mhurhangee/ep-ind-claims huggingface dataset:
A stabilized and homogenized source of non-thermal plasma comprising a cylindrical discharge chamber with a wall made of a conductive and non-magnetic material, which is grounded by a grounding conductor; an electrically conductive non-magnetic wire electrode which is located on the axis of the discharge chamber; a ballast resistor; a direct current high voltage source; wherein the wire electrode is via the ballast resistor connected to a terminal of the voltage source, characterised by: a first acoustic source and a second acoustic source, wherein each of them is formed by an acoustic waveguide attached by a cross-section reducer to an acoustic driver, wherein these acoustic drivers are configured to be driven in phase opposition, wherein the discharge chamber is attached to the first acoustic source via an electrically non-conductive first cylindrical extension equipped in its casing with a gas outlet, and to the second acoustic source via an electrically non-conductive second cylindrical extension equipped in its casing with a gas inlet, wherein the first cylindrical extension and the second cylindrical extension are each with one end partially inserted into the discharge chamber and where ends of the wire electrode are fixed to the walls of the first and second cylindrical extensions, at least one permanent toroid magnet (11, 12) wherein the discharge chamber, in its full length, is located inside the at least one permanent toroid magnet (11, 12) which is oriented in such a way that the magnetic induction vector of the field created by said at least one permanent toroid magnet (11, 12) inside the discharge chamber is oriented in parallel with the axis of the chamber and is perpendicular to the current density vector formed by the discharge which is oriented radially between the cylindrical wall of the discharge chamber and the wire electrode, and the length of the wire electrode extends further over the edges of the discharge chamber, wherein the active part of the wire electrode is located on the axis of the discharge chamber symmetrically with respect to the transverse plane containing the central acoustic pressure node induced in operation by the acoustic field and located in the middle of the discharge chamber, and its active length, which is equal to twice the amplitude of the acoustic displacement induced in operation by the acoustic field, is the same as the length of the discharge chamber minus the sum of the lengths of the first cylindrical extension and the second cylindrical extension parts inserted into the discharge chamber.
A power management system comprising: a storage battery apparatus which includes a storage battery which accumulates power; and a control apparatus which communicates with the storage battery apparatus using a predetermined protocol, wherein a message specifying any one of a plurality of operation modes of the storage battery is defined between the control apparatus and the storage battery apparatus, the control apparatus is adapted to transmit a code group request to the storage battery apparatus, the code group request being a message requesting a message indicating the existence of a function of handling the message specifying any one of the plurality of operation modes of the storage battery, the storage battery apparatus is adapted to transmit a code group response to the control apparatus, the code group response being a message indicating the existence of a function of handling the message specifying any one of the plurality of operation modes of the storage battery, and the control apparatus is adapted to, before communicating the message specifying any one of the plurality of operation modes, receive the code group response from the storage battery apparatus. a storage battery apparatus which includes a storage battery which accumulates power; and a control apparatus which communicates with the storage battery apparatus using a predetermined protocol, wherein a message specifying any one of a plurality of operation modes of the storage battery is defined between the control apparatus and the storage battery apparatus, the control apparatus is adapted to transmit a code group request to the storage battery apparatus, the code group request being a message requesting a message indicating the existence of a function of handling the message specifying any one of the plurality of operation modes of the storage battery, the storage battery apparatus is adapted to transmit a code group response to the control apparatus, the code group response being a message indicating the existence of a function of handling the message specifying any one of the plurality of operation modes of the storage battery, and the control apparatus is adapted to, before communicating the message specifying any one of the plurality of operation modes, receive the code group response from the storage battery apparatus.
A molded article transfer device (150, 250) for use with an injection mold (100, 200, 300), the molded article transfer device (150, 250) comprising: a shuttle slidably arranged between a first mold shoe (130, 230, 330) of a first mold half (96, 196, 296) and a second mold shoe of a second mold half of the injection mold (100, 200, 300) to accommodate a shuttling movement therebetween along a shuttling axis generally perpendicular to a mold-stroke axis, characterised in that the shuttle defining a first aperture, at least in part, that is configured to alternately accommodate a first stack portion (110, 210, 310) of a first mold stack (106A, 206A, 306A) arranged therein, and a first molded article received therein with opening of the first stack portion (110, 210, 310) to retract it from the first aperture, the first aperture being configured to accommodate, when positioned in a first receiving position, the first stack portion (110, 210, 310) retractably arranged therein during molding of the first molded article within a molding cavity that is defined in the first mold stack (106A, 206A, 306A), and the first aperture being further configured to receive, when positioned in the first receiving position, the first molded article therein with retraction of the first stack portion (110, 210, 310) from the first aperture and with ejection thereof from the first stack portion (110, 210, 310), thereby the first aperture is configured to transfer the first molded article with shuttling movement of the shuttle from the first receiving position to a first transfer position. a shuttle slidably arranged between a first mold shoe (130, 230, 330) of a first mold half (96, 196, 296) and a second mold shoe of a second mold half of the injection mold (100, 200, 300) to accommodate a shuttling movement therebetween along a shuttling axis generally perpendicular to a mold-stroke axis, characterised in that the shuttle defining a first aperture, at least in part, that is configured to alternately accommodate a first stack portion (110, 210, 310) of a first mold stack (106A, 206A, 306A) arranged therein, and a first molded article received therein with opening of the first stack portion (110, 210, 310) to retract it from the first aperture, the first aperture being configured to accommodate, when positioned in a first receiving position, the first stack portion (110, 210, 310) retractably arranged therein during molding of the first molded article within a molding cavity that is defined in the first mold stack (106A, 206A, 306A), and the first aperture being further configured to receive, when positioned in the first receiving position, the first molded article therein with retraction of the first stack portion (110, 210, 310) from the first aperture and with ejection thereof from the first stack portion (110, 210, 310), thereby the first aperture is configured to transfer the first molded article with shuttling movement of the shuttle from the first receiving position to a first transfer position.
A robot cleaner including: a main body to which a dust collector is mounted; a vacuuming unit provided at a front portion of the main body to clean a floor, wherein the vacuuming unit is configured to move relative to the main body; and a movement device to move the vacuuming unit left or right with respect to the main body, characterised in that the movement device includes a pinion gear and a rack gear, wherein the pinion gear is provided at one of the main body and the vacuuming unit, and the rack gear is provided at the other one of the main body and the vacuuming unit. a main body to which a dust collector is mounted; a vacuuming unit provided at a front portion of the main body to clean a floor, wherein the vacuuming unit is configured to move relative to the main body; and a movement device to move the vacuuming unit left or right with respect to the main body, characterised in that the movement device includes a pinion gear and a rack gear, wherein the pinion gear is provided at one of the main body and the vacuuming unit, and the rack gear is provided at the other one of the main body and the vacuuming unit.
An optical laminate, comprising: an optical functional layer, wherein the optical functional layer is a polarizing layer; and a reddening-resistant layer formed on at least one side of the optical functional layer, wherein the reddening-resistant layer is a void-containing layer or a laminate comprising the void-containing layer, wherein the void-containing layer does not comprise solid particles, wherein the reddening-resistant layer satisfies Equation 4 below: H L ≤ 0.9 × H P wherein, H L is a thermal diffusivity of a laminate of a polymer film and the reddening-resistant layer formed on one side of the polymer film, and H P is the thermal diffusivity of the polymer film, wherein a surface of the laminate on a side of the polymer film and a surface of the laminate on a side of the reddening-resistant layer are coated with graphite and the thermal diffusivity is measured using a laser flash device based on a temperature of 95°C confirmed through the temperature transfer from one graphite surface to the other graphite surface. an optical functional layer, wherein the optical functional layer is a polarizing layer; and a reddening-resistant layer formed on at least one side of the optical functional layer, wherein the reddening-resistant layer is a void-containing layer or a laminate comprising the void-containing layer, wherein the void-containing layer does not comprise solid particles, wherein the reddening-resistant layer satisfies Equation 4 below: H L ≤ 0.9 × H P wherein, H L is a thermal diffusivity of a laminate of a polymer film and the reddening-resistant layer formed on one side of the polymer film, and H P is the thermal diffusivity of the polymer film, wherein a surface of the laminate on a side of the polymer film and a surface of the laminate on a side of the reddening-resistant layer are coated with graphite and the thermal diffusivity is measured using a laser flash device based on a temperature of 95°C confirmed through the temperature transfer from one graphite surface to the other graphite surface.
Well for production of hydrocarbons, comprising a hole drilled down into an underground, a casing fastened to the hole wall, a production pipe that extends into the casing from the surface and down to a hydrocarbon-containing zone, a hanger on the surface in an upper end of the well, in which hanger the production pipe and casing are hung up and electrically short-circuited, and a packer arranged sealingly and electrically short-circuiting in the annulus between the production pipe and the casing, in or close to a lower end of the well, wherein the well further comprises: a primary coil arranged concentrically about the production pipe, a secondary coil arranged concentrically about the production pipe, a load connected to the secondary coil, and an alternating current generator/signal unit connected to the primary coil, and characterized in that it comprises at least one zone further down into the well than the electrically short-circuiting packer, connected with cables fed from the secondary coil through the packer to a further primary coil (A') arranged about the production pipe in said zone, and with a further secondary coil (B') arranged about the production pipe in said zone, with a load connected to said further secondary coil (B'). a primary coil arranged concentrically about the production pipe, a secondary coil arranged concentrically about the production pipe, a load connected to the secondary coil, and an alternating current generator/signal unit connected to the primary coil, and
An oral care composition, comprising: a hydrophobic phase comprising: one or more adhesion enhancing agents including at least one of petrolatum and mineral oil; a cross-linked polyvinylpyrrolidone hydrogen peroxide complex and an acyl donor, a hydrophilic phase comprising an enzyme that catalyzes the generation of peroxyacid between the source of hydrogen peroxide and the acyl donor. one or more adhesion enhancing agents including at least one of petrolatum and mineral oil; a cross-linked polyvinylpyrrolidone hydrogen peroxide complex and an acyl donor, a hydrophilic phase comprising an enzyme that catalyzes the generation of peroxyacid between the source of hydrogen peroxide and the acyl donor.
A reusable closure system, comprising: a base configured to be bonded to underlying package material and including a first field of touch fasteners having one or more cut-lines therein defining a hinged pull-tab assembly; and a hinged lid configured for movement between open and closed positions relative to the base and including a second touch fastener field that is complementary to the first touch fastener field, such that the first and second touch fastener fields (111b, 111a) engage with one another to provide a secure closure when the lid is in the closed position; wherein upon opening of the lid, the hinged pull-tab assembly is exposed so that the pull-tab assembly can be peeled back to its hinge while simultaneously removing a frangible region of the packaging material to which the base can be bonded, and so that the peeled-back pull-tab assembly can be securely stowed against the lid by operation of the first and second touch fastener fields (111b, 111a) thereby providing a lid-based plug configured to engage the resulting hole in the packaging material when the lid is in the closed position. a base configured to be bonded to underlying package material and including a first field of touch fasteners having one or more cut-lines therein defining a hinged pull-tab assembly; and a hinged lid configured for movement between open and closed positions relative to the base and including a second touch fastener field that is complementary to the first touch fastener field, such that the first and second touch fastener fields (111b, 111a) engage with one another to provide a secure closure when the lid is in the closed position; wherein upon opening of the lid, the hinged pull-tab assembly is exposed so that the pull-tab assembly can be peeled back to its hinge while simultaneously removing a frangible region of the packaging material to which the base can be bonded, and so that the peeled-back pull-tab assembly can be securely stowed against the lid by operation of the first and second touch fastener fields (111b, 111a) thereby providing a lid-based plug configured to engage the resulting hole in the packaging material when the lid is in the closed position.
Front cover for a coupler for a rail vehicle, the front cover comprising a cover body for covering a front end of the coupler, wherein the cover body comprises at least one deformation zone, said deformation zone having a cover portion that is configured to break or deform when subjected to a collision force for providing access through the cover body at the at least one deformation zone during a collision, wherein the cover portion of the at least one deformation zone is integrated with the cover body, and characterized in that the cover portion is configured to deform or break by the cover portion comprising at least one groove.
A process for manufacturing a timepiece or jewellery component, said component being manufactured from a first material, the process comprising the following steps: - obtaining the component, said component having undergone, at the very latest during this step, a treatment directed toward combining the component with a chromic element, said chromic element being constituted of at least one pigment of the photochromic or thermochromic type that is capable of reacting irreversibly to a light or heat energy supply and of a matrix for binding said pigment, the chromic element being a mixture of three pigments, a red pigment, a yellow pigment and a blue pigment, each pigment being chosen to react at a specific energy level; - placing said component in a machine for supplying energy that is capable of at least locally supplying energy to said component; - using the energy supply machine in a predefined operating program so as at least locally to provide energy to said chromic element so as to bring about an irreversible type of reaction of its pigment; - removing the component from the energy supply machine; the process being characterized in that the energy supply machine allows for focused energy radiation. - obtaining the component, said component having undergone, at the very latest during this step, a treatment directed toward combining the component with a chromic element, said chromic element being constituted of at least one pigment of the photochromic or thermochromic type that is capable of reacting irreversibly to a light or heat energy supply and of a matrix for binding said pigment, the chromic element being a mixture of three pigments, a red pigment, a yellow pigment and a blue pigment, each pigment being chosen to react at a specific energy level; - placing said component in a machine for supplying energy that is capable of at least locally supplying energy to said component; - using the energy supply machine in a predefined operating program so as at least locally to provide energy to said chromic element so as to bring about an irreversible type of reaction of its pigment; - removing the component from the energy supply machine; the process being characterized in that the energy supply machine allows for focused energy radiation.
Air deflector for arrangement in an exhaust air duct (300, 300') of an extractor hood designed as a chimney, wherein the air deflector has at least two components (10, 20) embodied with the same design for diverting the air extracted from a chamber by the extractor hood back into the chamber, characterised in that - the components (10, 20) are connected to each other by means of at least one plug connection (12, 22) in a detachable or non-detachable manner and - the components each (10, 20) - have at least one first deflector element (30, 40), which is embodied to divide the air extracted by the extractor hood and to divert it in at least two different directions, especially in opposite directions, - have at least one second deflector element (32, 42), as well as - at least one further deflector element (34, 44), wherein the intermediate space between two deflector elements (30, 40, 32, 34, 34, 44) forms in each case a deflector channel for diverting the air extracted by the extractor hood. - the components (10, 20) are connected to each other by means of at least one plug connection (12, 22) in a detachable or non-detachable manner and - the components each (10, 20) - have at least one first deflector element (30, 40), which is embodied to divide the air extracted by the extractor hood and to divert it in at least two different directions, especially in opposite directions, - have at least one second deflector element (32, 42), as well as - at least one further deflector element (34, 44),
A large cargo carrier, comprising a pallet shaped base element and at least one disengageably attached sidewall (5a, 5b), preferably four disengageably attached sidewalls (5a, 5b), with at least one pedestal element (4a, 4b) which is configured so that it can be disengageably attached at the pallet shaped base element and the at least one sidewall (5a, 5b) can be disengageably attached at the at least one pedestal element (4a, 4b) characterized in that the large cargo carrier includes at least one edge bar (3a, 3b) arranged at the pallet shaped base element at which base element the pedestal element (4a, 4b) is disengageably attached, that the at least one edge bar (3 a, 3b) comprises a plug in mechanism in form of a plug in groove (9a, 9b) which includes protruding shoulders, that the at least one pedestal element (4a, 4b) has a plug in mechanism in form of plug in pinions (8a, 8b) at its bottom side and a plug in mechanism in form of plug in grooves (9a, 9b) at its upper side which are configured complementary with the plug in pinions (8a, 8b) and which are provided with protruding shoulders, so that the pedestal element (4a, 4b) can be connected with the edge bar (3a, 3b) via form lock, with the plug in mechanism of the edge bar (3a, 3b) being configured complementary with the plug in mechanism of the pedestal element (4a, 4b), that the pedestal element (4a, 4b) is secured through the protruding shoulders of the plug in groove (9a, 9b) of the edge bar (3a, 3b) against a lift-off from above and a further pedestal element (4a, 4b) which is attachable at the pedestal element (4a, 4b) is secured through the protruding shoulders of the plug in groove (9a, 9b) against a take-off from above, and that one sidewall (5a, 5b) can be arranged at the edge element (3a, 3b) or at the pedestal element (4a, 4b).
A dishwasher comprising a body having two side walls; a door providing access into the body; a rack whereon the items to be washed are placed, having a washing position wherein the rack is entirely inside the body and a loading/unloading position wherein the rack is taken almost entirely outside the body by being pulled forwards, and an elevating means that enables the position of the rack to be changed in the vertical direction in the loading/unloading position and that has two rails each disposed on one of the opposite side walls, characterized by at least two lugs that are disposed oppositely on the rack and that have a closed position wherein the lugs are located such that the rack is not prevented from moving in the horizontal direction between the washing position and the loading/unloading position and an open position wherein the lugs extend out of the rack in directions opposite to one another, to enter into the opposite rails.