mhurhangee/ep-ind-claims huggingface dataset:
A contact mechanism where the shape of at least one of an immobile contactor that includes a pair of immobile contact portions (2a, 2b) and a movable contactor that includes a pair of movable contact portions (3b, 3c) being capable of coming into contact with and being separated from the pair of immobile contact portions (2a, 2b) is set to a shape that generates a Lorentz force resisting electromagnetic repulsion in a contactor opening direction generated between the immobile contact portions (2a, 2b) and the movable contact portions (3b, 3c) when a current is applied, the immobile contactor and the movable contactor being inserted in a current path, wherein magnetic bodies (14a, 14b) suppressing a force driving arcs, which are generated between the pair of immobile contact portions (2a, 2b) and the pair of movable contact portions (3b, 3c), to the immobile contactor on the opposite side are disposed on at least one of the immobile contactor and the movable contactor, wherein the movable contactor includes a conductive plate that is supported by a movable portion and includes contact portions at both end portion thereof on one of the surface and the back thereof, respectively, the immobile contactor includes L-shaped conductive plate portions (2g, 2h) that include first conductive plate portions (2c, 2d) and second conductive plate portions (2e, 2f), the first conductive plate portions (2c, 2d) support the immobile contact portions (2a, 2b) facing the contact portions of the conductive plate and extend toward the outside of both ends of the conductive plate in parallel with the conductive plate, and the second conductive plate portions (2e, 2f) extend from outer end portions of the first conductive plate portions (2c, 2d) while passing by the outside of end portions of the conductive plate (3 a), the magnetic bodies (14a, 14b) are disposed so as to cover at least portions of the second conductive plate portions (2e, 2f) that face the immobile contact portions (2a, 2b), wherein the immobile contactor includes third conductive plate portions (2m, 2n) that extend inward from end portions of the second conductive plate portions (2e, 2f) in parallel with the conductive plate to cover the upper end sides of the end portions of the conductive plate of the movable contactor so that C-shaped conductive portions (2o, 2p) are formed, and when the contact mechanism is in a contact closing state, currents of which the flow directions are opposite to each other flow in the third conductive plate portions (2m, 2n) of the immobile contactor and the conductive plate of the movable contactor facing the third conductive plate portions (2m, 2n), a Lorentz force is generated that presses the conductive plate of the movable contactor against the immobile contact portions (2a, 2b) of the immobile contactor by electromagnetic repulsion, and the magnetic bodies (14a, 14b) are disposed so as to cover at least portions of the second conductive plate portions (2e, 2f) that face the immobile contact portions (2a, 2b).
A method of operating circuitry (110, 111) in a video control system, the method comprising: transferring a first video signal to drive a display device to display a data/video integration menu and receiving a first user instruction responsive to the display of the data/video integration menu, wherein the first user instruction indicates user-selected data and display positioning for the user-selected data, and wherein the display positioning in the first user instruction positions the user-selected data to cover an information crawl in the video content and the second video signal drives the display device to display the integrated video content and user-selected data with the user-selected data positioned to cover the information crawl in the video content; transferring a request for the user-selected data in response to the first user instruction and receiving the user-selected data in response to the request; receiving the video content; integrating the user-selected data and the video content into the second video signal that positions the user-selected data relative to the video content according to the display positioning in the first user instruction; and transferring the second video signal to drive the display device to display the integrated video content and user-selected data with the user-selected data positioned relative to the video content according to the display positioning in the first user instruction. transferring a first video signal to drive a display device to display a data/video integration menu and receiving a first user instruction responsive to the display of the data/video integration menu, wherein the first user instruction indicates user-selected data and display positioning for the user-selected data, and wherein the display positioning in the first user instruction positions the user-selected data to cover an information crawl in the video content and the second video signal drives the display device to display the integrated video content and user-selected data with the user-selected data positioned to cover the information crawl in the video content; transferring a request for the user-selected data in response to the first user instruction and receiving the user-selected data in response to the request; receiving the video content; integrating the user-selected data and the video content into the second video signal that positions the user-selected data relative to the video content according to the display positioning in the first user instruction; and transferring the second video signal to drive the display device to display the integrated video content and user-selected data with the user-selected data positioned relative to the video content according to the display positioning in the first user instruction.
A cosmetic composition comprising at least one inorganic micropigment and a C 8-10 alkyl poly-glucoside, characterized in that the composition is substantially free of any C 12-16 alkyl poly-glucoside and the term substantially free means an amount of no more than 0.1 wt.-%, based on the total weight of the cosmetic compositions.
Attachment element for detachable fastening on an elongated luminaire, in particular a luminaire of a light strip system, wherein the attachment element is configured to encompass one or several light sources of the luminaire, wherein the attachment element has display means for the adjustable displaying of operating information of the luminaire, in particular for displaying a wattage of the luminaire, wherein the display means are mechanically adjustable, wherein the display means have several display elements (65, 66, 67) that correspond, respectively, to a certain operating information or wattage and are optionally removable, characterized in that the display elements (65, 66, 67) are formed by tear-off tabs.
Timepiece balance spring made of micromachinable material comprising a plurality of stages, each forming a spiral wound spring, all parallel to each other and arranged to be rigidly connected to each other at the respective inner ends thereof in a common axial collet, each stage including, at the respective outer end thereof, specific means of attachment to a stud which are independent of those of the other stages, said means of attachment comprising means for position adjustment with respect to a stud which are also independent of those of the other stages, said means of attachment and said means for position adjustment together forming built-in isochronism correction means for said balance spring, characterised in that said position adjustment means of one stage include a plurality of discrete position adjustment positions comprising housings each arranged to retain a stud.
A transistor body control circuit for controlling a body of a bidirectional power transistor, comprising: a first switch connectable between a body terminal and a first current terminal of the bidirectional power transistor, comprising a control terminal for controlling the current flowing through the first switch; a second switch connectable between the body terminal and a second current terminal of the bidirectional power transistor, comprising a control terminal for controlling the current flowing through the second switch; a first alternating current, AC, capacitive voltage divider; a second AC capacitive voltage divider; the control terminal of the first switch being connected to the first AC capacitive voltage divider; and the control terminal of the second switch being connected to the second AC capacitive voltage divider; said AC capacitive voltage dividers (210; 220) being connectable to the first current terminal and the second current terminal and arranged to control the first switch and the second switch to switch the voltage of the body terminal to the first current terminal or the second current terminal as a function of the voltage between the first current terminal and the second current terminal. a first switch connectable between a body terminal and a first current terminal of the bidirectional power transistor, comprising a control terminal for controlling the current flowing through the first switch; a second switch connectable between the body terminal and a second current terminal of the bidirectional power transistor, comprising a control terminal for controlling the current flowing through the second switch; a first alternating current, AC, capacitive voltage divider; a second AC capacitive voltage divider; the control terminal of the first switch being connected to the first AC capacitive voltage divider; and the control terminal of the second switch being connected to the second AC capacitive voltage divider; said AC capacitive voltage dividers (210; 220) being connectable to the first current terminal and the second current terminal and arranged to control the first switch and the second switch to switch the voltage of the body terminal to the first current terminal or the second current terminal as a function of the voltage between the first current terminal and the second current terminal.
A liquid ink container (100, 200) for connection to a liquid delivery station comprising a support surface having one or more protrusions extending therefrom, the liquid ink container (100, 200) comprising: a receptacle having an inner volume defined therein for holding liquid ink, wherein the receptacle comprises a bottom surface, a top surface opposite the bottom surface, and at least one wall extending from the bottom surface to the top surface, wherein a hole is disposed through the top surface, and wherein the at least one wall comprises one or more inwardly extending notches (125, 126, 525, 526); and a cap coupled to the receptacle for sealing the hole, wherein the cap comprises: a puncture seal, and a gas fitting that is configured to introduce pressurized gas into the receptacle to evacuate the liquid ink container (100, 200) to deliver ink to a printing system; wherein each of the one or more notches (125, 126, 525, 526) is configured to couple with a corresponding one of the protrusions, to prevent movement of the receptacle when a force is exerted on the cap. a receptacle having an inner volume defined therein for holding liquid ink, wherein the receptacle comprises a bottom surface, a top surface opposite the bottom surface, and at least one wall extending from the bottom surface to the top surface, wherein a hole is disposed through the top surface, and wherein the at least one wall comprises one or more inwardly extending notches (125, 126, 525, 526); and a cap coupled to the receptacle for sealing the hole, wherein the cap comprises: a puncture seal, and a gas fitting that is configured to introduce pressurized gas into the receptacle to evacuate the liquid ink container (100, 200) to deliver ink to a printing system; a puncture seal, and a gas fitting that is configured to introduce pressurized gas into the receptacle to evacuate the liquid ink container (100, 200) to deliver ink to a printing system;
A device for the dry methanization of organic material, comprising at least one digester comprising: - at least one area for collecting and feeding the organic matter to be digested; - a digestion corridor comprising: - a gas generating area for receiving organic matter that has been wetted with a fluid; and - a gas collection area disposed above the gas generation area in said digestion corridor for collecting the biogas produced in the gas generation area; characterized in that the digestion corridor comprises a roof portion arranged to form the floor of a preliminary organic material receiving area, said collection and feeding area being below the roof portion so that organic material as it advances into said preliminary receiving area falls from said preliminary receiving area into the collection and feeding area. - at least one area for collecting and feeding the organic matter to be digested; - a digestion corridor comprising: - a gas generating area for receiving organic matter that has been wetted with a fluid; and - a gas collection area disposed above the gas generation area in said digestion corridor for collecting the biogas produced in the gas generation area;
Cosmetic use of a composition comprising (i) calcium phosphate fine particles as effective ingredients, wherein - the average particle diameter of the calcium phosphate fine particles is 20-250 nm, - the calcium phosphate fine particles are a sintered body wherein the half width at d = 2.814, as measured by X ray diffraction, is ≤ 0.8, and (ii) at least one material selected from alcohols, sugars, proteins, amino acids, water soluble vitamins, fat soluble vitamins, lipids, mucosaccharides, and an surface active agent, for enhancing collagen production. (i) calcium phosphate fine particles as effective ingredients, wherein - the average particle diameter of the calcium phosphate fine particles is 20-250 nm, - the calcium phosphate fine particles are a sintered body wherein the half width at d = 2.814, as measured by X ray diffraction, is ≤ 0.8, and - the average particle diameter of the calcium phosphate fine particles is 20-250 nm, - the calcium phosphate fine particles are a sintered body wherein the half width at d = 2.814, as measured by X ray diffraction, is ≤ 0.8, and (ii) at least one material selected from alcohols, sugars, proteins, amino acids, water soluble vitamins, fat soluble vitamins, lipids, mucosaccharides, and an surface active agent,
A safety pet transportation device, basically in the form of a portable cage, comprising a main body having two oppositely attached side walls (3A, 3B), at least one door (4A,4B), a handle and at least one safety arrangement (6A-6D), said main body having a bottom part, a top part with said handle and a front and a back part (23, 25), wherein at least one of said front and back parts (23, 25) is arranged with one opening for attachment of said at least one door (4A, 4B), wherein said safety arrangement (6A-6D) comprises a plurality of safety belt holders (6A-6D), and wherein, at least one of said side walls (3A,3B) has a peripheral solid body part, characterized in that the peripheral solid body part is arranged with said plurality of safety belt holders (6A-6D), said plurality of safety belt holders include four of said safety belt holders (6A-6D), two (6A, 6B) positioned adjacent each one of two lower corners areas and two (6C, 6D) positioned adjacent each one of two upper corners areas such that said plurality of safety belt holders (6A-6D) are positioned symmetrically in relation to a vertical center line of said side wall (3A, 3B), and the lower safety belt holders (6A, 6B) extend substantially vertically reet and the upper safety belt holders (6C,6D) extend at an angle (α) in relation to the vertical, wherein preferably 120° < α < 150°.
Device for swiveling, turning and changing workpiece pallets (P1, P2), in particular on a horizontal machining center, with two parallel, spaced swivel arms that can each be fitted with a pallet carrier each of which can be swivelled parallel to the other swivel arm by an electric motor and a gear about a substantially horizontal, ground-parallel swivel axis, each pallet carrier on the swivel arm parallel to the other pallet carrier can be rotated by an electric motor and a gear about a turning axis parallel to the swivel axis, characterized in that the gears are combined bevel planetary gears (10, 11; 17, 18) and the swivel arms which are rotatable by the electric motors about the swivel axis are coupled torque proof to each other via a king shaft which bridges the distance between the swivel arms and is parallel to the swivel axis.
A control information management device for managing control information received from each of a plurality of control terminals and to be relayed to an electronic device which is remotely controllable from the plurality of control terminals, the control information management device comprising: a memory unit operable to store the control information for each of the control terminals; a notification necessity determination unit operable to determine, when additional control information is received from one of the control terminals, on a basis of the control information stored in the memory unit, whether content of the additional control information should be notified to other control terminals, for each of the other control terminals; and a notification unit operable to notify the content of the additional control information to a control terminal for which notification has been determined to be necessary by the notification necessity determination unit, wherein the control information includes a control date-time, and when the additional control information is received from one of the control terminals, the notification necessity determination unit is configured to determine, for each of the other control terminals, whether a difference between a latest control date-time stored in the memory unit and a control date-time included in the additional control information falls within a predetermined time period, and the notification necessity determination unit is configured to determine that the content of the additional control information should be notified to a control terminal having the difference determined to fall within the predetermined time period. a memory unit operable to store the control information for each of the control terminals; a notification necessity determination unit operable to determine, when additional control information is received from one of the control terminals, on a basis of the control information stored in the memory unit, whether content of the additional control information should be notified to other control terminals, for each of the other control terminals; and a notification unit operable to notify the content of the additional control information to a control terminal for which notification has been determined to be necessary by the notification necessity determination unit, wherein the control information includes a control date-time, and when the additional control information is received from one of the control terminals, the notification necessity determination unit is configured to determine, for each of the other control terminals, whether a difference between a latest control date-time stored in the memory unit and a control date-time included in the additional control information falls within a predetermined time period, and the notification necessity determination unit is configured to determine that the content of the additional control information should be notified to a control terminal having the difference determined to fall within the predetermined time period.
A transparent ink-jet recording film comprising: a transparent substrate comprising a polyester, said substrate comprising at least a first surface and a second surface; at least one under-layer disposed on said first surface; at least one image-receiving layer disposed on said at least one under-layer, said at least one image-receiving layer comprising at least one inorganic particle and at least one water soluble or water dispersible polymer comprising at least one hydroxyl group; and at least one back-coat layer disposed on said second surface, said at least one back-coat layer comprising gelatin, wherein at least one of said at least one under-layer, said at least one image-receiving layer, or said at least one back-coat layer further comprises at least one reflective particle comprising rice starch. a transparent substrate comprising a polyester, said substrate comprising at least a first surface and a second surface; at least one under-layer disposed on said first surface; at least one image-receiving layer disposed on said at least one under-layer, said at least one image-receiving layer comprising at least one inorganic particle and at least one water soluble or water dispersible polymer comprising at least one hydroxyl group; and at least one back-coat layer disposed on said second surface, said at least one back-coat layer comprising gelatin, wherein at least one of said at least one under-layer, said at least one image-receiving layer, or said at least one back-coat layer further comprises at least one reflective particle comprising rice starch.
A substrate coated with a non-stick coating resistant to abrasion and scratching, said non-stick coating comprising: i.) a continuous primer layer adhered to said substrate, said primer layer comprising a polymer binder, a first fluoropolymer and first inorganic film hardner particles, ii.) a discontinuous midcoat layer comprising aggregate particles adhered to said primer layer and distributed discontinuously across the surface of said primer layer so as to reveal exposed areas of the surface of said primer layer, wherein from 5 percent to 20 percent of said aggregate particles are in clusters having a diameter of at least 0.1 mm and height of at least 0.016 mm as measured from the surface of said primer layer, and wherein said aggregate particles comprise a second fluoropolymer and second inorganic film hardner particles, and iii.) a topcoat layer comprising a third fluoropolymer adhered to said midcoat layer and said exposed areas of the surface of said primer layer. i.) a continuous primer layer adhered to said substrate, said primer layer comprising a polymer binder, a first fluoropolymer and first inorganic film hardner particles, ii.) a discontinuous midcoat layer comprising aggregate particles adhered to said primer layer and distributed discontinuously across the surface of said primer layer so as to reveal exposed areas of the surface of said primer layer, wherein from 5 percent to 20 percent of said aggregate particles are in clusters having a diameter of at least 0.1 mm and height of at least 0.016 mm as measured from the surface of said primer layer, and wherein said aggregate particles comprise a second fluoropolymer and second inorganic film hardner particles, and iii.) a topcoat layer comprising a third fluoropolymer adhered to said midcoat layer and said exposed areas of the surface of said primer layer.
Scissors comprising; first and second elongate members (12, 14) each having a handle portion (20, 22) and a blade portion (16, 18); and a pivot connecting the first and second elongate members (12, 14) between the handle portions (20, 22) and the blade portions (16, 18) for relative pivotal movement generally in a cutting plane during a cutting stroke, characterised by at least one of the handle portions supporting a channel member having a length that extends toward, embraces and extends beyond the handle portion of the other elongate member to restrain movement of the handle portions (20, 22) out of the cutting plane and thus to resist relative lateral movement of the blade portions (16, 18) away from each other during the cutting stroke.