mhurhangee/patent-ind-claim-en huggingface dataset:
Tripod (1; 100) for video-photographic equipment, comprising: - at least one leg that can be telescopically extended between a retracted configuration and an extended configuration and comprises a first section , a second section that engages with said first section so as to slide axially, and a third section that engages with said second section so as to slide axially; - a first clamping device that is provided between said first section and said second section for clamping or releasing the relative axial sliding motion of said first section with respect to said second section, - a second clamping device that is provided between said second section and said third section for clamping or releasing the relative axial sliding motion of said second section with respect to said third section, - a control element that is connected to said first clamping device in order to control the clamping or the releasing of said first clamping device, - a transmission element that connects said first and said second clamping device in such a manner that the movement of said first clamping device causes said second clamping device to move in a similar manner such that the first and second clamping devices are simultaneously clamped and released, characterized in that said tripod comprises an adjustment member for said second clamping device , which is provided at said first clamping device in order to adjust the clamp load of said second clamping device by means of said transmission element . - at least one leg that can be telescopically extended between a retracted configuration and an extended configuration and comprises a first section , a second section that engages with said first section so as to slide axially, and a third section that engages with said second section so as to slide axially; - a first clamping device that is provided between said first section and said second section for clamping or releasing the relative axial sliding motion of said first section with respect to said second section, - a second clamping device that is provided between said second section and said third section for clamping or releasing the relative axial sliding motion of said second section with respect to said third section, - a control element that is connected to said first clamping device in order to control the clamping or the releasing of said first clamping device, - a transmission element that connects said first and said second clamping device in such a manner that the movement of said first clamping device causes said second clamping device to move in a similar manner such that the first and second clamping devices are simultaneously clamped and released,
Conveyor dishwasher having a final rinse zone and at least one wash zone and also a conveyor apparatus for conveying washware through the treatment zones of the conveyor dishwasher , wherein the at least one wash zone has an associated wash tank in which at least a portion of the wash liquid which is sprayed in the at least one wash zone is collected, wherein - the conveyor dishwasher has a wastewater pump for supplying wash liquid, which is produced as wastewater during operation of the conveyor dishwasher , as required to a heat exchanger device in which at least a portion of the thermal energy of the supplied wash liquid is transferred to the final rinse liquid which is to be sprayed in the final rinse zone , and wherein - the conveyor dishwasher has a control device which is designed to drive the wastewater pump depending on a quantity of final rinse liquid which is currently required for final rinsing and/or a quantity of wastewater which is produced during operation of the conveyor dishwasher and/or depending on a liquid level in the wash tank and/or depending on a predefined event and/or depending on an operating cycle and/or operating state of the conveyor dishwasher , characterized in that the wash tank is provided with a level sensor by means of which a current liquid level in the wash tank can be detected, wherein the conveyor dishwasher has a control device which is designed to switch off the wastewater pump , preferably switch off said wastewater pump automatically, when the liquid level in the wash tank falls below a predefined or predefinable first level, and to switch on the wastewater pump again, preferably to switch on said wastewater pump again automatically, as soon as the liquid level in the wash tank exceeds a predefined or predefinable second level, wherein the first level preferably corresponds to the second level. - the conveyor dishwasher has a wastewater pump for supplying wash liquid, which is produced as wastewater during operation of the conveyor dishwasher , as required to a heat exchanger device in which at least a portion of the thermal energy of the supplied wash liquid is transferred to the final rinse liquid which is to be sprayed in the final rinse zone , and wherein - the conveyor dishwasher has a control device which is designed to drive the wastewater pump depending on a quantity of final rinse liquid which is currently required for final rinsing and/or a quantity of wastewater which is produced during operation of the conveyor dishwasher and/or depending on a liquid level in the wash tank and/or depending on a predefined event and/or depending on an operating cycle and/or operating state of the conveyor dishwasher ,
A method of preparing an oxidatively curable formulation, comprising contacting: (i) an alkyd-based resin; (ii) a chelant of formula (I): wherein: p is 3; R is independently selected from the group consisting of C 1-24 alkyl, C 6-18 aryl, C 6-18 arylC 1-6 alkyl, CH 2 CH 2 OH and CH 2 COOH; and R 1 , R 2 , R 3 , and R 4 are independently selected from H, C 1-4 alkyl and hydroxylC 1-4 -alkyl; and (iii) a complex comprising one or more manganese ions having oxidation states independently selected from (II)-(V) and a chelant chelating through either nitrogen atoms or nitrogen and oxygen atoms; wherein the complex is first contacted with the alkyd-based resin, followed by introduction of the chelant of formula (I), with the provisos that: the complex does not comprise two manganese ions bridged by three ligands, at least one of which is a bridging oxo (O 2- ) ligand; and the complex does not comprise a chelant of formula (I). (i) an alkyd-based resin; (ii) a chelant of formula (I): wherein: p is 3; R is independently selected from the group consisting of C 1-24 alkyl, C 6-18 aryl, C 6-18 arylC 1-6 alkyl, CH 2 CH 2 OH and CH 2 COOH; and R 1 , R 2 , R 3 , and R 4 are independently selected from H, C 1-4 alkyl and hydroxylC 1-4 -alkyl; and p is 3; R is independently selected from the group consisting of C 1-24 alkyl, C 6-18 aryl, C 6-18 arylC 1-6 alkyl, CH 2 CH 2 OH and CH 2 COOH; and R 1 , R 2 , R 3 , and R 4 are independently selected from H, C 1-4 alkyl and hydroxylC 1-4 -alkyl; and (iii) a complex comprising one or more manganese ions having oxidation states independently selected from (II)-(V) and a chelant chelating through either nitrogen atoms or nitrogen and oxygen atoms; wherein the complex is first contacted with the alkyd-based resin, followed by introduction of the chelant of formula (I), with the provisos that: the complex does not comprise two manganese ions bridged by three ligands, at least one of which is a bridging oxo (O 2- ) ligand; and the complex does not comprise a chelant of formula (I). the complex does not comprise two manganese ions bridged by three ligands, at least one of which is a bridging oxo (O 2- ) ligand; and the complex does not comprise a chelant of formula (I).
A radar module comprising a substrate with a plane antenna formed on a surface of the substrate , a lens having one end face that is plane and another end face that is spherical, wherein a plane side of the lens is disposed to contact the plane antenna , and a spherical side of the lens is disposed in a remote field of the plane antenna , and a feeder connected to the plane antenna is formed on the same surface of the substrate on which the plane antenna is formed, characterized in that : the feeder has a first part and a second part having different widths, a connection interface between the first part and the second part is disposed at a same position as a border of the lens , wherein the first part is closer to the plane antenna than the second part and a width of the first part is smaller than a width of the second part , wherein the substrate has a stepped structure formed of a cavity structure having a size substantially same as a periphery of the lens , and the cavity structure surrounds the plane antenna , and wherein the stepped structure further has a groove structure opening an upper part of the feeder connected to the plane antenna . a lens having one end face that is plane and another end face that is spherical, wherein a plane side of the lens is disposed to contact the plane antenna , and a spherical side of the lens is disposed in a remote field of the plane antenna , and a feeder connected to the plane antenna is formed on the same surface of the substrate on which the plane antenna is formed, the feeder has a first part and a second part having different widths, a connection interface between the first part and the second part is disposed at a same position as a border of the lens , wherein the first part is closer to the plane antenna than the second part and a width of the first part is smaller than a width of the second part , wherein the substrate has a stepped structure formed of a cavity structure having a size substantially same as a periphery of the lens , and the cavity structure surrounds the plane antenna , and wherein the stepped structure further has a groove structure opening an upper part of the feeder connected to the plane antenna .
A method for producing a shaped product by cold pressing a heated molding material , the method comprising using a heating device to continuously produce a heated molding material, wherein the heating device comprises: a heating chamber for heating a molding material; at least one opening section for supplying or discharging a molding material therethrough; and a means for expelling the oxygen gas existing in the heating chamber using a nitrogen gas or a superheated steam; and wherein the opening section is openable and closable and the opening time is 1 second or more and 10 seconds or less per one opening thereof; and wherein cold pressing comprises: a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material. a heating chamber for heating a molding material; at least one opening section for supplying or discharging a molding material therethrough; and a means for expelling the oxygen gas existing in the heating chamber using a nitrogen gas or a superheated steam; and wherein the opening section is openable and closable and the opening time is 1 second or more and 10 seconds or less per one opening thereof; and wherein cold pressing comprises: a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material. a) putting the heated molding material in a mold cavity set at a predetermined temperature, b) arranging the heated molding material in the mold controlled to be at a temperature of the softening temperature of the molding material or less, and c) pressurizing and cooling the heated molding material.
A conjugate comprising a template-dependent polymerase and a nucleoside triphosphate, wherein the nucleoside triphosphate is covalently tethered to a polymerase via a linker comprising a selectively cleavable linkage, configured so as to enable the polymerase to catalyze covalent addition of the nucleoside onto the 3' hydroxyl of a nucleic acid, and subsequent selective cleavage of the linkage.
A method for decompressing a compressed Higher Order Ambisonics HOA signal representation ( C ( l )), the compressed HOA signal representation comprising: - perceptually encoded dominant directional signals ( ( l )) and related direction information ( Ω DOM ( l )); and - perceptually encoded transformed residual ambient HOA component ( ( l )), said method including the steps: - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( ( l )) and said perceptually encoded transformed residual ambient HOA component ( ( l )); - inverse transforming said perceptually decoded transformed residual ambient HOA component ( Ŵ A,RED ( l )) from the spatial domain so as to get an HOA domain representation ( Ĉ A,RED ( l )); - performing an order extension of said inverse transformed residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); and - outputting the perceptually decoded dominant directional signals and the original-order extended residual ambient HOA component for recomposition. - perceptually encoded dominant directional signals ( ( l )) and related direction information ( Ω DOM ( l )); and - perceptually encoded transformed residual ambient HOA component ( ( l )), - receiving the compressed HOA signal representation; - perceptually decoding said perceptually encoded dominant directional signals ( ( l )) and said perceptually encoded transformed residual ambient HOA component ( ( l )); - inverse transforming said perceptually decoded transformed residual ambient HOA component ( Ŵ A,RED ( l )) from the spatial domain so as to get an HOA domain representation ( Ĉ A,RED ( l )); - performing an order extension of said inverse transformed residual ambient HOA component so as to establish an original-order ambient HOA component ( Ĉ A ( l )); and - outputting the perceptually decoded dominant directional signals and the original-order extended residual ambient HOA component for recomposition.
Warp-knitting machine for producing warp-knitted fabric , having the following features: a) a plurality of lever shafts , the axes of which extend in the machine width direction (z) and which run largely parallel to one another, b) a plurality of bar supports which can be driven by the lever shafts to perform pivoting movements in the plane which is spanned by the machine height direction (y) and the machine depth direction (x), c) at least one guide bar which supports thread guiding elements , d) wherein the at least one guide bar is mounted and driven in the warp-knitting machine in such a way that it executes an oscillating offset movement, which is superimposed on its pivoting movement, in the machine width direction (z) during operation, e) the relative position of the lever shaft , with which the at least one guide bar can be driven, to the further lever shafts , with which in each case at least one further bar can be driven, can be adjusted in the machine height direction (y) and/or in the machine depth direction (x), f) wherein the warp-knitting machine comprises a machine frame which supports a plurality of lever shafts , g) the machine frame comprises a machine upper part and a machine lower part , h) and the machine upper part comprises at least the lever shaft of the guide bars and the components that can be driven by it, characterized in that i) the machine upper part and the machine lower part can be adjusted relative to one another in the machine height direction (y) and/or in the machine depth direction (x). a) a plurality of lever shafts , the axes of which extend in the machine width direction (z) and which run largely parallel to one another, b) a plurality of bar supports which can be driven by the lever shafts to perform pivoting movements in the plane which is spanned by the machine height direction (y) and the machine depth direction (x), c) at least one guide bar which supports thread guiding elements , d) wherein the at least one guide bar is mounted and driven in the warp-knitting machine in such a way that it executes an oscillating offset movement, which is superimposed on its pivoting movement, in the machine width direction (z) during operation, e) the relative position of the lever shaft , with which the at least one guide bar can be driven, to the further lever shafts , with which in each case at least one further bar can be driven, can be adjusted in the machine height direction (y) and/or in the machine depth direction (x), f) wherein the warp-knitting machine comprises a machine frame which supports a plurality of lever shafts , g) the machine frame comprises a machine upper part and a machine lower part , h) and the machine upper part comprises at least the lever shaft of the guide bars and the components that can be driven by it, characterized in that i) the machine upper part and the machine lower part can be adjusted relative to one another in the machine height direction (y) and/or in the machine depth direction (x).
A device for entering the absolute position and orientation of an input element into a computer, the input element containing two permanent magnets, the input element being arranged so as to be freely movable in the effective range of sensors which are likewise part of the device, characterised in that - the dipole moments of the two permanent magnets of the input element are arranged in a non-collinear orientation to each other and - the sensors for measuring the magnetic flux density of the field generated by the two permanent magnets are arranged in two mutually orthogonal planes , at least three sensors being arranged in each plane (5 or 6). - the dipole moments of the two permanent magnets of the input element are arranged in a non-collinear orientation to each other and - the sensors for measuring the magnetic flux density of the field generated by the two permanent magnets are arranged in two mutually orthogonal planes , at least three sensors being arranged in each plane (5 or 6).
A sheet feeding apparatus comprising: a placing member having a placing surface along which a sheet (P) may be inserted and on which the sheet may be placed; a sheet feeding unit for feeding the sheet placed on the placing surface in a sheet feeding direction; a detection unit which is arranged at a downstream end portion of the placing surface in the sheet feeding direction and is configured to detect a sheet in a state that the sheet is set on the placing member; and a pressing member (7; 75) wherein the pressing member (7; 75) is pivoted about a pivoting center and is arranged in an inclined manner so as to be closer to the placing surface at a downstream side in the sheet feeding direction than an upstream side and is adapted to guide a downstream edge of a sheet inserted in the sheet feeding direction along the placing surface toward the detection unit so that the detection unit can detect the sheet and press the downstream edge of the sheet, in the state that the sheet is set on the placing member, toward the placing surface , characterised in that the pivoting center is below the placing surface of the placing member . a placing member having a placing surface along which a sheet (P) may be inserted and on which the sheet may be placed; a sheet feeding unit for feeding the sheet placed on the placing surface in a sheet feeding direction; a detection unit which is arranged at a downstream end portion of the placing surface in the sheet feeding direction and is configured to detect a sheet in a state that the sheet is set on the placing member; and a pressing member (7; 75) wherein the pressing member (7; 75) is pivoted about a pivoting center and is arranged in an inclined manner so as to be closer to the placing surface at a downstream side in the sheet feeding direction than an upstream side and is adapted to guide a downstream edge of a sheet inserted in the sheet feeding direction along the placing surface toward the detection unit so that the detection unit can detect the sheet and press the downstream edge of the sheet, in the state that the sheet is set on the placing member, toward the placing surface , characterised in that the pivoting center is below the placing surface of the placing member .
Floor nozzle for a vacuum cleaner for cleaning and care of floor surfaces , comprising a housing having an underside which faces the floor surface when in the treatment position and on which a suction mouth extending substantially transversely to the treatment direction is arranged, wherein the suction mouth is delimited by at least one associated suction mouth edge , wherein the suction mouth forms an opening to a suction mouth space that is arranged above the suction mouth when in the treatment position, wherein the suction mouth space is connected to a suction channel , wherein a dust collection zone is arranged in the suction mouth space upstream of the suction mouth in the treatment direction and downstream of the suction mouth in the treatment direction .
A remote trigger apparatus for a governor component, comprising: an actuator ; and a pivoting member rotatable around an axis perpendicular to a governor plane, wherein the actuator enables the pivoting member to rotate from an idle position to an operating position, in the idle position, the pivoting member keeps separate from a centrifugal mechanism of the governor component, characterized in that in the operating position, the pivoting member is jointed to a contact part of the centrifugal mechanism of the governor component, and the pivoting member further rotates along with the contact part of the centrifugal mechanism and radially pushes the contact part inward, so as to trigger the governor component. an actuator ; and a pivoting member rotatable around an axis perpendicular to a governor plane, wherein the actuator enables the pivoting member to rotate from an idle position to an operating position, in the idle position, the pivoting member keeps separate from a centrifugal mechanism of the governor component, characterized in that in the operating position, the pivoting member is jointed to a contact part of the centrifugal mechanism of the governor component, and the pivoting member further rotates along with the contact part of the centrifugal mechanism and radially pushes the contact part inward, so as to trigger the governor component.