mhurhangee/patent-ind-claim-en huggingface dataset:
A process cartridge (B) detachably mountable to a main assembly (A) of an electrophotographic image forming apparatus, said process cartridge (B) comprising: a photosensitive member ; a coupling portion provided at an end portion of said photosensitive member and including a driving force receiving portion for receiving a driving force for rotating said photosensitive member , from an outside of said process cartridge (B); and a gear portion (30; 88; 230) including gear teeth for receiving, independently of said coupling portion , a driving force from an outside of said process cartridge (B); wherein said gear teeth include an exposed portion (30a3) exposed to an outside of said process cartridge (B), wherein at least a part of said exposed portion is disposed outside of said driving force receiving portion in an axial direction of said photosensitive member , is faced to an axis (Ax1) of said photosensitive member and its gear teeth are in a neighborhood of a peripheral surface of said photosensitive member as seen along the axis (Ax1) of the photosensitive member , and wherein a shortest distance from the axis (Ax1) of said photosensitive member to a tooth tip of said gear portion (30; 88; 230) measured along a direction perpendicular to the axis (Ax1) of said photosensitive member is no less than 90 % and no more than 110 % of a radius of said photosensitive member . a photosensitive member ; a coupling portion provided at an end portion of said photosensitive member and including a driving force receiving portion for receiving a driving force for rotating said photosensitive member , from an outside of said process cartridge (B); and a gear portion (30; 88; 230) including gear teeth for receiving, independently of said coupling portion , a driving force from an outside of said process cartridge (B); wherein said gear teeth include an exposed portion (30a3) exposed to an outside of said process cartridge (B), wherein at least a part of said exposed portion is disposed outside of said driving force receiving portion in an axial direction of said photosensitive member , is faced to an axis (Ax1) of said photosensitive member and its gear teeth are in a neighborhood of a peripheral surface of said photosensitive member as seen along the axis (Ax1) of the photosensitive member , and wherein a shortest distance from the axis (Ax1) of said photosensitive member to a tooth tip of said gear portion (30; 88; 230) measured along a direction perpendicular to the axis (Ax1) of said photosensitive member is no less than 90 % and no more than 110 % of a radius of said photosensitive member .
Method for decoding a data signal representative of at least one image subdivided into partitions which has previously been coded, the partitions comprising a current partition (Bi) to be decoded containing data of which at least one datum is assigned a sign, the data being the direct transformation coefficients, the decoding method comprising: - entropic decoding (D2) of the first current partition (Bi), - determination (D3), on the basis of the non-zero decoded data of the current partition, whether the sign of at least one datum is hidden, - computation (D5) of the parity value of a sum of the decoded data of the current partition (Bi), - obtaining, from said parity value, of the value of the said sign, if the parity of the sum of the data has a first value the sign is positive and if the parity of the sum of the data has a second value the sign is negative, - reconstruction (D6) on the basis thereof, of the quantified coefficients of the current partition (Bi) in a predefined order, and - dequantification (D7) of the quantified coefficients of the current partition (Bi) so as to produce a dequantified and decoded block. - entropic decoding (D2) of the first current partition (Bi), - determination (D3), on the basis of the non-zero decoded data of the current partition, whether the sign of at least one datum is hidden, - computation (D5) of the parity value of a sum of the decoded data of the current partition (Bi), - obtaining, from said parity value, of the value of the said sign, if the parity of the sum of the data has a first value the sign is positive and if the parity of the sum of the data has a second value the sign is negative, - reconstruction (D6) on the basis thereof, of the quantified coefficients of the current partition (Bi) in a predefined order, and - dequantification (D7) of the quantified coefficients of the current partition (Bi) so as to produce a dequantified and decoded block.
A washing machine support for supporting an inner drum of a washing machine, comprising at least two supporting arms , wherein each of the supporting arms comprises a first supporting plate , a connecting plate , and a second supporting plate arranged opposite to the first supporting plate ; a first end of the connecting plate is connected to a first surface of the first supporting plate ; a first surface of the second supporting plate is connected to a second end of the connecting plate ; one transition structure is provided at a junction of the first supporting plate and the connecting plate ; another transition structure is provided at a junction of the second supporting plate and the connecting plate ; characterized in that , a through groove is disposed in an end portion of the supporting arm and goes through the first supporting plate and the second supporting plate . one transition structure is provided at a junction of the first supporting plate and the connecting plate ; another transition structure is provided at a junction of the second supporting plate and the connecting plate ; characterized in that , a through groove is disposed in an end portion of the supporting arm and goes through the first supporting plate and the second supporting plate .
A journal bearing assembly for use with a rotor shaft of a turbine engine , comprising: an outer shell ; an internal oil feed port on a first side of the outer shell ; an external oil feed port on a second side of the outer shell ; and a connecting bore in communication with the internal oil feed port and the external oil feed port , wherein the connecting bore comprises a cap thereon. an outer shell ; an internal oil feed port on a first side of the outer shell ; an external oil feed port on a second side of the outer shell ; and a connecting bore in communication with the internal oil feed port and the external oil feed port , wherein the connecting bore comprises a cap thereon.
An expanded polymeric material which consists of at least 200 phr, preferably at least 300 phr, but less than 1000 phr, preferably less than 700 phr ingredients in total, comprising a. 100 phr of at least one polymer, of which at least one is a sulphur and/or metal oxide crosslinkable elastomer and b. at least 40 phr, preferably at least 55 phr of at least one brominated polymeric flame retardant. a. 100 phr of at least one polymer, of which at least one is a sulphur and/or metal oxide crosslinkable elastomer and b. at least 40 phr, preferably at least 55 phr of at least one brominated polymeric flame retardant.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; and a heat conduction member disposed on one surface of the battery cell stack, wherein the heat conduction member comprises a porous insulating layer and a conductive layer disposed on a surface of the porous insulating layer, wherein the battery cell comprises an electrode assembly and a pouch accommodating the electrode assembly and forming an exterior of the battery cell, the pouch comprises an accommodation portion , accommodating the electrode assembly therein, and a sealing portion formed on an edge of the accommodation portion, and the heat conduction member is formed to have a thickness greater than a thickness of the sealing portion (202. a battery cell stack in which a plurality of battery cells are stacked; and a heat conduction member disposed on one surface of the battery cell stack, wherein the heat conduction member comprises a porous insulating layer and a conductive layer disposed on a surface of the porous insulating layer, wherein the battery cell comprises an electrode assembly and a pouch accommodating the electrode assembly and forming an exterior of the battery cell, the pouch comprises an accommodation portion , accommodating the electrode assembly therein, and a sealing portion formed on an edge of the accommodation portion, and the heat conduction member is formed to have a thickness greater than a thickness of the sealing portion (202.
A method for manufacturing nanoparticles by detonation of at least one explosive charge, for which said at least one explosive charge is nanostructured.
A lens-array for an optical instrument, the lens-array comprising: - a first lens , a first optical surface of the first lens being coated with a first antireflective layer and a second optical surface of the first lens being coated with a first filtering layer for suppressing ultraviolet radiation, and - a second lens , a first optical surface of the second lens being coated with a second filtering layer for suppressing infrared radiation and a second optical surface of the second lens being coated with a second antireflective layer , characterized in that the lens-array further comprises a third antireflective layer , and the first and second lenses are bound together with transparent sealing material so that the first and second filtering layers are between the first and second lenses, the third antireflective layer is between the first and second filtering layers, and a light propagation path between the first and second lenses is free from gaps, and the lens-array further comprises a mirror section pasted on a rim area of the second optical surface of the second lens . - a first lens , a first optical surface of the first lens being coated with a first antireflective layer and a second optical surface of the first lens being coated with a first filtering layer for suppressing ultraviolet radiation, and - a second lens , a first optical surface of the second lens being coated with a second filtering layer for suppressing infrared radiation and a second optical surface of the second lens being coated with a second antireflective layer ,
Pneumatic vehicle tyre of radial construction having a tread having at least one profile band , which is delimited laterally by at least one circumferential groove , runs around in the circumferential direction and is provided over its circumference with at least one transverse groove row having a plurality of transverse grooves which extend parallel to one another, wherein the transverse grooves end within the profile band or have one of their ends opening into the circumferential groove laterally delimiting the profile band and have their other end ending within the profile band , wherein each transverse groove has a groove bottom and two groove walls and, in plan view, two mutually adjoining, first and second groove portions which enclose an obtuse angle (α) with respect to the centre line of the transverse groove that extends in the running direction of the groove, wherein the groove portions are delimited at the profile band outer surface in each case by two rectilinearly extending groove edges , and wherein the groove edges of the first groove portion adjoin the groove edges of the second groove portion , characterized in that the first groove portion extends at an angle (β) of up to 20° to the axial direction, and the second groove portion extends at an angle (γ) of 30° to 50° to the axial direction, wherein in each groove portion at in each case a groove wall there is formed a bevel which forms an oblique surface and extends with respect to and along the groove edge delimiting this groove wall , wherein the bevels extend along groove edges which do not adjoin one another.
A contact release capsule for use in chemical mechanical planarization (CMP) comprising a particle, a chemical payload, and a polymer coating, wherein: the particle comprises a pore or pores which can be impregnated with a chemical payload, the chemical payload remains contained in the particle due to the polymer coating present on the outside surface of the particle, when the particle contacts a surface and a shearing force occurs, the polymer coating is removed, and the chemical payload is free to move away from the particle and into the outside environment, wherein the particle comprises a metal, a metal oxide, a polymer and/or a composite made of combinations thereof; wherein the particle comprises a material selected from the group consisting of fumed silica, colloidal silica, fumed alumina, colloidal alumina, ceria, MnO 2 , ZnO, TiO, and combinations thereof; wherein the chemical payload is a compound selected from the group consisting of glycine, ethylene-diamine-tetra-acetic-acid, alanine, phthalic acid, citric acid, oxalic acid, acetic acid, tartaric acid, succinic acid, amino acid, ammonium hydroxalate, lactic acid, organic amine, and combinations thereof; and wherein the polymer coating comprises at least one moiety of a repeating unit selected from the group consisting of polyacrylate, polymethacrylate, polyethyleneglycol, poly-L-lysine, poly-vinyl alcohol, polysaccharides, polyethylene, polypropylene, poly-vinyl acetate, polyisoprene, and any combination thereof. the particle comprises a pore or pores which can be impregnated with a chemical payload, the chemical payload remains contained in the particle due to the polymer coating present on the outside surface of the particle, when the particle contacts a surface and a shearing force occurs, the polymer coating is removed, and the chemical payload is free to move away from the particle and into the outside environment, wherein the particle comprises a metal, a metal oxide, a polymer and/or a composite made of combinations thereof; wherein the particle comprises a material selected from the group consisting of fumed silica, colloidal silica, fumed alumina, colloidal alumina, ceria, MnO 2 , ZnO, TiO, and combinations thereof; wherein the chemical payload is a compound selected from the group consisting of glycine, ethylene-diamine-tetra-acetic-acid, alanine, phthalic acid, citric acid, oxalic acid, acetic acid, tartaric acid, succinic acid, amino acid, ammonium hydroxalate, lactic acid, organic amine, and combinations thereof; and wherein the polymer coating comprises at least one moiety of a repeating unit selected from the group consisting of polyacrylate, polymethacrylate, polyethyleneglycol, poly-L-lysine, poly-vinyl alcohol, polysaccharides, polyethylene, polypropylene, poly-vinyl acetate, polyisoprene, and any combination thereof.
Hoist that can be installed in a room of a building and has a support * that has a foot that can be set up on a floor of that room * and that incorporates a head that can be placed against a ceiling of that room from underneath and has a slide rail * that is retained on the support * and extends horizontally * and extends beyond the base area of the support and has a rope * that is held on the slide rail * and can be displaced along the slide rail , where the slide rail can be demounted from the support , characterised in that the support incorporates a base frame and two arched bars , that are arranged upright and spaced part from each other and are constructed in the form of a gate arch and can be arranged so as to be joined to the base frame , where the slide rail is retained on the two arched bars so as to join the two arched bars together and is arranged so as to be suspended underneath the arched bars . * that has a foot that can be set up on a floor of that room * and that incorporates a head that can be placed against a ceiling of that room from underneath * that is retained on the support * and extends horizontally * and extends beyond the base area of the support * that is held on the slide rail * and can be displaced along the slide rail ,
A frameless containment system for providing a substantially dust-tight working space surrounding a work area, said frameless containment system comprising: - a flexible enclosure comprising one or more flexible sheets adapted to be placed around said work area, said one or more flexible sheets comprising an outlet for releasing gas and particles; - one or more gas inlet devices ; wherein said flexible enclosure when placed around said work area, defines a dust-tight working space through magnetic means , located, at least partially, within the edge of said flexible enclosure; characterized in that , when assembled, said flexible enclosure comprises one or more wedge shaped elements between said magnetic means and said working area and wherein said one or more wedge shaped elements comprise said outlet for releasing gas and particles and said one or more gas inlet devices . - a flexible enclosure comprising one or more flexible sheets adapted to be placed around said work area, said one or more flexible sheets comprising an outlet for releasing gas and particles; - one or more gas inlet devices ; wherein said flexible enclosure when placed around said work area, defines a dust-tight working space through magnetic means , located, at least partially, within the edge of said flexible enclosure; characterized in that , when assembled, said flexible enclosure comprises one or more wedge shaped elements between said magnetic means and said working area and wherein said one or more wedge shaped elements comprise said outlet for releasing gas and particles and said one or more gas inlet devices .
Food-accommodating container for a household refrigeration appliance , which is embodied as an elongated tray which has a lateral wall with a first planar wall and at least one second planar wall arranged at an angle thereto, wherein the walls open out at a curved transition of the lateral wall which connects the walls , wherein the food-accommodating container is a door tray and is cuboid-shaped, wherein a decorative film is embodied in areas on the lateral wall , and the decorative film is embodied in one piece across the transition and in areas on the first wall and in areas on the second wall , wherein the decorative film is a hot stamped film, characterised in that a lower edge of the decorative film facing away from an upper edge of the food-accommodating container (13 to 17) is arranged on a stepless surface area of the transition and on a stepless surface area of the first wall and on a stepless surface area of the second wall , wherein those surface areas of the transition and the two walls , which are covered by the decorative film , pass in a stepless manner into the surface areas not covered by the decorative film and directly adjoining the lower edge of the decorative film when observed in respect of the height direction of the food-accommodating container.
Assembly having a surgical clip for minimally invasive surgery, for clamping off organic tissue and forming a tissue clamp, and having a cartridge for applying the surgical clip, wherein the surgical clip consists of a first clamping bar corresponding to a second clamping bar , wherein the first clamping bar and the second clamping bar have at their base, on both sides in each case, shoulders for guiding them in grooves of the cartridge , and wherein one clamping bar has a continuous holding bore in which a holding pin provided on the other clamping bar engages with a force fit and form fit in order to clamp off the organic tissue, wherein - the cartridge has at least one recess for receiving the clamping bars , - the second clamping bar , in a plane with the first clamping bar , can be joined together steplessly with the first clamping bar to press clamp the tissue; - a plunger for displacing the second clamping bar and for ejecting the tissue clamp is mounted in the cartridge , and the cartridge has, at its proximal end, means for a releasable connection to an applicator; - the first clamping bar and the second clamping bar , in each case with the shoulders (6; 7), are made of a resorbable material, characterized in that - the first clamping bar is positioned at the distal end of the cartridge by means of press clamping; - the first clamping bar or the second clamping bar has, at its lower end, a limb which, during the joining together with the respective other clamping bar (1; 2), slides with form-fit engagement under the shorter, other clamping bar (1; 2), to clamp off the organic tissue, and in so doing gives the tissue clamp a considerable additional stability; and - the grooves (13; 22) are open to the distal end of the cartridge . - the cartridge has at least one recess for receiving the clamping bars , - the second clamping bar , in a plane with the first clamping bar , can be joined together steplessly with the first clamping bar to press clamp the tissue; - a plunger for displacing the second clamping bar and for ejecting the tissue clamp is mounted in the cartridge , and the cartridge has, at its proximal end, means for a releasable connection to an applicator; - the first clamping bar and the second clamping bar , in each case with the shoulders (6; 7), are made of a resorbable material, characterized in that - the first clamping bar is positioned at the distal end of the cartridge by means of press clamping; - the first clamping bar or the second clamping bar has, at its lower end, a limb which, during the joining together with the respective other clamping bar (1; 2), slides with form-fit engagement under the shorter, other clamping bar (1; 2), to clamp off the organic tissue, and in so doing gives the tissue clamp a considerable additional stability; and - the grooves (13; 22) are open to the distal end of the cartridge .
A method for wireless communication, comprising: transmitting data from a first network element to a second network element ; receiving, at the first network element , feedback data from the second network element , wherein the feedback data includes a highest delivered packet data convergence protocol, PDCP, sequence number, SN, and information indicative of a range of data that has been successfully delivered to a terminal , and wherein the information indicative of the range of data that has been successfully delivered to the terminal includes a highest reported new radio user plane data, NR-U, SN successfully delivered to the terminal ; determining whether all PDCP SN transmitted by the first network element are less than or equal to the highest delivered PDCP SN in the feedback data; determining whether all NR-U SN transmitted by the first network element are less than or equal to the highest reported NR-U SN in the feedback data, wherein all transmitted data is successfully delivered to the terminal based on determining that all transmitted PDCP SN are less than or equal to the highest delivered PDCP SN and all transmitted NR-U SN are less than or equal to the highest reported NR-U SN; and retransmitting at least a portion of the data from the first network element based on the feedback data. transmitting data from a first network element to a second network element ; receiving, at the first network element , feedback data from the second network element , wherein the feedback data includes a highest delivered packet data convergence protocol, PDCP, sequence number, SN, and information indicative of a range of data that has been successfully delivered to a terminal , and wherein the information indicative of the range of data that has been successfully delivered to the terminal includes a highest reported new radio user plane data, NR-U, SN successfully delivered to the terminal ; determining whether all PDCP SN transmitted by the first network element are less than or equal to the highest delivered PDCP SN in the feedback data; determining whether all NR-U SN transmitted by the first network element are less than or equal to the highest reported NR-U SN in the feedback data, wherein all transmitted data is successfully delivered to the terminal based on determining that all transmitted PDCP SN are less than or equal to the highest delivered PDCP SN and all transmitted NR-U SN are less than or equal to the highest reported NR-U SN; and retransmitting at least a portion of the data from the first network element based on the feedback data.