mhurhangee/ep-ind-claims huggingface dataset:
Machine to work oblong metal products, comprising a drawing apparatus configured to feed at least one of said metal products in a direction of feed and a work apparatus, provided with a work plane, in which a bending device is present provided with a contrast element, and a bending element, positioned downstream of said drawing apparatus, aligned in said direction of feed, said drawing apparatus comprising a first drawing unit and a second drawing unit opposite each other with respect to said direction of feed and at least one drive member to move said drawing apparatus and in which said first drawing unit and said second drawing unit define between them, in said direction of feed, a drawing channel for the at least one metal product, characterized in that, at exit from said drawing channel it includes guide means, advantageously adjustable on the plane substantially orthogonal to a lying plane of said drawing channel, followed by a main cutting unit and said bending device and in that at exit from said main cutting unit there are guiding and holding means consisting of branches (60, 61), said guiding and holding means, lying on the same plane, being autonomous and advantageously adjustable, directly cooperating with said bending device, having profiles with an extension which reaches the proximity of the center of said contrast element of said bending device, said contrast element having a cylindrical portion with an axis of rotation and a flat portion close to said axis of rotation, said flat portion facing the guiding and holding means.
A base station comprising: means for transmitting to a radio terminal a first value of a first radio resource configuration information element and information about a conversion factor, the first value being associated with normal coverage or with a first coverage enhancement level, wherein a value of the conversion factor obtained from the information about the conversion factor is configured to enable the radio terminal to derive a second value of the first radio resource configuration information element from the first value, the second value being associated with a second coverage enhancement level, wherein the value of the conversion factor is also used as a value of a second radio resource configuration information element different from the first radio resource configuration information element, the value of the second radio resource configuration information element being associated with the second coverage enhancement level, wherein the first radio resource configuration information element is a ra-ResponseWindowSize Information Element, IE, regarding a random access procedure, and the second radio resource configuration information element comprises a third value regarding a number of repetitions for a Random Access Response, RAR, of the random access procedure. means for transmitting to a radio terminal a first value of a first radio resource configuration information element and information about a conversion factor, the first value being associated with normal coverage or with a first coverage enhancement level, wherein a value of the conversion factor obtained from the information about the conversion factor is configured to enable the radio terminal to derive a second value of the first radio resource configuration information element from the first value, the second value being associated with a second coverage enhancement level, wherein the value of the conversion factor is also used as a value of a second radio resource configuration information element different from the first radio resource configuration information element, the value of the second radio resource configuration information element being associated with the second coverage enhancement level, wherein the first radio resource configuration information element is a ra-ResponseWindowSize Information Element, IE, regarding a random access procedure, and the second radio resource configuration information element comprises a third value regarding a number of repetitions for a Random Access Response, RAR, of the random access procedure.
A motorcycle wheel with a forged rim and a central hub attachment region, wherein spokes formed in one piece on the rim extend from the rim to the central hub attachment region, wherein a hub element which can be fastened to a motorcycle and forms a hub of the motorcycle wheel is fastened detachably to the hub attachment region, and characterised in that the hub attachment region is formed in several parts and on each of the spokes.
A armor element for a flexible line intended to be placed in an expanse of water, comprising: - a plurality of longitudinal carbon fiber filaments; - a polymeric matrix receiving the filaments for binding them together, the matrix forming a ribbon intended to be wound around a longitudinal body of the flexible line; characterized in that the armor element includes at least one optical fiber received in the matrix, the optical fiber having an elongation at break of more than 2%, as measured with the ASTM-D 885-03 standard. - a plurality of longitudinal carbon fiber filaments; - a polymeric matrix receiving the filaments for binding them together, the matrix forming a ribbon intended to be wound around a longitudinal body of the flexible line;
Extractor valve for beverage dispensing, comprising a moving element housed inside a fixed element with a pneumatic piston, intended for piercing a barrel or container, characterised in that: - the fixed element comprises, on its top part, a closing cover that also serves for coupling said pneumatic piston with a threaded joint on the rod of the pneumatic piston, the said pneumatic piston incorporating an actuating solenoid valve, which in use is directly connected to a programmable control panel via electrical wiring, - the said fixed element is configured to be connected to a cylinder of carbon dioxide, • through an inlet pipe coupled to an intake connection with a non-return valve, • and with a pipe in communication with the actuating solenoid valve. - the moving element comprises, on its top part, a locking sleeve, the said locking sleeve incorporating a sensor with a float, directly connected to a programmable control panel via said electrical wiring, - the moving element is, in use, connected to the beverage dispensing system • by means of a flood python connected to a beverage dispensing tap via a linking device that connects to a flood python or contact python, - the said moving element includes a bleed valve; - the fixed element and the moving element coupled inside the fixed element is firmly attached by means of a pin inserted between the locking sleeve of the moving element and the threaded joint on the rod of the pneumatic piston. - the fixed element comprises, on its top part, a closing cover that also serves for coupling said pneumatic piston with a threaded joint on the rod of the pneumatic piston, the said pneumatic piston incorporating an actuating solenoid valve, which in use is directly connected to a programmable control panel via electrical wiring, - the said fixed element is configured to be connected to a cylinder of carbon dioxide, • through an inlet pipe coupled to an intake connection with a non-return valve, • and with a pipe in communication with the actuating solenoid valve. • through an inlet pipe coupled to an intake connection with a non-return valve, • and with a pipe in communication with the actuating solenoid valve. - the moving element comprises, on its top part, a locking sleeve, the said locking sleeve incorporating a sensor with a float, directly connected to a programmable control panel via said electrical wiring, - the moving element is, in use, connected to the beverage dispensing system • by means of a flood python connected to a beverage dispensing tap via a linking device that connects to a flood python or contact python, • by means of a flood python connected to a beverage dispensing tap via a linking device that connects to a flood python or contact python, - the said moving element includes a bleed valve; - the fixed element and the moving element coupled inside the fixed element is firmly attached by means of a pin inserted between the locking sleeve of the moving element and the threaded joint on the rod of the pneumatic piston.
A deposition mask for depositing a deposition material on a deposition target substrate, the deposition mask comprising: a mask body; and a through-hole provided in the mask body and through which the deposition material passes when the deposition material is deposited on the deposition target substrate, wherein the mask body satisfies y ≥ 950; and y ≥ 23 x − 1280, when an indentation elastic modulus is x (GPa) and a 0.2% yield strength is y (MPa), wherein the indentation elastic modulus and the yield strength are measured as set out in the description, and wherein a thickness of the mask body is 15 μm or less. a mask body; and a through-hole provided in the mask body and through which the deposition material passes when the deposition material is deposited on the deposition target substrate, wherein the mask body satisfies y ≥ 950; and y ≥ 23 x − 1280, when an indentation elastic modulus is x (GPa) and a 0.2% yield strength is y (MPa), wherein the indentation elastic modulus and the yield strength are measured as set out in the description, and wherein a thickness of the mask body is 15 μm or less.
A cell sorting system comprising a cell sorting valve microfabricated on a surface of a silicon substrate, with microfabricated channels leading from the cell sorting valve, wherein the cell sorting valve separates the target particles from non-target material by directing the target particles from a sample channel into a sort channel formed in the silicon substrate and the non-target material from the sample channel to a waste output channel also formed in the silicon substrate; a disposable cartridge containing a sample reservoir, a sort reservoir and a waste reservoir; and an interposer that provides fluid communication between the microfabricated channels in the silicon substrate and the reservoirs in the disposable cartridge, wherein the interposer provides a sort fluid path between a sort reservoir in the disposable cartridge and the sort channel in the silicon substrate, a waste fluid path between a waste reservoir in the disposable cartridge and the waste channel, and a sample fluid path between the sample channel and a sample reservoir characterized in that the channel geometries at the interfaces of the interposer to the silicon substrate and/or the disposable cartridge are designed in way that channel diameters are always increasing in flow direction.
A piezoelectric sensing device (100,600) comprising: a plurality of piezoelectric element (104,604); and a flexible circuit (114,660) comprising a pure polyimide C-stage core between a first copper layer (612,632) on a first side of the pure polyimide C-stage core and a second copper layer on a second side of the pure polyimide C-stage core opposite the first side, a first glass reinforced polyimide C-stage cover layer formed over the first copper layer (612,632), and a second glass reinforced polyimide C-stage cover layer formed over the second copper layer, wherein the plurality of piezoelectric elements are mounted to the flexible circuit (114,660) in a plurality of windows formed in the first glass reinforced polyimide C-stage cover layer to receive the plurality of piezoelectric elements (104,604). a plurality of piezoelectric element (104,604); and a flexible circuit (114,660) comprising a pure polyimide C-stage core between a first copper layer (612,632) on a first side of the pure polyimide C-stage core and a second copper layer on a second side of the pure polyimide C-stage core opposite the first side, a first glass reinforced polyimide C-stage cover layer formed over the first copper layer (612,632), and a second glass reinforced polyimide C-stage cover layer formed over the second copper layer, wherein the plurality of piezoelectric elements are mounted to the flexible circuit (114,660) in a plurality of windows formed in the first glass reinforced polyimide C-stage cover layer to receive the plurality of piezoelectric elements (104,604).
An industrial printing device comprising at least an input stage, an output stage, a cutting stage, and a printer stage, wherein the printer stage is arranged between the input stage and the output stage, wherein the cutting stage is arranged upstream of the printer stage, wherein the cutting stage comprises a laser cutting device such that material is continuously processable between the input stage and the output stage by at least the cutting stage and the printer stage. wherein the printer stage is arranged between the input stage and the output stage, wherein the cutting stage is arranged upstream of the printer stage, wherein the cutting stage comprises a laser cutting device such that material is continuously processable between the input stage and the output stage by at least the cutting stage and the printer stage.
A surgical instrument comprising: an elongated shaft extending distally from a handle; an end effector (156, 158) extending distally from the elongated shaft, the end effector (156, 158) including an active contact surface thereon disposed to contact tissue in use; and a replacement contact surface disposed relative to the active contact surface such that the presence of the active contact surface prohibits the replacement contact surface from contacting tissue in use, and wherein the active contact surface is removable from the end effector (156, 158) to permit the replacement contact surface to contact tissue in use, characterized in that the active contact surface defines an active knife tip at a distal end of a reciprocating knife, wherein the active knife tip is distally movable through the end effector to cut tissue. an elongated shaft extending distally from a handle; an end effector (156, 158) extending distally from the elongated shaft, the end effector (156, 158) including an active contact surface thereon disposed to contact tissue in use; and a replacement contact surface disposed relative to the active contact surface such that the presence of the active contact surface prohibits the replacement contact surface from contacting tissue in use, and wherein the active contact surface is removable from the end effector (156, 158) to permit the replacement contact surface to contact tissue in use, characterized in that the active contact surface defines an active knife tip at a distal end of a reciprocating knife, wherein the active knife tip is distally movable through the end effector to cut tissue.
Closing mechanism for the at least two mould halves (7, 8), supported by two mould holders (4, 5), of a glassware forming machine, in particular an I.S. machine, comprising a station housing having an upper side, and comprising a drive train encompassing a gearing and a drive, wherein the mould holders (4, 5) are arranged to be horizontally movable between an opening position of the mould halves (7, 8) and a closing position by means of the drive train, characterised in that the drive and the gearing of the drive train are arranged beneath the upper side within the station housing, in that the drive train is arranged in a suspended manner beneath the housing section within the station housing, in that for the horizontal movement of the mould holders (4, 5) a guide configured in connection with the drive train is arranged within a housing section above the upper side of the station housing and laterally relative thereto, and in that the housing section is supported on the upper side of the station housing.
A temporarily or permanently implantable medical device having at least two elongate electrical function conductors for the transmission of therapy signals or diagnostic signals or both, wherein said device is connected or is to be connected to the function conductors, and having at least one electrode terminal (22, 24, 30, 32), which is connected to at least one of the function conductors and via which electrical current can be delivered to surrounding bodily tissue during use or by means of which electrical potentials can be sensed in surrounding tissue during use, or both, wherein the function conductors are electrical conductors of an electrode line (20, 102, 104) which comprises electrode terminals which are electrically connected to the function conductors, characterised in that the medical device comprises a wave transfer module (124, 220), wherein the wave transfer module (124, 220) comprises a delay line, and wherein the wave transfer module (124, 220) is connected or is to be connected to the function conductors and is designed to transform waves arriving via one function conductor and to apply them in a controlled manner as transformed waves to another function conductor in such a way that the waves are superimposed destructively at the electrode terminal (22, 24, 30, 32).
An assembly for a gas turbine engine, comprising: a first module including a first radial wall; a second module including a second radial wall, the second module interconnected with the first module along a joint such that a surface of the second radial wall faces a surface of the first radial wall; a cavity defined in part by the first radial wall and the second radial wall; and a seal assembly disposed proximate the cavity; wherein the seal assembly comprises: a seal support ring including a backing ring portion and a first seal land, the backing ring portion secured to one of the first radial wall and the second radial wall, and the first seal land extending axially into the cavity toward the other of the first radial wall and the second radial wall; a first finger seal including a fixed end and a free end; and a second finger seal secured in the cavity between the first radial wall and the second radial wall, characterised in that the free end of the first finger seal contacts a radially inner side of the first seal land. a first module including a first radial wall; a second module including a second radial wall, the second module interconnected with the first module along a joint such that a surface of the second radial wall faces a surface of the first radial wall; a cavity defined in part by the first radial wall and the second radial wall; and a seal assembly disposed proximate the cavity; wherein the seal assembly comprises: a seal support ring including a backing ring portion and a first seal land, the backing ring portion secured to one of the first radial wall and the second radial wall, and the first seal land extending axially into the cavity toward the other of the first radial wall and the second radial wall; a first finger seal including a fixed end and a free end; and a second finger seal secured in the cavity between the first radial wall and the second radial wall, characterised in that the free end of the first finger seal contacts a radially inner side of the first seal land. a seal support ring including a backing ring portion and a first seal land, the backing ring portion secured to one of the first radial wall and the second radial wall, and the first seal land extending axially into the cavity toward the other of the first radial wall and the second radial wall; a first finger seal including a fixed end and a free end; and a second finger seal secured in the cavity between the first radial wall and the second radial wall, characterised in that the free end of the first finger seal contacts a radially inner side of the first seal land.
A loudspeaker comprising: a diaphragm configured to vibrate to create sounds; a magnet assembly comprising a plurality of magnets and an air gap between the magnets; and a moving coil module comprising an electrically insulating substrate that is patterned with an electrically conducting material forming a coil shaped conductor trace thereon, wherein the substrate and the conductor trace are located in the air gap between the magnets and the moving coil module is attached to the diaphragm and the substrate extends from a surface of the diaphragm; wherein the substrate is a printed circuit board substrate, and wherein the conductor trace is etched or printed onto, or embedded or partially embedded into the PCB substrate; characterized in that the moving coil module further comprises two or more ferromagnetic strips that contact the conductor trace, and the two or more ferromagnetic strips, the conductor trace, and the electrically insulating substrate are encapsulated by a non-conductive cover that provides attachment of the moving coil module to the diaphragm. a diaphragm configured to vibrate to create sounds; a magnet assembly comprising a plurality of magnets and an air gap between the magnets; and a moving coil module comprising an electrically insulating substrate that is patterned with an electrically conducting material forming a coil shaped conductor trace thereon, wherein the substrate and the conductor trace are located in the air gap between the magnets and the moving coil module is attached to the diaphragm and the substrate extends from a surface of the diaphragm; wherein the substrate is a printed circuit board substrate, and wherein the conductor trace is etched or printed onto, or embedded or partially embedded into the PCB substrate; characterized in that the moving coil module further comprises two or more ferromagnetic strips that contact the conductor trace, and the two or more ferromagnetic strips, the conductor trace, and the electrically insulating substrate are encapsulated by a non-conductive cover that provides attachment of the moving coil module to the diaphragm.
A drainage channel for sanitary facilities, in particular for showers, and/or for terrace areas with a gutter element which has at least one outlet for primary drainage, a frame which has a frame flange for associating with tiles, and a device for secondary drainage, wherein the gutter element and the frame are fixedly associated, wherein the gutter element has a gutter flange which is fixedly associated with the frame flange, and the device for secondary drainage is integrated into the gutter element, or the device for secondary drainage is integrated into the gutter element and the frame, wherein the device for secondary drainage has diffusion openings (17, 18) formed in the gutter element, wherein first diffusion openings are formed in the gutter flange and second diffusion openings are formed in a side wall of the gutter element, wherein the first diffusion openings merge in associated second diffusion openings in the side wall of the gutter element and form channels opening into the gutter element, characterized in that the first diffusion openings each form an oblong breakthrough through the gutter flange which is delimited below by the upper side of the frame flange, wherein the respective channel forms an oblong slit extending essentially perpendicular to the longitudinal direction of the gutter element in the area of the longer side.
Pigments comprising a substrate and a coating containing metallic iron, where the substrate comprises titanium oxides, synthetic or natural mica, phyllosilicates, glass, borosilicates, SiO 2, Al 2 O 3, graphite and/or BiOCl, the metallic iron is present in the iron-containing coating in combination with FeO and/or Fe 3 O 4, and the proportion of metallic iron is 30 to 99% by weight, based on the iron-containing coating.