mhurhangee/ep-ind-claims huggingface dataset:
A paint roller with a holder having a handle, wherein the holder has a roller bearing on which an ink roller is rotatably mounted, wherein two roller bearings are provided which open out on opposite sides of the holder, wherein an ink roller is mounted on each roller bearing, wherein coverings of the paint rollers adjoin one another at least approximately without gaps, wherein the holder has an outlet region at its upper end, wherein the roller bearings open out at opposite outlet sides of the outlet region, wherein end faces of the tubular base body of the paint rollers are arranged opposite one another at the outlet region, characterised in that on the end faces of the tubular base body conically shaped, elastically deformable lining segments (13, a, 13b), which widen towards the opening region, are pressed against one another and that elastically deformable conical base body segments, to which lining segments are applied, open out at the end faces of the tubular base body, wherein, due to the conical shape of the base body segments, the coating segments project outwards beyond the outer circumferential surface of the respective tubular base body with the coating applied thereto, wherein, when paint is applied, the paint rollers of the paint roller are guided against a support and the coating segments are elastically deformed there and pressed together so that they adjoin one another there at least approximately without gaps, whereby a gapless application of paint is effected with the paint roller. the holder has a roller bearing on which an ink roller is rotatably mounted, wherein two roller bearings are provided which open out on opposite sides of the holder, wherein an ink roller is mounted on each roller bearing, wherein coverings of the paint rollers adjoin one another at least approximately without gaps, wherein the holder has an outlet region at its upper end, wherein the roller bearings open out at opposite outlet sides of the outlet region, wherein end faces of the tubular base body of the paint rollers are arranged opposite one another at the outlet region, characterised in that on the end faces of the tubular base body conically shaped, elastically deformable lining segments (13, a, 13b), which widen towards the opening region, are pressed against one another and that elastically deformable conical base body segments, to which lining segments are applied, open out at the end faces of the tubular base body, wherein, due to the conical shape of the base body segments, the coating segments project outwards beyond the outer circumferential surface of the respective tubular base body with the coating applied thereto, wherein, when paint is applied, the paint rollers of the paint roller are guided against a support and the coating segments are elastically deformed there and pressed together so that they adjoin one another there at least approximately without gaps, whereby a gapless application of paint is effected with the paint roller.
A hydropneumatic spring-damping device, in particular for wheeled or track vehicles, comprising at least one Hydrop element having a gas chamber (1 h), characterised in that the Hydrop element comprises a heat exchanger, wherein the heat exchanger is arranged on the Hydrop element in such a manner that said heat exchanger cools the temperature of the gas in the gas chamber (1 h), and that the heat exchanger can be connected to a cooling device via a cooling circuit.
A method of producing an aerosol with an aerosol generator comprising: a flow passage including an inlet end, an outlet end and a first flow section; a constriction at the outlet end of the flow passage, the constriction defining a second flow section of the flow passage downstream from the first flow section; and a heater (32,34) arranged along the first flow section which is adapted to heat liquid in the first flow section to produce vapor in the first flow section which is expelled from the outlet end, wherein the flow passage comprises a laminate structure including a first piece having a surface in which a groove or channel is formed, and a second piece that is adapted to cover the groove or channel to define the flow passage, the method comprising: supplying a liquid to the inlet end of the flow passage including the outlet end, the first flow section and the constriction at the outlet end, the constriction defining a second flow section of the flow passage downstream from the first flow section; and heating the liquid in the first flow section to produce vapor in the first flow section which is expelled with droplets of liquid from the outlet end whereby the droplets of expelled liquid are broken up into smaller droplets. a flow passage including an inlet end, an outlet end and a first flow section; a constriction at the outlet end of the flow passage, the constriction defining a second flow section of the flow passage downstream from the first flow section; and a heater (32,34) arranged along the first flow section which is adapted to heat liquid in the first flow section to produce vapor in the first flow section which is expelled from the outlet end, wherein the flow passage comprises a laminate structure including a first piece having a surface in which a groove or channel is formed, and a second piece that is adapted to cover the groove or channel to define the flow passage, the method comprising: supplying a liquid to the inlet end of the flow passage including the outlet end, the first flow section and the constriction at the outlet end, the constriction defining a second flow section of the flow passage downstream from the first flow section; and heating the liquid in the first flow section to produce vapor in the first flow section which is expelled with droplets of liquid from the outlet end whereby the droplets of expelled liquid are broken up into smaller droplets. supplying a liquid to the inlet end of the flow passage including the outlet end, the first flow section and the constriction at the outlet end, the constriction defining a second flow section of the flow passage downstream from the first flow section; and heating the liquid in the first flow section to produce vapor in the first flow section which is expelled with droplets of liquid from the outlet end whereby the droplets of expelled liquid are broken up into smaller droplets.
An insect repellent composition comprising (a) lemongrass oil, (b) p-menthane-3,8 diol and (c) vanillin, wherein the p-menthane-3,8-diol and lemongrass oil are present in a weight ratio from 10:1 to 2:1 PMD:lemongrass oil.
A method of designing a prosthetic implant, comprising the steps of: (a) obtaining three dimensional data corresponding to an existing or prototype orthopaedic implant or component thereof; (b) obtaining three dimensional data corresponding to a same type of bone to provide a population of bone data comprising multiple bones, where each of the multiple bones mimics a bone resurfaced to receive the existing or prototype orthopaedic implant or component thereof; (c) associating, separately, at least two of the multiple bones from the population with the three dimensional data corresponding to the existing or prototype orthopaedic implant or component thereof to establish a virtual replacement; (d) taking the virtual replacement through a simulated range of movement and recording data to generate statistics throughout the range of movement; and (e) responsive to the statistics, modifying the existing or prototype orthopaedic implant or component thereof to create a modified orthopaedic implant, and manufacturing the modified orthopaedic implant. (a) obtaining three dimensional data corresponding to an existing or prototype orthopaedic implant or component thereof; (b) obtaining three dimensional data corresponding to a same type of bone to provide a population of bone data comprising multiple bones, where each of the multiple bones mimics a bone resurfaced to receive the existing or prototype orthopaedic implant or component thereof; (c) associating, separately, at least two of the multiple bones from the population with the three dimensional data corresponding to the existing or prototype orthopaedic implant or component thereof to establish a virtual replacement; (d) taking the virtual replacement through a simulated range of movement and recording data to generate statistics throughout the range of movement; and (e) responsive to the statistics, modifying the existing or prototype orthopaedic implant or component thereof to create a modified orthopaedic implant, and manufacturing the modified orthopaedic implant.
A ceramic covering system for covering a space including the following elements: • a plurality of rectangular first support panels having a predefined size, each provided with tongued and grooved configurations on two of its opposing sides, and provided with a plurality of fixing points distributed according to a pattern forming part of a first repetitive array of fixing points; • a plurality of covering ceramic pieces anchored to said fixing points of the first support panels by fixing means; characterized in that the system includes: a support structure made up of a plurality of support profiles formed in curved segments, and optionally also straight segments, together defining an enclosure for the space to be covered, the geometry of said enclosure including one or more first areas formed by developable surfaces with isometry with respect to a plane, optionally also including planar surfaces; a plurality of curved first support panels, and optionally also planar first support panels being fixed on a plurality of support profiles covering one or more first areas being adapted to the geometry thereof and said plurality of first support panels being laterally attached to one another by means of said tongued and grooved configurations provided on their sides and said first array of fixing points having continuity between the laterally adjacent first support panels, each of said first support panels being fixed on at least two of said support profiles which are contiguous; and said plurality of ceramic pieces being anchored at the anchoring points distributed throughout the first areas according to the first array. • a plurality of rectangular first support panels having a predefined size, each provided with tongued and grooved configurations on two of its opposing sides, and provided with a plurality of fixing points distributed according to a pattern forming part of a first repetitive array of fixing points; • a plurality of covering ceramic pieces anchored to said fixing points of the first support panels by fixing means; a support structure made up of a plurality of support profiles formed in curved segments, and optionally also straight segments, together defining an enclosure for the space to be covered, the geometry of said enclosure including one or more first areas formed by developable surfaces with isometry with respect to a plane, optionally also including planar surfaces; a plurality of curved first support panels, and optionally also planar first support panels being fixed on a plurality of support profiles covering one or more first areas being adapted to the geometry thereof and said plurality of first support panels being laterally attached to one another by means of said tongued and grooved configurations provided on their sides and said first array of fixing points having continuity between the laterally adjacent first support panels, each of said first support panels being fixed on at least two of said support profiles which are contiguous; and said plurality of ceramic pieces being anchored at the anchoring points distributed throughout the first areas according to the first array.
Switchgear, in particular a disconnector or grounding switch, comprising an electrically conductive movable unit comprising an electrically conductive main body including both a main contact and an arcing contact; the switchgear being characterized in that said electrically conductive movable unit also comprises a secondary body mounted to move in sliding relatively to said main body along a movement direction of said electrically conductive unit, said secondary body being designed to be connected to a connection point of a drive device of said electrically conductive unit, said electrically conductive unit further comprising resilient return means interposed between said main body and said secondary body, and said switchgear being designed so that during an opening operation said resilient return means can firstly store energy as a result of the secondary body moving relative to the main body, and can then release the stored energy in order to cause said main body to accelerate.
A front post for in-wall frames of retractable sliding doors, which is substantially C-shaped so as to define a base and a first pair of lateral wings (3a, 3b), one or more seats (14a, 14b) being provided on said base in which there are removably coupled one or more flaps (15a, 15b) which protrude at right angles from a first tab of an L-shaped fin whose second tab can be coupled to a surface of a covering, said one or more flaps (15a, 15b) being removably coupled by way of an initial insertion according to an axis that is perpendicular to said base and a subsequent sliding according to an axis that is longitudinal to said base, said one or more seats (14a, 14b) being provided on said base and being slot-shaped with their axis parallel to the longitudinal axis of said front post, and being adapted to enable the removable coupling of said one or more flaps (15a, 15b), said one or more flaps (15a, 15b) being T-shaped, so as to define a shank (16a, 16b) and a head (17a, 17b) which protrude on a same plane at right angles to the end of a first tab of said L-shaped fin.
A crosshead comprising: a core disposed in a die to be free to move vertically; an annular discharge port formed between the die and the core; and a pair of separators (5, 5a) provided in a lower portion of the core or the die to form a parison discharged from the annular discharge port into bisected sheets, the crosshead being characterized in having a first dividing body of a separator body of each of the separators (5, 5a) is biased at all times toward a second dividing body, which is fixed to the die or core side, via a biasing body, and the first and second dividing bodies (33, 40) contact each other so as to be capable of sliding relative to each other in a vertical direction. a core disposed in a die to be free to move vertically; an annular discharge port formed between the die and the core; and a pair of separators (5, 5a) provided in a lower portion of the core or the die to form a parison discharged from the annular discharge port into bisected sheets, the crosshead being characterized in having a first dividing body of a separator body of each of the separators (5, 5a) is biased at all times toward a second dividing body, which is fixed to the die or core side, via a biasing body, and the first and second dividing bodies (33, 40) contact each other so as to be capable of sliding relative to each other in a vertical direction.
Plug-in connection comprising a at least one plug, which has a plug-in base, and a coupler, which can be operatively connected to the said plug and has at least one contact carrier with a protective collar, wherein the protective collar and the contact carrier can be moved separately from one another and relative to one another, and the protective collar, the contact carrier, which has contact chambers, and also the plug-in base have latching means which can be operatively connected to one another in such a way and which have the effect that the protective collar is first moved to a preliminary locking position with the contact carrier, wherein the contact carrier is then plug-connected to the plug-in base and, after plug-connection is complete, the protective collar is moved in the direction of the plug-in base and there is locked in an end position, characterized in that the plug-in base has at least one first latching lug for the preliminary locking with the protective collar and at least one further latching lug for the final locking with the protective collar, wherein the latching lugs (8, 9) are arranged at a distance from one another in the operating direction of the protective collar.
A ceramic sintered body comprising silicon carbide as the parent material, and also a solid lubricant A with a mean particle size of no greater than 5 μm and a solid lubricant B with a mean particle size of 10-70 μm, wherein solid lubricant A and solid lubricant B are composed of graphite, and which contains solid lubricant A at 3-10 parts by weight and solid lubricant B at 2-8 parts by weight with respect to 100 parts by weight of silicon carbide.
A permanent-magnet reluctance electrical rotary machine comprising: a stator having a winding as an armature; and a rotor including a rotor core, a pair of permanent magnet implanting slots provided in the rotor core at both sides of a magnetic pole portion configured to produce reluctance torque along a direction of magnetic flux passing through the magnetic pole portion to produce reluctance torque, and permanent magnets inserted in the permanent magnet implanting slots, respectively, wherein the permanent magnets residing at both sides of the magnetic pole portion have magnetization directions having identical senses to each other, and permanent magnets paired to be located at both sides of an interpolar portion have magnetization directions having mutually opposite senses in a circumferential direction of the rotor, so as to cancel magnetic flux of the armature intersecting that magnetic flux, to control a magnetic field leaking at an end of the magnetic pole portion, the rotor core including the interpolar portions is composed of laminations of magnetic steel sheets, the rotor has eight poles, characterised in that the rotor is configured to meet a relationship, such that 1.6 ≤ P × W pm R ≤ 1.9 where W pm [mm] is a width of each of the permanent magnets, R [mm] is an outer-diametrical radius of the rotor, and P is a pole number. a stator having a winding as an armature; and a rotor including a rotor core, a pair of permanent magnet implanting slots provided in the rotor core at both sides of a magnetic pole portion configured to produce reluctance torque along a direction of magnetic flux passing through the magnetic pole portion to produce reluctance torque, and permanent magnets inserted in the permanent magnet implanting slots, respectively, wherein the permanent magnets residing at both sides of the magnetic pole portion have magnetization directions having identical senses to each other, and permanent magnets paired to be located at both sides of an interpolar portion have magnetization directions having mutually opposite senses in a circumferential direction of the rotor, so as to cancel magnetic flux of the armature intersecting that magnetic flux, to control a magnetic field leaking at an end of the magnetic pole portion, the rotor core including the interpolar portions is composed of laminations of magnetic steel sheets, the rotor has eight poles, characterised in that the rotor is configured to meet a relationship, such that 1.6 ≤ P × W pm R ≤ 1.9 where W pm [mm] is a width of each of the permanent magnets, R [mm] is an outer-diametrical radius of the rotor, and P is a pole number.
A mobile phone comprising: a first housing; a second housing; and a dual connection member for interconnecting the first housing and the second housing in such a manner that the second housing is rotatable about a first hinge axis toward or away from the first housing, wherein the first and second housings are connected to the dual connection member while being rotatable about third and second hinge axes, respectively, wherein the third and second hinge axes extend perpendicular to the front and rear faces of the first and second housings and are eccentrically positioned in relation to centers of the first and second housings, respectively, characterized in that the dual connection member causes the third and second hinge axes to be slid as the first and second housings are rotated. a first housing; a second housing; and a dual connection member for interconnecting the first housing and the second housing in such a manner that the second housing is rotatable about a first hinge axis toward or away from the first housing, wherein the first and second housings are connected to the dual connection member while being rotatable about third and second hinge axes, respectively, wherein the third and second hinge axes extend perpendicular to the front and rear faces of the first and second housings and are eccentrically positioned in relation to centers of the first and second housings, respectively, characterized in that the dual connection member causes the third and second hinge axes to be slid as the first and second housings are rotated.
A hinged device of a lid and a body of a toilet, which is used to assemble a lid component to a ceramic body of a toilet, comprising a rotation shaft, the lid component rotates about the rotation shaft, a base is disposed on the ceramic body, the base is disposed with a supporting pin, the rotation shaft comprises a switch element and a damper, wherein: the switch is disposed with a hole extending in radial direction, the switch element is disposed with a slot in axial direction, the slot and the hole are connected; the supporting pin is disposed with a groove in radial direction, the support pin of the base is inserted into the hole of the switch element; an insert, movably disposed inside the slot of the switch element, the insert is locked to the groove of the support pin under the work of an elastic force so as to lock the supporting pin to the switch element; the upper end of the base is disposed with a step, characterized in that the bottom surface of the hinged device is disposed on the step, the step bears the lid component, and the radial hole of the switch element is a through hole. the switch is disposed with a hole extending in radial direction, the switch element is disposed with a slot in axial direction, the slot and the hole are connected; the supporting pin is disposed with a groove in radial direction, the support pin of the base is inserted into the hole of the switch element; an insert, movably disposed inside the slot of the switch element, the insert is locked to the groove of the support pin under the work of an elastic force so as to lock the supporting pin to the switch element; the upper end of the base is disposed with a step, characterized in that the bottom surface of the hinged device is disposed on the step, the step bears the lid component, and the radial hole of the switch element is a through hole.
An upper receiver of a firearm having a bolt carrier, a charging handle, a fire control mechanism and a magazine, said upper receiver comprising: a metal tube having a sidewall defining an inner surface supporting said bolt carrier and motion thereof between an open position and a battery position; a polymer shroud surrounding at least a portion of said metal tube; a first opening in said sidewall and a first opening in said polymer shroud overlying said first opening in said sidewall, said first openings (32, 70) defining an ejector port. a metal tube having a sidewall defining an inner surface supporting said bolt carrier and motion thereof between an open position and a battery position; a polymer shroud surrounding at least a portion of said metal tube; a first opening in said sidewall and a first opening in said polymer shroud overlying said first opening in said sidewall, said first openings (32, 70) defining an ejector port.