mhurhangee/ep-ind-claims huggingface dataset:
An electro-magnetic contactor for supplying or cutting off power from an input power supply to a load, the electro-magnetic contactor comprising: a magnetic switching unit connected to the input power supply to receive an input voltage from the input power supply, the magnetic switching unit comprising: an electro-magnetic coil configured to supply power to the load while repeating a conducting state and a cut-off state; and an electronic controller connected in parallel to the electro-magnetic coil and configured to receive the input voltage from the input power supply; and a status monitoring unit configured to determine, based on the input voltage, a status of input power to the electro-magnetic contactor, the status monitoring unit being further configured to display the determined status of input power. a magnetic switching unit connected to the input power supply to receive an input voltage from the input power supply, the magnetic switching unit comprising: an electro-magnetic coil configured to supply power to the load while repeating a conducting state and a cut-off state; and an electronic controller connected in parallel to the electro-magnetic coil and configured to receive the input voltage from the input power supply; and an electro-magnetic coil configured to supply power to the load while repeating a conducting state and a cut-off state; and an electronic controller connected in parallel to the electro-magnetic coil and configured to receive the input voltage from the input power supply; and a status monitoring unit configured to determine, based on the input voltage, a status of input power to the electro-magnetic contactor, the status monitoring unit being further configured to display the determined status of input power.
A biscuit dough comprising: protein in an amount of at least 8wt% by weight of the final biscuit; fiber in an amount of from 5 to 20wt% by weight of the final biscuit; sugar in an amount of from 5 to 25wt% by weight of the final biscuit; wherein the dough comprises native whey protein in an amount of at least 0.5 wt% by weight of the dough, and wherein the fiber comprises viscous soluble fibers and/or insoluble fibers. protein in an amount of at least 8wt% by weight of the final biscuit; fiber in an amount of from 5 to 20wt% by weight of the final biscuit; sugar in an amount of from 5 to 25wt% by weight of the final biscuit; wherein the dough comprises native whey protein in an amount of at least 0.5 wt% by weight of the dough, and wherein the fiber comprises viscous soluble fibers and/or insoluble fibers.
A composition, comprising: a population of antibodies, wherein the antibody is an anti-TNF-alpha antibody produced in goat's milk, and wherein the level of galactosylation of the antibodies in the population of antibodies comprises at least 5% mono-galactosylated N-glycans and at least 10% bi-galactosylated N-glycans; and wherein the heavy chain of the antibody comprises SEQ ID NO: 1 and the light chain of the antibody comprises SEQ ID NO: 2. a population of antibodies, wherein the antibody is an anti-TNF-alpha antibody produced in goat's milk, and wherein the level of galactosylation of the antibodies in the population of antibodies comprises at least 5% mono-galactosylated N-glycans and at least 10% bi-galactosylated N-glycans; and wherein the heavy chain of the antibody comprises SEQ ID NO: 1 and the light chain of the antibody comprises SEQ ID NO: 2.
Method for controlling the use of a vehicle by a driver, comprising the following steps: - an identification step (20a, 20b) of identifying the driver, comprising a facial recognition sub-step (22a, 22b) of recognizing the face of the driver; - a validation step (24a, 24b) of the driver validating a usage condition of the vehicle, and - a checking step (29a, 29b, 29c) of checking, during a usage phase of the vehicle, that the identified driver corresponds to the driver driving the vehicle, characterized in that the identification step (20a, 20b) comprises a recognition sub-step (23a, 23b) of recognizing a visual code (Cv) transmitted by a visual code broadcasting device (8a, 8b). - an identification step (20a, 20b) of identifying the driver, comprising a facial recognition sub-step (22a, 22b) of recognizing the face of the driver; - a validation step (24a, 24b) of the driver validating a usage condition of the vehicle, and - a checking step (29a, 29b, 29c) of checking, during a usage phase of the vehicle, that the identified driver corresponds to the driver driving the vehicle,
An additively manufactured heat exchanger, comprising: a plurality of vertically built fins (101,301); and a plurality of non-horizontally built parting sheets (103,303), wherein the plurality of vertically built fins extend between and connect to the plurality of parting sheets; and characterised in that the parting sheets are curved into the vertical build direction. a plurality of vertically built fins (101,301); and a plurality of non-horizontally built parting sheets (103,303), wherein the plurality of vertically built fins extend between and connect to the plurality of parting sheets; and characterised in that the parting sheets are curved into the vertical build direction.
An implantable scaffold construct comprising: a) a macroporous scaffold fabricated from organosilicone and coated with fibronectin for providing structural support and spatial distribution to implanted cells; b) fibrin glue; and c) platelet-derived growth factor (PDGF) loaded into void spaces. a) a macroporous scaffold fabricated from organosilicone and coated with fibronectin for providing structural support and spatial distribution to implanted cells; b) fibrin glue; and c) platelet-derived growth factor (PDGF) loaded into void spaces.
An OBD connector protective cover for protecting an OBD connector provided for a vehicle, comprising: a clip provided with a pair of openable/closable lugs; a body cover that covers the entire clip including the pair of lugs; a key cylinder provided on a front of the body cover as opening/closing operation means for the pair of lugs; and a socket provided in a rear face of the body cover as an opening for inserting a connection terminal section of an OBD connector into the body cover, wherein the pair of lugs are closed through a key operation with the key cylinder, and characterized in that the clip comprises: a pair of lug plates, the lugs being formed at distal ends thereof; and support means for pivotably supporting the pair of lug plates; in that the key cylinder comprises a lock pin that retractably protrudes toward the clip, and in that the clip comprises: an elastic plate that is curved toward the lock pin and connects rear ends of the pair of lug plates, wherein the elastic plate is pressed and flattened by the lock pin that protrudes from the key cylinder, the pair of lug plates are thereby rotated in a direction in which a distance between the rear ends of the pair of lug plates increases, and the pair of lug plates are rotated in a direction in which a distance between distal ends of the pair of lug plates decreases in association therewith, and the lugs of the respective lug plates are closed. a clip provided with a pair of openable/closable lugs; a body cover that covers the entire clip including the pair of lugs; a key cylinder provided on a front of the body cover as opening/closing operation means for the pair of lugs; and a socket provided in a rear face of the body cover as an opening for inserting a connection terminal section of an OBD connector into the body cover, a pair of lug plates, the lugs being formed at distal ends thereof; and support means for pivotably supporting the pair of lug plates; in that the key cylinder comprises a lock pin that retractably protrudes toward the clip, and in that an elastic plate that is curved toward the lock pin and connects rear ends of the pair of lug plates, wherein the elastic plate is pressed and flattened by the lock pin that protrudes from the key cylinder, the pair of lug plates are thereby rotated in a direction in which a distance between the rear ends of the pair of lug plates increases, and the pair of lug plates are rotated in a direction in which a distance between distal ends of the pair of lug plates decreases in association therewith, and the lugs of the respective lug plates are closed.
A measurement system comprising: earphones configured to be worn on left and right ears of a user respectively; and a wireless terminal, wherein the earphones measure and accumulate usage time during which the earphones are used by a user, and transmit accumulated usage time to the wireless terminal, and the wireless terminal acquires the accumulated usage time from the earphones, determines whether the accumulated usage time exceeds predetermined time, and generates a notification for urging the user to clean the earphones when it is determined that the accumulated usage time exceeds the predetermined time. earphones configured to be worn on left and right ears of a user respectively; and a wireless terminal, wherein the earphones measure and accumulate usage time during which the earphones are used by a user, and transmit accumulated usage time to the wireless terminal, and the wireless terminal acquires the accumulated usage time from the earphones, determines whether the accumulated usage time exceeds predetermined time, and generates a notification for urging the user to clean the earphones when it is determined that the accumulated usage time exceeds the predetermined time.
A device comprising: a plurality of memory devices each having a serial self-repair interface, one of the memory devices acting as a main memory and all other memory devices acting as shadow memories (120a-c); and a sharing structure comprising logic circuitry for inputting a same set of self-repair data to each of the plurality of memory devices and receiving self-repair outputs from the plurality of memory devices, wherein the sharing structure comprises fault identification logic configured to detect mismatches between the self-repair outputs of the plurality of memory devices, the fault identification logic comprises a plurality of XOR gates (132a-b) configured to compare self-repair outputs from respective pairs of the plurality of memory devices, and the fault identification logic comprises an N-input OR gate having a number of inputs equal to the number of XOR gates (132a-b). a plurality of memory devices each having a serial self-repair interface, one of the memory devices acting as a main memory and all other memory devices acting as shadow memories (120a-c); and a sharing structure comprising logic circuitry for inputting a same set of self-repair data to each of the plurality of memory devices and receiving self-repair outputs from the plurality of memory devices, wherein the sharing structure comprises fault identification logic configured to detect mismatches between the self-repair outputs of the plurality of memory devices, the fault identification logic comprises a plurality of XOR gates (132a-b) configured to compare self-repair outputs from respective pairs of the plurality of memory devices, and the fault identification logic comprises an N-input OR gate having a number of inputs equal to the number of XOR gates (132a-b). wherein the sharing structure comprises fault identification logic configured to detect mismatches between the self-repair outputs of the plurality of memory devices, the fault identification logic comprises a plurality of XOR gates (132a-b) configured to compare self-repair outputs from respective pairs of the plurality of memory devices, and the fault identification logic comprises an N-input OR gate having a number of inputs equal to the number of XOR gates (132a-b).
An operation device, comprising: a touch sensor that detects a touch operation performed by a finger on an operation surface and outputs a detection value; and a computing portion that stores a first threshold for determining whether or not the finger is touching the operation surface and stores a second threshold greater than the first threshold, wherein the computing portion operates such that a touch point calculated based on a second detection value acquired from the touch sensor is replaced by a touch point calculated based on a first detection value acquired from the touch sensor when the second detection value is a value between the first and second thresholds (200, 201), 1 Z wherein the first detection value Z than the second threshold and acquired before the second detection value, wherein the computing portion outputs the touch point calculated based on the first detection value as operation information when the touch point calculated based on the second detection values is replaced by the touch point calculated based on the first detection value, and wherein the computing portion sets the second threshold by multiplying a maximum value among the acquired detection values by a predetermined multiplier, or by multiplying a detection value of a first detected touch operation by a predetermined multiplier. a touch sensor that detects a touch operation performed by a finger on an operation surface and outputs a detection value; and a computing portion that stores a first threshold for determining whether or not the finger is touching the operation surface and stores a second threshold greater than the first threshold,
A drawer for packaging comprising a case and a drawer, the drawer being obtained from at least one pre-cut blank of a sheet of material, of the type wherein: - the drawer comprises a rear wall delimited transversally by opposite rear longitudinal edges, and two opposite lateral walls extending perpendicularly to the rear wall, each respectively along one of the rear longitudinal edges of the rear wall; - the drawer comprises an upper portion, comprising an upper part of the rear wall and upper parts of the two lateral walls, and a lower portion, comprising a lower part of the rear wall and lower parts of the two lateral walls; - the lower portion and the upper portion of the drawer are articulated to each other by a articulation which has a transversal articulation axis and which connects the lower part and the lower part of the rear wall, the lower part and the upper part of the same lateral wall of the drawer being disjointed to allow toggling of the upper portion of the drawer relative to the lower portion of the drawer around the transversal articulation axis between an aligned configuration in which the lower part and the upper part of the rear wall are coplanar, and at least one useful tilted configuration in which the lower part and the upper part of the rear wall form a non-zero angle, characterized in that at least one of the lower part and the upper part of each lateral wall has an extension ( 26ap, 26bp) which extends longitudinally towards the other part beyond the transversal articulation axis such that the extension ( 26ap, 26bp) extends parallel opposite the other part ( 26b, 26a) of the lateral wall for all the configurations of the two portions of the drawer between the aligned configuration and the useful tilted configuration of the drawer. - the drawer comprises a rear wall delimited transversally by opposite rear longitudinal edges, and two opposite lateral walls extending perpendicularly to the rear wall, each respectively along one of the rear longitudinal edges of the rear wall; - the drawer comprises an upper portion, comprising an upper part of the rear wall and upper parts of the two lateral walls, and a lower portion, comprising a lower part of the rear wall and lower parts of the two lateral walls; - the lower portion and the upper portion of the drawer are articulated to each other by a articulation which has a transversal articulation axis and which connects the lower part and the lower part of the rear wall, the lower part and the upper part of the same lateral wall of the drawer being disjointed to allow toggling of the upper portion of the drawer relative to the lower portion of the drawer around the transversal articulation axis between an aligned configuration in which the lower part and the upper part of the rear wall are coplanar, and at least one useful tilted configuration in which the lower part and the upper part of the rear wall form a non-zero angle,
A security device for locking a merchandise display rod to prevent unauthorized removal of items of merchandise displayed thereon, said security device comprising: a housing defining a longitudinally extending passageway adapted to receive the merchandise display rod therein; a recess formed in the housing and being adapted to receive a dipole magnet key therein for moving a magnetically attractable locking member from a locked position to an unlocked position, said recess extending substantially parallel to the passageway and inwardly from an exterior surface of the housing; characterized in that said housing further defines an interior chamber disposed perpendicularly to and in communication with said passageway and having the magnetically attractable locking member moveable within the interior chamber between the locked position, wherein the locking member engages a notch formed in the merchandise display rod and the unlocked position where the locking member does not engage the notch formed in the merchandise display rod; said recess terminates proximate the interior chamber. a housing defining a longitudinally extending passageway adapted to receive the merchandise display rod therein; a recess formed in the housing and being adapted to receive a dipole magnet key therein for moving a magnetically attractable locking member from a locked position to an unlocked position, said recess extending substantially parallel to the passageway and inwardly from an exterior surface of the housing; characterized in that said housing further defines an interior chamber disposed perpendicularly to and in communication with said passageway and having the magnetically attractable locking member moveable within the interior chamber between the locked position, wherein the locking member engages a notch formed in the merchandise display rod and the unlocked position where the locking member does not engage the notch formed in the merchandise display rod; said recess terminates proximate the interior chamber.
A workpiece comprising: a material with a face and a first plurality of barbs and a second plurality of barbs extending integrally from the face, each barb having a height above the face; characterised in that the barbs of the first plurality are at least 10% higher than the barbs of the second plurality; the first plurality of barbs includes at least 10% of the barbs on the face and the second plurality of barbs includes at least 10% of the barbs on the face; and the barbs of the second plurality of barbs are bent and pointed. a material with a face and a first plurality of barbs and a second plurality of barbs extending integrally from the face, each barb having a height above the face; characterised in that the barbs of the first plurality are at least 10% higher than the barbs of the second plurality; the first plurality of barbs includes at least 10% of the barbs on the face and the second plurality of barbs includes at least 10% of the barbs on the face; and the barbs of the second plurality of barbs are bent and pointed.
A household appliance comprising a tub wherein the washing and/or the drying process is performed, an inlet port providing the entry of air into the tub, an outlet port enabling the air in the tub to be discharged outside, a channel extending between the inlet port and the outlet port so as to remain outside the tub, a fan disposed on the channel, a receptacle situated on the channel, a heater disposed inside or in the vicinity of the receptacle, and a desiccant that is situated inside the receptacle and that is a super absorbent polymer, • a temperature sensor that is situated inside or in the vicinity of the receptacle and that enables the temperature (T H) inside the receptacle to be measured, and the desiccant having a regeneration temperature upper value (rt üst) predetermined by the producer and a regeneration temperature lower value (rt alt) predetermined by the producer, and • a control unit designed to enable the temperature (T H) inside the receptacle to be kept below the regeneration temperature upper value (rt üst). • the desiccant, the regeneration temperature of which is between 50°C to 100°C. • and the desiccant the glass transition temperature of which is between 20°C and 40°C • a temperature sensor that is situated inside or in the vicinity of the receptacle and that enables the temperature (T H) inside the receptacle to be measured, and the desiccant having a regeneration temperature upper value (rt üst) predetermined by the producer and a regeneration temperature lower value (rt alt) predetermined by the producer, and • a control unit designed to enable the temperature (T H) inside the receptacle to be kept below the regeneration temperature upper value (rt üst). • the desiccant, the regeneration temperature of which is between 50°C to 100°C. • and the desiccant the glass transition temperature of which is between 20°C and 40°C
A handheld portable apparatus (100, 200, 300) for dislodging and collecting target particles from a target surface (118, 218, 318), the apparatus comprising: a reservoir (111, 211, 311) of liquefied and pressurized carbon dioxide; at least one pulsed valve (113, 213, 313) in communication with said reservoir (111, 211, 311); at least one expansion chamber (114, 214, 314) in communication with said at least one pulsed valve (113, 213, 313) for forming an aerosol mixture of frozen carbon dioxide particles and carbon dioxide gas; at least two nozzles (116, 216, 316) in communication with said at least one expansion chamber (114, 214, 314) for directing a spray of said aerosol mixture to overlap at a single focal point downstream of said at least two nozzles (116, 216, 316); a particle transport component (119, 219, 319) providing a suction flow into an orifice that entrains particles from said aerosol mixture and target particles dislodged by an impact of said particles from said aerosol mixture; a collecting medium (124, 224, 324) for accumulating said particles entrained in said suction flow; and means (225, 226) to assist the operator to position the handheld portable apparatus at an optimal distance from the target surface (118, 218, 318), wherein the optimal distance is based on the single focal point of the aerosol mixture sprays from the at least two nozzles (116, 216, 316) being located beyond the target surface (118, 218, 318). a reservoir (111, 211, 311) of liquefied and pressurized carbon dioxide; at least one pulsed valve (113, 213, 313) in communication with said reservoir (111, 211, 311); at least one expansion chamber (114, 214, 314) in communication with said at least one pulsed valve (113, 213, 313) for forming an aerosol mixture of frozen carbon dioxide particles and carbon dioxide gas; at least two nozzles (116, 216, 316) in communication with said at least one expansion chamber (114, 214, 314) for directing a spray of said aerosol mixture to overlap at a single focal point downstream of said at least two nozzles (116, 216, 316); a particle transport component (119, 219, 319) providing a suction flow into an orifice that entrains particles from said aerosol mixture and target particles dislodged by an impact of said particles from said aerosol mixture; a collecting medium (124, 224, 324) for accumulating said particles entrained in said suction flow; and means (225, 226) to assist the operator to position the handheld portable apparatus at an optimal distance from the target surface (118, 218, 318), wherein the optimal distance is based on the single focal point of the aerosol mixture sprays from the at least two nozzles (116, 216, 316) being located beyond the target surface (118, 218, 318).