mhurhangee/ep-ind-claims huggingface dataset:
Inner fixation device for the treatment of a limb, for example a long limb, of the type comprising: a first plate (2, 2) for epiphysiodesis; a second plate (12, 12') for epiphysiodesis adapted to be placed on the opposite side of the bone portion with respect to said first plate (2, 2'), at least one rod adapted to pass through the bone portion extending through the bone in parallel to an epiphyseal plate; said second plate (12, 12') being connected to said first plate (2, 2') by said at least one rod; said rod having opposite extremities (16,17) connected to the plates (2,2'; 12,12') to keep them close to the bone and to stop the bone growth in one central portion of the bone, characterised in that said first plate (2, 2') consists of two lobes (3,4) defining an eight shape or consists of four lobes (3, 4, 5, 6) substantially arranged cross-vaulted and at rounded corners of a quadrilateral shape, each lobe being provided with a through hole adapted to be laterally fixed to a bone portion or to a long bone head. a first plate (2, 2) for epiphysiodesis; a second plate (12, 12') for epiphysiodesis adapted to be placed on the opposite side of the bone portion with respect to said first plate (2, 2'), at least one rod adapted to pass through the bone portion extending through the bone in parallel to an epiphyseal plate; said second plate (12, 12') being connected to said first plate (2, 2') by said at least one rod; said rod having opposite extremities (16,17) connected to the plates (2,2'; 12,12') to keep them close to the bone and to stop the bone growth in one central portion of the bone, characterised in that said first plate (2, 2') consists of two lobes (3,4) defining an eight shape or consists of four lobes (3, 4, 5, 6) substantially arranged cross-vaulted and at rounded corners of a quadrilateral shape, each lobe being provided with a through hole adapted to be laterally fixed to a bone portion or to a long bone head.
An automatic dispensing and mixing apparatus for preparing hair dyes, comprising dispensing means for dosing dyes and additives with high precision through information provided and/or on the basis of the data collected, as well as depending on the choices set by a professional on the basis of the requests of a subject/customer who must dye his/her hair; the apparatus further comprising: - an access door to a compartment for a collection bowl adapted to contain the color to be applied on the hair, which can be operated manually or electrically - Connection interface/housing for a tablet and/or mobile display, or a screen and an input keyboard, or a touch-screen for managing formulations - A plurality of light indicators or LEDs providing all information required for the proper functioning of the machine - A plurality of containers/tanks for basic colors, either in liquid and/or powder form, and for dilution liquids - An electronic card with microprocessor for managing the apparatus and for implementing software for the management and operation of the apparatus itself and for the preparation of the dye mixture to be applied to the hair; characterized in that a control screen is provided for displaying a "Virtual Dynamic Color Chart" or VDCC, by means of which the subject can choose the color he/she wants with the certainty of seeing exactly the selected nuance applied to his/her hair; wherein the management software includes a function showing each color by means of a thick lock of hair which moves, thus changing the reflections as a function of the movement and the corresponding light changes. - an access door to a compartment for a collection bowl adapted to contain the color to be applied on the hair, which can be operated manually or electrically - Connection interface/housing for a tablet and/or mobile display, or a screen and an input keyboard, or a touch-screen for managing formulations - A plurality of light indicators or LEDs providing all information required for the proper functioning of the machine - A plurality of containers/tanks for basic colors, either in liquid and/or powder form, and for dilution liquids - An electronic card with microprocessor for managing the apparatus and for implementing software for the management and operation of the apparatus itself and for the preparation of the dye mixture to be applied to the hair;
Polymer composition obtainable by free-radical polymerization of A) 95-40% by weight of alkyl (meth)acrylate comprising Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of B) 5-60% by weight of an ethylene copolymer, in which the alkyl (meth)acrylates Ai) have the general formula H 2 C = C(R 2) - COOR 3 where R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms. A) 95-40% by weight of alkyl (meth)acrylate comprising Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of Ai) 20-95% by weight of at least one alkyl (meth)acrylate having 16 to 40 carbon atoms in the alkyl radical and Aii) 5-80% by weight of at least one (meth)acrylic ester of a C 8 -C 22 alcohol that bears a C 6 -C 20 -alkyl radical in the 2 position to the hydroxyl group, where Ai) and Aii) are different from each other, in the presence of B) 5-60% by weight of an ethylene copolymer, in which the alkyl (meth)acrylates Ai) have the general formula H 2 C = C(R 2) - COOR 3 where R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms. R 2 is hydrogen or a methyl group, R 3 is a linear alkyl radical having 16 to 40 carbon atoms.
A valve sealing arrangement, comprising: a valve body, and a closing member comprising a closing member contact surface, and a seat, having a center axis, and provided with a sealing portion with a first sealing surface for making contact with the closing member and a back sealing portion with a second sealing surface for making contact with a surface of the valve body, wherein the seat is further provided with a bellows between the first sealing surface and the second sealing surface wherein the bellows comprises bellow members wherein adjacent bellow walls form either inwardly open fold or outwardly open fold, and one or more of the bellow members extends in a direction that is oblique to the center axis of said seat characterized in that the seat is provided with several bent bellow members having an arrow-like formation to form a tree-like bellows structure, wherein the bent bellow members comprise two folds, or fold sections, which extend in different directions, said directions being substantially perpendicular to each other. a valve body, and a closing member comprising a closing member contact surface, and a seat, having a center axis, and provided with a sealing portion with a first sealing surface for making contact with the closing member and a back sealing portion with a second sealing surface for making contact with a surface of the valve body, wherein the seat is further provided with a bellows between the first sealing surface and the second sealing surface wherein the bellows comprises bellow members wherein adjacent bellow walls form either inwardly open fold or outwardly open fold, and one or more of the bellow members extends in a direction that is oblique to the center axis of said seat characterized in that the seat is provided with several bent bellow members having an arrow-like formation to form a tree-like bellows structure, wherein the bent bellow members comprise two folds, or fold sections, which extend in different directions, said directions being substantially perpendicular to each other.
A piston pump for feeding a liquid in a vehicle; the piston pump comprises: at least one piston, which is configured to cyclically slide inside a housing between a top dead centre and a bottom dead centre; a suction duct, which is configured to be connected, in use, to a tank; a delivery duct, which is configured to be connected, in use, to a delivery line and along which the liquid is fed, in use, along a main feeding direction (D P) of the piston pump, which is oriented from the suction duct to the delivery duct; a first solenoid valve, which is arranged in the suction duct; a second solenoid valve, which is arranged in the delivery duct; and an electronic control unit, which operates the two solenoid valves (7, 8) so as to reverse the liquid feeding direction from the main feeding direction (D P) to a secondary feeding direction (D S) opposite the main liquid feeding direction (D P) and/or so as to adjust the cylinder capacity of the piston pump; wherein the piston is operated by an electromechanical actuator, in particular comprising an electromagnet; characterized in that the solenoid valves (7, 8) are configured to be operated by the electronic control unit as a function of the movement of the piston determined through the current (C E) absorbed by the electromagnet and/or the current (C P) absorbed by the piston pump. at least one piston, which is configured to cyclically slide inside a housing between a top dead centre and a bottom dead centre; a suction duct, which is configured to be connected, in use, to a tank; a delivery duct, which is configured to be connected, in use, to a delivery line and along which the liquid is fed, in use, along a main feeding direction (D P) of the piston pump, which is oriented from the suction duct to the delivery duct; a first solenoid valve, which is arranged in the suction duct; a second solenoid valve, which is arranged in the delivery duct; and an electronic control unit, which operates the two solenoid valves (7, 8) so as to reverse the liquid feeding direction from the main feeding direction (D P) to a secondary feeding direction (D S) opposite the main liquid feeding direction (D P) and/or so as to adjust the cylinder capacity of the piston pump; wherein the piston is operated by an electromechanical actuator, in particular comprising an electromagnet; characterized in that the solenoid valves (7, 8) are configured to be operated by the electronic control unit as a function of the movement of the piston determined through the current (C E) absorbed by the electromagnet and/or the current (C P) absorbed by the piston pump.
An induction cooking zone comprising an inductor, said inductor comprising a conductor wound in the form of a flat spiral, said spiral of said conductor comprising sections of turns (A, B, C, D, E, F, G), a plurality of said sections of turns (A, B, C, D, F, G) respectively comprising multiple turns spaced apart at a constant winding pitch, the constant winding pitch of a section of turns is variable with respect to at least one other section of turns; said inductor also has inner and outer sections of turns (A, G) of said spiral of said conductor respectively located in the central part of said inductor and on the periphery of said inductor comprise a plurality of turns spaced apart at a constant winding pitch less than the respective constant winding pitch of a plurality of sections of middle section of turns (B, C, D, E, F) of said spiral of said conductor, said middle section of turns (B, C, D, E, F) of said spiral of said conductor being disposed between said inner and outer sections of turns (A, G) of said spiral of said conductor, in that the constant winding pitch of said inner and outer sections of turns (A, G) of said spiral of said conductor is identical, characterized in that said outer section of turns of said spiral of said conductor comprises a number of turns greater than the number of turns of said inner section of turns of said spiral of said conductor.
A mobile communication system that includes a terminal, a movement-origin base station to which said terminal is connected before movement, a movement-destination base station to which said terminal is connected after movement, and a higher-order apparatus that is external with respect to a core network and that has said movement-origin base station and said movement-destination base station under its control; wherein: Radio Access Bearer sub-Flow Combination Indicator, RFCI, information in said movement-origin base station and said movement-destination base station is set in advance; said movement-origin base station comprises: a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus; and said higher-order apparatus comprises: a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure. Radio Access Bearer sub-Flow Combination Indicator, RFCI, information in said movement-origin base station and said movement-destination base station is set in advance; said movement-origin base station comprises: a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus; and a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus; and said higher-order apparatus comprises: a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure. a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure.
An image recording apparatus comprising: a carriage movable in a first direction; a head (262L, 262R) mounted on the carriage and having a nozzle surface (263L, 263R) formed with nozzles (269L, 269R) to eject liquid through the nozzles; a holder movable in the first direction and including a first abutment portion, the carriage being movable in the first direction toward the first abutment portion to abut, in the first direction, on the first abutment portion; a cap unit (287L, 287R) mounted on the holder and movable relative to the holder in the first direction, the cap unit (287L, 287R) including a cap (2812L, 2812R) configured to cover the nozzle surface, the cap unit (287L, 287R) being also movable toward and away from the head (262L, 262R) in a second direction crossing the first direction to cover and uncover the nozzle surface, the cap unit (287L, 287R) including a second abutment portion (2815A-2815D), the head (262L, 262R) being configured to abut, in the first direction, on the second abutment portion (2815A-2815D) in accordance with movement of the carriage in the first direction toward the first abutment portion; a first guide portion (P11, P12-P13, P14-P15) configured to guide the holder in the first direction toward the first abutment member; and a second guide portion (P11-P12, P13-P14) configured to guide the holder or the cap unit (287L, 287R) in the second direction to move the cap unit (287L, 287R) toward the head (262L, 262R) in accordance with movement of the holder in the first direction. a carriage movable in a first direction; a head (262L, 262R) mounted on the carriage and having a nozzle surface (263L, 263R) formed with nozzles (269L, 269R) to eject liquid through the nozzles; a holder movable in the first direction and including a first abutment portion, the carriage being movable in the first direction toward the first abutment portion to abut, in the first direction, on the first abutment portion; a cap unit (287L, 287R) mounted on the holder and movable relative to the holder in the first direction, the cap unit (287L, 287R) including a cap (2812L, 2812R) configured to cover the nozzle surface, the cap unit (287L, 287R) being also movable toward and away from the head (262L, 262R) in a second direction crossing the first direction to cover and uncover the nozzle surface, the cap unit (287L, 287R) including a second abutment portion (2815A-2815D), the head (262L, 262R) being configured to abut, in the first direction, on the second abutment portion (2815A-2815D) in accordance with movement of the carriage in the first direction toward the first abutment portion; a first guide portion (P11, P12-P13, P14-P15) configured to guide the holder in the first direction toward the first abutment member; and a second guide portion (P11-P12, P13-P14) configured to guide the holder or the cap unit (287L, 287R) in the second direction to move the cap unit (287L, 287R) toward the head (262L, 262R) in accordance with movement of the holder in the first direction.
A method for manufacturing a circuit wiring by three-dimensional additive manufacturing comprising: a discharging step of discharging a fluid containing a metal particle onto a resin member formed of a resin material (223,225); and a circuit wiring forming step of forming a circuit wiring by heating the fluid containing the metal particle discharged onto the resin member at a heating temperature to be cured, characterized in that the resin material is a material having a glass transition point higher than the heating temperature, and in the circuit wiring forming step, the heating is performed at the heating temperature satisfying the following expression (heating temperature - room temperature) × first linear expansion coefficient (α1) < upper limit value where the first linear expansion coefficient (α1) is the linear expansion coefficient of the resin material at the glass transition point or lower, and the upper limit value indicates an upper limit of expansion of the resin member by the heating in the circuit wiring forming step. a discharging step of discharging a fluid containing a metal particle onto a resin member formed of a resin material (223,225); and a circuit wiring forming step of forming a circuit wiring by heating the fluid containing the metal particle discharged onto the resin member at a heating temperature to be cured, characterized in that the resin material is a material having a glass transition point higher than the heating temperature, and in the circuit wiring forming step, the heating is performed at the heating temperature satisfying the following expression (heating temperature - room temperature) × first linear expansion coefficient (α1) < upper limit value where the first linear expansion coefficient (α1) is the linear expansion coefficient of the resin material at the glass transition point or lower, and the upper limit value indicates an upper limit of expansion of the resin member by the heating in the circuit wiring forming step.
A separating device for dispensing a beverage cup from a cup stack held in a storage magazine, the separating device comprises at least two supporting elements, which can be adapted towards different dimensions of the cups and which are spatially arranged on different levels and on which the cup stack is mutually supported, a movably driven stripping element, which, during a stripping movement, is movable into the intermediate space between the last and second-to-last cup of the cup stack, thereby stripping the last cup from the penultimate cup, and the stripping element is movable transversely with respect to the vertical axis of the cup stack, characterized in, that the separating device comprises five support plates (5, 6, 7, 9, 10) which are horizontally adjustable, the first and second support plates (5, 6) and the fourth and fifth support plates (9, 10) are each located on a common supporting strut, and the two struts can be adjusted infinitely variable horizontally to the centre of the cup dispenser via two adjusting screws.
A UV curing apparatus for the curing of a UV curable product having a UV curable coating thereon comprising: at least two arrays of UV LEDs; a positioning mechanism for placing the UV curable product in the light zone of the UV LEDs; characterized in that said UV curing apparatus further comprises: a thermographic camera for monitoring the curing of the UV curable coating, ink or adhesive; and wherein a computer control unit controls the curing process via the positioning mechanism by positioning of the product in the light zone in response to curing information received from the thermographic camera. at least two arrays of UV LEDs; a positioning mechanism for placing the UV curable product in the light zone of the UV LEDs; characterized in that said UV curing apparatus further comprises: a thermographic camera for monitoring the curing of the UV curable coating, ink or adhesive; and wherein a computer control unit controls the curing process via the positioning mechanism by positioning of the product in the light zone in response to curing information received from the thermographic camera. a thermographic camera for monitoring the curing of the UV curable coating, ink or adhesive; and wherein a computer control unit controls the curing process via the positioning mechanism by positioning of the product in the light zone in response to curing information received from the thermographic camera.
Method for generating electric energy by means of at least one low-temperature heat source, wherein a VPT cyclic process (1, 10, 100) is carried out, characterised in that as a working substance for the VPT cyclic process (1, 10, 100) a) at least one substance from the group that includes cycloalkane, alkenes, dienes, or alkines having two to six carbon atoms is used, or b) at least one alkane from the group that includes 1-chloro-1,2,2,2-tetrafluoroethane, 1-chloro-1,1-difluoroethane, methyl chloride, bromodifluoromethane, iodotrifluoromethane, and 2-methylpropane, or c) at least one ether having two carbon atoms is used. a) at least one substance from the group that includes cycloalkane, alkenes, dienes, or alkines having two to six carbon atoms is used, or b) at least one alkane from the group that includes 1-chloro-1,2,2,2-tetrafluoroethane, 1-chloro-1,1-difluoroethane, methyl chloride, bromodifluoromethane, iodotrifluoromethane, and 2-methylpropane, or c) at least one ether having two carbon atoms