mhurhangee/patent-ind-claim-en huggingface dataset:
An outdoor unit for an air-conditioning apparatus, the outdoor unit comprising: a casing configured as an outer shell of the outdoor unit , the casing including a bottom panel having an opening (10c1); an outdoor fan provided in the casing ; a heater provided on the bottom panel ; a heater guard provided to face the heater ; characterized in that the outdoor unit further comprising a shield portion thermally connected to the heater guard , wherein the heater guard includes a first portion (5a1) and a second portion (5a2), the first portion (5a1) being provided above a portion of the heater that extends on a rear side of the casing and in the lateral direction of the casing , the second portion (5a2) having in a shape that is convex upward in side view and being provided below the first portion (5a1) and being provided with the shield portion , and the shield portion is positioned on a downstream side with respect to the opening (10c1) in a direction of airflow and on an upstream side with respect to an end (5a21) in the upstream side of the heater guard in the direction of airflow and projects from the end (5a21) upwardly, i.e., toward the upper side of the casing , while extending toward the upstream side in the direction of airflow, i.e., toward the rear side of the casing, and positioned farther from the heater than the second portion (5a2) and nearer to the opening (10c1) than the second portion (5a2). a casing configured as an outer shell of the outdoor unit , the casing including a bottom panel having an opening (10c1); an outdoor fan provided in the casing ; a heater provided on the bottom panel ; a heater guard provided to face the heater ; characterized in that the outdoor unit further comprising a shield portion thermally connected to the heater guard , wherein the heater guard includes a first portion (5a1) and a second portion (5a2), the first portion (5a1) being provided above a portion of the heater that extends on a rear side of the casing and in the lateral direction of the casing , the second portion (5a2) having in a shape that is convex upward in side view and being provided below the first portion (5a1) and being provided with the shield portion , and the shield portion is positioned on a downstream side with respect to the opening (10c1) in a direction of airflow and on an upstream side with respect to an end (5a21) in the upstream side of the heater guard in the direction of airflow and projects from the end (5a21) upwardly, i.e., toward the upper side of the casing , while extending toward the upstream side in the direction of airflow, i.e., toward the rear side of the casing, and positioned farther from the heater than the second portion (5a2) and nearer to the opening (10c1) than the second portion (5a2).
A steam permselective membrane comprising a gel-like hydrophilic polymer layer comprising: crosslinked hydrophilic polymer containing a polyvinyl alcohol-polyacrylic acid salt copolymer; and at least one kind of alkali metal compound selected from the group consisting of a cesium compound, a potassium compound and a rubidium compound, wherein said alkali metal compound is a hydroxide, a carbonate, a nitrate, a carboxylate or a chloride, and wherein the hydrophilic polymer layer is a hydrogel in which the hydrophilic polymer is crosslinked and forms a three-dimensional network structure, and wherein the alkali metal compound includes a cesium compound, and the concentration of cesium based on the total mass of the hydrophilic polymer and the alkali metal compound is 0.001 mol/g or more and 0.003 mol/g or less, or wherein the alkali metal compound includes a potassium compound and/or a rubidium compound, and the total concentration of potassium and rubidium based on the total mass of the hydrophilic polymer and the alkali metal compound is 0.001 mol/g or more and 0.005 mol/g or less. crosslinked hydrophilic polymer containing a polyvinyl alcohol-polyacrylic acid salt copolymer; and at least one kind of alkali metal compound selected from the group consisting of a cesium compound, a potassium compound and a rubidium compound, wherein said alkali metal compound is a hydroxide, a carbonate, a nitrate, a carboxylate or a chloride, and wherein the hydrophilic polymer layer is a hydrogel in which the hydrophilic polymer is crosslinked and forms a three-dimensional network structure, and wherein the alkali metal compound includes a cesium compound, and the concentration of cesium based on the total mass of the hydrophilic polymer and the alkali metal compound is 0.001 mol/g or more and 0.003 mol/g or less, or wherein the alkali metal compound includes a potassium compound and/or a rubidium compound, and the total concentration of potassium and rubidium based on the total mass of the hydrophilic polymer and the alkali metal compound is 0.001 mol/g or more and 0.005 mol/g or less.
Device for continuous production of porous silicon layers on workpieces made of silicon or on a workpiece with a silicon coating by means of one-sided etching, comprising: - at least one transport device for continuous transport of the workpiece , - more than one etching chamber comprising an electrolyte and a cathode which are disposed such that only one surface of the workpiece to be etched can be made wet with the electrolyte , and also, - an anode which is contacted electrically with the workpiece via a contact unit on a surface not to be etched, wherein the etching chambers are disposed below the workpiece . - at least one transport device for continuous transport of the workpiece , - more than one etching chamber comprising an electrolyte and a cathode which are disposed such that only one surface of the workpiece to be etched can be made wet with the electrolyte , and also, - an anode which is contacted electrically with the workpiece via a contact unit on a surface not to be etched,
Device for safely performing an anti-clockwise thermodynamic cycle by means of an ignitable working fluid, which is guided in a closed, hermetically sealed working fluid circuit, having - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers for working fluid, each having at least two connections for heat exchanging fluids, - a housing , which comprises at least the compressor and the expansion apparatus and may comprise further apparatuses, - at least one sorption channel with an adsorber containing activated carbon, through which gas can flow - and the sorption channel is connected to the adsorber and its gas inlet , characterised in that - the sorption channel is equipped with a gas outlet and is connected to it, - a switchable induced draught fan is connected to the gas outlet of the sorption channel - the adsorber , the sorption channel , as well as the gas inlet and gas outlet , are arranged inside the housing , - the sorption channel is delimited with respect to its exterior by thermal insulation , - the sorption channel can be closed at the gas inlet , and - at least one cooling line is laid in the sorption channel and is connected to a cooling medium. - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers for working fluid, each having at least two connections for heat exchanging fluids, - a housing , which comprises at least the compressor and the expansion apparatus and may comprise further apparatuses, - at least one sorption channel with an adsorber containing activated carbon, through which gas can flow - and the sorption channel is connected to the adsorber and its gas inlet , characterised in that - the sorption channel is equipped with a gas outlet and is connected to it, - a switchable induced draught fan is connected to the gas outlet of the sorption channel - the adsorber , the sorption channel , as well as the gas inlet and gas outlet , are arranged inside the housing , - the sorption channel is delimited with respect to its exterior by thermal insulation , - the sorption channel can be closed at the gas inlet , and - at least one cooling line is laid in the sorption channel and is connected to a cooling medium.
A donning aid used to enable or facilitate slipping a stocking or toe stocking onto a human foot , in particular, a compression stocking , which, in a relaxed state without foot received therein, at least in some sections offers or takes up a smaller volume than in the stretched state when pulled over the foot , which donning aid comprises at least: - a shell with contours of a human foot that is stretched and/or lying or standing flat on a support with toe sections at least slightly spread apart and/or laterally spaced apart from each other, - an edge at least at one longitudinal side of the sole surface of the shell , which edge is at least in some sections raised, as well as - a holding, securing and/or fastening element to secure or support the shell , at least temporarily while the foot to be covered with the stocking is being inserted, against elastic restoring forces of the stocking or compression stocking that is pulled over the shell and thereby stretched corresponding to the contours of the shell . - a shell with contours of a human foot that is stretched and/or lying or standing flat on a support with toe sections at least slightly spread apart and/or laterally spaced apart from each other, - an edge at least at one longitudinal side of the sole surface of the shell , which edge is at least in some sections raised, as well as - a holding, securing and/or fastening element to secure or support the shell , at least temporarily while the foot to be covered with the stocking is being inserted, against elastic restoring forces of the stocking or compression stocking that is pulled over the shell and thereby stretched corresponding to the contours of the shell .
A blade element for a refiner for refining fibrous material, the blade element comprising a refining surface provided with blade bars and blade grooves therebetween, the blade bars extending in a direction from an inner edge of the blade element towards an outer edge of the blade element and having side walls facing away from one another, wherein the blade element comprises at least one blade bar comprising in the longitudinal direction thereof at least two successive blade bar parts connected to each other and that the side walls (8", 8"') of the at least one blade bar comprise at a connecting point of the two successive blade bar parts steps (14", 14"') which extend to at least partly transversal direction relative to the side walls (8", 8"') of the blade bar and away from one another, characterized in that the steps (14", 14"') are mirror images relative to an imaginary centre line of the blade bar , and in that the steps (14", 14"') are abrupt enlargements extending to at least partly transversal direction relative to the side walls (8", 8"') of the blade bar .
A glidant premix composition for the use of manufacturing of solid dosage forms consisting of pea starch powder in an amount of about 10 wt.% to about 50 wt.%, bamboo extract powder in an amount of about 40 wt.% to about 90 wt.% and bamboo fiber in an amount of about 0 wt.% to about 30 wt.%, all weight percentages being based on the total dry weight of the glidant composition.
A container, in particular fermenter for a biogas plant, with a container wall laterally encircling the container , and with a mixer provided with a motor and a propeller connected thereto, and the container being provided with a mixer mount configured for carrying the mixer and moving it in different positions within the container , wherein in the container wall a sealable inspection opening is formed, through which the mixer can be removed, and the mixer mount is configured for moving the mixer in a position horizontally next to the inspection opening , characterized in that either outside or inside to the container wall adjacent to the inspection opening a boom mounting for a boom is attached, wherein in the boom mounting a boom is installed that has a crossbeam extending at least partly over the inspection opening , and wherein the boom can be swung around a vertical axis.
A handling assembly of a propulsion unit including a nacelle and an aircraft turbojet engine, said handling assembly being characterized in that it includes: a frame , including at least three arms radially spaced from one another, said frame being rotatably movable about an axis transverse to a longitudinal axis of the handling assembly ; and - at least three manipulation branches of said nacelle, each being mounted transversely on one of said at least three arms of the frame , extending along said longitudinal axis of said handling assembly , said at least three manipulation branches including at least one working branch moveable relative to the arm on which said movable working branch is mounted, when means for actuating the moveable working branch is activated, between a rest position wherein there is a clearance with an inner wall of an air inlet of the nacelle when said propulsion unit is mounted on said handling assembly , and a working position wherein said moveable working branch comes into contact with said inner wall of said air inlet of the nacelle, such that said manipulation branches apply a plating force on the inner wall of the air inlet . - at least three manipulation branches of said nacelle, each being mounted transversely on one of said at least three arms of the frame , extending along said longitudinal axis of said handling assembly , said at least three manipulation branches including at least one working branch moveable relative to the arm on which said movable working branch is mounted, when means for actuating the moveable working branch is activated, between a rest position wherein there is a clearance with an inner wall of an air inlet of the nacelle when said propulsion unit is mounted on said handling assembly , and a working position wherein said moveable working branch comes into contact with said inner wall of said air inlet of the nacelle, such that said manipulation branches apply a plating force on the inner wall of the air inlet .
A friction pad assembly for a disc brake, wherein a plurality of lining assemblies are supported swingably on a guide plate receiving braking torque and the lining assemblies are pressed to a disc rotor, wherein the lining assembly has a friction material contacting with the disc rotor when braking and a back plate portion adhered to the back surface of the friction material , and includes a plate fitting portion fitting swingably into a guide hole portion provided on the guide plate at the back plate portion , wherein the plate fitting portion is inserted and equipped to the guide hole portion from the inner surface side of the guide plate , and the braking torque acting when the disc rotor and the friction material contact is transmitted from the plate fitting portion to the guide plate , characterized in that a damping layer is provided between a torque receiving plate and the back plate portion , the torque receiving plate being adhered to the guide plate , a plurality of link plates which are deployed across a plurality of the lining assemblies between the torque receiving plate and the back plate portion and which apply pressing force from the torque receiving plate to the lining assemblies are provided, the damping layer is provided on at least one side of a surface side and a back side of the link plate , the damping layer is sandwiched between an inner surface of the torque receiving plate and a back surface of the link plate , an embedment hole , into which a protrusion protruding toward the inner surface of the torque receiving plate is embedded, is formed in the damping layer sandwiched between the inner surface of the torque receiving plate and the back surface of the link plate , and a plate abutting curved surface portion of the link plate is disposed in the embedment hole of the damping layer , the plate abutting curved surface portion is disposed away from the torque receiving plate .
A method , comprising: determining a first set of spatial resolutions of a first image acquired with an image-capture device onboard a vehicle; determining a second set of spatial resolutions of a second image acquired from a database, wherein the second image is an edge map image; adjusting an edge-determining algorithm by scaling one or more parameters of the edge-determining algorithm with a ratio of the spatial resolutions between the second image and the first image; generating , with the adjusted edge-determining algorithm, an edge map of the first image; and computing and/or correcting at least one navigation parameter of the vehicle based on a difference between the second image and the generated edge map. determining a first set of spatial resolutions of a first image acquired with an image-capture device onboard a vehicle; determining a second set of spatial resolutions of a second image acquired from a database, wherein the second image is an edge map image; adjusting an edge-determining algorithm by scaling one or more parameters of the edge-determining algorithm with a ratio of the spatial resolutions between the second image and the first image; generating , with the adjusted edge-determining algorithm, an edge map of the first image; and computing and/or correcting at least one navigation parameter of the vehicle based on a difference between the second image and the generated edge map.
Ice cream composition reduced in fat, that is comprising a total fat content of less than 3.3% by weight, and reduced in sugar and comprising 20% to 40% by weight of water-soluble solids, of which: - from 8.00% to 11.00% by weight of whole milk powder; - from 0.10% to 1.00% by weight of powdered egg yolk; - from 0.10% to 2.00% of at least one natural gum by weight, and - from 60% to 70% by weight of water relative to the total weight of the composition. - from 8.00% to 11.00% by weight of whole milk powder; - from 0.10% to 1.00% by weight of powdered egg yolk; - from 0.10% to 2.00% of at least one natural gum by weight, and - from 60% to 70% by weight of water relative to the total weight of the composition.
A combination comprising: a support structured to mount a switch to a platform ; and the switch having a housing , a plunger that is movably situated on the housing to change the switch between a first state and a second state, and a plurality of elastically deformable lugs that are situated on the housing adjacent the plunger ; wherein the support comprises: a base engaged with the housing , the base having an opening formed therein that receives therethrough at least a portion of the plunger and the lugs with an interference fit such that the lugs are engaged with the base on a surface thereof; a number of walls situated on the base ; a mounting apparatus that is structured to be usable to affix the number of walls to the platform ; and a receptacle that is situated adjacent the base and the number of walls and that receives the housing therein. a support structured to mount a switch to a platform ; and the switch having a housing , a plunger that is movably situated on the housing to change the switch between a first state and a second state, and a plurality of elastically deformable lugs that are situated on the housing adjacent the plunger ; a housing , a plunger that is movably situated on the housing to change the switch between a first state and a second state, and a plurality of elastically deformable lugs that are situated on the housing adjacent the plunger ; wherein the support comprises: a base engaged with the housing , the base having an opening formed therein that receives therethrough at least a portion of the plunger and the lugs with an interference fit such that the lugs are engaged with the base on a surface thereof; a number of walls situated on the base ; a mounting apparatus that is structured to be usable to affix the number of walls to the platform ; and a receptacle that is situated adjacent the base and the number of walls and that receives the housing therein. a base engaged with the housing , the base having an opening formed therein that receives therethrough at least a portion of the plunger and the lugs with an interference fit such that the lugs are engaged with the base on a surface thereof; a number of walls situated on the base ; a mounting apparatus that is structured to be usable to affix the number of walls to the platform ; and a receptacle that is situated adjacent the base and the number of walls and that receives the housing therein.
A sheet-fed printing press with a feeder , a delivery unit and at least one sheet-guiding cylinder having at least one gripper system and being arranged between the feeder and the delivery unit , to which a digital printing device and a first sheet-guiding device taking a sheet from the sheet-guiding cylinder are assigned, wherein the first sheet-guiding device is configured for optional transfer of the sheets to a second sheet-guiding device , which transfers the sheets to the sheet-guiding cylinder , or is configured for transfer to the delivery unit , wherein the second sheet-guiding device is configured as a turning device , and can be switched between an operating mode, in which it turns the sheets and feeds the sheet-guiding cylinder , and an operating mode, in which it does not turn the sheets and feeds the sheet-guiding cylinder , and wherein the first sheet-guiding device is configured as a chain conveying system and at least one dryer is assigned to the chain conveying system, and/or wherein the turning device has a first transfer cylinder , which in one operating mode transfers sheets to a second transfer cylinder and in a further operating mode transfers sheets to a turning drum .
Casing element (5-1) of a first electric equipment , said casing element (5-1) being configured to house at least one electrical conductor configured to receive an electric current, said casing element (5-1) being characterised in that it comprises a pair of slots provided in a wall (5-10) of the casing element, the pair of slots comprising a slot on either side of a reception area (5-12A, 5-12B) configured to house said electrical conductor, and said pair of slots being provided to allow the insertion of a part (5-14) with a U-shaped section comprising a base (5-141) and two arms (5-142) parallel to one another and orthogonal to the base (5-141), said arms (5-142) being configured to be inserted in said slots on either side of said reception area (5-12A, 5-12B), so that the U-shaped part (5-14) is able to guide a magnetic flux generated by an electric current circulating in said electrical conductor .
A safety assembly for braking an elevator car comprising: a safety brake movable between a non-braking position and a braking position; a first electronic safety actuator ; and a second electronic safety actuator ; characterized by the first electronic safety actuator being operably coupled to the safety brake via a first link member ; and the second electronic safety actuator being operably coupled to the safety brake via a second link member ; wherein operation of the first electronic safety actuator applies a force to the first link member to move the safety brake from the non-braking position to the braking position and operation of the second electronic safety actuator applies a force to the second link member to move the safety brake from the non-braking position to the braking position. a safety brake movable between a non-braking position and a braking position; a first electronic safety actuator ; and a second electronic safety actuator ; characterized by the first electronic safety actuator being operably coupled to the safety brake via a first link member ; and the second electronic safety actuator being operably coupled to the safety brake via a second link member ; wherein operation of the first electronic safety actuator applies a force to the first link member to move the safety brake from the non-braking position to the braking position and operation of the second electronic safety actuator applies a force to the second link member to move the safety brake from the non-braking position to the braking position.