mhurhangee/ep-ind-claims huggingface dataset:
A method for preventing a CCTV set-top box from being stolen, the method performed by the CCTV set-top box comprising steps of confirming whether a main power supply to the CCTV set-top box is turned on or not (step S1); controlling an image capturing unit installed outside the set-top box so as to capture a preset area according to a pre-programmed CCTV camera operating mode under the control of a central processing unit of the CCTV set-top box while the main power supply is connected (step S2); storing image data captured by the image capturing unit in the above step (step S2) in a storage unit, transmitting the stored image data to a mobile phone which is a mobile communication device of a manager through a communication unit or transmitting and storing the image data to a management server, and returning to the confirming step (step S1) (step S3); automatically connecting an auxiliary battery by the central processing unit when the main power supply is turned off in the above step (step S1) (step S4); and transmitting a state of the set-top box to the mobile phone of the manager and the server indicating that the main power supply is turned off through the communication unit and returning to the controlling step (step S2) (step S5), wherein when the main power supply to the set-top box is interrupted, the central processing unit transmits and stores a state of the set-top box and captured images from the time of interruption back to a predetermined time before the time of interruption to secure images related with a moving route of the stolen set-top box, thereby facilitating the resolution of the set-top box stealing crime. confirming whether a main power supply to the CCTV set-top box is turned on or not (step S1); controlling an image capturing unit installed outside the set-top box so as to capture a preset area according to a pre-programmed CCTV camera operating mode under the control of a central processing unit of the CCTV set-top box while the main power supply is connected (step S2); storing image data captured by the image capturing unit in the above step (step S2) in a storage unit, transmitting the stored image data to a mobile phone which is a mobile communication device of a manager through a communication unit or transmitting and storing the image data to a management server, and returning to the confirming step (step S1) (step S3); automatically connecting an auxiliary battery by the central processing unit when the main power supply is turned off in the above step (step S1) (step S4); and transmitting a state of the set-top box to the mobile phone of the manager and the server indicating that the main power supply is turned off through the communication unit and returning to the controlling step (step S2) (step S5), wherein when the main power supply to the set-top box is interrupted, the central processing unit transmits and stores a state of the set-top box and captured images from the time of interruption back to a predetermined time before the time of interruption to secure images related with a moving route of the stolen set-top box, thereby facilitating the resolution of the set-top box stealing crime.
A topical preparation for use in the treatment of hyperhidrosis, comprising: water; oxybutynin or a pharmaceutically acceptable salt thereof; and one or more salts selected from the group consisting of lactate and acetate. water; oxybutynin or a pharmaceutically acceptable salt thereof; and one or more salts selected from the group consisting of lactate and acetate.
Base support for a circuit breaker having at least one pole pillar, the base support comprising - a profile rail, which is manufactured from a metal sheet of constant thickness and has a pole pillar opening for each pole pillar, - reinforcing elements, which are disposed on the profile rail and reinforce the profile rail in regions that are subject to high loads, characterized in that a respective reinforcing element is disposed on two opposite sides of each pole pillar opening. - a profile rail, which is manufactured from a metal sheet of constant thickness and has a pole pillar opening for each pole pillar, - reinforcing elements, which are disposed on the profile rail and reinforce the profile rail in regions that are subject to high loads,
Tool carrier with a base body containing at least one graduated receiving opening for a tool holder, an annular holder arranged in the receiving opening and with an inner contour for positioning and torque support of the tool holder and a clamping device with two clamping elements (10; 11), which are displaceable with respect to one another transversely to a central axis of the receiving opening by a common actuating element, for clamping the tool holder, characterised in that the holder is fixed in the receiving opening by a clamping ring concentric to the receiving opening and which has a conical inner contour for resting on a conical outer surface of the holder and a cylindrical outer seat for resting on a cylindrical inner wall in an upper region of the graduated receiving opening and to fix the holder within the receiving opening is placed on the annular holder and pressed into the upper region of the receiving opening.
A capped collet for holding a tool by inserting a shank of the tool into a center hole of the collet mounted in a tool holder for supplying a fluid to the tool, the collet comprising: a collet body for inserting the shank of the tool therein; wherein the collet body has a slot formed at least from the tool-inserting side thereof, and a second coupling element formed in the tool-inserting side of the collet body; a cap for allowing the tool to pierce therethrough comprising; a first coupling element for coupling with the second coupling element of the collet, and a cover for covering the tool-inserting end face of the collet body; characterised in that the cap is mounted on the tool-inserting side of the collet body in an attachable and detachable manner, and that a sealing member is located between the tool holder and the cap, for hermitically sealing a space between them. a collet body for inserting the shank of the tool therein; wherein the collet body has a slot formed at least from the tool-inserting side thereof, and a second coupling element formed in the tool-inserting side of the collet body; a cap for allowing the tool to pierce therethrough comprising; a first coupling element for coupling with the second coupling element of the collet, and a cover for covering the tool-inserting end face of the collet body; characterised in that the cap is mounted on the tool-inserting side of the collet body in an attachable and detachable manner, and that a sealing member is located between the tool holder and the cap, for hermitically sealing a space between them.
An auxiliary machine-driving device for a vehicle, comprising: a first roller that rotates integrally with a rotary shaft of an engine; a second roller that rotates integrally with a rotary shaft of a motor/generator; a third roller that rotates integrally with a rotary shaft of an auxiliary machine (4, 10, 12); a fourth roller provided between the first roller and the second roller; a fifth roller that always contacts the second roller and the third roller; and an actuator for switching the fourth roller between a state of contact with and a state of separation from the first roller and the second roller. a first roller that rotates integrally with a rotary shaft of an engine; a second roller that rotates integrally with a rotary shaft of a motor/generator; a third roller that rotates integrally with a rotary shaft of an auxiliary machine (4, 10, 12); a fourth roller provided between the first roller and the second roller; a fifth roller that always contacts the second roller and the third roller; and an actuator for switching the fourth roller between a state of contact with and a state of separation from the first roller and the second roller.
Converter arrangement comprising a multiplicity of electrically connected switching modules each having semiconductor switches, and comprising a fire alarm system for monitoring the converter arrangement for fire, characterized in that the fire alarm system comprises at least one optical waveguide having an aperture element in each case at a plurality of predetermined locations spaced apart from one another, wherein each aperture element, in the event of a temperature rise at the aperture element, reduces a light intensity of a light signal passing through the aperture element, wherein the aperture element comprises a bimetallic element, and the bimetallic element is connected to the aperture of the aperture element, such that a temperature increase at one of the switching modules effects a reduction of the aperture opening of the corresponding aperture element.
A flexible apparatus foldable into a loop, the apparatus comprising: an active region comprising a plurality of user interface portions, wherein the plurality of user interface portions comprise at least one of: a plurality of display portions and at least one portion which is configured to be actuated by a user; at least one inactive region comprising a plurality of traces configured to connect the user interface portions to electronic components; at least two first projections extending from a first edge (111A, 111C) of the active region and at least one second projection extending from a second edge (111B, 111D) of the active region, wherein the at least two first projections of the apparatus are positioned to define a first gap, and wherein second gaps are provided on either side of the at least one second projection, wherein the arrangement of the first gap and the at least one second projection enable the at least one second projection to be positioned so that the active region extends over the at least one second projection when the first edge of the active region is positioned adjacent to the second edge of the active region, wherein the arrangement of the second gaps and the at least two first projections enable the at least two first projections to be positioned so that the active region extends over the at least two first projections when the first edge of the active region is positioned adjacent to the second edge of the active region, and wherein the at least one inactive region is provided on at least one of the first and second projections. an active region comprising a plurality of user interface portions, wherein the plurality of user interface portions comprise at least one of: a plurality of display portions and at least one portion which is configured to be actuated by a user; at least one inactive region comprising a plurality of traces configured to connect the user interface portions to electronic components; at least two first projections extending from a first edge (111A, 111C) of the active region and at least one second projection extending from a second edge (111B, 111D) of the active region, wherein the at least two first projections of the apparatus are positioned to define a first gap, and wherein second gaps are provided on either side of the at least one second projection, wherein the arrangement of the first gap and the at least one second projection enable the at least one second projection to be positioned so that the active region extends over the at least one second projection when the first edge of the active region is positioned adjacent to the second edge of the active region, wherein the arrangement of the second gaps and the at least two first projections enable the at least two first projections to be positioned so that the active region extends over the at least two first projections when the first edge of the active region is positioned adjacent to the second edge of the active region, and wherein the at least one inactive region is provided on at least one of the first and second projections.
A conductive composition comprising a. a plurality of metal particles, b. a plurality of glass particles, c. a vehicle comprising at least one cellulose derivative and at least one solid organopolysiloxane resin dissolved in a mutual organic solvent wherein the at least one solid organopolysiloxane resin has a composition of the formula [R 1 R 2 R 3 SiO 0.5] a [R 4 R 5 SiO] b [R 6 SiO 1.5] c [SiO 2] d wherein the substituents R 1, R 2, R 3, R 4, R 5 and R 6 each independently represent a hydrocarbon group or a functional group selected from a hydroxyl, an acyloxy group or an alkoxy group, and may be the same or different from each other with respect to each individual silicon atom, and 0 ≤ a ≤ 0.4, 0.01 ≤ b ≤ 0.99, 0.01 ≤ c ≤ 0.99, 0 ≤ d ≤ 0.3, under the proviso that at least one hydrocarbon group and at least one functional group are present and a+b+c+d = 1, preferably (b+c) being in a range of 0.7 to 1. a. a plurality of metal particles, b. a plurality of glass particles, c. a vehicle comprising at least one cellulose derivative and at least one solid organopolysiloxane resin dissolved in a mutual organic solvent wherein the at least one solid organopolysiloxane resin has a composition of the formula [R 1 R 2 R 3 SiO 0.5] a [R 4 R 5 SiO] b [R 6 SiO 1.5] c [SiO 2] d wherein the substituents R 1, R 2, R 3, R 4, R 5 and R 6 each independently represent a hydrocarbon group or a functional group selected from a hydroxyl, an acyloxy group or an alkoxy group, and may be the same or different from each other with respect to each individual silicon atom, and 0 ≤ a ≤ 0.4, 0.01 ≤ b ≤ 0.99, 0.01 ≤ c ≤ 0.99, 0 ≤ d ≤ 0.3, under the proviso that at least one hydrocarbon group and at least one functional group are present and a+b+c+d = 1, preferably (b+c) being in a range of 0.7 to 1.
A robot cleaner comprising: a suction hole to suction dust; a blower to generate a suction force to suction the dust; a dust collector to receive the dust suctioned by said suction force through the suction hole; and a rotating brush to sweep up and collect the dust into the dust collector through the suction hole by a drive force of the rotating brush, wherein the dust collector includes a collecting region to receive the dust swept up by the rotating brush, and a backflow preventing member movable between an open position and a closed position, wherein the backflow preventing member is pivotably rotatable in an air suction direction by the suction force of the blower to the open position characterized by; the backflow preventing member provided at an inlet opening of the collecting region to prevent the dust in the collecting region from being discharged through the suction hole upon stoppage of the blower and being in a slanted orientation in the closed position, wherein the backflow preventing member is located adjacent to the rotating brush. a suction hole to suction dust; a blower to generate a suction force to suction the dust; a dust collector to receive the dust suctioned by said suction force through the suction hole; and a rotating brush to sweep up and collect the dust into the dust collector through the suction hole by a drive force of the rotating brush, wherein the dust collector includes a collecting region to receive the dust swept up by the rotating brush, and a backflow preventing member movable between an open position and a closed position, wherein the backflow preventing member is pivotably rotatable in an air suction direction by the suction force of the blower to the open position characterized by; the backflow preventing member provided at an inlet opening of the collecting region to prevent the dust in the collecting region from being discharged through the suction hole upon stoppage of the blower and being in a slanted orientation in the closed position, wherein the backflow preventing member is located adjacent to the rotating brush.
A method of producing a semiconductor device in which a source diffusion layer, a drain diffusion layer and a pillar-shaped semiconductor layer (102, 202) are vertically arranged on an upper side of a semiconductor substrate (101; 201) in a layered manner, and a gate is arranged around a sidewall of the pillar-shaped semiconductor layer, the method comprising the steps of: forming a first film (106; 213) to cover respective surfaces of the pillar-shaped semiconductor layer (102; 202) and a hard mask (110, 210) formed on top of the pillar-shaped semiconductor layer; flattening an upper portion of the first film (106; 213) using the hard mask (110; 210) as a stopper; characterized by the steps: forming a second film on a surface of the flattened first film (106; 213), wherein the first and second films are made of the same material; anisotropically etching the second film; monitoring an intensity of plasma emission from the second film during the etching, to detect an end-point of the etching of the second film, based on a change in the plasma emission intensity; and anisotropically etching the flattened first film (106; 213), wherein the etching rate of the first and second films is calculated from a film thickness of the second film and a time taken from initiation to completion of the etching of the second film to detect an end-point of the etching of the flattened first film (106; 213). forming a first film (106; 213) to cover respective surfaces of the pillar-shaped semiconductor layer (102; 202) and a hard mask (110, 210) formed on top of the pillar-shaped semiconductor layer; flattening an upper portion of the first film (106; 213) using the hard mask (110; 210) as a stopper; characterized by the steps: forming a second film on a surface of the flattened first film (106; 213), wherein the first and second films are made of the same material; anisotropically etching the second film; monitoring an intensity of plasma emission from the second film during the etching, to detect an end-point of the etching of the second film, based on a change in the plasma emission intensity; and anisotropically etching the flattened first film (106; 213), wherein the etching rate of the first and second films is calculated from a film thickness of the second film and a time taken from initiation to completion of the etching of the second film to detect an end-point of the etching of the flattened first film (106; 213). forming a second film on a surface of the flattened first film (106; 213), wherein the first and second films are made of the same material; anisotropically etching the second film; monitoring an intensity of plasma emission from the second film during the etching, to detect an end-point of the etching of the second film, based on a change in the plasma emission intensity; and anisotropically etching the flattened first film (106; 213), wherein the etching rate of the first and second films is calculated from a film thickness of the second film and a time taken from initiation to completion of the etching of the second film to detect an end-point of the etching of the flattened first film (106; 213).
A coated O-ring for forming a seal, the core of the O-ring comprising a polymer and/or synthetic rubber, the O-ring comprising an anorganic coating, the anorganic coating (202 a, 202 b) having a thickness between 10 nm and 1 μm, more specifically between 20 nm and 100 nm, most specifically between 20 nm and 50 nm, characterized in that the anorganic coating is a coating comprising a metal oxide, more specifically a metal oxide from the group of SiO 2, Al 2 O 3, and TiO, resulting in an O-ring that shows a lower permeation than an uncoated O-ring and where the coating shows little or no cracking when the local curvature of the O-ring in any direction is changed by 20%.
A control assembly (200, 300), comprising: a post (210, 310) having a top, a bottom, and a body joining the top to the bottom; a grip (230, 310) positioned at least partially above the post (210, 310), the grip (230, 330) being movable along at least one arc; and a hand rest (240, 340) coupled to the top and comprising an upper surface having a profile corresponding to the at least one arc, comprising a gap between the grip (230, 330) and the hand rest (240, 340), so that the grip floats above the hand rest, characterized by the fact that: the grip (230, 330) is connected to a gimbal in the post by a shaft through a front opening in the post and not supported by a control tube penetrating through the top of the post (210, 310). a post (210, 310) having a top, a bottom, and a body joining the top to the bottom; a grip (230, 310) positioned at least partially above the post (210, 310), the grip (230, 330) being movable along at least one arc; and a hand rest (240, 340) coupled to the top and comprising an upper surface having a profile corresponding to the at least one arc, comprising a gap between the grip (230, 330) and the hand rest (240, 340), so that the grip floats above the hand rest, characterized by the fact that: the grip (230, 330) is connected to a gimbal in the post by a shaft through a front opening in the post and not supported by a control tube penetrating through the top of the post (210, 310). the grip (230, 330) is connected to a gimbal in the post by a shaft through a front opening in the post and not supported by a control tube penetrating through the top of the post (210, 310).
A welding system with a power supply and a voltage sensing wire feeder powered by welding power from the welding power supply provided via a weld cable and comprising a user interface and a wire feeder control circuitry configured to control operation of the wire feeder, characterized in that the wire feeder further comprises a storage device (44, 45) storing a first weld procedure memory comprising a first group of settings and a second weld procedure memory comprising a second group of settings; wherein the user interface is configured to receive a first selection and a second selection, wherein the first selection is configured to direct the voltage sensing wire feeder to use the first group of settings, and the second selection is configured to direct the voltage sensing wire feeder to use the second group of settings; and the wire feeder control circuitry is configured to control operation of the wire feeder based on the first group of settings and to provide the welding power supply with at least one of the first group of settings when the first weld procedure memory is selected, and to control operation of the wire feeder based on the second group of settings and to provide the welding power supply with at least one of the second group of settings when the second weld procedure memory is selected, and wherein the settings provided to the welding power supply are provided over the welding power such that the welding power and the settings are provided together using a single conductor.
An article-of-manufacture comprising a packaging material identified for treating cancer, packaging: (i) an anti-EGFR antibody which binds the ligand binding site on EGFR and is a humanized form of anti-EGFR antibody 565 available from the hybridoma CNCM Deposit Number 1-4262; and (ii) an anti-ErbB-2 antibody which binds an ErbB-2 dimerization site and is a humanized form of anti-ErbB-2 antibody L431 available from the hybridoma CNCM Deposit Number 1-4115 or a humanized form of anti ErbB-2 antibody L26 available from the hybridoma CNCM Deposit Number 1-4113. (i) an anti-EGFR antibody which binds the ligand binding site on EGFR and is a humanized form of anti-EGFR antibody 565 available from the hybridoma CNCM Deposit Number 1-4262; and (ii) an anti-ErbB-2 antibody which binds an ErbB-2 dimerization site and is a humanized form of anti-ErbB-2 antibody L431 available from the hybridoma CNCM Deposit Number 1-4115 or a humanized form of anti ErbB-2 antibody L26 available from the hybridoma CNCM Deposit Number 1-4113.