mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile working machine , in particular forestry machine, which is provided with a running-gear unit , a drive unit , a winch , a stanchion and with an adjustable ramp plate which is arranged at the rear of a vehicle body , wherein the working machine does not have a driver's workstation for an operator and is designed as a remote-controlled working machine , characterized in that the ramp plate is provided with at least one fastening interface to which an additional stanchion (25a; 25b) is releasably fastenable, and/or the ramp plate is provided with a fastening interface to which a trailer-hitch head is releasably fastenable.
A laundry treating apparatus comprising: an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet , selectively; and an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet , characterized by further comprising: a frame for supporting an outside circumferential surface of the inner cabinet and fixedly securing the outer cabinet thereto, wherein the inner cabinet comprises an upper body and a lower body , and wherein the upper body includes an upper rib extended toward the lower body and the lower body includes a lower rib provided to be in contact with the upper rib . an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet , selectively; and an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet , characterized by further comprising: a frame for supporting an outside circumferential surface of the inner cabinet and fixedly securing the outer cabinet thereto, wherein the inner cabinet comprises an upper body and a lower body , and wherein the upper body includes an upper rib extended toward the lower body and the lower body includes a lower rib provided to be in contact with the upper rib . a frame for supporting an outside circumferential surface of the inner cabinet and fixedly securing the outer cabinet thereto, wherein the inner cabinet comprises an upper body and a lower body , and wherein the upper body includes an upper rib extended toward the lower body and the lower body includes a lower rib provided to be in contact with the upper rib .
A method for manufacturing a porous material including a calcium carbonate, the method comprising: a digestion carbonation process of causing digestion and carbonation of a porous material including a calcium oxide in a presence of gaseous water and under a flow of a gas including carbon dioxide to obtain the porous material including the calcium carbonate.
METHOD FOR MANUFACTURING A MOBILE ASPHALT PLANT comprising the steps of: providing a filtration system, a gas exhaust equipment, a mixing system, a drying/heating system, a gas exhaust pipe and an unloading and dosing system; providing a chassis comprising a pair of main structures, wherein each main structure comprises: - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels , wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment ; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment ; selecting the extension beam from a set of standardized extension beams according to the size of the filtration system and the gas exhaust equipment; coupling said extension beam to said beam on the set of wheels ; arranging said systems on said chassis; wherein said beam on the set of wheels has a fixed length which is independent of the size of the plant. providing a filtration system, a gas exhaust equipment, a mixing system, a drying/heating system, a gas exhaust pipe and an unloading and dosing system; providing a chassis comprising a pair of main structures, wherein each main structure comprises: - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels , wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment ; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment ; - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels , wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment ; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment ; selecting the extension beam from a set of standardized extension beams according to the size of the filtration system and the gas exhaust equipment; coupling said extension beam to said beam on the set of wheels ; arranging said systems on said chassis; wherein said beam on the set of wheels has a fixed length which is independent of the size of the plant.
A method of decoding a video signal, comprising: obtaining block partition information of a current coding unit; receiving flag information indicating whether the current coding unit is partitioned based on a distance from a reference sample; when the current coding unit is partitioned based on the distance from the reference sample according to the flag information, receiving direction information indicating a partition direction of the current coding unit and deriving an intra prediction mode of a partition block based on the block partition information; and generating a prediction signal of the partition block based on the derived intra prediction mode, wherein the intra prediction mode of the partition block is defined by a limited number based on a prediction direction, such that a first numeric range indicates horizontal direction modes and a distinct second numeric range indicates vertical direction modes, wherein the intra prediction mode is derived by a summation of a transmitted prediction mode value and an offset value, and wherein the offset value corresponds to a minimum value among values indicating a prediction mode of a vertical direction when the direction information indicates a horizontal partition direction, and indicates 0 otherwise. obtaining block partition information of a current coding unit; receiving flag information indicating whether the current coding unit is partitioned based on a distance from a reference sample; when the current coding unit is partitioned based on the distance from the reference sample according to the flag information, receiving direction information indicating a partition direction of the current coding unit and deriving an intra prediction mode of a partition block based on the block partition information; and generating a prediction signal of the partition block based on the derived intra prediction mode, wherein the intra prediction mode of the partition block is defined by a limited number based on a prediction direction, such that a first numeric range indicates horizontal direction modes and a distinct second numeric range indicates vertical direction modes, wherein the intra prediction mode is derived by a summation of a transmitted prediction mode value and an offset value, and wherein the offset value corresponds to a minimum value among values indicating a prediction mode of a vertical direction when the direction information indicates a horizontal partition direction, and indicates 0 otherwise.
An allo-restricted antigen specific human CD4+ T cell, which is obtainable by a method comprising the steps of: a) providing a nucleic acid encoding a patient-derived MHC class II molecule and an antigen or a nucleic acid encoding said antigen, wherein the antigen is a tumor associated antigen selected from hematological malignancies; b) co-transfecting or introducing both compounds as defined in a) in antigen presenting cells (APCs) derived from a healthy donor, wherein said APCs are mature dendritic cells; c) priming peripheral blood lymphocytes (PBLs) which are autologous in view of the APCs and which are derived from the healthy donor with said APCs; d) selecting human CD4+ T cells which are specific for the MHC - antigen ligand for use in a method for the treatment of hematological malignancies. a) providing a nucleic acid encoding a patient-derived MHC class II molecule and an antigen or a nucleic acid encoding said antigen, wherein the antigen is a tumor associated antigen selected from hematological malignancies; b) co-transfecting or introducing both compounds as defined in a) in antigen presenting cells (APCs) derived from a healthy donor, wherein said APCs are mature dendritic cells; c) priming peripheral blood lymphocytes (PBLs) which are autologous in view of the APCs and which are derived from the healthy donor with said APCs; d) selecting human CD4+ T cells which are specific for the MHC - antigen ligand for use in a method for the treatment of hematological malignancies.
Method of cleaning a particle filter , in particular for combustion engines, comprising the steps of - adding heat to the inner of the particle filter during a certain time period in order to burn off the enclosed particles, - to add liquid material to the inner of the filter during a certain time period in order to remove the burnt particles from the particle filter, characterised in that the liquid material is first added in one direction through the filter by operating valves provided at both inlet and outlet of the filter via pipe attachments and then added in an opposite direction through the filter by switching the valves , and that pressurised air is added in the liquid material that is added into the inner of the filter . - adding heat to the inner of the particle filter during a certain time period in order to burn off the enclosed particles, - to add liquid material to the inner of the filter during a certain time period in order to remove the burnt particles from the particle filter,
An inkjet-printer comprising - a conveyor-belt with a sticky flat layer as a support layer for supporting a flat substrate while printing; and - a sticky-layer-cleaner for removing residues adhered to said sticky flat layer ; wherein said sticky-layer-cleaner comprises: - a receptacle for a cleaning-liquid ; and - a cleaning-roll , which is in contact with the sticky flat layer ; wherein the cleaning-roll is characterized by comprising an elongated carpet fabric which is helical enfold around the cleaning-roll and in which the pile is composed of yarn tufts in loop and/or cut configuration; and wherein the cleaning-roll comprises a helical channel along the length of the enfolded carpet fabric for draining the cleaning-liquid from the cleaning-roll and/or for wetting the cleaning-roll by the cleaning-liquid . - a conveyor-belt with a sticky flat layer as a support layer for supporting a flat substrate while printing; and - a sticky-layer-cleaner for removing residues adhered to said sticky flat layer ; wherein said sticky-layer-cleaner comprises: - a receptacle for a cleaning-liquid ; and - a cleaning-roll , which is in contact with the sticky flat layer ; wherein the cleaning-roll is characterized by comprising an elongated carpet fabric which is helical enfold around the cleaning-roll and in which the pile is composed of yarn tufts in loop and/or cut configuration; and wherein the cleaning-roll comprises a helical channel along the length of the enfolded carpet fabric for draining the cleaning-liquid from the cleaning-roll and/or for wetting the cleaning-roll by the cleaning-liquid . - a receptacle for a cleaning-liquid ; and - a cleaning-roll , which is in contact with the sticky flat layer ;
A bonded substrate including a copper plate bonded to one or both main surface(s) of a nitride ceramic substrate , wherein a bonding layer consisting of TiN intervenes between said nitride ceramic substrate and said copper plate and is adjacent at least to said copper plate , an Ag distribution region in which Ag atoms are distributed is present in said copper plate , and characterised in that the abundance ratio of the Ag atoms in the Ag distribution region is at most 15 at%.
A refrigeration and air conditioning device comprising: - an outdoor unit including: - a heat exchanger accommodated in a housing ; and - a blower disposed atop the housing , wherein the housing includes: - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point ; and - a raised portion , which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, wherein: the raised portion has a first height (H) along said middle portion and a second height (HL) along the opposite end portions, wherein the first height (H) is greater than the second height (HL). - an outdoor unit including: - a heat exchanger accommodated in a housing ; and - a blower disposed atop the housing , wherein - a heat exchanger accommodated in a housing ; and - a blower disposed atop the housing , wherein the housing includes: - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point ; and - a raised portion , which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point ; and - a raised portion , which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, wherein: the raised portion has a first height (H) along said middle portion and a second height (HL) along the opposite end portions, wherein the first height (H) is greater than the second height (HL).
A paper or cardboard container, comprising a container body having an aperture and a movable cover removably applied to said aperture and movable between an open configuration and a closed configuration, wherein the container body comprises a bottom wall , a pair of body front walls parallel to each other and orthogonal to the bottom wall , and a pair of body side walls parallel to each other and orthogonal to the bottom wall , wherein each of said body side walls comprises an outer layer having a through hole and an inner layer having a through window facing the through hole of the outer layer , wherein the movable cover comprises a top wall , and a pair of cover sides parallel to each other and orthogonal to the top wall , wherein each of said cover sides has an engagement tab folded over a respective outer surface, wherein in said closed configuration the outer surfaces of said cover sides are in contact with respective portions of inner surfaces of respective body side walls , and wherein in said closed configuration the engagement tabs of the cover sides engage into respective through windows of said body side walls and retain the movable cover to the container body , and wherein a user may release the movable cover from the container body by inserting a finger in each of said through holes and pressing inwardly on said engagement tabs , characterized in that the inner layer of each of said body side walls has a flap folded orthogonal to the inner layer and extending along a lower edge of the through window . wherein the container body comprises a bottom wall , a pair of body front walls parallel to each other and orthogonal to the bottom wall , and a pair of body side walls parallel to each other and orthogonal to the bottom wall , wherein each of said body side walls comprises an outer layer having a through hole and an inner layer having a through window facing the through hole of the outer layer , wherein the movable cover comprises a top wall , and a pair of cover sides parallel to each other and orthogonal to the top wall , wherein each of said cover sides has an engagement tab folded over a respective outer surface, wherein in said closed configuration the outer surfaces of said cover sides are in contact with respective portions of inner surfaces of respective body side walls , and wherein in said closed configuration the engagement tabs of the cover sides engage into respective through windows of said body side walls and retain the movable cover to the container body , and wherein a user may release the movable cover from the container body by inserting a finger in each of said through holes and pressing inwardly on said engagement tabs , characterized in that the inner layer of each of said body side walls has a flap folded orthogonal to the inner layer and extending along a lower edge of the through window .
A releasable wheel assembly comprising: a bracket including a plurality of bosses , each boss including a hole; an axle passing through the hole of each boss, the axle including first and second circumferential grooves adjacent to respective end of the axle; a first pair of wheels on the axle, the axle extending through a hub on each wheel; a pair of spacers , a first spacer of the pair of spacers disposed between a first wheel of the pair of wheels and a first boss of the plurality of bosses, a second spacer of the pair of spacers disposed between a second wheel of the pair of wheels and a second boss of the plurality of bosses, a third boss of the plurality of bosses disposed between the first boss and the second boss, and the axle extending through each wheel of the pair of wheels and extending through each spacer of the pair of spacers; and a pair of locking caps , a locking cap of the pair of locking caps configured to fit over a respective end of the axle, respective locking caps comprising a clip for engaging the axle at a circumferential groove to prevent movement of the locking cap along the axle, characterized in that said bracket is "L"-shaped having a horizontal surface and a vertical surface adapted to engage a corner of a case or storage unit through fasteners which permanently attach the horizontal surface and the vertical surface of the bracket to the case or storage unit, thereby allowing the axle , the wheels , the spacers and the locking caps to be separated from the bracket that remains permanently engaged on the corner of the case or storage unit . a bracket including a plurality of bosses , each boss including a hole; an axle passing through the hole of each boss, the axle including first and second circumferential grooves adjacent to respective end of the axle; a first pair of wheels on the axle, the axle extending through a hub on each wheel; a pair of spacers , a first spacer of the pair of spacers disposed between a first wheel of the pair of wheels and a first boss of the plurality of bosses, a second spacer of the pair of spacers disposed between a second wheel of the pair of wheels and a second boss of the plurality of bosses, a third boss of the plurality of bosses disposed between the first boss and the second boss, and the axle extending through each wheel of the pair of wheels and extending through each spacer of the pair of spacers; and a pair of locking caps , a locking cap of the pair of locking caps configured to fit over a respective end of the axle, respective locking caps comprising a clip for engaging the axle at a circumferential groove to prevent movement of the locking cap along the axle, characterized in that said bracket is "L"-shaped having a horizontal surface and a vertical surface adapted to engage a corner of a case or storage unit through fasteners which permanently attach the horizontal surface and the vertical surface of the bracket to the case or storage unit, thereby allowing the axle , the wheels , the spacers and the locking caps to be separated from the bracket that remains permanently engaged on the corner of the case or storage unit .
An evaporator portion of a heat pipe , the evaporator portion comprising: a tube comprising an interior volume with an inner surface; and a wick insert comprising a separator plate disposed within the tube and comprising two lateral edges that are proximate to the inner surface of the tube so as to divide the interior volume into a gas-phase passage and a liquid-phase artery , characterised in that the wick insert comprises a plurality of tabs projecting toward the gas-phase passage from both of the lateral edges of the separator plate, each tab comprising a tip that is proximate to the inner surface of the tube, wherein the tips of the plurality of tabs are displaced inward while in contact with the inner surface of the tube such that reaction forces applied by the tube to the tips of the plurality of tabs provide a net downward force on the wick insert and urge the separator plate downward so as to maintain the two lateral edges of the separator plate proximate to the inner surface of the tube. a tube comprising an interior volume with an inner surface; and a wick insert comprising a separator plate disposed within the tube and comprising two lateral edges that are proximate to the inner surface of the tube so as to divide the interior volume into a gas-phase passage and a liquid-phase artery , characterised in that the wick insert comprises a plurality of tabs projecting toward the gas-phase passage from both of the lateral edges of the separator plate, each tab comprising a tip that is proximate to the inner surface of the tube, wherein the tips of the plurality of tabs are displaced inward while in contact with the inner surface of the tube such that reaction forces applied by the tube to the tips of the plurality of tabs provide a net downward force on the wick insert and urge the separator plate downward so as to maintain the two lateral edges of the separator plate proximate to the inner surface of the tube.