mhurhangee/ep-ind-claims huggingface dataset:
Panel holder for mounting material panels (29, 30), in particular glass plates, on a wall-side attachment surface which comprises a stationary supporting angle attached on the wall side and which consists of at least two counter-directed vertical limbs (10, 11), of which each forms one half of a receiving opening (38, 39) for clamping mounting in each case of one of the material panels (29, 30), and at least the other half of the receiving opening (38, 39) is formed by a further vertical limb (13, 21) which forms the other half of the receiving opening (38, 39), wherein at least the one further vertical limb forming the other half of the receiving opening (38, 39) and clamping the lower surface of one of the material panels (29, 30) is a part of an engaging angle which is attached in the stationary supporting angle, characterised in that the engaging angle approximately at a right angle to the further vertical limb has a snap-in pin which can be inserted and locked in a slide-in opening in a horizontal supporting limb of the stationary supporting angle, and in that on the front end of the snap-in pin is arranged a stop part which is placed to be load-transmitting on an undercut slide-in groove in the stationary supporting angle opposite the engaging angle.
A system for determining the charge of a battery in a device, comprising: an internal battery; a low power processor; a digital processor; and characterized by a safety override circuit that allows charge to flow from said battery or said internal battery when a fault occurs in the low power processor. an internal battery; a low power processor; a digital processor; and characterized by a safety override circuit that allows charge to flow from said battery or said internal battery when a fault occurs in the low power processor.
A monolithic capacitor (1; 1a - 1k; 61) comprising a main capacitor unit (8; 71) having a monolithic structure composed of a lamination of a plurality of dielectric layers (9; 72), characterized in that the main capacitor unit (8; 71) includes first and second capacitor portions (11, 12; 62, 63), wherein the first capacitor portion (11; 62) includes at least one pair of first and second internal electrodes (13, 14; 73, 74) opposing each other via a predetermined one of the dielectric layers (9; 72) so as to form a capacitance, wherein the first internal electrode (13; 73) has formed thereon a plurality of first lead-out portions (17; 77) extending out to an outer surface of the main capacitor unit (8; 71), and the second internal electrode (14; 74) has formed thereon a plurality of second lead-out portions (18; 78) extending out to the outer surface of the main capacitor unit (8; 71), wherein the second capacitor portion (12; 63) includes at least one pair of third and fourth internal electrodes (15, 16; 75, 76) opposing each other via a predetermined one of the dielectric layers (9; 72) so as to form a capacitance, wherein the third internal electrode (15; 75) has formed thereon at least one third lead-out portion (21; 81) extending out to the outer surface of the main capacitor unit (8; 71), and the fourth internal electrode (16; 76) has formed thereon at least one fourth lead-out portion (22; 82) extending out to the outer surface of the main capacitor unit (8; 71), wherein first, second, third, and fourth external terminal electrodes (19, 20; 79, 80) electrically connected individually to the first, second, third, and fourth lead-out portions (22; 82) are formed on the outer surface of the main capacitor unit (8; 71), wherein the number of pairs of the third and fourth lead-out portions (22; 82) for one pair of the third and fourth internal electrodes (15, 16; 75, 76) is less than the number of pairs of the first and second lead-out portions (18; 78) for one pair of the first and second internal electrodes (13, 14; 73, 74), wherein, in the main capacitor unit (8; 71), the first capacitor portion (11; 62) and the second capacitor portion (12; 63) are arrayed in a direction of lamination, and the first capacitor portion (11; 62) is located on at least one end in the direction of lamination, and wherein, in the main capacitor unit (8; 71), the second capacitor portion (12; 63) is sandwiched by the two first capacitor portions (11; 62) in the direction of lamination.
A refrigerator comprising: a cabinet having a storage compartment for storing food therein; a sensor mounted in the cabinet to sense information related to an internal state of the refrigerator, wherein the sensor is configured to transmit the sensed information to a control unit of the refrigerator; a first converting unit for converting the sensed information sensed by the sensor into data to be transmitted through a light source; the light source configured to flicker according to the data converted by the first converting unit; a camera for successively capturing images of the light source; and a second converting unit configured to compare the images successively captured by the camera for converting information related to the flickering of the light source captured by the camera into data related to the sensor; and the control unit configured to use the data converted by the second converting unit to control the operation of the refrigerator; wherein the sensor, the first converting unit and the light source are connected to each other via wire; wherein the camera and the second converting unit are connected to each other via wire; and wherein the camera and the light source are spaced apart from each other in the storage compartment and are not connected to each other via wire. a cabinet having a storage compartment for storing food therein; a sensor mounted in the cabinet to sense information related to an internal state of the refrigerator, wherein the sensor is configured to transmit the sensed information to a control unit of the refrigerator; a first converting unit for converting the sensed information sensed by the sensor into data to be transmitted through a light source; the light source configured to flicker according to the data converted by the first converting unit; a camera for successively capturing images of the light source; and a second converting unit configured to compare the images successively captured by the camera for converting information related to the flickering of the light source captured by the camera into data related to the sensor; and the control unit configured to use the data converted by the second converting unit to control the operation of the refrigerator; wherein the sensor, the first converting unit and the light source are connected to each other via wire; wherein the camera and the second converting unit are connected to each other via wire; and wherein the camera and the light source are spaced apart from each other in the storage compartment and are not connected to each other via wire.
Open-end spinning rotor with a rotor cup, in which a fiber material is able to be spun, and with a rotor shaft, through which the spinning rotor is able to be supported in a bearing, in particular a magnetic bearing, whereas the rotor shaft and the rotor cup are detachably connected to each other through a coupling device, and whereas the coupling device includes a positive-locking connection for the transmission of the turning moment between the rotor cup and the rotor shaft along with a permanent magnet for the axial connection of the rotor shaft and the rotor cup, characterized in that the rotor shaft features at least one projection with at least one turning moment-transmitting area as a coupling device, which at least one projection engages in at least one recess of the rotor cup corresponding to it with at least one turning moment-transmitting counter-area whereas the at least one projection comprises a first section turned towards the rotor cup and a second section turned towards its shaft end, which is turned away from the rotor cup, which second section includes the at least one turning moment-transmitting area, and whereas the at least one recess includes a first section, in which the first section of the projection of the rotor shaft engages, and a second section which includes the at least one turning moment-transmitting counter-area and which cooperates in conjunction with the second section of the projection of the rotor shaft, and that, a socket for a permanent magnet is arranged on the rotor cup, in particular in the bottom of the rotor cup.
Aqueous adhesive composition comprising at least a polyvinyl alcohol, a copolymer of vinyl acetate and ethylene in dispersion in water, and optionally a homopolymer of polyvinyl acetate in dispersion in water, said composition being characterized in that: - it is substantially free from boric acid, - it comprises the copolymer in an amount ranging from 20% to 45%, - it comprises amounts of water and polymers, and optionally such that its viscosity is between 1500 and 8000 mPa.s, and - it is able to be obtained by incorporating the copolymer in the form of an aqueous dispersion which has, for a solids content of approximately 55%, a viscosity greater than 4000 mPa.s. - it is substantially free from boric acid, - it comprises the copolymer in an amount ranging from 20% to 45%, - it comprises amounts of water and polymers, and optionally such that its viscosity is between 1500 and 8000 mPa.s, and - it is able to be obtained by incorporating the copolymer in the form of an aqueous dispersion which has, for a solids content of approximately 55%, a viscosity greater than 4000 mPa.s.
Diagnostic tool for determining a fault in a system comprising at least one device, wherein - a system status at an acquisition time is able to be determined by the acquisition of at least one system status value and the system status is able to be transferred to the diagnostic tool, a device status at the acquisition time is able to be determined by the acquisition of at least one device status value and the device status is able to be transferred to the diagnostic tool, - a shared time base is able to be assigned to the transferred device status and the transferred system status, - and the transferred device status and the transferred system status are able to be correlated by arranging the device status and the system status on the shared time base, characterised in that by evaluating the correlated device status and the correlated system status on the shared time base it is possible to accomplish a categorisation of the fault, wherein the categorisation of the fault takes place at least with regard to production-impeding and non-production-impeding faults. - a system status at an acquisition time is able to be determined by the acquisition of at least one system status value and the system status is able to be transferred to the diagnostic tool, a device status at the acquisition time is able to be determined by the acquisition of at least one device status value and the device status is able to be transferred to the diagnostic tool, - a shared time base is able to be assigned to the transferred device status and the transferred system status, - and the transferred device status and the transferred system status are able to be correlated by arranging the device status and the system status on the shared time base,
A control apparatus in which a switch IC is disposed on a printed circuit board, the switch IC being an IC package including a semiconductor switch and being provided on a high-voltage side of a glow plug so as to drive the glow plug, and the printed circuit board having a signal ground connection wiring formed thereon, the control apparatus being characterized by comprising: an overheat prevention component which is connected to the switch IC and which includes a first element having a function of interrupting or limiting current flowing through the switch IC in response to temperature rise; and an overcurrent prevention component which is connected to the signal ground connection wiring and which includes a second element having a function of interrupting overcurrent. an overheat prevention component which is connected to the switch IC and which includes a first element having a function of interrupting or limiting current flowing through the switch IC in response to temperature rise; and an overcurrent prevention component which is connected to the signal ground connection wiring and which includes a second element having a function of interrupting overcurrent.
Underground link box for connecting and/or switching adjacent sections of at least two low-voltage cables, the underground link box comprising - at least two end portions, each end portion is adapted to accommodate a cable; - a center portion providing connection terminals for connecting and/or switching the sections of the cables accomodated in the end portions, wherein the center portion is located between the end portions; and - a sealing member of a sealing agent, characterized in that at least one of the end portions is connected to the center portion by a joint portion; and in that the sealing agent is received in the joint portion; and in that the joint portion is formed by a bellow-like structure, and in that the sealing agent remains flexible after being hardened. - at least two end portions, each end portion is adapted to accommodate a cable; - a center portion providing connection terminals for connecting and/or switching the sections of the cables accomodated in the end portions, wherein the center portion is located between the end portions; and - a sealing member of a sealing agent, characterized in that at least one of the end portions is connected to the center portion by a joint portion; and in that the sealing agent is received in the joint portion; and in that the joint portion is formed by a bellow-like structure, and in that the sealing agent remains flexible after being hardened.
Damping adjusting system, comprising - a guide tube which is arranged in an outer housing and has a lateral outer wall, the inner chamber of which is delimited on an end face by a base part, - at least one magnetic coil arranged between the outer housing and the guide tube, - an electromagnetically movable armature which is guided in the guide tube along a movement axis, - an outer chamber which surrounds the outer housing, - and a ventilation hole, which connects the inner chamber to the outer chamber and is led through the base part and the outer housing, wherein the ventilation hole has two sections (36, 38) which are connected to one another, wherein - a first section is led through the base part, wherein the first section has a first opening arranged on an inner chamber side on the base part and has a second opening arranged on the lateral outer wall, - a second section is led through the outer housing, - the ventilation hole between the guide tube and the outer housing is sealed by a seal running circumferentially around the ventilation hole, characterised in that the first opening is arranged facing in the direction of the movement axis and the second opening is arranged facing perpendicular to the movement axis. - a guide tube which is arranged in an outer housing and has a lateral outer wall, the inner chamber of which is delimited on an end face by a base part, - at least one magnetic coil arranged between the outer housing and the guide tube, - an electromagnetically movable armature which is guided in the guide tube along a movement axis, - an outer chamber which surrounds the outer housing, - and a ventilation hole, which connects the inner chamber to the outer chamber and is led through the base part and the outer housing, wherein the ventilation hole has two sections (36, 38) which are connected to one another, wherein - a first section is led through the base part, wherein the first section has a first opening arranged on an inner chamber side on the base part and has a second opening arranged on the lateral outer wall, - a second section is led through the outer housing, - the ventilation hole between the guide tube and the outer housing is sealed by a seal running circumferentially around the ventilation hole,
A method for determining expression of a translocation or inversion of a MITF gene, comprising the step of determining whether a sample from an individual expresses a translocation or inversion of a MITF gene.
A lubricating oil composition for hydraulic machinery equipped with an electronic control device, the lubricating oil composition comprising a hydrocarbon base oil, from 30 to 250 ppm of ultrabasic magnesium salicylate in terms of magnesium content relative to the total amount of the composition, and from 0.07 to 5.0 mass% of non-dispersible polymethacrylate having a weight-average molecular weight of from 5,000 to 200,000 as a net amount relative to the total amount of the composition, the electric conductivity of the composition at 25°C being 200 pS/m or more measured according to JIS K2276, the flash point being 240°C or more measured in accordance with JIS K2265-4, the pour point being -40°C or less measured in accordance with JIS K2269, and the coefficient of friction at 140°C measured using the microclutch test as specified in JCMAS P047 being 0.08 or more, wherein an ultrabasic salt is one in which the base number of the metal salicylate is 150 mgKOH/g or higher measured in accordance with the potentiometric titration method in section 7 of JIS K2501.
Heat generating element, in particular for an electrical heating device of a motor vehicle, in particular for an electric heating device of a motor vehicle, with at least one PTC element and two contact plates which are in contact with opposite sides of said PTC element and are provided on their outer side facing away from said PTC element with an insulating layer, having shielding comprising a first shell-like shielding plate and a second shell-like shielding plate which are each provided on the outer side of said insulating layer and are connected thereto in a thermally conductive manner, wherein longitudinal wall sections (324, 326), directed towards one another, of said first and second shielding plate (318; 320) form an overlapping region, characterized in that said two shielding plates (318, 320) are sealed by way of an adhesive which is received in one of said two shielding plates and into which the end of a rim of said other shielding plate dips.
A document security device comprising a synthetic magnification micro-optic system which comprises: (a) one or more optical spacers; (b) a micro image comprised of a periodic planar array of a plurality of image icons having an axis of symmetry about at least one of its planar axes, and positioned on or next to the optical spacer; and (c) a periodic planar array of image icon focusing elements having an axis of symmetry about at least one of its planar axes, the axis of symmetry being the same planar axis as that of the micro image planar array, wherein a morphing effect is provided, in which one or more images are projected that transform from one form, shape, size, color or a combination thereof into a different form, shape, size, color or combination thereof, wherein the morphing effect presents synthetic images that change form, shape, or size as the material is rotated or viewed from different viewpoints, wherein the morphing effect is obtained by incorporating spatially varying information into the icon pattern, wherein the spatially varying information comprises a first and a second icon element patterns (92, 94) joined at a boundary, wherein the one or more projected images are in transition from a projected image corresponding to the first icon element pattern to a projected image corresponding to the second icon element pattern as they move across the boundary, the focusing elements being chosen from: each focusing element being an aspheric focusing element having an effective diameter of less than 50 microns and being associated with an image icon, wherein the focal length is shortest for normal viewing and increases as the viewing angle becomes more oblique or each focusing element being a polygonal base multi-zonal lens (52, 54, 58, 60, 62, 64, 784). (a) one or more optical spacers; (b) a micro image comprised of a periodic planar array of a plurality of image icons having an axis of symmetry about at least one of its planar axes, and positioned on or next to the optical spacer; and (c) a periodic planar array of image icon focusing elements having an axis of symmetry about at least one of its planar axes, the axis of symmetry being the same planar axis as that of the micro image planar array,
Method for reducing the steering torque of a two-wheeled vehicle during cornering, wherein if a braking torque is determined at the front wheel during cornering the damping is increased in an adaptive steering damper as a function of at least one state variable which characterizes the cornering.
A recombinant bacterium comprising one or more urease gene(s) from an urease operon - wherein the mgsA gene is deleted - wherein the urease operon comprises the ureD, A, B, C, E, F and G genes and preferably wherein the bacterium comprises ureA, B and C genes, optionally further comprising one or more of ureD, E, F, and/or G, or a combination thereof, - comprising ethanol production genes wherein the ethanol production genes preferably comprise pdc, adhA and / or adhB, which are preferably derived from Zymomonas mobilis; - wherein the one or more genes in the frd operon selected from the frdA, B, C and D genes, or a combination thereof have decreased expression by deletion of the frdA, B, C and/or D genes or a combination, thereof and preferably by deletion of the frdA, B, C and D genes resulting in a sequence as set forth in FIG. 2 - wherein an ldhA gene is deleted. - wherein the mgsA gene is deleted - wherein the urease operon comprises the ureD, A, B, C, E, F and G genes and preferably wherein the bacterium comprises ureA, B and C genes, optionally further comprising one or more of ureD, E, F, and/or G, or a combination thereof, - comprising ethanol production genes wherein the ethanol production genes preferably comprise pdc, adhA and / or adhB, which are preferably derived from Zymomonas mobilis; - wherein the one or more genes in the frd operon selected from the frdA, B, C and D genes, or a combination thereof have decreased expression by deletion of the frdA, B, C and/or D genes or a combination, thereof and preferably by deletion of the frdA, B, C and D genes resulting in a sequence as set forth in FIG. 2 - wherein an ldhA gene is deleted.