mhurhangee/ep-ind-claims huggingface dataset:
A current circuit breaker configured to interrupt a line at the time of overload or short-circuit to thereby protect a power system and a load device, the current circuit breaker comprising a first switch, a second switch, a semiconductor module, a capacitor, and a surge arrester, wherein the first switch is configured to be opened when a fault current is generated in the line to interrupt a current through the line; the second switch is connected to the first switch and configured to flow a fault current therethrough when the first switch has been opened; the capacitor has a terminal connected to the second switch and the other terminal connected to the semiconductor module; and the surge arrester is connected across the capacitor and configured to change its resistance according to a voltage across the capacitor to block the fault current, characterized in, that the semiconductor module has an end connected to the first switch to interrupt the fault current flowing therethrough and another end connected to the second switch; that the second switch and semiconductor module are connected in series and connected in parallel to the first switch; and that the semiconductor module is configured to control a fault current therethrough in two directions.
An elevator system comprising: a hoistway; an elevator car moveable along the hoistway; a drive system disposed in the hoistway and operably connected to the elevator car configured to urge movement of the elevator car along the hoistway; a safety system to establish a protection volume in the hoistway including: a prop installable in the hoistway to prevent downward movement of the elevator car into the protection volume; and a safety chain comprising: bi-stable landing key switch contacts for each landing and landing door contacts for each set of landing doors; characterized in that the elevator system further comprises a sub-safety chain connected to the safety chain comprising two pairs of relays with positively driven contacts configured to monitor the landing key switch contacts and the landing door contacts at a lower landing in order to detect faults of said contacts for preventing movement of the elevator car prior to installation of the prop. a hoistway; an elevator car moveable along the hoistway; a drive system disposed in the hoistway and operably connected to the elevator car configured to urge movement of the elevator car along the hoistway; a safety system to establish a protection volume in the hoistway including: a prop installable in the hoistway to prevent downward movement of the elevator car into the protection volume; and a safety chain comprising: bi-stable landing key switch contacts for each landing and landing door contacts for each set of landing doors; a prop installable in the hoistway to prevent downward movement of the elevator car into the protection volume; and a safety chain comprising: bi-stable landing key switch contacts for each landing and landing door contacts for each set of landing doors; characterized in that the elevator system further comprises a sub-safety chain connected to the safety chain comprising two pairs of relays with positively driven contacts configured to monitor the landing key switch contacts and the landing door contacts at a lower landing in order to detect faults of said contacts for preventing movement of the elevator car prior to installation of the prop.
A backlight module, wherein the backlight module comprises: a first light source layer located at a surface of a light emitting side of the backlight module, the first light source layer comprises a plurality of first light source elements arranged with intervals; a second light source layer located at a surface opposite to the light emitting side of the backlight module, wherein the second light source layer comprises a plurality of second light source elements arranged one-to-one corresponding to positions of the intervals between adjacent first light source elements; wherein the backlight module further comprises optical components arranged between the first light source layer and the second light source layer, the optical components change propagation path of light emitted from the second light source elements and propagating towards the first light source elements such that the light is emitted through the intervals; characterized in that the optical components comprise triple prisms, the triple prisms are arranged one-to-one corresponding to the second light source elements. a first light source layer located at a surface of a light emitting side of the backlight module, the first light source layer comprises a plurality of first light source elements arranged with intervals; a second light source layer located at a surface opposite to the light emitting side of the backlight module, wherein the second light source layer comprises a plurality of second light source elements arranged one-to-one corresponding to positions of the intervals between adjacent first light source elements; wherein the backlight module further comprises optical components arranged between the first light source layer and the second light source layer, the optical components change propagation path of light emitted from the second light source elements and propagating towards the first light source elements such that the light is emitted through the intervals; characterized in that the optical components comprise triple prisms, the triple prisms are arranged one-to-one corresponding to the second light source elements.
Method for the removal of polyvalent cations from mono ethylene glycol, comprising the steps of: a) providing a feed of aqueous mono ethylene glycol comprising dissolved carbon dioxide and salts of divalent cations, b) heating the aqueous mono ethylene glycol to 60 - 120°C to produce a heated mixture, causing precipitation of at least part of the salts and release of at least part of the dissolved carbon dioxide, c) separation of released carbon dioxide from the mono ethylene glycol in a flash separator, d) distillation of at least part of the water from the heated mixture in a reboiler, to yield hot dewatered mono ethylene glycol, wherein the temperature of the liquid in the distillation phase is 120 - 150°C, wherein a first part of the hot dewatered mono ethylene glycol which comprises particles of salts of divalent cations is led back to the aqueous mono ethylene glycol supplied in step a) to provide at least part of the heat for heating the aqueous mono ethylene glycol in step b), and wherein separation of at least part of the precipitated salts from the mono ethylene glycol is performed on a second part of the hot dewatered mono ethylene glycol that is not led back to the feed. a) providing a feed of aqueous mono ethylene glycol comprising dissolved carbon dioxide and salts of divalent cations, b) heating the aqueous mono ethylene glycol to 60 - 120°C to produce a heated mixture, causing precipitation of at least part of the salts and release of at least part of the dissolved carbon dioxide, c) separation of released carbon dioxide from the mono ethylene glycol in a flash separator, d) distillation of at least part of the water from the heated mixture in a reboiler, to yield hot dewatered mono ethylene glycol, wherein the temperature of the liquid in the distillation phase is 120 - 150°C,
A microwave heating construct for preparing a food item having a periphery that is desirably at least one of browned and crisped, the construct comprising: a substantially planar base; and a plurality of side walls (104, 106) extending upwardly from a periphery of the base, the base and side walls defining an interior space for receiving the food item, wherein the base includes a plurality of movable portions operative for being moved out of the plane of the base into the interior space towards the periphery of the food item, wherein the base including the movable portions comprises microwave energy interactive material, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into heat, characterized in that the movable portions are each defined by at least one line of disruption (116, 118) extending between a pair of adjacent side walls, such that the at least one line of disruption has endpoints that lie within or along the periphery of the base. a substantially planar base; and a plurality of side walls (104, 106) extending upwardly from a periphery of the base, the base and side walls defining an interior space for receiving the food item, wherein the base includes a plurality of movable portions operative for being moved out of the plane of the base into the interior space towards the periphery of the food item, wherein the base including the movable portions comprises microwave energy interactive material, the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into heat, characterized in that the movable portions are each defined by at least one line of disruption (116, 118) extending between a pair of adjacent side walls, such that the at least one line of disruption has endpoints that lie within or along the periphery of the base.
A server device, comprising: a communicator comprising communication circuitry configured to perform communication with a user terminal device; a plurality of encoders configured to perform encoding in parallel; and a processor configured to sequentially allocate frames generated in real time to the plurality of encoders, and to control the communicator so that a plurality of encoded frames output in parallel from the plurality of encoders are streamed individually to the user terminal device; wherein when a re-request signal for a certain frame is received from the user terminal device, the processor is configured to continue transmitting encoded frames output from the rest of the plurality of the encoders other than the certain encoder corresponding to the certain frame, irrespective of the re-request signal and before transmitting any other encoded frames output from the certain encoder, the processor is further configured to: when the certain frame is a frame encoded in a first encoding type, first re-transmit the certain frame, and when the certain frame is a frame encoded in a second encoding type, first re-transmit the previously transmitted frame which was the first frame encoded in the first encoding type that was output from the certain encoder following the output of the certain frame. a communicator comprising communication circuitry configured to perform communication with a user terminal device; a plurality of encoders configured to perform encoding in parallel; and a processor configured to sequentially allocate frames generated in real time to the plurality of encoders, and to control the communicator so that a plurality of encoded frames output in parallel from the plurality of encoders are streamed individually to the user terminal device; wherein when a re-request signal for a certain frame is received from the user terminal device, the processor is configured to continue transmitting encoded frames output from the rest of the plurality of the encoders other than the certain encoder corresponding to the certain frame, irrespective of the re-request signal and before transmitting any other encoded frames output from the certain encoder, the processor is further configured to: when the certain frame is a frame encoded in a first encoding type, first re-transmit the certain frame, and when the certain frame is a frame encoded in a second encoding type, first re-transmit the previously transmitted frame which was the first frame encoded in the first encoding type that was output from the certain encoder following the output of the certain frame. when the certain frame is a frame encoded in a first encoding type, first re-transmit the certain frame, and when the certain frame is a frame encoded in a second encoding type, first re-transmit the previously transmitted frame which was the first frame encoded in the first encoding type that was output from the certain encoder following the output of the certain frame.
Device for cancer detection comprising a sample holder for a fluid or solid body sample; an air inlet with a horizontal and a vertical shaft, wherein each may have the same volume; an air filter fitted in the shaft not intended for sample holder insertion; a detector tube, said detector tube comprising 4 × 4 - 16 × 4 sensors, whereby the sensors constitute metal oxide detectors, all in quadruplicate, each sensor having adjustable heating voltage and adjustable circuit voltage, and each with a set sensor resistance interval, for detecting volatile organic compounds from a sample; optionally an individual potentiometer and load resistor with individually calculated resistance, respectively, connected to each sensor of the detector tube; an analogue to digital signal converter connected to each sensor; a computer-based analysis program operably connected to each individual sensor of the detector tube, through the analog to digital signal converter, for registration of signals and analysis of results; and an electricity source. a sample holder for a fluid or solid body sample; an air inlet with a horizontal and a vertical shaft, wherein each may have the same volume; an air filter fitted in the shaft not intended for sample holder insertion; a detector tube, said detector tube comprising 4 × 4 - 16 × 4 sensors, whereby the sensors constitute metal oxide detectors, all in quadruplicate, each sensor having adjustable heating voltage and adjustable circuit voltage, and each with a set sensor resistance interval, for detecting volatile organic compounds from a sample; optionally an individual potentiometer and load resistor with individually calculated resistance, respectively, connected to each sensor of the detector tube; an analogue to digital signal converter connected to each sensor; a computer-based analysis program operably connected to each individual sensor of the detector tube, through the analog to digital signal converter, for registration of signals and analysis of results; and an electricity source.
Dome for a hearing aid device, which is insertable into an auditory canal, said dome having an inner part and an umbrella-shaped part with at least one opening, wherein an earwax guard with at least one protective element is disposed inside the opening, characterized in that that the inner part is integrally formed in one piece with the umbrella-shaped part, that the protective element is flexibly turnable in and counter to an direction of insertion of the dome into the auditory canal, and that a cleaning element movable in and counter to the direction of insertion of the dome is materially bonded to the umbrella-shaped part.
Arrangement having an adapter element (1; 20; 30; 40) for assembling a rotary apparatus (12; 44) having an axis of rotation in the measurement space of a coordinate measuring machine, said adapter element having - at least one first fastening means (5a, 5b, 5c, 5d, 5e, 5f; 32a, 32b, 32c, 32d) and/or a first fastening region for fastening the adapter element in the measurement space, - at least one second fastening means (8a, 8b, 8c) and/or a second fastening region for fastening the rotary apparatus to the adapter element, wherein the adapter element has at least one coupling means (9, 22, 24, 42) for coupling an additional device (12, 25, 26, 48), wherein the coupling means is arranged on the adapter element, adjacently to the second fastening means and/or the one second fastening region for the rotary apparatus, in such a way that, in the coupled state, the additional device is positionable on the adapter element next to the rotary apparatus, a rotary apparatus (12; 44), which is fastened to the adapter element, at least one additional device (11, 25, 26, 48), which is coupled to the adapter element and positioned next to the rotary apparatus and which is selected from a measuring body (11, 25, 26), a sensor holder or an accessory apparatus for the rotary apparatus (12; 44). - at least one first fastening means (5a, 5b, 5c, 5d, 5e, 5f; 32a, 32b, 32c, 32d) and/or a first fastening region for fastening the adapter element in the measurement space, - at least one second fastening means (8a, 8b, 8c) and/or a second fastening region for fastening the rotary apparatus to the adapter element,
An adhesive composition comprising: a) an isobutylene copolymer having pendent, free radically polymerizable, ethylenically unsaturated groups, b) a tackifier, and c) a photocrosslinking agent, wherein the copolymer is of the formula; wherein a is at least 20, and at least one of b and c are at least one, Q is a divalent linking groups and Z is a pendent, free-radically polymerizable, ethylenically unsaturated group. wherein a is at least 20, and at least one of b and c are at least one, Q is a divalent linking groups and Z is a pendent, free-radically polymerizable, ethylenically unsaturated group.
An ultrasonic flow meter, comprising: a meter body; a cable shroud disposed completely about said meter body and comprising at least a first shroud portion and a second shroud portion, said first shroud portion coupled to said meter body; an enclosure having a bottom coupled to said meter body and adapted for housing electronics to be coupled to flow meter transducers; standoffs on said meter body and supporting said first shroud portion; and fasteners extending through said enclosure bottom and through said first shroud portion and into said standoffs for securing the enclosure to the meter body with the first shroud portion sandwiched therebetween; wherein said second shroud portion is coupled to said first shroud portion and movable between at least a first position in which said cable shroud forms a closed chamber between said cable shroud and said meter body, and a second position in which said chamber includes an opening for access into said chamber; wherein the closed chamber is configured to enclose transducer cables; wherein said cable shroud includes a pair of generally circular apertures and generally circular edges (65, 104) along the perimeter of said apertures; and said meter body extends through said apertures. a meter body; a cable shroud disposed completely about said meter body and comprising at least a first shroud portion and a second shroud portion, said first shroud portion coupled to said meter body; an enclosure having a bottom coupled to said meter body and adapted for housing electronics to be coupled to flow meter transducers; standoffs on said meter body and supporting said first shroud portion; and fasteners extending through said enclosure bottom and through said first shroud portion and into said standoffs for securing the enclosure to the meter body with the first shroud portion sandwiched therebetween; wherein said second shroud portion is coupled to said first shroud portion and movable between at least a first position in which said cable shroud forms a closed chamber between said cable shroud and said meter body, and a second position in which said chamber includes an opening for access into said chamber; wherein the closed chamber is configured to enclose transducer cables; wherein said cable shroud includes a pair of generally circular apertures and generally circular edges (65, 104) along the perimeter of said apertures; and said meter body extends through said apertures.
A portable electronic device, comprising: an electronic device housing including a bottom surface and side surfaces; a glass cover for a top surface for the electronic device, the glass cover also having a bottom surface; a touch screen assembly comprising a display technology layer laminated with a sensing layer, the touch screen assembly having a top surface and a bottom surface, the touch screen assembly being provided internal to the electronic device housing, and the top surface of the touch screen assembly being secured to the bottom surface of the glass cover; and at least one peripheral support structure secured to a peripheral region of the bottom surface of the glass cover, the at least one peripheral support structure further being secured to the electronic device housing, wherein the touch screen assembly is suspended from the glass cover. an electronic device housing including a bottom surface and side surfaces; a glass cover for a top surface for the electronic device, the glass cover also having a bottom surface; a touch screen assembly comprising a display technology layer laminated with a sensing layer, the touch screen assembly having a top surface and a bottom surface, the touch screen assembly being provided internal to the electronic device housing, and the top surface of the touch screen assembly being secured to the bottom surface of the glass cover; and at least one peripheral support structure secured to a peripheral region of the bottom surface of the glass cover, the at least one peripheral support structure further being secured to the electronic device housing, wherein the touch screen assembly is suspended from the glass cover.
A position detection device comprising: a magnet configured to move, together with a movable body, on a movement path extending along a first direction, the magnet having different magnetic poles (41, 42) in a second direction that is perpendicular to the first direction; a pair of magnetic sensors (21, 22) that are separated by equal distances, in the second direction, from the movement path, and that are disposed at equal distances from a reference line extending in the second direction, the pair of magnetic sensors (21, 22) having identical sensor characteristics; and a detection unit configured to detect that the magnet is positioned on the reference line in a state where absolute values of output change rates of both of the pair of magnetic sensors (21, 22) are maximum, wherein a distance between the pair of magnetic sensors(21, 22) and the length of the magnet in the first direction are equal. a magnet configured to move, together with a movable body, on a movement path extending along a first direction, the magnet having different magnetic poles (41, 42) in a second direction that is perpendicular to the first direction; a pair of magnetic sensors (21, 22) that are separated by equal distances, in the second direction, from the movement path, and that are disposed at equal distances from a reference line extending in the second direction, the pair of magnetic sensors (21, 22) having identical sensor characteristics; and a detection unit configured to detect that the magnet is positioned on the reference line in a state where absolute values of output change rates of both of the pair of magnetic sensors (21, 22) are maximum, wherein a distance between the pair of magnetic sensors(21, 22) and the length of the magnet in the first direction are equal.
Hollow or laminated wall panel with at least two spaced wall panels, at least one comprises concrete, between which a distance piece at least partially extends, wherein the distance piece is characterized in: at least three rods, wherein each rod comprises at least two supporting sections which are formed by end sections of the rod that are located opposite to each other, the rods being firmly connected to each other at a portion which is spaced apart from the end sections of the rod, the supporting sections of the rods being spaced apart from each other to thus form two supporting planes which are located opposite to each other, the rods include an acute angle to each other and at least two, preferably three of the rods contact each other. at least three rods, wherein each rod comprises at least two supporting sections which are formed by end sections of the rod that are located opposite to each other, the rods being firmly connected to each other at a portion which is spaced apart from the end sections of the rod, the supporting sections of the rods being spaced apart from each other to thus form two supporting planes which are located opposite to each other, the rods include an acute angle to each other and at least two, preferably three of the rods contact each other.