mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, comprising: - a light source, - a light source support, to which the light source is fastened, - a cover that extends longitudinally along a longitudinal axis between a first end and a second end (24, 26), said cover defining an inside space, said light source support and said light source being arranged in the inside space, and each of the first and second ends (24, 26) having a respective opening (32, 32'), the light source support being adapted to be moved in part or in full out from the inside space through the said opening (32, 32'), - a closure member for closing at least one of the openings (32, 32') at the first and second ends, the closure member being movable between a closed position in which the closure member closes the opening, and an open position in which the closure member does not close the opening (32, 32'), and - a connector having a first connection member and a second connection member, wherein the first connection member is arranged in the inside space and the second connection member is provided on the closure member of the first end, wherein in the closed position of the closure member, the first and second connection members (20, 22) are electrically connected together by an electrical contact, and wherein the electrical contact is a butt contact in the inside space of the cover, characterized in that the first connection member comprises a distal container, the distal container receiving a distal body and a spring, the distal body being movable in translation along an axis parallel to the distal container direction (Xd), the distal body, comprising an electrical contact element made up of a plurality of electrical contacts, each electrical contact being mounted on internal spring to ensure butt contact. - a light source, - a light source support, to which the light source is fastened, - a cover that extends longitudinally along a longitudinal axis between a first end and a second end (24, 26), said cover defining an inside space, said light source support and said light source being arranged in the inside space, and each of the first and second ends (24, 26) having a respective opening (32, 32'), the light source support being adapted to be moved in part or in full out from the inside space through the said opening (32, 32'), - a closure member for closing at least one of the openings (32, 32') at the first and second ends, the closure member being movable between a closed position in which the closure member closes the opening, and an open position in which the closure member does not close the opening (32, 32'), and - a connector having a first connection member and a second connection member,
A vane-type compressed air motor, comprising a casing, a rotor and vanes, the casing being provided with an air inlet and an air outlet, and a plurality of vanes being inserted into the rotor which is disposed inside the casing to form a rotating body, wherein the vane-type compressed air motor further comprises: vane stoppers, an inner retainer ring, stop bearings and a kit, the vane stoppers are respectively disposed on two sides of an inner end side of the vane to form a protruding limit stop; the inner retainer ring is connected to an upper central portion of the rotor for pushing the limit stop of the vane outwards; the stop bearings are respectively disposed at upper and lower portions of the rotor to restrict the vane stopper from moving outwards; characterised in that the kit is composed of an upper cover and a lower cover respectively disposed at two ends of the rotor, with inner side surfaces of the upper cover and the lower cover being provided with guide grooves, the vanes being movable within the guide grooves.
A recording medium comprising: a substrate; and an ink-receiving layer, wherein the ink-receiving layer contains an inorganic particle and a binder, and does not contain any water-soluble resin or contains a water-soluble resin such that a ratio of a content of the water-soluble resin to a content of the binder in the ink-receiving layer is 20% by mass or less, the binder contains at least one component selected from the group consisting of acrylic resins, polycarbonate-modified urethane resins, and polyether-modified urethane resins, and for the recording medium, a ratio of a total pore volume in a pore radius range of 7 nm or more and 20 nm or less to a total pore volume in a pore radius range of 0 nm or more and 20 nm or less is 25% by volume or less. a substrate; and an ink-receiving layer, wherein the ink-receiving layer contains an inorganic particle and a binder, and does not contain any water-soluble resin or contains a water-soluble resin such that a ratio of a content of the water-soluble resin to a content of the binder in the ink-receiving layer is 20% by mass or less, the binder contains at least one component selected from the group consisting of acrylic resins, polycarbonate-modified urethane resins, and polyether-modified urethane resins, and for the recording medium, a ratio of a total pore volume in a pore radius range of 7 nm or more and 20 nm or less to a total pore volume in a pore radius range of 0 nm or more and 20 nm or less is 25% by volume or less.
A cat scratcher attractant device comprising a substantially vertically extending cylindrical housing having a centrally located axis, said housing having an exterior surface supporting a cat scratcher and a cap positioned atop said housing having a geometric center coextensive with said centrally located axis, a rotatable spindle positioned atop said cap at said centrally located axis, first and second wands (13,14) each having first and second ends, the first end of each wand being fixed to said spindle and the second end of each wand supporting an attractant (21, 22), said wands being positioned on diametrically opposite sides of said spindle such that lateral force being applied to either wand or attractant will cause both wands to rotate, together with said spindle, about said centrally located axis, said cat scratcher characterized in that said first and second wands are selectively removable from said rotatable spindle, and further characterized by comprising a plurality of pairs of first and second wands from which a pet owner may select, each said pair being of a different respective stiffness with a view to defining the arcs of curvature imposed upon them by the weight of attractants (21,22).
Swivel device arranged for providing a swiveling passage to a fluid from a first fluid pipe to a second fluid pipe via a fluid channel extending through a female swivel member and a male swivel member, the male swivel member extending inside the female swivel member and the swivel members being mutually swiveling borne by a rolling-element bearing configuration; where said female swivel member comprises a first pipe connection flange member, arranged to be welded to said first fluid pipe, as well as an female annular one-piece member being part of said rolling-element bearing configuration, wherein the outer face of the female annular one-piece member forms the outer boundary of the female swivel member, wherein a side face of the female annular one-piece member is provided with internal thread holes for receiving screws from the first pipe connection flange member, and wherein the inner face of the female annular one-piece member is provided with an annular groove for receiving the rolling elements; wherein said male swivel member comprises a second pipe connection member, arranged to be welded to said second fluid pipe, wherein the second pipe connection member supports a male rolling-element bearing annular member being part of said rolling-element bearing configuration, wherein the male rolling-element bearing annular member is arranged to receive, at its outside, said rolling elements; wherein the female annular one-piece member and the male rolling-element bearing annular member of the rolling-element bearing configuration are made of a hard, wear resistant steel type having a Rockwell C scale hardness of greater then 45, and wherein said first pipe connection flange member and said female annular one-piece member are interconnected by screw joints, characterized, in that the male rolling-element bearing annular member is fittingly received in an annular recess at the outside of the second pipe connection member and the second pipe connection member encloses the male rolling-element bearing annular member at three sides: around its axial side faces and its inside face.
A passenger seat assembly comprising: (a) at least one seat back support; (b) at least one seat pan coupled to the at least one seat back support; (c) at least one pair of armrests coupled to the at least one seat back support, and (d) a seat support structure comprising at least one seat pan mounting surface and a framework, wherein the at least one seat pan is coupled to the at least one seat pan mounting surface; characterised in that each armrest comprises an upper portion, said upper portion further comprises at least two overlapping sections (52A, 52B) arranged so that a forward portion of a top section does not overlap an aft portion of a bottom section. (a) at least one seat back support; (b) at least one seat pan coupled to the at least one seat back support; (c) at least one pair of armrests coupled to the at least one seat back support, and (d) a seat support structure comprising at least one seat pan mounting surface and a framework, wherein the at least one seat pan is coupled to the at least one seat pan mounting surface;
A device for creating a vapour filled bubble, comprising: a dispensing nozzle including a liquid retention formation for in use retaining a bubble forming solution, for assisting bubble creation; an air displacement element a vapour producing means comprising: a reservoir or liquid storage tank for vapour producing fluid; an absorbent material in communication with the vapour producing fluid; a source for the vapour producing fluid; and a heating element arranged outside the reservoir or liquid storage tank to heat the vapour producing fluid within the absorbent material; wherein the fluid and absorbent material are configured such that the fluid does not drip from the absorbent material when forming the vapour, and wherein the air displacement element is arranged to provide airflow through the vapour producing means to produce vapour for delivery to the dispensing nozzle, and wherein the liquid storage tank or reservoir and heating element are removably attached to the device. a dispensing nozzle including a liquid retention formation for in use retaining a bubble forming solution, for assisting bubble creation; an air displacement element a vapour producing means comprising: a reservoir or liquid storage tank for vapour producing fluid; an absorbent material in communication with the vapour producing fluid; a source for the vapour producing fluid; and a heating element arranged outside the reservoir or liquid storage tank to heat the vapour producing fluid within the absorbent material; wherein the fluid and absorbent material are configured such that the fluid does not drip from the absorbent material when forming the vapour, and wherein the air displacement element is arranged to provide airflow through the vapour producing means to produce vapour for delivery to the dispensing nozzle, and wherein the liquid storage tank or reservoir and heating element are removably attached to the device. a reservoir or liquid storage tank for vapour producing fluid; an absorbent material in communication with the vapour producing fluid; a source for the vapour producing fluid; and a heating element arranged outside the reservoir or liquid storage tank to heat the vapour producing fluid within the absorbent material; wherein the fluid and absorbent material are configured such that the fluid does not drip from the absorbent material when forming the vapour, and wherein the air displacement element is arranged to provide airflow through the vapour producing means to produce vapour for delivery to the dispensing nozzle, and wherein the liquid storage tank or reservoir and heating element are removably attached to the device.
Sanitary insertion cartridge (101, 104, 107, 110, 112) having a cartridge housing which is insertable into a water line or the water outlet of a sanitary outlet fitting and which has at least one water inlet and at least one water discharge, wherein the insertion cartridge is assembled from at least two adjacent components (5, 6, 7, 8, 9, 10) which abut each other and/or are connected to each other and which, in their relative position to each other, are secured in a circumferential direction by a rotation prevention means, wherein the at least one first component and the at least one adjacent second component each have, at their mutually adjacent front faces, axially intermeshing front tooth arrangements (11, 15) as rotation prevention means, and wherein at least one of these adjacent components is designed as an insertion part (7, 8) insertable into the cartridge housing, characterized in that an annular shoulder is provided on the housing inner circumference of the cartridge housing, which annular shoulder serves as a sliding stop as the at least one component, designed as the insertion part (7, 8), slides into the housing interior of the cartridge housing, and in that at least one projection, oriented axially parallel to the longitudinal axis of the housing, projects from the annular shoulder and projects into a tooth base between two adjacent teeth of the front tooth arrangement provided on an external ring of an adjacent insertion part, and in that the circumferential external ring is provided on the outer circumference of the at least one first component designed as insertion part and/or of the at least one adjacent second insertion part of the insertion cartridge, which circumferential external ring carries, on at at least one of its front faces, the or a first or second front tooth arrangement (11, 15) of the intermeshing front tooth arrangements (11, 15).
A coupling mechanism for a coupling a first vehicle body portion to a second vehicle body portion such that the first and second vehicle body portions are spatially separated along a longitudinal axis, the coupling mechanism comprising first and second legs which separately comprise first (13a, 13b), second (14a, 14b) and third (15a, 15b) pivotal couplings, each pivotal coupling having an axis of rotation in a direction substantially perpendicular to the longitudinal axis, wherein the first pivotal coupling of each leg is arranged for coupling an upper end of the respective leg to the second vehicle body portion, the second pivotal coupling of each leg is arranged for coupling a lower end of the respective leg to the second vehicle body portion, the third pivotal coupling of each leg is arranged for coupling the respective leg to the first vehicle body portion, the axis of rotation of the first pivotal coupling of each leg is translatable in a first direction, and the axis of rotation of the second pivotal coupling of each leg is translatable in a second direction, characterised in that the movement of said first leg and said second leg around their respective third pivotal couplings may be both simultaneous and in opposite directions to one another. the first pivotal coupling of each leg is arranged for coupling an upper end of the respective leg to the second vehicle body portion, the second pivotal coupling of each leg is arranged for coupling a lower end of the respective leg to the second vehicle body portion, the third pivotal coupling of each leg is arranged for coupling the respective leg to the first vehicle body portion, the axis of rotation of the first pivotal coupling of each leg is translatable in a first direction, and the axis of rotation of the second pivotal coupling of each leg is translatable in a second direction, characterised in that the movement of said first leg and said second leg around their respective third pivotal couplings may be both simultaneous and in opposite directions to one another.
An atomizer of an electronic cigarette, comprising: a main body defining an airflow channel and a liquid storage cavity isolated from each other therein; and an atomizing element comprising a porous body and a porous heating film; the porous body comprising an atomizing surface and a liquid absorption surface; the atomizing surface being substantially parallel to a direction of an airflow in the airflow channel, the porous heating film being formed on the atomizing surface and being capable of absorbing liquid in the liquid storage cavity, characterized in that the atomizing surface is a plane and the porous body comprises an integrally connected main part and a protruding portion, the atomizing surface is located on the main part, the liquid absorption surface is located on the protruding portion away from the main part. a main body defining an airflow channel and a liquid storage cavity isolated from each other therein; and an atomizing element comprising a porous body and a porous heating film; the porous body comprising an atomizing surface and a liquid absorption surface; the atomizing surface being substantially parallel to a direction of an airflow in the airflow channel, the porous heating film being formed on the atomizing surface and being capable of absorbing liquid in the liquid storage cavity, characterized in that the atomizing surface is a plane and the porous body comprises an integrally connected main part and a protruding portion, the atomizing surface is located on the main part, the liquid absorption surface is located on the protruding portion away from the main part.
A power conversion apparatus connectable to a power grid and configured to supply power to one or more load devices, the power conversion apparatus comprising: a plurality of input interfaces configured to input generated power from each of a plurality of power generation apparatuses of a same type, such as a solar cell string, a wind power generator or a fuel cell; and a controller configured to perform MPPT control on a priority basis on at least one input interface among the plurality of input interfaces, characterized in that the controller is further configured to calculate a remaining power generation capability of a power generation apparatus connected to another input interface using a generated current of a power generation apparatus connected to the at least one input interface during independent operation in which the power conversion apparatus is disconnected from the power grid, and a stored value of a generated voltage of the power generation apparatus connected to the another input interface calculated under MPPT control during interconnected operation in which the power conversion apparatus is connected to the power grid. a plurality of input interfaces configured to input generated power from each of a plurality of power generation apparatuses of a same type, such as a solar cell string, a wind power generator or a fuel cell; and a controller configured to perform MPPT control on a priority basis on at least one input interface among the plurality of input interfaces, characterized in that the controller is further configured to calculate a remaining power generation capability of a power generation apparatus connected to another input interface using a generated current of a power generation apparatus connected to the at least one input interface during independent operation in which the power conversion apparatus is disconnected from the power grid, and a stored value of a generated voltage of the power generation apparatus connected to the another input interface calculated under MPPT control during interconnected operation in which the power conversion apparatus is connected to the power grid.
A transformer comprising: - a core; - a primary winding wound about the core; - a secondary winding wound about the core in parallel with the primary winding comprising a first end and a second end; and - a differential winding having one end connected to the second end of the secondary winding to have a series connection with the secondary winding, - the differential winding being configured to include two windings (5S, 5T) wound about the core at the same number of turns in opposite directions so as to prevent an inductive voltage from being generated between the one end of the differential winding and another end (6c, 6d, 6e, 6f) of the differential winding. - a core; - a primary winding wound about the core; - a secondary winding wound about the core in parallel with the primary winding comprising a first end and a second end; and - a differential winding having one end connected to the second end of the secondary winding to have a series connection with the secondary winding, - the differential winding being configured to include two windings (5S, 5T) wound about the core at the same number of turns in opposite directions so as to prevent an inductive voltage from being generated between the one end of the differential winding and another end (6c, 6d, 6e, 6f) of the differential winding.
A glass having a composition comprising the following oxides (in weight %): SiO 2 61 to 69% Al 2 O 3 0 to 8% Na 2 O 10 to 13% K 2 O 0 to 1% MgO 2 to 6% CaO 7 to 13% SrO 0 to 1% ZrO 2 2 to 13% TiO 2 0 to 1%.
A kit comprising: a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration, at a substantially constant or controllable rate, within the range of 0.125 - less than 1.0 × Minimum alveolar concentration thereby allowing for sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration, at a substantially constant or controllable rate, within the range of 0.125 - less than 1.0 × Minimum alveolar concentration thereby allowing for sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator
Conditioned jack for actuating a valve pin of an injector for apparatus for injection molding of plastic materials, comprising a cylinder having at least one thrust chamber delimited on one side by a first bottom and on the other side by a second bottom and within which a piston is movable which is provided with a least one stem sealingly slidable axially through the second bottom for connection to at least said one valve pin, a support of the cylinder for securing the jack to the molding apparatus, and a flow circuit for a conditioning fluid of the jack, characterised in that said flow circuit is entirely formed within a bushing which constitutes said second bottom, is separable from the cylinder and is provided with inner and outer annular sealing gaskets (15, 16) of respectively the cylinder and the stem.