mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a laminated body of ceramic green sheets, comprising the steps of: (a) setting ranking criteria for a ceramic green sheet, said ranking criteria defining a plurality of ranks based on an average thickness and a variation serving as reference values; (b) setting, from said plurality of ranks, a rank of a ceramic green sheet allowed to be used for each layer of the laminated body; (c) preparing a plurality of ceramic green sheets; (d) measuring the thickness of each of said plurality of ceramic green sheets, at a plurality of positions thereof; (e) classifying each of said plurality of ceramic green sheets into any of said plurality of ranks; (f) selecting, from said plurality of ceramic green sheets, a plurality of laminating ceramic green sheets which are used to constitute said layers of said laminated body; and (g) constituting said laminated body by using said plurality of laminating ceramic green sheets, wherein in said step (e), each ceramic green sheet is classified by checking an average and a variation of thickness measurement values obtained in said step (d) against said ranking criteria, in said step (g), each of said plurality of laminating ceramic green sheets is selected from said plurality of ceramic green sheets classified in said step (e), in accordance with the setting of step (b). (a) setting ranking criteria for a ceramic green sheet, said ranking criteria defining a plurality of ranks based on an average thickness and a variation serving as reference values; (b) setting, from said plurality of ranks, a rank of a ceramic green sheet allowed to be used for each layer of the laminated body; (c) preparing a plurality of ceramic green sheets; (d) measuring the thickness of each of said plurality of ceramic green sheets, at a plurality of positions thereof; (e) classifying each of said plurality of ceramic green sheets into any of said plurality of ranks; (f) selecting, from said plurality of ceramic green sheets, a plurality of laminating ceramic green sheets which are used to constitute said layers of said laminated body; and (g) constituting said laminated body by using said plurality of laminating ceramic green sheets,
A separating device for separating circular discs and/or rings made of metal, with - a workpiece receptacle for receiving the workpiece, - a severing means for severing a partial workpiece from the workpiece received in the workpiece receptacle, wherein - the severing means has a substantially horizontal cutting plane and/or - the severing means and/or the workpiece receptacle are arranged so that the partial workpiece is severed substantially horizontally from the workpiece received in the workpiece receptacle, and wherein - the separating device has a manipulator for handling the partial workpiece which is to be separated off, said manipulator having handling elements which are suitable for handling the partial workpiece from the outside and/or in a cutout in the partial workpiece from the inside, the handling elements having adjustment drives, characterised in that at least one of the adjustment drives has a spindle drive and in that at least one of the handling elements has a severing roller and/or a spacer roller. - a workpiece receptacle for receiving the workpiece, - a severing means for severing a partial workpiece from the workpiece received in the workpiece receptacle, - the severing means has a substantially horizontal cutting plane and/or - the severing means and/or the workpiece receptacle are arranged so that the partial workpiece is severed substantially horizontally from the workpiece received in the workpiece receptacle, - the separating device has a manipulator for handling the partial workpiece which is to be separated off, said manipulator having handling elements which are suitable for handling the partial workpiece from the outside and/or in a cutout in the partial workpiece from the inside, the handling elements having adjustment drives,
Agglomerate of carbon nanotubes which have a diameter of 3 to 100 nm and have a length to diameter ratio of at least 5, characterized in that the agglomerate comprises aggregates of carbon nanotubes in the form of entangled bulked yarns of carbon nanotubes, the carbon nanotubes in the bulked yarn aggregate having a mean distance from one another in the range from 20 to 100 nm, preferably 30 to 80 nm, more preferably 40 to 60 nm.
Device for packaging a product, comprising: - a container having joined front and rear walls (21, 22), - an article comprising a sheet of a nonwoven material in the form of a mask packaged in a folded state inside the container, this article bearing said product and having one or more cut-outs for eyes, nose and/or mouth, the product being in the form of a fluid composition, the article being impregnated with said product, the article having at least two sections (31, 32) separated by at least one fold line, characterised in that the two sections (31, 32) of the article are attached respectively to the front and rear walls (21, 22) by at least one weld zone, so that on opening the container the separation of the front and rear walls (21, 22) automatically leads to the unfolding of the article at least about said fold line, whereafter it is possible for the article to be separated from the front and rear walls (21, 22) via a pulling force exerted on the weld zones. - a container having joined front and rear walls (21, 22), - an article comprising a sheet of a nonwoven material in the form of a mask packaged in a folded state inside the container, this article bearing said product and having one or more cut-outs for eyes, nose and/or mouth, the product being in the form of a fluid composition, the article being impregnated with said product, the article having at least two sections (31, 32) separated by at least one fold line, characterised in that the two sections (31, 32) of the article are attached respectively to the front and rear walls (21, 22) by at least one weld zone, so that on opening the container the separation of the front and rear walls (21, 22) automatically leads to the unfolding of the article at least about said fold line, whereafter it is possible for the article to be separated from the front and rear walls (21, 22) via a pulling force exerted on the weld zones.
Flexographic printing press for printing a substrate web, comprising at least one printing unit and comprising at least one central cylinder, wherein a plurality of printing couples are arranged around the periphery of the at least one central cylinder, wherein the flexographic printing press has at least one roll winder, wherein the at least one flexographic printing press has at least one roll unwinder, and wherein the at least one roll unwinder and the at least one roll winder are respectively arranged on opposite sides of the at least one central cylinder, wherein the at least one central cylinder is arranged between the at least one roll unwinder and the at least one roll winder, characterized in that a horizontally aligned dryer unit having at least one guide element is arranged above the printing unit in a vertical direction, in that the at least one horizontally aligned dryer unit has at least two dryer sections, in that one dryer section is arranged separated from the next dryer section by at least one diverting means, and in that the shortest distance between the at least one roll unwinder and the at least one central cylinder is no greater than twice the diameter of the central cylinder, and the shortest distance between the at least one roll winder and the at least one central cylinder is no greater than twice the diameter of the central cylinder.
Method for grasping an annular tyre structure comprising: a) arranging an annular tyre structure which is extended circumferentially around a tyre axis and having a radially outer surface having, in a plane perpendicular to said tyre axis, a first grip diameter; characterized by b) arranging a grip apparatus comprising at least two shoes, each shoe comprising at least two feelers circumferentially distributed around a grip axis and each having a contact zone corresponding to a portion of the feeler directed towards the grip axis; c) adjusting the relative position of the feelers of each shoe in a manner such that, in a plane perpendicular to the grip axis, the contact zones of the feelers of a shoe are tangent to a same first adjustment circumference having a diameter equal to said first grip diameter, said first adjustment circumference being adapted to be superimposed on the radially outer surface of the annular tyre structure; d) relatively positioning said grip apparatus and said annular tyre structure in a manner such that said shoes are circumferentially around said annular tyre structure; e) closing the shoes against the annular tyre structure until the contact zones of the feelers grasp the annular tyre structure by being abutted against the radially outer surface. a) arranging an annular tyre structure which is extended circumferentially around a tyre axis and having a radially outer surface having, in a plane perpendicular to said tyre axis, a first grip diameter; characterized by b) arranging a grip apparatus comprising at least two shoes, each shoe comprising at least two feelers circumferentially distributed around a grip axis and each having a contact zone corresponding to a portion of the feeler directed towards the grip axis; c) adjusting the relative position of the feelers of each shoe in a manner such that, in a plane perpendicular to the grip axis, the contact zones of the feelers of a shoe are tangent to a same first adjustment circumference having a diameter equal to said first grip diameter, said first adjustment circumference being adapted to be superimposed on the radially outer surface of the annular tyre structure; d) relatively positioning said grip apparatus and said annular tyre structure in a manner such that said shoes are circumferentially around said annular tyre structure; e) closing the shoes against the annular tyre structure until the contact zones of the feelers grasp the annular tyre structure by being abutted against the radially outer surface.
A method for handling an outgoing call connection in a telecommunication device, comprising the steps of: - detecting a request for establishing a communication connection from a calling party to a called party via the telecommunication device; - detecting proximity of the telecommunication device to an object; - detecting subsequent lack of proximity of the telecommunication device to the object, while awaiting accepting of said communication connection by the called party; - subsequently, upon detecting establishment of said communication connection, starting a timer; - detecting a request of the calling party for terminating said communication connection; - if the timer indicates a time below a predefined threshold, inhibiting the request for terminating said communication connection; and - indicating, by an indicator of the telecommunication device, that said communication connection is established. - detecting a request for establishing a communication connection from a calling party to a called party via the telecommunication device; - detecting proximity of the telecommunication device to an object; - detecting subsequent lack of proximity of the telecommunication device to the object, while awaiting accepting of said communication connection by the called party; - subsequently, upon detecting establishment of said communication connection, starting a timer; - detecting a request of the calling party for terminating said communication connection; - if the timer indicates a time below a predefined threshold, inhibiting the request for terminating said communication connection; and - indicating, by an indicator of the telecommunication device, that said communication connection is established.
A suspension mat (1, 10) for a seat cushion of a vehicle seat, characterized in that same comprises a plastic sheet, a front hooking profile and a rear hooking profile overmolded in said sheet, and in that the mat includes a plastic pocket with at least one opening and attached to the sheet by providing a space therebetween for allowing wiring (50, 52, 53) to be fed between said sheet and said pocket through said at least one opening. characterized in that same comprises a plastic sheet, a front hooking profile and a rear hooking profile overmolded in said sheet, and in that the mat includes a plastic pocket with at least one opening and attached to the sheet by providing a space therebetween for allowing wiring (50, 52, 53) to be fed between said sheet and said pocket through said at least one opening.
Preparation method for a nanomesh metal membrane comprising a de-alloying step a thin layer of a metal alloy deposited on a substrate, said method being characterized in that said thin layer has a thickness between 1 and 100 nm, and in that said de-alloying step is carried out by exposing said thin layer to an acid vapor in order to form said nanomesh metal membrane.
A button operation processing method in a single-hand mode which is implemented by a terminal, comprising: detecting whether a terminal is switched to the single-hand mode; detecting whether a first preset operation on a proximal physical button is received when the terminal is switched to the single-hand mode, the first preset operation being a long press operation and the proximal physical button being a physical button within a single-hand operation area on the terminal; performing an operation function corresponding to a distal physical button when the first preset operation on the proximal physical button is received, the distal physical button being a physical button outside the single-hand operation area on the terminal; and performing the initial operation function of the proximal physical button when the user of the terminal performs a click operation on the proximal physical button, wherein each said physical button of the terminal is a button which is permanently provided on said terminal irrespective of what may be displayed on a screen. detecting whether a terminal is switched to the single-hand mode; detecting whether a first preset operation on a proximal physical button is received when the terminal is switched to the single-hand mode, the first preset operation being a long press operation and the proximal physical button being a physical button within a single-hand operation area on the terminal; performing an operation function corresponding to a distal physical button when the first preset operation on the proximal physical button is received, the distal physical button being a physical button outside the single-hand operation area on the terminal; and performing the initial operation function of the proximal physical button when the user of the terminal performs a click operation on the proximal physical button, wherein each said physical button of the terminal is a button which is permanently provided on said terminal irrespective of what may be displayed on a screen.
Installation for the continuous production of cylindrical shells or half-shells with thermal insulating properties, comprising: • a double linear conveyor with discrete progression respectively in the same direction and the same speed: ▪ a lower conveyor receiving a plurality of removable female molds; ▪ an upper conveyor, located vertically above the lower conveyor, and receiving an identical quantity of removable male molds; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; • at least one tube or nozzle for introduction into the volume thus defined at the filling station of the constituents capable of interacting with each other in order to constitute a polyurethane or a polyisocyanurate. • a double linear conveyor with discrete progression respectively in the same direction and the same speed: ▪ a lower conveyor receiving a plurality of removable female molds; ▪ an upper conveyor, located vertically above the lower conveyor, and receiving an identical quantity of removable male molds; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; ▪ a lower conveyor receiving a plurality of removable female molds; ▪ an upper conveyor, located vertically above the lower conveyor, and receiving an identical quantity of removable male molds; said male and female molds being shaped to define between them, in the operational position, a semi-cylindrical volume; said double conveyor being able to move the moulds between a station for filling said volume with elements able to constitute the material with thermal insulating properties of the shells or half-shells, and a station for receiving and recovering the shells or half-shells; • at least one tube or nozzle for introduction into the volume thus defined at the filling station of the constituents capable of interacting with each other in order to constitute a polyurethane or a polyisocyanurate.
An apparatus for cleaning a stream, wherein the apparatus comprises at least one hot filtration device, which comprises - a filter vessel - an inlet of medium in an upper part of the filter vessel for supplying the medium comprising particles to the filter vessel, - an outlet of the medium in the bottom part for discharged the medium from the filter vessel, - a moving bed comprising the medium which is arranged in the vessel - at least one feed inlet for supplying the stream to the filter vessel in which the stream is treated for forming a purified gas, and - at least one gas outlet for supplying the purified gas out from the filter vessel, said apparatus being characterized in that it further comprises at least one horizontal filter candle located inside the moving bed. - a filter vessel - an inlet of medium in an upper part of the filter vessel for supplying the medium comprising particles to the filter vessel, - an outlet of the medium in the bottom part for discharged the medium from the filter vessel, - a moving bed comprising the medium which is arranged in the vessel - at least one feed inlet for supplying the stream to the filter vessel in which the stream is treated for forming a purified gas, and - at least one gas outlet for supplying the purified gas out from the filter vessel, said apparatus being characterized in that it further comprises at least one horizontal filter candle located inside the moving bed.
A bearing comprising: a surface; and a self-lubricating surface coating composition deposited on said surface, said self-lubricating surface coating composition comprises a curable acrylate composition comprising a metallic composition, said metallic composition comprises a metallic acrylate compound according to Formula I: where R = H or CH 3 M = Zn, Ca Formula I; and 30 mass% to 45 mass% PTFE fiber based on the total mass of said metallic composition; wherein said self-lubricating surface coating composition includes essentially no structural fillers such as glass fiber, carbon fiber, microwool fiber and combinations thereof. a surface; and a self-lubricating surface coating composition deposited on said surface, said self-lubricating surface coating composition comprises a curable acrylate composition comprising a metallic composition, said metallic composition comprises a metallic acrylate compound according to Formula I: where R = H or CH 3 M = Zn, Ca Formula I; and 30 mass% to 45 mass% PTFE fiber based on the total mass of said metallic composition; wherein said self-lubricating surface coating composition includes essentially no structural fillers such as glass fiber, carbon fiber, microwool fiber and combinations thereof.
Device for stirring in a drum, particularly designed to condition nuclear waste in inert matrixes made of cement, comprising a drum and a movable blade performing stirring according in a circular motion, where the blade comprises an end piece for connecting to a motor device overhanging the drum and rotating the blade about an axis of rotation, plungers parallel with the axis of rotation of the blade and bars for connecting the plungers to the end piece, characterised in that the bars are horizontal and are all connected to upper portions of the plungers.
A delivery pipe for gasoline comprising a delivery pipe main body having a flat shape provided with a pair of facing wide walls (2, 3) and a pair of facing narrow walls (4, 5) of narrower width than the pair of wide walls (2, 3), wherein an inlet pipe is connected to a narrow wall of the delivery pipe main body, and wherein at a connection portion of the inlet pipe and the narrow wall, a reinforcing material is disposed in covering manner continuously from the connecting portion onto the wide walls (2, 3) to reinforce the connecting portion, the delivery pipe being characterised in that a tip portion of the inlet pipe is arranged by insertion inwards through the narrow wall of the delivery pipe main body and fixed by brazing, further in that the reinforcing material is disposed to cover the connecting portion between the narrow wall and the inlet pipe in substantially rectangular parallelepiped shape, and in that the reinforcement material is provided at the connecting portion between the delivery pipe main body and the inlet pipe, fixing the reinforcement material to the corner portions formed between the wide walls (2, 3) and the narrow wall where the inlet pipe is connected.
Support element (a) for a vehicle, having a force transducer for measuring the support force transmitted from the support element in order to carry a load, characterized in that the force transducer forms a measuring portion (p) of the support element that deforms under the support force and transverse forces in a direction deviating from the support force, wherein the measuring portion has a diaphragm-like deformation piece in the form of a disc-shaped diaphragm (k) with a cylindrical hole in its centre, which is adjoined on one side on the outer diaphragm edge (p) by a hollow cylinder, and which is adjoined on the other side on the inner diaphragm edge (q) by a hollow cylinder (e) or a solid cylinder, and has a plurality of thin film resistors (h1, h2, h3, h4) arranged on the measuring portion, which indicate a reaction proportional to strain and of which the reactions proportional to transverse forces cancel out one another, wherein a carrier member (f) is welded onto the measuring portion, on which the thin film resistors are formed on the end face as thin film resistors in a layer applied monolithically to the carrier member (f), and wherein the hollow or solid cylinder (e) adjoining the inner diaphragm edge (q) ends in a hemispherical thickening (o), which permits a supporting foot (a), which produces the connection to the ground, to be mounted in various angular positions.