mhurhangee/ep-ind-claims huggingface dataset:
A program recording and playing control apparatus comprising: program management means for managing a database that stores program information for programs; wireless communication means for transmitting the program information stored in the database to an electronic apparatus using wireless communication; and control means for controlling under the control of said electronic apparatus, an apparatus (301, 302, 303, 304) having functions of recording and playing programs; characterized in that the wireless communication with said electronic apparatus is switched between communication using a public circuit and short-distance wireless communication, wherein the wireless communication using the public circuit is based on direct spreading data transmission using a first spread spectrum communication system, wherein the wireless communication using the short-distance wireless communication is based on frequency hopping data transmission using a second spread spectrum communication system. program management means for managing a database that stores program information for programs; wireless communication means for transmitting the program information stored in the database to an electronic apparatus using wireless communication; and control means for controlling under the control of said electronic apparatus, an apparatus (301, 302, 303, 304) having functions of recording and playing programs; characterized in that the wireless communication with said electronic apparatus is switched between communication using a public circuit and short-distance wireless communication, wherein the wireless communication using the public circuit is based on direct spreading data transmission using a first spread spectrum communication system, wherein the wireless communication using the short-distance wireless communication is based on frequency hopping data transmission using a second spread spectrum communication system.
A check-valve comprising: plural valve chamber forming members; a flow-in valve chamber and a flow-out valve chamber (42, 92c) which are constituted by overlapping in the plural valve chamber forming members and connected to each of flow paths; wherein the flow-in valve chamber is shallower than the flow-out valve chamber (42, 92c); a partition sheet which is bonded to the plural valve chamber forming members while being sandwiched therebetween and has a flexible inner flange (32, 82c) in cavities of the flow-in valve chamber and the flow-out valve chamber (42, 92c), in which the flexible inner flange (32, 82c) does not close the flow-out valve chamber (42, 92c) by flexing toward the flow-out valve chamber (42, 92c) in a normal flow, and closes the flow-in valve chamber by flexing toward the flow-in valve chamber in a reverse flow; and a through-pass part which penetrates the inner flange (32, 82c); characterized in that the flow-in valve chamber and the flow-out valve chamber (42, 92c) have a concentric cylindrical shape having same radius; the through-pass part has an elongated circular shape, an oval shape or an egg shape; a center of the through-pass part is decentered from a central axis of the both valve chambers (22, 42, 92c) to a side of the flow path connected to the flow-in valve chamber; an upper surface of the flow-out valve chamber (42, 92c) is a hydrophilic finished surface; and a bottom surface of the flow-in valve chamber is a water-repellent finished surface. plural valve chamber forming members; a flow-in valve chamber and a flow-out valve chamber (42, 92c) which are constituted by overlapping in the plural valve chamber forming members and connected to each of flow paths; wherein the flow-in valve chamber is shallower than the flow-out valve chamber (42, 92c); a partition sheet which is bonded to the plural valve chamber forming members while being sandwiched therebetween and has a flexible inner flange (32, 82c) in cavities of the flow-in valve chamber and the flow-out valve chamber (42, 92c), in which the flexible inner flange (32, 82c) does not close the flow-out valve chamber (42, 92c) by flexing toward the flow-out valve chamber (42, 92c) in a normal flow, and closes the flow-in valve chamber by flexing toward the flow-in valve chamber in a reverse flow; and a through-pass part which penetrates the inner flange (32, 82c); characterized in that the flow-in valve chamber and the flow-out valve chamber (42, 92c) have a concentric cylindrical shape having same radius; the through-pass part has an elongated circular shape, an oval shape or an egg shape; a center of the through-pass part is decentered from a central axis of the both valve chambers (22, 42, 92c) to a side of the flow path connected to the flow-in valve chamber; an upper surface of the flow-out valve chamber (42, 92c) is a hydrophilic finished surface; and a bottom surface of the flow-in valve chamber is a water-repellent finished surface.
An electrical component (100, 1100) adapted for being mounted onto a rail (130, 140), characterized in that the electrical component (100, 1100) comprises a first outward-facing slot (201, 1201) and a second outward-facing slot (202, 1202) for receiving a first brim of a rail of a first rail type, a first outward-facing snap-lock and a second outward-facing snap-lock for fixating a second brim of a rail of the first rail type, a first inward-facing slot and a second inward-facing slot for receiving a first brim of a rail of a second rail type, and a first inward-facing snap-lock and a second inward-facing snap-lock for fixating a second brim of a rail of the second type.
An impact device for cleaning of surfaces, particularly heat delivery surfaces, such as boiler faces, convection packets and heat exchangers, the impact device comprising an anvil (1, 1'); a body (2, 2') with a first end (3, 3') facing the anvil (1, 1'), and a second end (4, 4') positioned opposite to the first end; a hammer unit comprising a hammer (5, 5') arranged to be displaceable in the body (2, 2'); and a spring (6, 6') arranged to receive impact energy from the hammer (5, 5') and to transfer impact energy to the anvil (1, 1'), in which impact device the body (2, 2') is fastened to the anvil (1, 1'), and the impact device comprises means for damping impact force from the anvil (1, 1') to the body (2, 2'), wherein the body (2, 2') is fastened to the anvil (1, 1') by means of at least one elongated suspension element (7, 7a' to 7f') which is fastened to the anvil (1, 1') by a first end (8, 8a', 8e', 8f) of the suspension element (7, 7a' to 7f); the means for damping impact force from the anvil (1, 1') to the body (2, 2') comprise a spring unit (9, 9a' to 9f) connecting the suspension element (7, 7a' to 7f') to the body flexibly, which allows the body (2, 2') to be displaced relative to the suspension element (7, 7a' to 7f') in the longitudinal direction of the suspension element (7, 7a' to 7f); the hammer device comprises an end facing the anvil (1, 1'); and that the device comprises means (103, 103') for keeping an entity comprising the hammer unit end facing the anvil (1, 1'), the spring (6, 6') and the anvil (1, 1') under compression in a clearance-free manner.
A method of drilling and completing a well, the method comprising: performing the following steps a) - e) in a single trip of a drill string into a wellbore: a) drilling a section of the wellbore; b) positioning a perforated shroud in the section of the wellbore; c) securing the perforated shroud by setting a hanger, and characterised in that the method includes the steps of: d) withdrawing the drill string from the shroud; and e) then isolating the section of the wellbore from a remainder of the wellbore vertically above the section of the wellbore. performing the following steps a) - e) in a single trip of a drill string into a wellbore: a) drilling a section of the wellbore; b) positioning a perforated shroud in the section of the wellbore; c) securing the perforated shroud by setting a hanger, and characterised in that the method includes the steps of: d) withdrawing the drill string from the shroud; and e) then isolating the section of the wellbore from a remainder of the wellbore vertically above the section of the wellbore. a) drilling a section of the wellbore; b) positioning a perforated shroud in the section of the wellbore; c) securing the perforated shroud by setting a hanger, and characterised in that the method includes the steps of: d) withdrawing the drill string from the shroud; and e) then isolating the section of the wellbore from a remainder of the wellbore vertically above the section of the wellbore.
An LCD module comprising: an LCD panel (104, 304, 408, 504) having a front face, a rear face and N sides, where N is an integer greater than two; and a backlight unit (106, 206, 306) comprising: a frame (130, 230) having a front face, a rear face (132, 232), N sides and a central aperture and wherein the LCD panel (104, 304, 408, 504) is attached to the frame (130, 230); a light guide positioned within the central aperture of the frame (130, 230) and having a front face, a rear face and a plurality of sides; and a reflector (228, 328) covering the rear face of the light guide and covering at least a part of the rear face of the frame (130, 230) and attached to at least a part of the first side of the frame (130, 230). characterized in that the LCD panel (104, 304, 408, 504) is attached to the front face of the frame (130, 230) such that a first of the N sides of the frame (130, 230) is flush with a first of the N sides of the LCD panel (104, 304, 408, 504) and the reflector (228, 328) is attached to at least a part of the first side of the LCD panel (104, 304, 408, 504). an LCD panel (104, 304, 408, 504) having a front face, a rear face and N sides, where N is an integer greater than two; and a backlight unit (106, 206, 306) comprising: a frame (130, 230) having a front face, a rear face (132, 232), N sides and a central aperture and wherein the LCD panel (104, 304, 408, 504) is attached to the frame (130, 230); a light guide positioned within the central aperture of the frame (130, 230) and having a front face, a rear face and a plurality of sides; and a reflector (228, 328) covering the rear face of the light guide and covering at least a part of the rear face of the frame (130, 230) and attached to at least a part of the first side of the frame (130, 230). characterized in that the LCD panel (104, 304, 408, 504) is attached to the front face of the frame (130, 230) such that a first of the N sides of the frame (130, 230) is flush with a first of the N sides of the LCD panel (104, 304, 408, 504) and the reflector (228, 328) is attached to at least a part of the first side of the LCD panel (104, 304, 408, 504). a frame (130, 230) having a front face, a rear face (132, 232), N sides and a central aperture and wherein the LCD panel (104, 304, 408, 504) is attached to the frame (130, 230); a light guide positioned within the central aperture of the frame (130, 230) and having a front face, a rear face and a plurality of sides; and a reflector (228, 328) covering the rear face of the light guide and covering at least a part of the rear face of the frame (130, 230) and attached to at least a part of the first side of the frame (130, 230). characterized in that the LCD panel (104, 304, 408, 504) is attached to the front face of the frame (130, 230) such that a first of the N sides of the frame (130, 230) is flush with a first of the N sides of the LCD panel (104, 304, 408, 504) and the reflector (228, 328) is attached to at least a part of the first side of the LCD panel (104, 304, 408, 504).
A method of rapid derivatization of glycosylamines comprising the steps of: providing a biological sample comprising a glycoprotein; contacting the glycoprotein with an enzyme to produce a deglycosylation mixture; and mixing (a) a reagent solution comprising a labeling reagent selected from an N- hydroxysuccinimide ester reagent and an N- hydroxysuccinimide carbamate reagent combined with a polar aprotic, non-nucleophilic organic solvent, (b) the deglycosylation mixture and (c) a buffer solution to produce a reaction mixture, the reaction mixture comprising a molar excess of labeling reagent ranging from about 10 to about 2000, the reaction mixture having the labeling reagent, released glycosylamines, proteinacious amines and derivatized glycosylamines. providing a biological sample comprising a glycoprotein; contacting the glycoprotein with an enzyme to produce a deglycosylation mixture; and mixing (a) a reagent solution comprising a labeling reagent selected from an N- hydroxysuccinimide ester reagent and an N- hydroxysuccinimide carbamate reagent combined with a polar aprotic, non-nucleophilic organic solvent, (b) the deglycosylation mixture and (c) a buffer solution to produce a reaction mixture, the reaction mixture comprising a molar excess of labeling reagent ranging from about 10 to about 2000, the reaction mixture having the labeling reagent, released glycosylamines, proteinacious amines and derivatized glycosylamines.
A control system for controlling at least one exterior vehicle light of a controlled motor vehicle, the system comprising: a control unit in communication with the at least one exterior vehicle light, the control unit operable for: receiving an image of a forward field of view of the motor vehicle from an image sensor; and analyzing the received image to detect reflections of lane markings to detect when a road bend is ahead of the motor vehicle; wherein a direction of the at least one exterior vehicle light of the controlled motor vehicle is controlled to bend with the road. a control unit in communication with the at least one exterior vehicle light, the control unit operable for: receiving an image of a forward field of view of the motor vehicle from an image sensor; and analyzing the received image to detect reflections of lane markings to detect when a road bend is ahead of the motor vehicle; receiving an image of a forward field of view of the motor vehicle from an image sensor; and analyzing the received image to detect reflections of lane markings to detect when a road bend is ahead of the motor vehicle; wherein a direction of the at least one exterior vehicle light of the controlled motor vehicle is controlled to bend with the road.
An oxide superconductor, comprising: a substrate made of a metal; an insulating intermediate layer provided on the substrate; an oxide superconducting layer provided on the intermediate layer; a metal stabilizing layer provided on the oxide superconducting layer; and a plurality of dividing grooves which divide the metal stabilizing layer and the oxide superconducting layer along a longitudinal direction of the substrate, the dividing grooves reaching an inside of the intermediate layer through the oxide superconducting layer from the metal stabilizing layer, the dividing grooves not reaching the substrate, wherein the metal stabilizing layer and the oxide superconducting layer are divided to form a plurality of filament conductors by the plurality of dividing grooves, in each dividing groove of the plurality of dividing grooves, a width of a groove opening portion of the dividing groove is equal to or greater than a width of a groove bottom portion of the dividing groove, characterised in that a groove wall portion of the dividing groove is covered with an insulating coating layer formed of constituent elements of the intermediate layer and the oxide superconducting layer. a substrate made of a metal; an insulating intermediate layer provided on the substrate; an oxide superconducting layer provided on the intermediate layer; a metal stabilizing layer provided on the oxide superconducting layer; and a plurality of dividing grooves which divide the metal stabilizing layer and the oxide superconducting layer along a longitudinal direction of the substrate, the dividing grooves reaching an inside of the intermediate layer through the oxide superconducting layer from the metal stabilizing layer, the dividing grooves not reaching the substrate, wherein the metal stabilizing layer and the oxide superconducting layer are divided to form a plurality of filament conductors by the plurality of dividing grooves, in each dividing groove of the plurality of dividing grooves, a width of a groove opening portion of the dividing groove is equal to or greater than a width of a groove bottom portion of the dividing groove, characterised in that a groove wall portion of the dividing groove is covered with an insulating coating layer formed of constituent elements of the intermediate layer and the oxide superconducting layer.
An ear splint for an ear, the ear splint comprising: a central portion having an exterior surface defining a first topology, the central portion configured to dwell within an anterior scaphoid section of an ear; and a wing portion extending from the central portion, the wing portion being configured to be positioned along a postauricular area of the ear; characterized in that the central portion is integrally formed with the wing portion which at least partially surrounds an outer periphery of the central portion, the wing portion having an exterior surface defining a second topology, the wing portion configured to be positioned along a postauricular area of the ear; and a magnetic retention feature having a first magnetic device and a second magnetic device being magnetically attractive to each other, the first magnetic device being disposed in the central portion, the second magnetic device being disposed in the wing portion, the magnetic retention feature exerting a magnetic attractive force between the central portion and the wing portion such that at least a portion of the exterior surface of the central portion and at least a portion of the exterior surface of the wing portion contact the ear. a central portion having an exterior surface defining a first topology, the central portion configured to dwell within an anterior scaphoid section of an ear; and a wing portion extending from the central portion, the wing portion being configured to be positioned along a postauricular area of the ear; characterized in that the central portion is integrally formed with the wing portion which at least partially surrounds an outer periphery of the central portion, the wing portion having an exterior surface defining a second topology, the wing portion configured to be positioned along a postauricular area of the ear; and a magnetic retention feature having a first magnetic device and a second magnetic device being magnetically attractive to each other, the first magnetic device being disposed in the central portion, the second magnetic device being disposed in the wing portion, the magnetic retention feature exerting a magnetic attractive force between the central portion and the wing portion such that at least a portion of the exterior surface of the central portion and at least a portion of the exterior surface of the wing portion contact the ear.
A device for producing a rod in the tobacco-processing industry, comprising a supply device which is designed to supply a flat web made of an aerosol-forming tobacco material, a coating device which is designed to arrange an electrically conductive layer at least in sections on a surface of the flat web and to connect said electrically conductive layer to the flat web, and a rod-shaping device, characterized by a separating device which is arranged downstream of the supply device, wherein the supply device is designed to feed the flat web to the separating device, and the separating device is designed to separate the flat web into a plurality of strips, and the rod-shaping device arranged downstream of the separating device is designed to shape a rod from the plurality of strips.
Transport device for objects to be processed in a processing machine and processed there, having a first conveyor device and a second conveyor device, wherein for these objects with respect to the first conveyor device a first conveyor path and with respect to the second conveyor device a second conveyor path is in each case rigidly predefined, wherein a transfer position of a transfer device arranged in the second conveyor path for transferring objects from the first conveyor device to the second conveyor device and from the second conveyor device to the first conveyor device is provided, wherein the second conveyor device has a holding device for holding in each case one of the objects to be transported along the second conveyor path, wherein objects are moved continuously from the first conveying device along the first conveyor path and the holding device of the second conveying device is discontinuously moved along the second conveyor path, wherein the first conveyor path of the first conveyor device is configured linearly and the second conveyor path of the second conveyor device is configured as a self-contained revolution, wherein the objects to be transported in each case are configured as hollow bodies in each case having a longitudinal axis, characterized in that the respective longitudinal axis of the objects to be transported lies in the first conveyor path and in the second conveyor path in each case, wherein the first conveyor path is arranged tangentially to the second conveyor path in an action region having the first transfer position of the transfer device, wherein the first conveyor path of the first conveyor device and the second conveyor path of the second conveyor device are arranged on two different planes (E06; E07) at least in the action region of the transfer device, wherein these two planes (E06; E07) at least in the action region of the transfer device having the transfer position have a distance (a) differing from zero from each other, wherein the first conveyor device has a receiving station arranged upstream of the processing machine for receiving the objects to be processed in the processing machine and a removal station arranged downstream of the processing machine for removal of objects that have already been processed in the processing machine.
An apparatus for forming a sheet metal blank into a pot, having a bottom (5.1), a wall (5.2) and a drawn edge (5.3), said apparatus comprising the following features or components: 1.1 a punch with a bottom forming area (1.1) forming the bottom (5.1) and a wall forming area (1.2) forming the wall (5.2); 1.2 an annular blank holder surrounding the punch and having a supporting surface (2.1) for placing the drawn edge (5.3); 1.3 an inner die with a bottom forming area (3.1); 1.4 an outer die with a wall forming area (4.1) and a clamping area (4.2) for gripping the drawn edge (5.3) and for pressing said drawn edge against the supporting surface (2.1) of the blank holder; characterized by the following features: 1.5 a drive is respectively associated with at least the inner die and the outer die, said drive being formed and designed in such a way that it provides said dies (3, 4) simultaneously with different velocities in one and the same direction after clamping and thus at the beginning of the working phase of the forming of the workpiece area within the clamping region. 1.1 a punch with a bottom forming area (1.1) forming the bottom (5.1) and a wall forming area (1.2) forming the wall (5.2); 1.2 an annular blank holder surrounding the punch and having a supporting surface (2.1) for placing the drawn edge (5.3); 1.3 an inner die with a bottom forming area (3.1); 1.4 an outer die with a wall forming area (4.1) and a clamping area (4.2) for gripping the drawn edge (5.3) and for pressing said drawn edge against the supporting surface (2.1) of the blank holder; 1.5 a drive is respectively associated with at least the inner die and the outer die, said drive being formed and designed in such a way that it provides said dies (3, 4) simultaneously with different velocities in one and the same direction after clamping and thus at the beginning of the working phase of the forming of the workpiece area within the clamping region.