mhurhangee/ep-ind-claims huggingface dataset:
Hand-held power tool, in particular electric hand-held power tool, having an identification module, which has a transponder that comprises at least one data storage for storing identification data, and comprises a radio module for transmitting the identification data, wherein the identification module is arranged such that it is integrated in a housing of the hand-held power tool, and wherein the identification module is electrically connected, or can be electrically connected, to an energy storage device of the hand-held power tool, and wherein the identification module has its own energy storage device, characterized in that the identification module's own energy storage device is realized so as to be replaceable and in that the housing of the hand-held power tool has a cover that closes or uncovers a replacement opening assigned to the identification module's own energy storage device, wherein the cover is held pivotably, displaceably or detachably on the housing of the hand-held power tool.
Motor vehicle comprising a ventilation device for supplying air to the interior of the vehicle, which ventilation device comprises at least one air outlet nozzle directed to the interior of the vehicle, to which air can be supplied via an air channel, wherein the air outlet nozzle has a first outlet region for the supplied air and a second outlet region, separated therefrom, which is connected with a channel via which a gaseous perfume can be supplied, characterised in that a flap-like shut-off element is provided via which the inflow cross-section for supplied air can be shut off, wherein the gaseous perfume flow can always be supplied independently of the position of the shut-off element.
Optical assembly comprising a pulsed light source for generating primary light pulses, a pulse splitter for splitting said primary light pulses into first and second secondary light pulses (6, 7), and a delay element for delaying said second secondary light pulses relative to said first secondary light pulses, where the pulse repetition rate of said pulsed light source is variable, characterized in that said optical assembly comprises a temperature stabilizer for thermally stabilizing said delay element, wherein said temperature stabilizer comprises a temperature sensor and at least one heating element and/or at least one cooling element.
Hydraulic actuator arrangement comprising a hydraulic actuator having a pressure chamber, a cylinder in a cylinder housing, and a piston connected to a piston rod, a hydraulic pump connected to the pressure chamber, and an electric motor driving the hydraulic pump, wherein the pump and the motor are arranged within the actuator, characterized in that a hydraulic pressure amplifier is arranged between the hydraulic pump and the pressure chamber, wherein the motor and the pump are arranged in the piston rod.
A patient support system comprising: a patient support structure to support a patient, the patient support structure comprising a frame and a mattress supported by the frame, the frame comprising a mattress support deck; control circuitry coupled to the patient support structure; at least one radio detection and ranging, RADAR, apparatus (12, 20, 22, 24) coupled to the patient support structure and arranged outside of the mattress, and an actuator operable to move a support plate and at least one RADAR antenna of the at least one RADAR apparatus (12, 20, 22, 24) supported on the support plate, relative to the deck of the frame along a longitudinal dimension of the deck, the control circuitry providing power to the at least one RADAR apparatus (12, 20, 22, 24) and receiving data from the at least one RADAR apparatus (12, 20, 22, 24), wherein the control circuitry performs at least one function in response to the data received from the at least one RADAR apparatus (12, 20, 22, 24).
A seal body for use with a torque tube, the seal body comprising: a first portion including an attachment mechanism adaptable to releasably secure a torque tube to the first portion; a second portion configured adjacent to the first portion, the second portion including a uniplanar sealing surface that, in use, is orthogonal to an axis of rotation of the torque tube, and a third portion axially opposite the first portion and second portion,the third portion extending from a radially inward facing innermost circumferential surface, defining a shaft opening, outward to an outermost circumferential surface, the third portion extending to a radial end plane and being configured for engagement with a seal ring and including at least one annular groove (110,114,122); wherein the uniplanar sealing surface is, in use, extendable across a uniplanar axial end face of the torque tube. a first portion including an attachment mechanism adaptable to releasably secure a torque tube to the first portion; a second portion configured adjacent to the first portion, the second portion including a uniplanar sealing surface that, in use, is orthogonal to an axis of rotation of the torque tube, and a third portion axially opposite the first portion and second portion,the third portion extending from a radially inward facing innermost circumferential surface, defining a shaft opening, outward to an outermost circumferential surface, the third portion extending to a radial end plane and being configured for engagement with a seal ring and including at least one annular groove (110,114,122);
A cleaning composition applicable to scalp and head hair which comprises Ingredient (a): an acylamino acid type surfactant 5 to 20 % by weight; Ingredient (b): a betaine-type ampholytic surfactant; and Ingredient (c): a non-ionic surfactant 1.5 to 10 % by weight, wherein the acylamino acid type surfactant of Ingredient (a) is a compound represented by the formula: R-NH-CH(COOX 1)((CH 2) n COOX 2) wherein R is an acyl group having 8 to 20 carbon atoms; n is 1; and X 1 and X 2 are each independently a hydrogen atom, an alkali metal, an alkaline earth metal, an ammonium group, or a cationic residue of a basic amino acid or an alkanolamine, wherein the amount of Ingredient (b) is from 0.4 to 1 times by weight as much as the amount of Ingredient (a); wherein the amount of Ingredient (b) is from 0.5 to 3 times by weight as much as the amount of Ingredient (c); and wherein the cleaning composition has a viscosity ranging from 300 to 4000 mPa · s at 20°C. Ingredient (a): an acylamino acid type surfactant 5 to 20 % by weight; Ingredient (b): a betaine-type ampholytic surfactant; and Ingredient (c): a non-ionic surfactant 1.5 to 10 % by weight, R is an acyl group having 8 to 20 carbon atoms; n is 1; and X 1 and X 2 are each independently a hydrogen atom, an alkali metal, an alkaline earth metal, an ammonium group, or a cationic residue of a basic amino acid or an alkanolamine, wherein the amount of Ingredient (b) is from 0.4 to 1 times by weight as much as the amount of Ingredient (a); wherein the amount of Ingredient (b) is from 0.5 to 3 times by weight as much as the amount of Ingredient (c); and wherein the cleaning composition has a viscosity ranging from 300 to 4000 mPa · s at 20°C.
A variable pitch boat propeller, of the type comprising at least one internal cylindrical body and at least one blade pivoted to an external cylindrical body (5.1, 5.2, 5.3) of the propeller constituted by one or more juxtaposed parts (5.1, 5.2, 5.3), and coaxial to said internal cylindrical body, said at least one internal cylindrical body being able to be fitted coaxially onto a motor shaft and being able to be constrained thereto by means of at least one lock nut, also comprising retaining means (6h, 8) to keep in assembled position, through interlocking, at least said internal cylindrical body, said external cylindrical body (5.1, 5.2, 5.3) and said at least one blade, said retaining means (6h, 8) cooperating with said internal cylindrical body of the propeller, further comprising means to constrain by coupling said at least one nut to at least a part of said external cylindrical body (5.1, 5.2, 5.3), characterized in that said retaining means comprise at least one elastic ring positioned between said at least one internal cylindrical body and said at least one external cylindrical body (5.1, 5.2, 5.3), or at least a part of said at least one external cylindrical body, and in that said at least one elastic ring is positioned at the external surface of the internal cylindrical body of the propeller, wherein said elastic ring is a Seeger type metal circlip, or a not open and elastically deformable metal ring.
A film printing method comprising: a drying step for drying a plastic composition; a heating step for melting the plastic composition to provide a gelatinized combination; an extruding step following the heating step for extruding the gelatinized combination; a blow molding step, wherein air is blown into the gelatinized combination to provide a film composition; a flattening step for flattening the film composition to provide an unfinished film; a first printing step for printing a drawing on a surface of the unfinished film to provide a printed film; a cutting step for cutting the printed film into predetermined lengths; and a rolling step for rolling up the printed film to provide a final film material, wherein the method further includes a repeating step and a laminating step which are set between the first printing step and the cutting step; wherein in the repeating step, the above steps from drying step to the first printing step are repeated to produce another printed film, and the laminating step laminates the two printed films together. a drying step for drying a plastic composition; a heating step for melting the plastic composition to provide a gelatinized combination; an extruding step following the heating step for extruding the gelatinized combination; a blow molding step, wherein air is blown into the gelatinized combination to provide a film composition; a flattening step for flattening the film composition to provide an unfinished film; a first printing step for printing a drawing on a surface of the unfinished film to provide a printed film; a cutting step for cutting the printed film into predetermined lengths; and a rolling step for rolling up the printed film to provide a final film material, wherein the method further includes a repeating step and a laminating step which are set between the first printing step and the cutting step; wherein in the repeating step, the above steps from drying step to the first printing step are repeated to produce another printed film, and the laminating step laminates the two printed films together.
Rotary electrical machine, comprising at least one electrical equipment item consisting of an overmoulded electric motor or an overmoulded magnetic suspension system, said electrical equipment item comprising, on the one hand, a rotor and, on the other hand, a stator comprising pole pieces and windings surrounding these pole pieces, the stator being equipped with at least one coating for protection against an aggressive environment, on its face situated facing the rotor and which delimits an air gap (e) situated between the stator and the rotor, the protective coating added on to the face of the stator placed facing the rotor having parts set back relative to the end surfaces delimiting the air gap (e), these set back parts being distributed over the circumference of the stator, characterized in that the machine comprises an overmoulding which coats all of the windings of the stator and is produced to the level of the end surfaces of the pole pieces, but grooves are formed in the overmoulding between at least some of said pole pieces so as to form the set back parts, in that the machine comprises a jacket which defines crenelated parts which project into the notches defined between at least some of the pole pieces so as to form the set back parts, in that the crenelated parts of the jacket are arranged in the grooves formed in the overmoulding, and in that the jacket is produced in electrically conductive material and the crenelated parts of the jacket are arranged in areas corresponding to one notch out of two of the notches formed between the pole pieces.
An enclosure for minimising egress of hazardous gases released from post process chamber equipment (6, 8) during operation thereof, the enclosure comprising:- a structural frame describing an outer envelope of post process chamber equipment to be housed therein; and an outlet, configured to be connected to an extraction system; and a plurality of panels, characterised in that each of said plurality of panels comprises a sub-frame (20a, 20b) to which is connected a mesh layer (18a, 18b, 18c) in combination with a non-porous, membrane layer (16, 16a, 16b, 26), the layers (18, 16) being substantially co-planar with one another, wherein the panels are mounted to the enclosure frame in a contiguous manner such that, in use, a pressure internal to the enclosure, lower than that experienced external to the enclosure, can be maintained thereby inhibiting inadvertent egress of any hazardous gases present in the enclosure. a structural frame describing an outer envelope of post process chamber equipment to be housed therein; and an outlet, configured to be connected to an extraction system; and a plurality of panels, characterised in that each of said plurality of panels comprises a sub-frame (20a, 20b) to which is connected a mesh layer (18a, 18b, 18c) in combination with a non-porous, membrane layer (16, 16a, 16b, 26), the layers (18, 16) being substantially co-planar with one another, wherein the panels are mounted to the enclosure frame in a contiguous manner such that, in use, a pressure internal to the enclosure, lower than that experienced external to the enclosure, can be maintained thereby inhibiting inadvertent egress of any hazardous gases present in the enclosure.
Device for layer-wise manufacturing a three-dimensional object from a source material in powder form with a construction space, in which the three-dimensional object is manufactured, and with a container for accommodating the manufactured object and the non-solidified powder surrounding this object, wherein the container surrounds a volume and is open on its downward facing side, characterized in that the open side of the container is closable by a closure element, and the manufactured object and the non-solidified powder surrounding this object is insertable together with the closure element out of the construction space from below through the open side into the container.
A method of friction-stir welding, FSW, a joint between a first workpiece and a second workpiece, the method comprising: performing a first pass of FSW of the joint by moving therealong a first tool, comprising a first probe rotating in a first rotational direction, in a first movement direction defining a first line, on a first side of the joint, comprising: inserting the first probe to a first depth, thereby providing a first welded region; performing a second pass of FSW of the joint by moving therealong a second tool, comprising a second probe rotating in a second rotational direction, in a second movement direction defining a second line, on the first side of the joint, comprising: inserting the second probe to a second depth, thereby providing a second welded region; and fully withdrawing the second probe, thereby resulting in a second exit hole; the method being characterised by during the first pass of FSW withdrawing partially the first probe, thereby providing a first partially welded and/or unwelded region; and fully withdrawing the first probe, thereby resulting in a first exit hole; and in that the second welded region includes the first exit hole; the second exit hole is included in the first welded region wherein withdrawing partially the first probe comprises withdrawing the first probe from the first depth while moving the first tool in the first movement direction; wherein inserting the second probe to the second depth comprises inserting the second probe proximal to and/or into the first exit hole; and wherein the second welded region includes the first partially welded and/or unwelded region. performing a first pass of FSW of the joint by moving therealong a first tool, comprising a first probe rotating in a first rotational direction, in a first movement direction defining a first line, on a first side of the joint, comprising: inserting the first probe to a first depth, thereby providing a first welded region; performing a second pass of FSW of the joint by moving therealong a second tool, comprising a second probe rotating in a second rotational direction, in a second movement direction defining a second line, on the first side of the joint, comprising: inserting the second probe to a second depth, thereby providing a second welded region; and fully withdrawing the second probe, thereby resulting in a second exit hole; the method being characterised by during the first pass of FSW withdrawing partially the first probe, thereby providing a first partially welded and/or unwelded region; and fully withdrawing the first probe, thereby resulting in a first exit hole; and in that the second welded region includes the first exit hole; the second exit hole is included in the first welded region wherein withdrawing partially the first probe comprises withdrawing the first probe from the first depth while moving the first tool in the first movement direction; wherein inserting the second probe to the second depth comprises inserting the second probe proximal to and/or into the first exit hole; and wherein the second welded region includes the first partially welded and/or unwelded region.
A parking brake device (10, 110, 210, 310, 410, 510, 610, 710, 810, 910) having at least one first connecting line (12a, 112a, 212a, 312a, 412a, 512a, 628a, 738a, 828a, 938a) to a compressed-air source; at least one second connecting line (50a, 150a, 250a, 350a, 450a, 550a, 650a, 750a, 850a, 950a) to a compressed-air source; at least one electronically actuatable bistable valve arrangement for actuating a spring brake cylinder; and at least one further electronically actuatable redundancy control valve arrangement for actuating a redundant brake system, characterised in that there are provided at least one first electronic control module and at least one second electronic control module that can be operated independently of one another, it being possible to actuate the bistable valve arrangement by means of the first electronic control module and it being possible to actuate the redundancy control valve arrangement independently thereof by means of the second electronic control module.
A method for preparing a forming optic for the manufacture of an ophthalmic lens, the method comprising the steps of: applying a solution comprising sulfuric acid (H 2 SO 4) and hydrogen peroxide (H 2 O 2); rinsing the forming optic with methanol; drying the forming optic in particulate free atmosphere; and placing the optic in a first container capable of providing a barrier to an ambient atmosphere with flourosilane. applying a solution comprising sulfuric acid (H 2 SO 4) and hydrogen peroxide (H 2 O 2); rinsing the forming optic with methanol; drying the forming optic in particulate free atmosphere; and placing the optic in a first container capable of providing a barrier to an ambient atmosphere with flourosilane.
Foliage cutting device (1 - 6) on an apparatus for handling plants which is displaceable along a plant or a row of plants, wherein the foliage cutting device has a plurality of rotating or oscillating cutters by which parts of the foliage or branches of a plant or a row of plants are able to be trimmed, wherein the foliage cutting device has at least one cutter bar that extends across the region of the plant to be handled, and the cutters are in each case disposed in a cutting plane directed towards the plant so as to be adjacent across the length of the cutter bar, wherein the cutters are able to be covered with a protective device which interacts with further housing parts or panels of the cutter bar, wherein the protective device is designed as a hood which extends across the length of the cutter bar and is pivotable or displaceable along the longitudinal extent of the cutter bar and in the direction towards the cutters and their cutting plane, wherein the hood in the closed state covers the cutters at least in the cutting plane, wherein the protective device, designed as a pivotable or displaceable hood, is curved concavely towards the cutting plane, characterized in that the hood in the opened position offers a convexly designed external contour which at least partially covers the rear side of the cutter bar and the rear side of drive elements disposed therein.
A method of providing an anti-microbial coating on an object, comprising the steps of: pre-treating the object in a first oxygen plasma to graft oxygen-based functional groups on the surface of the object by plasma enhanced chemical vapour deposition; coating the pre-treated object with a suspension of particulate graphene oxide to provide a graphene oxide coating on the object; treating the object in a hydrocarbon plasma to deposit an amorphous hydrocarbon film on the graphene oxide coating by plasma enhanced chemical vapour deposition; and treating the object in a second oxygen plasma configured to etch and flatten the coatings on the surface of the object, wherein the surface of the object optionally comprises a polymer, metal or a metal alloy. pre-treating the object in a first oxygen plasma to graft oxygen-based functional groups on the surface of the object by plasma enhanced chemical vapour deposition; coating the pre-treated object with a suspension of particulate graphene oxide to provide a graphene oxide coating on the object; treating the object in a hydrocarbon plasma to deposit an amorphous hydrocarbon film on the graphene oxide coating by plasma enhanced chemical vapour deposition; and treating the object in a second oxygen plasma configured to etch and flatten the coatings on the surface of the object,