mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: transmitting a wireless transmission of a frame using a short-guard-interval physical-layer-protocol-data-unit (PPDU) frame format selected from first and second, different, short-guard-interval PPDU frame formats; if the first PPDU frame format is selected, calculating a transmission time corresponding to the transmission based on a first predefined calculation, wherein the transmission time resulting from the first calculation is different from an actual transmission time of the transmission; if the second PPDU frame format is selected, calculating the transmission time corresponding to the transmission based on a second predefined calculation, different from the first calculation, wherein the transmission time resulting from the second calculation is equal to an actual transmission time of the transmission; and setting an inter frame space start time for an inter frame space following the transmission of the frame to begin at the end of the calculated transmission time. transmitting a wireless transmission of a frame using a short-guard-interval physical-layer-protocol-data-unit (PPDU) frame format selected from first and second, different, short-guard-interval PPDU frame formats; if the first PPDU frame format is selected, calculating a transmission time corresponding to the transmission based on a first predefined calculation, wherein the transmission time resulting from the first calculation is different from an actual transmission time of the transmission; if the second PPDU frame format is selected, calculating the transmission time corresponding to the transmission based on a second predefined calculation, different from the first calculation, wherein the transmission time resulting from the second calculation is equal to an actual transmission time of the transmission; and setting an inter frame space start time for an inter frame space following the transmission of the frame to begin at the end of the calculated transmission time.
Espagnolette lock, with at least one latch bolt which is subjected to force by a latch spring into a projecting direction, which, in a first latch projection position, in which essentially only one latch head section, comprising the latch oblique element, projects over a fore-end track, is held by a releasable arresting element, and moves out of this first latch projection position, after the backwards displacement of the latch and release of the arresting element, into a second latch projecting position, in which a latch section connecting to the latch oblique element projects in front of the fore-end track, wherein the latch bolt is allocated to a secondary lock case, which can be actuated by a main lock by means of espagnolette rods, and wherein the arresting element is a lever which is mounted such as to make a pivoting movement in the latch bolt, which has an arresting nose comprising the arresting element, and that the arresting element holds the latch bolt in a partially extended intermediate position, characterized in that the secondary lock has a swivel bolt which can be actuated by a separate espagnolette slide, and a blocking means of a force-actuated slide, which is mounted in the secondary lock housing such that it can be displaced transversely to the latch bolt, takes effect in the intermediate position, such that the swivel bolt is prevented from carrying out a pivoting movement.
A reinforcing bar binding machine comprising a wire reel rotatably supported on a binding machine body, which feeds a wire from the wire reel, which winds the fed wire about reinforcing bars and which twists the wound wire to bind the reinforcing bars, the reinforcing bar binding machine comprising: a stopper lever that includes a locking portion engageable with a saw-toothed engaging portion of the wire reel which is formed at predetermined intervals, the locking portion being engageable with the saw-toothed engaging portion to stop a rotation of the wire reel; wherein the saw-toothed engaging portion is formed on at least one of a pair of flanges (20A, 20B) of the wire reel; a solenoid that includes an iron core which is slidably arranged; a shaft that is rotatably supported by the binding machine body via a bracket; wherein one end side of the shaft is connected to the stopper lever and the other end side of the shaft is connected to the iron core (32 A) of the solenoid via a connecting wheel fixed to the shaft and via a link, a torsion coil spring that biases the stopper lever to return the stopper lever to an initial state of the stopper lever; and wherein when the solenoid is turned on, the iron core slides and the shaft rotates via the connecting wheel, as the shaft rotates, the stopper lever rotates about the shaft, and the stopper lever rotates such that the locking portion of the stopper lever is engaged with the engaging portion and stops the rotation of the wire reel. a stopper lever that includes a locking portion engageable with a saw-toothed engaging portion of the wire reel which is formed at predetermined intervals, the locking portion being engageable with the saw-toothed engaging portion to stop a rotation of the wire reel; wherein the saw-toothed engaging portion is formed on at least one of a pair of flanges (20A, 20B) of the wire reel; a solenoid that includes an iron core which is slidably arranged; a shaft that is rotatably supported by the binding machine body via a bracket; wherein one end side of the shaft is connected to the stopper lever and the other end side of the shaft is connected to the iron core (32 A) of the solenoid via a connecting wheel fixed to the shaft and via a link, a torsion coil spring that biases the stopper lever to return the stopper lever to an initial state of the stopper lever; and wherein when the solenoid is turned on, the iron core slides and the shaft rotates via the connecting wheel, as the shaft rotates, the stopper lever rotates about the shaft, and the stopper lever rotates such that the locking portion of the stopper lever is engaged with the engaging portion and stops the rotation of the wire reel.
A display device comprising: a display panel disposed in a first area of the display device and a second area of the display device, wherein the first area of the display device lies in a first plane and the second area of the display device lies in a second plane at a predetermined angle to the first plane, or the first area of the display device includes a flat portion of the display device and the second area of the display device includes a curved portion of the display device; and a first force sensor disposed in the second area of the display device, wherein the first force sensor is disposed below the display panel and adjacent to a first edge of the display panel, the first force sensor extending along the first edge of the display panel, wherein the first force sensor comprises: a first sensing region (SR 1); a second sensing region (SR 2) located adjacent the first sensing region and having a larger area than the first sensing region; a first force concentration bump overlapping the first sensing region; a second force concentration bump overlapping the second sensing region and spaced apart from the first force concentration bump; a first electrode; and a second electrode separated from the first electrode, wherein the first electrode is disposed in the first sensing region and the second sensing region (SR 2), and the second electrode is disposed in the first sensing region (SR 1) and the second sensing region (SR 2). a display panel disposed in a first area of the display device and a second area of the display device, wherein the first area of the display device lies in a first plane and the second area of the display device lies in a second plane at a predetermined angle to the first plane, or the first area of the display device includes a flat portion of the display device and the second area of the display device includes a curved portion of the display device; and a first force sensor disposed in the second area of the display device, wherein the first force sensor is disposed below the display panel and adjacent to a first edge of the display panel, the first force sensor extending along the first edge of the display panel, a first sensing region (SR 1); a second sensing region (SR 2) located adjacent the first sensing region and having a larger area than the first sensing region; a first force concentration bump overlapping the first sensing region; a second force concentration bump overlapping the second sensing region and spaced apart from the first force concentration bump; a first electrode; and a second electrode separated from the first electrode, wherein the first electrode is disposed in the first sensing region and the second sensing region (SR 2), and the second electrode is disposed in the first sensing region (SR 1) and the second sensing region (SR 2).
Method for initiating a defrosting process of a heat exchanger of a heat pump of a motor vehicle, in particular an electric vehicle or a battery electric vehicle or a hybrid electric motor vehicle, wherein the heat exchanger is assigned a fan, wherein a power consumption and/or a speed of the fan is monitored, wherein a defrosting process is initiated if the power consumption and/or the speed exceeds and/or falls below a threshold value, wherein the threshold value is determined in dependence on a parameter, wherein the parameter is an indicator of a current relative air speed of ambient air in relation to the motor vehicle, characterized in that the parameter is a distance signal of the motor vehicle in relation to a vehicle travelling ahead, and/or in that the parameter is a vehicle position determined by means of a navigation system of the motor vehicle.
A process for purifying a polycarbodiimide, comprising: (a) providing a mixture comprising a polycarbodiimide and a carbodiimidization catalyst; (b) separating carbodiimidization catalyst from the polycarbodiimide by subjecting the mixture according to (a) to a first distillation, wherein a first bottom product and a first top product are obtained, wherein the first bottom product comprises the polycarbodiimide and carbodiimidization catalyst, wherein the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the first bottom product is lower than the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the mixture according to (a), and wherein the first top product comprises carbodiimidization catalyst; (c) adding an entrainer to the first bottom product obtained from (b) to obtain a mixture, wherein the entrainer has a boiling point which is lower than the boiling point of the polycarbodiimide; (d) further separating carbodiimidization catalyst from the polycarbodiimide by subjecting the mixture obtained from (c) to a second distillation, wherein a second bottom product and a second top product are obtained, wherein the second bottom product comprises the polycarbodiimide and carbodiimidization catalyst, wherein the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the second bottom product is lower than the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the first bottom product obtained from (b), and wherein the second top product comprises carbodiimidization catalyst and entrainer. (a) providing a mixture comprising a polycarbodiimide and a carbodiimidization catalyst; (b) separating carbodiimidization catalyst from the polycarbodiimide by subjecting the mixture according to (a) to a first distillation, wherein a first bottom product and a first top product are obtained, wherein the first bottom product comprises the polycarbodiimide and carbodiimidization catalyst, wherein the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the first bottom product is lower than the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the mixture according to (a), and wherein the first top product comprises carbodiimidization catalyst; (c) adding an entrainer to the first bottom product obtained from (b) to obtain a mixture, wherein the entrainer has a boiling point which is lower than the boiling point of the polycarbodiimide; (d) further separating carbodiimidization catalyst from the polycarbodiimide by subjecting the mixture obtained from (c) to a second distillation, wherein a second bottom product and a second top product are obtained, wherein the second bottom product comprises the polycarbodiimide and carbodiimidization catalyst, wherein the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the second bottom product is lower than the weight ratio of carbodiimidization catalyst relative to polycarbodiimide in the first bottom product obtained from (b), and wherein the second top product comprises carbodiimidization catalyst and entrainer.
An electric multipurpose apparatus (100, 200) for cooking food, comprising at least an openable casing, an electrical resistance element provided on the casing and carrier means for carrying food inside the casing, characterized in that the apparatus comprises means for changing the position of the electrical resistance element with respect to the food to be cooked, in order to change the operation of the apparatus, wherein the first position of said electrical resistance element is above of the food to be cooked and the second position is substantially 180 degrees from said first position, below the food to be cooked.
A kit for unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said kit comprising a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution, wherein components (a) and (b) are in same or different packages, wherein said endotoxin masker is a substance which, in solution with endotoxin, renders the endotoxin undetectable by available detection methods, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, wherein the agent which influences hydrogen bonding stability in solution is a chaotropic agent, a cation or a combination thereof, and wherein said chaotropic agent is chosen from the group consisting of: urea; guanidinium chloride; butanol; lithium perchlorate; lithium acetate; magnesium chloride; phenol; propanol; and thiourea. a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution,
An air filter comprising a filter media disposed within a filter media frame and an air filter cleaning system, the system comprising: a filter shaker plate having a top surface and a bottom surface; a first filter clamp configured to be positioned adjacent to a first side of the filter shaker plate; a second filter clamp configured to be positioned adjacent to a second side of the filter shaker plate, a motor mount extending from the top surface of the filter shaker plate; and, a motor configured to be mounted on the motor mount, being characterised in that the system further comprises: a first flange extending from the motor mount towards the first side of the filter shaker plate; and, a second flange extending from the motor mount towards the second side of the filter shaker plate, wherein the first and second flanges (96, 98) are arranged to be coupled to the first and second filter clamps (100, 104) so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media. a filter shaker plate having a top surface and a bottom surface; a first filter clamp configured to be positioned adjacent to a first side of the filter shaker plate; a second filter clamp configured to be positioned adjacent to a second side of the filter shaker plate, a motor mount extending from the top surface of the filter shaker plate; and, a motor configured to be mounted on the motor mount, being characterised in that the system further comprises: a first flange extending from the motor mount towards the first side of the filter shaker plate; and, a second flange extending from the motor mount towards the second side of the filter shaker plate, wherein the first and second flanges (96, 98) are arranged to be coupled to the first and second filter clamps (100, 104) so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media. a first flange extending from the motor mount towards the first side of the filter shaker plate; and, a second flange extending from the motor mount towards the second side of the filter shaker plate, wherein the first and second flanges (96, 98) are arranged to be coupled to the first and second filter clamps (100, 104) so as to position the bottom surface of the shaker plate in close proximity to but spaced above the surface of the air filter media.
A member inspection device comprising: an irradiation device that is configured to irradiate a surface to be inspected of a member to be inspected with light; an image pickup device that is configured to pick up an image of an irradiated portion of the light on the surface to be inspected; a failure detection device that is configured to detect a failure area on the basis of a photographed image picked up by means of the image pickup device; a determining device that is configured to classify the shape of the failure area detected by means of the failure detection device; a repairing material supply device that is configured to supply a repairing material; and a marking device that is configured to carry out marking on the failure area, wherein the repairing material supply device and the marking device are mounted in a tip portion of a multi-jointed arm of a multi-jointed robot, wherein the irradiation device is constituted of a plurality of illuminators (31,32) which are capable of radiating the light in different directions, and wherein, when the failure area is determined to be a recessed portion by the determining device, the repairing material supply device supplies the repairing material to the recessed portion in an amount larger than a volume of the recessed portion, and, when the failure area is determined to be not a recessed portion by the determining device, the marking device carries out marking on the failure area. an irradiation device that is configured to irradiate a surface to be inspected of a member to be inspected with light; an image pickup device that is configured to pick up an image of an irradiated portion of the light on the surface to be inspected; a failure detection device that is configured to detect a failure area on the basis of a photographed image picked up by means of the image pickup device; a determining device that is configured to classify the shape of the failure area detected by means of the failure detection device; a repairing material supply device that is configured to supply a repairing material; and a marking device that is configured to carry out marking on the failure area, wherein the repairing material supply device and the marking device are mounted in a tip portion of a multi-jointed arm of a multi-jointed robot, wherein the irradiation device is constituted of a plurality of illuminators (31,32) which are capable of radiating the light in different directions, and wherein, when the failure area is determined to be a recessed portion by the determining device, the repairing material supply device supplies the repairing material to the recessed portion in an amount larger than a volume of the recessed portion, and, when the failure area is determined to be not a recessed portion by the determining device, the marking device carries out marking on the failure area.
A carrier (105, 305) for holding a plurality of containers, comprising: a plurality of panels extending around an interior space (110a, 110b of the carrier (105, 305), the plurality of panels comprising a front panel, a back panel, at least one side panel (127a, 131a, 127b, 131b), at least one bottom panel, and at least one central panel (145a, 145b); and a divider flap (189a, 199a, 189b, 199b) extending from the at least one central panel (145a, 145b) to one of the front panel and the back panel in the interior space (110a, 110b) of the carrier (105, 305), characterised in that the divider flap (189a, 199a, 189b, 199b) comprises a portion (192a, 196a, 192b, 196b) curved away from the at least one central panel (145a, 145b) and at least one line of weakening (191a, 201a, 191b, 201b) such that the divider flap (189a, 199a, 189b, 199b) is generally curved. a plurality of panels extending around an interior space (110a, 110b of the carrier (105, 305), the plurality of panels comprising a front panel, a back panel, at least one side panel (127a, 131a, 127b, 131b), at least one bottom panel, and at least one central panel (145a, 145b); and a divider flap (189a, 199a, 189b, 199b) extending from the at least one central panel (145a, 145b) to one of the front panel and the back panel in the interior space (110a, 110b) of the carrier (105, 305), characterised in that the divider flap (189a, 199a, 189b, 199b) comprises a portion (192a, 196a, 192b, 196b) curved away from the at least one central panel (145a, 145b) and at least one line of weakening (191a, 201a, 191b, 201b) such that the divider flap (189a, 199a, 189b, 199b) is generally curved.