mhurhangee/ep-ind-claims huggingface dataset:
A front-loading laundry washing machine for household use, in particular a washing or washing/drying machine, comprising a cabinet within which a wash tub is arranged and having a load opening that can be closed by a door constrained to said cabinet, said door comprising a porthole glass and a frame (62; 62') supporting said porthole glass, said frame comprising a housing (8; 8'), a washing agent dispenser being received in said housing (8; 8') and being extractable from said housing (8; 8') characterized in that a recess-like housing is obtained in said frame for receiving the washing agent dispenser, said dispenser being extractable from said recess-like housing by subjecting said dispenser to at least one turning movement and at least one lifting movement.
A blood pump, comprising: - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing and rotatably supported in the pump casing by at least one bearing so as to be rotatable about an axis of rotation, the impeller having at least one blade (131, 132) for conveying blood from the blood flow inlet to the blood flow outlet, wherein the at least one bearing comprises a first bearing, the first bearing comprising at least one stationary bearing portion coupled to the pump casing and axially extending into the impeller at a first end of the impeller and having a stationary bearing surface that faces radially outwards, the bearing further comprising a rotating bearing surface (162, 163) interacting with the stationary bearing surface to form the bearing, wherein the rotating bearing surface (162, 163) faces radially inwards and is formed on a bearing structure (155; 153; 151, 152) coupled to an exposed radially inner edge of at least one of the at least one blade (131, 132), characterized in that the at least one bearing comprises a second bearing having a stationary bearing portion axially extending into the impeller at a second axial end opposing the first axial end of the impeller. - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing and rotatably supported in the pump casing by at least one bearing so as to be rotatable about an axis of rotation, the impeller having at least one blade (131, 132) for conveying blood from the blood flow inlet to the blood flow outlet,
A flow reactor fluidic module comprising: a reactant fluid module having an internal process fluid passage and an outer surface comprising a first major planar surface, the reactant fluid module having, at a portion thereof positioned between the internal process fluid passage and the first major planar surface, a thermal resistance R; a first thermal control fluid module comprising an internal thermal control fluid passage and an outer surface comprising a second major planar surface; a holding structure holding the reactant fluid module and the thermal control fluid module; and a gap separating the first major planar surface from the second major planar surface, the gap comprising an interchangeable or replaceable substance or sheet, the interchangeable or replaceable substance or sheet having a thermal resistance G across the gap, wherein G is not equal to R. a reactant fluid module having an internal process fluid passage and an outer surface comprising a first major planar surface, the reactant fluid module having, at a portion thereof positioned between the internal process fluid passage and the first major planar surface, a thermal resistance R; a first thermal control fluid module comprising an internal thermal control fluid passage and an outer surface comprising a second major planar surface; a holding structure holding the reactant fluid module and the thermal control fluid module; and a gap separating the first major planar surface from the second major planar surface, the gap comprising an interchangeable or replaceable substance or sheet, the interchangeable or replaceable substance or sheet having a thermal resistance G across the gap, wherein G is not equal to R.
An augmented system for repositioning teeth, said system comprising: a polymeric shell dental appliance shaped to receive and resiliently reposition a patient's dentition, a first contact surface coupled to said polymeric shell dental appliance, a first force-applying active mechanism and a second force-applying active mechanism; wherein said first contact surface is configured to contact said first force-applying active mechanism that is configured to be fixedly attached to a first dental feature of a tooth of said patients dentition, wherein said first force-applying active mechanism is configured to apply a first force between said first dental feature and said polymeric shell dental appliance at said first contact surface when said polymeric shell dental appliance engages said first force-applying active mechanism when the first force-applying active mechanism is fixedly attached to the first dental feature; the augmented system further comprising: a second contact surface coupled to said polymeric shell dental appliance, wherein said second contact surface is configured to contact said second force-applying active mechanism when it is fixedly attached to a second dental feature of said tooth, wherein said second force-applying active mechanism is configured to apply a second force between said second dental feature and said polymeric shell dental appliance at said second contact surface when said polymeric shell dental appliance engages said second force-applying active mechanism when the second force-applying active mechanism is fixedly attached to the second dental feature.
Material melting device for melting a work material and discharge of the melted work material, which material melting device comprises: - a cold part and a hot part comprising a head part, - a work material duct for feeding of said work material, which work material duct extends at least partially through the cold part to a melting chamber which is arranged in the hot part, wherein the hot part comprises a nozzle duct extending from the melting chamber to a nozzle opening such that melted work material can be flowed from the melting chamber and discharged from the nozzle opening, and which melting chamber has a cross sectional area which is larger than the cross-sectional area of the work material duct, and wherein the cold part comprises a cooling sleeve which at least partially is made from a thermally conducting material and which comprises a through-going opening through which the work material duct extends, the cooling sleeve being cooled by a cooling element, and wherein a sealing element is provided in the through-going opening of the cooling sleeve, and the work material duct extends through the sealing element, the sealing element abutting the head element at a contact area which has an area that is sufficiently large for the contact area to be self-sealing and leakage of molten work material is avoided. - a cold part and a hot part comprising a head part, - a work material duct for feeding of said work material, which work material duct extends at least partially through the cold part to a melting chamber which is arranged in the hot part,
A device for drying or heating and cooling bulk material, consisting of a rotatable drum with: - means for receiving the bulk material in a first region; - means for discharging the bulk material from a second region; - means for introducing hot gases in the first region; and - means for introducing cooling air in the second region, wherein a central region is arranged between the first region and the second region, said central region consisting of an annular structure with a first diaphragm and a second diaphragm with central diaphragm apertures (13A, 13B) each, which form two diaphragm planes parallel to each other, and comprise a plurality of transport channels (9A-9F) closed toward the central region for transporting the bulk material from the first region to the second region (A, C) of the rotatable drum, and wherein the transport channels (9A-9F) extend from the first diaphragm to the second diaphragm (8A, 8B) at a non-90° angle α relative to the two diaphragm planes, characterized in that the central region is divided by a separating wall parallel to the diaphragm planes for the separate guiding of the drying air and the cooling air and merely the transport channels (9A-9F) are exempt from the separating wall. - means for receiving the bulk material in a first region; - means for discharging the bulk material from a second region; - means for introducing hot gases in the first region; and - means for introducing cooling air in the second region,
A device for capacitive detection (100;200;300;400;500) of an object with respect to a detection surface, comprising: - at least one capacitive detection electrode, and - detection electronics comprising at least one electronics, called measurement electronics, for: ▪ polarizing said at least one detection electrode at an alternating potential (V G), called excitation potential, different from a ground potential, and ▪ measuring a signal, called measurement signal, relative to a capacitance, called electrode-object capacitance, between each detection electrode and said object; characterized in that the detection electronics also comprises, for said at least one measurement electronics, at least one first and one second separate calculation modules (124,126), operating in parallel, and supplying at least two independent detection signals for one and the same measurement signal originating from the measurement electronics. - at least one capacitive detection electrode, and - detection electronics comprising at least one electronics, called measurement electronics, for: ▪ polarizing said at least one detection electrode at an alternating potential (V G), called excitation potential, different from a ground potential, and ▪ measuring a signal, called measurement signal, relative to a capacitance, called electrode-object capacitance, between each detection electrode and said object; ▪ polarizing said at least one detection electrode at an alternating potential (V G), called excitation potential, different from a ground potential, and ▪ measuring a signal, called measurement signal, relative to a capacitance, called electrode-object capacitance, between each detection electrode and said object;
A control device for controlling a water level in a boiler, comprising - a fastening element apt to fasten the control device to a boiler wall, with a through hole defining an axis, - an insulator inserted into the hole of the fastening element, - a level probe having a portion coated by the insulator and one end destined to be within the boiler when the control device is fastened to the boiler wall, wherein there is provided a first abutment area which is circumferential and internal to the fastening element, characterized in that it comprises a sealing ring in that the insulator has a circumferential groove where the sealing ring is accommodated, and in that the sealing ring abuts against said first abutment area. - a fastening element apt to fasten the control device to a boiler wall, with a through hole defining an axis, - an insulator inserted into the hole of the fastening element, - a level probe having a portion coated by the insulator and one end destined to be within the boiler when the control device is fastened to the boiler wall,
A graphical user interface of a durable blood processing system including a clamp (36a-36d) and configured for use in combination with a disposable fluid flow circuit including a tubing line (22a, 22b, 34, 40) associable with the clamp (36a-36d), the graphical user interface comprising: a display; and a controller associated with the display, wherein the controller is programmed to determine the existence of an error in the way in which the fluid flow circuit is associated with the blood processing system and/or a defect in the fluid flow circuit and/or the blood processing system and, upon determining the existence of said error and/or defect, determine whether a selected system state exists, and cause a change in the appearance of the display to represent the existence of said error and/or defect, wherein, if the selected system state exists, the change in the appearance of the display includes displaying an interactive icon on the display that may be manipulated to cause the clamp (36a-36d) to be moved from a closed condition to an open condition. a display; and a controller associated with the display, wherein the controller is programmed to determine the existence of an error in the way in which the fluid flow circuit is associated with the blood processing system and/or a defect in the fluid flow circuit and/or the blood processing system and, upon determining the existence of said error and/or defect, determine whether a selected system state exists, and cause a change in the appearance of the display to represent the existence of said error and/or defect, wherein, if the selected system state exists, the change in the appearance of the display includes displaying an interactive icon on the display that may be manipulated to cause the clamp (36a-36d) to be moved from a closed condition to an open condition. determine whether a selected system state exists, and cause a change in the appearance of the display to represent the existence of said error and/or defect, wherein, if the selected system state exists, the change in the appearance of the display includes displaying an interactive icon on the display that may be manipulated to cause the clamp (36a-36d) to be moved from a closed condition to an open condition.
Aircraft floor comprising seat rails extending parallel to one another, at least one external seat rail being secured to the floor by means of at least one fastening device comprising a connecting bracket extending obliquely from a rear bottom end secured to the floor to a front top end secured to the external seat rail, so as to bear forces perpendicular to the plane of the floor and forces parallel to the plane of the floor, characterized in that the floor comprises a compartment-forming wall, said wall being vertical and perpendicular to the seat rail, and in that the top end of the bracket is also secured to said compartment-forming wall of the floor.
A use of a comb polymer KP as a dispersant in a binder composition containing an alkaline activating agent, wherein the activating agent is suitable in particular for activation of a latent hydraulic and/or puzzolanic binder, and wherein the comb polymer KP has a polymer backbone composed of multiple backbone monomers and has multiple polymer side chains, each composed of multiple side chain monomers and bound to the backbone, and wherein at least a portion of the backbone monomers have one or more ionizable groups, characterized in that a structure constant K of the comb polymer KP, which is defined as K = N - 1 ⁢ z 2 nP 9 / 5 ⁢ N 3 / 5 × 10 5, is at least equal to 70, wherein n indicates an average number of side chains per comb polymer molecule, N stands for the average number of backbone monomers per side chain, P indicates the average number of side chain monomers per side chain and z represents the average number of ionizable groups per side chain-free backbone monomer. n indicates an average number of side chains per comb polymer molecule, N stands for the average number of backbone monomers per side chain, P indicates the average number of side chain monomers per side chain and z represents the average number of ionizable groups per side chain-free backbone monomer.
Spray booth for leathers treatment comprising: - a bearing framework suitable to rest on a reference surface and in which a spraying area is defined where leathers treatment takes place by means of spraying in a nebulized form of natural and/or chemical products; - a support structure associated with said bearing framework and suitable to receive said leathers to be treated by means of said spraying of natural and/or chemical products; - an operating group which includes: • a movable element coupled with said bearing framework and facing said spraying area; • a distribution shaft removably coupled with said movable element through fixing means and defining a vertical longitudinal axis; • a plurality of support arms, each of which is connected with said movable element and provided with dispensing means suitable to spray in a nebulized form said natural and/or chemical products on said leathers, said distribution shaft communicating through hydraulic connection means with said dispensing means and with containment means housing said natural and/or chemical products to be sprayed on said leathers, characterized in that said fixing means comprise quick coupling means which make said distribution shaft easily removable from said spraying area, in such a way as to define for said distribution shaft an applicative position in which said distribution shaft is stably coupled with said bearing framework to exert its distributing function, and a non-applicative position in which said distribution shaft is separated from said bearing framework and said support arms. - a bearing framework suitable to rest on a reference surface and in which a spraying area is defined where leathers treatment takes place by means of spraying in a nebulized form of natural and/or chemical products; - a support structure associated with said bearing framework and suitable to receive said leathers to be treated by means of said spraying of natural and/or chemical products; - an operating group which includes: • a movable element coupled with said bearing framework and facing said spraying area; • a distribution shaft removably coupled with said movable element through fixing means and defining a vertical longitudinal axis; • a plurality of support arms, each of which is connected with said movable element and provided with dispensing means suitable to spray in a nebulized form said natural and/or chemical products on said leathers, • a movable element coupled with said bearing framework and facing said spraying area; • a distribution shaft removably coupled with said movable element through fixing means and defining a vertical longitudinal axis; • a plurality of support arms, each of which is connected with said movable element and provided with dispensing means suitable to spray in a nebulized form said natural and/or chemical products on said leathers,
Method for the adjustment of the supporting load (F s) of a central axle trailer comprising at least two axles (1, 2) with pneumatic suspension and a pneumatic suspension system (6, 7, 9, 14, 15, 16, 17, 18, 19, 24, 25, 26, 27, 28, 29), characterized in that the pneumatic suspension system (6, 7, 9, 14, 15, 16, 17, 18, 19, 24, 25, 26, 27, 28, 29) comprises separate pneumatic suspension circuits (15, 16, 17, 18, 19, 25, 26, 27, 28, 29) on the axle for at least two axles (1, 2) with pneumatic suspension of the central axle trailer, in which the respective quantities of air are able to be adjusted separately from one another, and that it is established whether the current supporting load (F s) is outside a permitted supporting load range (F smin, F smax) and, if it is the case that the current supporting load (F s) is outside the permitted supporting load range (F smin, F smax) when the permitted supporting load range (F smin, F smax) is exceeded, the current supporting load (F s) is reduced by separate alteration of the quantity of air in at least one of the pneumatic suspension circuits (15, 16, 17, 18, 19, 25, 26, 27, 28, 29) on the axle and when the permitted supporting load range (F smin, F smax) is fallen below, the current supporting load (F s) is increased by separate alteration of the quantity of air in at least one of the pneumatic suspension circuits (15, 16, 17, 18, 19, 25, 26, 27, 28, 29) on the axle, wherein if one or more of the axles (1, 2) are additionally configured as lifting axles, the axle lifting device of one or more lifting axles is automatically actuated if the current supporting load (F s) is outside the permitted supporting load range (F smin, F smax).
Filling head for a liquid tank in a vehicle, comprising: a housing which has a first housing part and a second housing part, which housing parts are connected to each other, wherein a receiving opening is formed in the first housing part, wherein a pump nozzle for admitting liquid can be introduced into the receiving opening, and wherein an angled outlet stub for discharging the supplied liquid into the liquid tank is formed in the second housing part; and a connecting stub for directing the liquid, wherein the connecting stub is arranged in the housing between the first housing part and the second housing part, wherein the connecting stub has a receptacle for receiving the pump nozzle, wherein the connecting stub furthermore has an angled outlet portion which is at least partially introduced into the angled outlet stub of the second housing part, wherein a sealing receptacle is formed in the second housing part, wherein a sealing projection is formed on an outer side of the connecting stub, wherein the sealing projection is connectable to the sealing receptacle in order to form a sealing labyrinth and in order to ensure fluidic sealing between the connecting stub and the second housing part. a housing which has a first housing part and a second housing part, which housing parts are connected to each other, wherein a receiving opening is formed in the first housing part, wherein a pump nozzle for admitting liquid can be introduced into the receiving opening, and wherein an angled outlet stub for discharging the supplied liquid into the liquid tank is formed in the second housing part; and a connecting stub for directing the liquid, wherein the connecting stub is arranged in the housing between the first housing part and the second housing part, wherein the connecting stub has a receptacle for receiving the pump nozzle, wherein the connecting stub furthermore has an angled outlet portion which is at least partially introduced into the angled outlet stub of the second housing part, wherein a sealing receptacle is formed in the second housing part, wherein a sealing projection is formed on an outer side of the connecting stub, wherein the sealing projection is connectable to the sealing receptacle in order to form a sealing labyrinth and in order to ensure fluidic sealing between the connecting stub and the second housing part.