber in a lower region of the at least one opening, and the side of the chamber sleeve which faces away from the wall of the toilet bowl when in use being designed to be completely closed, and the height of the at least one opening being greater than the width of the at least one opening. the at least one chamber having a substantially spherical shape, characterized in that the at least one opening is formed by a substantially cylindrical recess in the chamber sleeve, and therefore the chamber sleeve is designed in such a way that, when in use, a flow channel is formed between two contact points of the chamber sleeve and the wall of the toilet bowl, via which flow channel flushing-water can enter an upper region of the at least one opening in the chamber and can exit the chamber in a lower region of the at least one opening, and the side of the chamber sleeve which faces away from the wall of the toilet bowl when in use being designed to be completely closed, and the height of the at least one opening being greater than the width of the at least one opening.
A method of initializing a memory cell in a set state including a two-terminal selector or a selective memory, which is a chalcogen compound, the method comprising: (a) applying an initialization voltage (V pre1; V pre2; V pre_n) to the memory cell; (b) determining whether the memory cell is turned-on; and (c) when the memory cell is turned-on, terminating the initialization, and when the memory cell is not turned-on, stepwise increasing the initialization voltage and repeating the (a) and (b) steps, wherein when the increased initialization voltage exceeds a first voltage, terminating the initialization, wherein a first initialization voltage (V pre1) applied is less than or equal to a maximum threshold voltage of a memory cell in a set state before drift (V th_set), and the first voltage is within a drift reading window range, which is the voltage range between a minimum threshold voltage of the memory cell in a reset state after the drift V th_reset_d) and the maximum threshold voltage of the memory cell in the set state after the drift (V th_set_d) (a) applying an initialization voltage (V pre1; V pre2; V pre_n) to the memory cell; (b) determining whether the memory cell is turned-on; and (c) when the memory cell is turned-on, terminating the initialization, and when the memory cell is not turned-on, stepwise increasing the initialization voltage and repeating the (a) and (b) steps, wherein when the increased initialization voltage exceeds a first voltage, terminating the initialization, wherein a first initialization voltage (V pre1) applied is less than or equal to a maximum threshold voltage of a memory cell in a set state before drift (V th_set), and the first voltage is within a drift reading window range, which is the voltage range between a minimum threshold voltage of the memory cell in a reset state after the drift V th_reset_d) and the maximum threshold voltage of the memory cell in the set state after the drift (V th_set_d) wherein a first initialization voltage (V pre1) applied is less than or equal to a maximum threshold voltage of a memory cell in a set state before drift (V th_set), and the first voltage is within a drift reading window range, which is the voltage range between a minimum threshold voltage of the memory cell in a reset state after the drift V th_reset_d) and the maximum threshold voltage of the memory cell in the set state after the drift (V th_set_d)
A liquid crystal composite for a reverse mode-device that is transparent when no voltage is applied and is opaque when voltage is applied, the liquid crystal composite includes a polymer and a liquid crystal composition that includes at least one compound selected from compounds represented by formula as a first component: in formula, R 1 and R 2 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, alkenyl having 2 to 12 carbons, alkenyloxy having 2 to 12 carbons or alkyl having 1 to 12 carbons in which at least one hydrogen has been replaced by fluorine or chlorine; ring A and ring C are independently 1,4-cyclohexylene, 1,4-cyclohexenylene, tetrahydropyran-2,5-diyl, 1,4-phenylene, 1,4-phenylene in which at least one hydrogen has been replaced by fluorine or chlorine, naphthalene-2,6-diyl, naphthalene-2,6-diyl in which at least one hydrogen has been replaced by fluorine or chlorine, chromane-2, 6-diyl or chromane-2, 6-diyl in which at least one hydrogen has been replaced by fluorine or chlorine; ring B is 2,3-difluoro-1,4-phenylene, 2-chloro-3-fluoro-1,4-phenylene, 2,3-difluoro-5-methyl-1,4-phenylene, 3,4,5-trifluoronaphthalene-2,6-diyl or 7,8-difluorochromane-2,6-diyl; Z 1 and Z 2 are independently a single bond, ethylene, carbonyloxy or methyleneoxy; a is 1, 2 or 3, b is 0 or 1; and the sum of a and b is 3 or less.
A method for conveying waste, in which method, waste is conveyed in a waste conveying system, which comprises a feed and conveying piping (2, 3, 4) along which waste is conveyed by means of a pressure difference from one or more feed points (1, 8) into a waste container arranged in a waste room arranged in a tunnel or in its vicinity, or into a transport container, and collected in the waste container or the transport container, characterised in that the waste is conveyed to further treatment in the waste container or the transport container, the waste container or the transport container is arranged in a tunnel or there is a conveying connection from them to the tunnel through which the waste is conveyed away, and the system comprises a waste transport carriage or a waste transport truck travelling in the tunnel in which the waste container or the transport container is conveyed.
Body structure for a body for a public transport vehicle comprising at least two cars, in particular a rail vehicle or a road transport vehicle, for example a guided road transport vehicle, comprising a wall extending in a longitudinal direction, the wall delimiting at least one cavity extending in the longitudinal direction, the cavity delimiting a passage for a pressurised fluid, for example a pressurised gas, the wall being formed in a single piece, the wall comprising an inner face, an outer face and ribs connecting the inner face and the outer face, each cavity being defined between the inner face, the outer face and two adjacent ribs, each cavity having an open end, characterised in that the body structure comprises a pneumatic or hydraulic junction device suitable for placing in fluid and sealed communication two cavities of two adjacent cars, the pneumatic or hydraulic junction device being formed by the open end of the cavity in the wall, each of the two cavities having a shape adapted to receive a pneumatic or hydraulic connection piece, and by the said pneumatic or hydraulic connection piece, the pneumatic or hydraulic connection piece comprising a hollow tube extending between a first end adapted to be connected to the open end of said at least one cavity of the wall and a second end adapted to be connected to a connecting tube.
A flying insect station comprising: a frame portion having a surface geometry that is tapered, rounded, or planar to provide depth to the flying insect station; a backside of the frame portion includes an outer peripheral edge, that is generally planar or resides in a single plane; a first surface and a second surface, wherein the first surface extends outward from the outer peripheral edge above the second surface; a cavity is configured on the backside beneath the first surface; wherein the cavity includes means for supporting or holding an attractant; wherein the frame portion and the first surface are of a dark colour; wherein the second surface is substantially reflective. a frame portion having a surface geometry that is tapered, rounded, or planar to provide depth to the flying insect station; a backside of the frame portion includes an outer peripheral edge, that is generally planar or resides in a single plane; a first surface and a second surface, wherein the first surface extends outward from the outer peripheral edge above the second surface; a cavity is configured on the backside beneath the first surface; wherein the cavity includes means for supporting or holding an attractant; wherein the frame portion and the first surface are of a dark colour; wherein the second surface is substantially reflective.
A process for producing a lipid vesicle encapsulating one or more therapeutic agents within the lipid vesicle, said process comprising: providing an aqueous solution in a first reservoir; providing an organic lipid solution in a second reservoir, wherein the lipids present in said organic lipid solution are solubilized in a lower alkanol having a concentration of 70% v/v to 100% v/v, and wherein said aqueous solution and/or said organic lipid solution comprises one or more therapeutic agents; mixing said organic lipid solution with said aqueous solution by introducing said organic lipid solution and said aqueous solution into a mixing environment at substantially equal flow rates; wherein said mixing substantially instantaneously produces a lipid vesicle encapsulating said one or more therapeutic agents within the lipid vesicle; and wherein the mixing environment includes a T-connector, wherein said aqueous solution and said organic lipid solution are introduced into the T-connector as opposing flows at substantially 180° relative to each other and mixed within the T-connector. providing an aqueous solution in a first reservoir; providing an organic lipid solution in a second reservoir, wherein the lipids present in said organic lipid solution are solubilized in a lower alkanol having a concentration of 70% v/v to 100% v/v, and wherein said aqueous solution and/or said organic lipid solution comprises one or more therapeutic agents; mixing said organic lipid solution with said aqueous solution by introducing said organic lipid solution and said aqueous solution into a mixing environment at substantially equal flow rates; wherein said mixing substantially instantaneously produces a lipid vesicle encapsulating said one or more therapeutic agents within the lipid vesicle; and wherein the mixing environment includes a T-connector, wherein said aqueous solution and said organic lipid solution are introduced into the T-connector as opposing flows at substantially 180° relative to each other and mixed within the T-connector.
Method for obtaining a photovoltaic module comprising a plurality of photovoltaic cells in a thin-film structure, comprising the following steps: - a step of implementing an intermediate product by the deposition, on the entirety of a substrate, of a layer of a conductive material, the formation of an absorbing layer on this layer of a conductive material, and the implementation of holes through the stack formed by the layer of a conductive material and the absorbing layer, the layer of conductive material forming the rear-face electrode, - a step of depositing an insulating and transparent material in the holes of the intermediate product, the absorbing layer being deprived of this material, and - a step of depositing a layer forming the electrode on the front face, on the entirety of obtained product. - a step of implementing an intermediate product by the deposition, on the entirety of a substrate, of a layer of a conductive material, the formation of an absorbing layer on this layer of a conductive material, and the implementation of holes through the stack formed by the layer of a conductive material and the absorbing layer, the layer of conductive material forming the rear-face electrode, - a step of depositing an insulating and transparent material in the holes of the intermediate product, the absorbing layer being deprived of this material, and - a step of depositing a layer forming the electrode on the front face, on the entirety of obtained product.