mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a single ended signal in a first signal domain, wherein the first signal domain is up to twice greater than an on-chip supply voltage; dividing the single ended signal by a transistor voltage divider to generate a halved single ended signal only when the single ended signal is above a first voltage; receiving the halved single ended signal by a first input of a Schmitt trigger circuit, the first input controlling a high threshold of the Schmitt trigger circuit; passing the single ended signal through a pass gate only when the single ended signal is below the first voltage; receiving the single ended signal from the pass gate by a second input of the Schmitt trigger circuit, the second input controlling a low threshold of the Schmitt trigger circuit; switching an output of the Schmitt trigger circuit from low to high when the halved single ended signal received by the first input transitions from low to high and crosses the high threshold; and switching the output of the Schmitt trigger circuit from high to low when the single ended signal received by the second input transition from high to low and crosses the low threshold. receiving a single ended signal in a first signal domain, wherein the first signal domain is up to twice greater than an on-chip supply voltage; dividing the single ended signal by a transistor voltage divider to generate a halved single ended signal only when the single ended signal is above a first voltage; receiving the halved single ended signal by a first input of a Schmitt trigger circuit, the first input controlling a high threshold of the Schmitt trigger circuit; passing the single ended signal through a pass gate only when the single ended signal is below the first voltage; receiving the single ended signal from the pass gate by a second input of the Schmitt trigger circuit, the second input controlling a low threshold of the Schmitt trigger circuit; switching an output of the Schmitt trigger circuit from low to high when the halved single ended signal received by the first input transitions from low to high and crosses the high threshold; and switching the output of the Schmitt trigger circuit from high to low when the single ended signal received by the second input transition from high to low and crosses the low threshold.
Actuator having a housing and having a movable part and a motorized drive by which the movable part can be driven so as to be movable from a basic position into an open position, and vice versa, having a freewheel by which the movable part can be decoupled, in its open position and basic position, from the motorized drive, wherein a slotted link part can be driven so as to be movable by the reversible motorized drive and has a slotted link recess which extends along the movement path of the movable part and into which a driver which is arranged on the movable part and can be moved between a basic position and an open position or partially open position engages, wherein the slotted link recess has at least a length which corresponds to the movement path of the driver between its basic position and its open position or partially open position, and with a switching device by which, after adjustment driving of the movable part into its open position or basic position, the slotted link part can be moved back into a basic position of the slotted link part by the motorized drive, wherein both ends of the slotted link recess (13, 13') form stops (20, 21) against which the driver can be brought to bear, and by moving the slotted link part the movable part can be driven so as to be movable, characterized in that the stops are spring stops (20, 21) which can be deflected counter to a specific spring force when acted on by the driver at the end of the slotted link recess, wherein the specific spring force is larger in the case of a normal motorized drive than the action force applied by the driver when the slotted link part is driven by the motorized drive, and wherein in a case of misuse the spring stops (20, 21) can be deflected by overcoming the specific spring force, and when the spring stops (20, 21) are deflected a switch can be actuated by the driver so as to generate a switching signal or an increased motor power consumption can be detected, and the motorized drive can be switched off by the switching signal or on the basis of the increased motor power consumption, or in that an overload coupling is arranged in the drive train, between the motorized drive and the movable part.
A composition for use in a method of preventing rebound ulcers in horses after administration of omeprazole or in a method of treating Equine Gastric Ulcer Syndrome in a horse in need thereof, comprising administering to the horse a therapeutically effective amount of the composition, wherein the composition comprises: (i) a preparation obtained from sea buckthorn, wherein the preparation obtained from sea buckthorn is a concentrate, metabolite, constituent, or extract, or a combination thereof of the sea buckthorn fruits, (ii) glutamine and (iii) aloe vera extract, pectin, and lecithin. (i) a preparation obtained from sea buckthorn, wherein the preparation obtained from sea buckthorn is a concentrate, metabolite, constituent, or extract, or a combination thereof of the sea buckthorn fruits, (ii) glutamine and (iii) aloe vera extract, pectin, and lecithin.
Vehicle seat comprising a sitting portion, a backrest and a device for heating said sitting portion and said backrest, said seat being able to pass from a functional position to a stowed position by separating the sitting portion and the backrest, characterized in that the heating device comprises a first electrical connection element secured to the backrest and a second electrical connection element secured to the sitting portion, and in that said two elements (9, 10) cooperate with one another when the seat is in the functional position, and can be separated to allow said seat to adopt the stowed position.
An ophthalmic lens comprising: an apex area having distance vision correcting power and a power distribution creating a blurred region outside of the apex area so as to cause an induced aperture; a base curve between 7.9 mm and 8.5 mm, preferably between 8.1 mm and 8.3 mm; and a lens diameter between 14.0 and 14.5 mm, wherein a thickness profile having a center thickness of 100-120 microns, and a peripheral thickness of 220-310 microns at a chord diameter of 12.30 mm, and the power distribution includes an aperture inducing power rise (a) between +2.00 to +2.75 diopters and the lens is made of polymacon, or (b) +2.375 to +3.125 and the lens is made of etafilcon, or (c) +2.00 to +3.25 diopters and the lens is made of silicon hydrogel, wherein the aperture inducing power rise is a front surface tangential power rise as determined at the 1.5 mm radius away from a center of the apex area. an apex area having distance vision correcting power and a power distribution creating a blurred region outside of the apex area so as to cause an induced aperture; a base curve between 7.9 mm and 8.5 mm, preferably between 8.1 mm and 8.3 mm; and a lens diameter between 14.0 and 14.5 mm, wherein a thickness profile having a center thickness of 100-120 microns, and a peripheral thickness of 220-310 microns at a chord diameter of 12.30 mm, and the power distribution includes an aperture inducing power rise (a) between +2.00 to +2.75 diopters and the lens is made of polymacon, or (b) +2.375 to +3.125 and the lens is made of etafilcon, or (c) +2.00 to +3.25 diopters and the lens is made of silicon hydrogel, wherein the aperture inducing power rise is a front surface tangential power rise as determined at the 1.5 mm radius away from a center of the apex area.
A shaving tool for shaving a surface of a wire material, wherein a rake angle (α) of a cutting blade of the shaving tool is within a range of -5° to -30°, and a flat surface of which the clearance angle (β) is zero is formed on a clearance surface of the shaving tool, characterized in that the length of the flat surface in the forward direction of the wire material is within a range from 0.1 to 1 mm, and a blade edge of the cutting blade has a radius of from 10 μm to 50 μm.
A refill packaging for pasty and/or creamy products, wherein the products can be removed by hand from the refill packaging, comprising an outer container and an inner bag with bag opening (3.1), and a closure, wherein the inner bag can contain a pasty or creamy product, and the outer container can accommodate the inner bag, characterized in that the outer container - consists of at least two parts (2a, 2b), wherein the parts (2a, 2b) and thus the container, are able to be reversibly closed, - is produced from one or more materials, which have a flexural modulus E f in accordance with DIN EN ISO 178 of 50 to 5'000 MPa, in particular of 100 to 3'000 MPa, and a wall thickness of 0.2 to 4 mm, in particular of 0.5 to 3 mm, measured in accordance with DIN 862/ Form A1 with a micrometer, whereby the outer container is able to be compressed reversibly, and - has at least one magnetic element. - consists of at least two parts (2a, 2b), wherein the parts (2a, 2b) and thus the container, are able to be reversibly closed, - is produced from one or more materials, which have a flexural modulus E f in accordance with DIN EN ISO 178 of 50 to 5'000 MPa, in particular of 100 to 3'000 MPa, and a wall thickness of 0.2 to 4 mm, in particular of 0.5 to 3 mm, measured in accordance with DIN 862/ Form A1 with a micrometer, whereby the outer container is able to be compressed reversibly, and - has at least one magnetic element.
A protection device for protecting a baffle and/or a sprinkler head of a fire sprinkler system, comprising: a mounting portion for mounting to the sprinkler system; and a protection portion adapted to at least partially surround the baffle and/or the sprinkler head; wherein the protection portion comprises a protection bar (52, 54, 92, 94, 95, 96, 98, 99) which is connected to the mounting portion; wherein the mounting portion comprises mounting means by which the protection device can be mounted to an extinguishing agent supply pipe of the sprinkler system neighboring the baffle and/or the sprinkler head; wherein the mounting means comprises two pipe clamps; wherein the two pipe clamps are provided in a manner that one respective pipe clamp can be mounted at the supply pipe on each side downstream and upstream of the baffle and/or the sprinkler head, characterized in that the protection bar (52, 54, 92, 94, 95, 96, 98, 99) is directly fixed at the two pipe clamps. a mounting portion for mounting to the sprinkler system; and a protection portion adapted to at least partially surround the baffle and/or the sprinkler head; wherein the protection portion comprises a protection bar (52, 54, 92, 94, 95, 96, 98, 99) which is connected to the mounting portion; wherein the mounting portion comprises mounting means by which the protection device can be mounted to an extinguishing agent supply pipe of the sprinkler system neighboring the baffle and/or the sprinkler head; wherein the mounting means comprises two pipe clamps; wherein the two pipe clamps are provided in a manner that one respective pipe clamp can be mounted at the supply pipe on each side downstream and upstream of the baffle and/or the sprinkler head, characterized in that the protection bar (52, 54, 92, 94, 95, 96, 98, 99) is directly fixed at the two pipe clamps.
A transfer line for the transfer of identical filled, two-piece capsules between two successive processing stations, comprising a loading area to be located at the outlet of a first processing station for receiving, in series, groups of said filled two-piece capsules with a substantially vertical orientation; an unloading area to be located at the inlet of a second successive processing station for discharging, in series, said groups of filled, two-piece capsules with a substantially vertical orientation; a plurality of identical transfer units, each comprising a plurality of cavities, each adapted to receive one of the said two-piece capsules at the loading area and to let such capsule being unloaded at the unloading area, said plurality of cavities of each transfer unit being arranged to receive in a first relative configuration the groups of filled two-piece capsules when located at a loading position within the loading area and so as to discharge these groups when located at an unloading position within the unloading area; a conveyor device adapted to temporarily and individually support the transfer units so as to transfer said transfer units from the loading position to the unloading position and vice-versa, while keeping them substantially in the same orientation in the loading and unloading positions (P1, P2), and at least from the loading position to the unloading position; wherein said processing stations are a filling station and a sealing station, and wherein the transfer units are maintained in their orientation not only from the loading position, including the same, to the unloading position, including the same, but also during the movement back when said transfer units are free of two-piece capsules.
A resin roof panel structure applied to a vehicle equipped with: a pair of side members that configure a vehicle frame member and are disposed extending along a vehicle front-and-rear direction; and cross members (14, 16) that configure the vehicle frame member, are disposed extending along a vehicle width direction, and bridge across between the pair of side members, the resin roof panel structure comprising: a resin roof panel that is joined to the vehicle frame member; characterized by further comprising: ribs (30, 32) that are projectingly disposed at corner portions on an undersurface side of the roof panel in positions straddling the side members and the cross members (14, 16) and are higher in rigidity than other sections of the roof panel. a pair of side members that configure a vehicle frame member and are disposed extending along a vehicle front-and-rear direction; and cross members (14, 16) that configure the vehicle frame member, are disposed extending along a vehicle width direction, and bridge across between the pair of side members, the resin roof panel structure comprising: a resin roof panel that is joined to the vehicle frame member; characterized by further comprising: ribs (30, 32) that are projectingly disposed at corner portions on an undersurface side of the roof panel in positions straddling the side members and the cross members (14, 16) and are higher in rigidity than other sections of the roof panel. a resin roof panel that is joined to the vehicle frame member; characterized by further comprising: ribs (30, 32) that are projectingly disposed at corner portions on an undersurface side of the roof panel in positions straddling the side members and the cross members (14, 16) and are higher in rigidity than other sections of the roof panel. ribs (30, 32) that are projectingly disposed at corner portions on an undersurface side of the roof panel in positions straddling the side members and the cross members (14, 16) and are higher in rigidity than other sections of the roof panel.
A multi-ply tissue paper product comprising at least first, second, third and fourth plies made of tissue paper base-sheet or non-woven, wherein: - second and third inner plies (2, 3) are positioned between a first outer ply on one side and a fourth outer ply on another side; - the first and fourth outer plies (1, 4) comprise a micro-embossing pattern (6, 8); - the second and third inner plies (2, 3) are flat plies; and - only the first outer ply further comprises a decor embossing pattern; characterized in that: - the first outer ply and the second inner ply are laminated and ply bonded together; - the fourth outer ply and the third inner ply are laminated and ply bonded together; and - the decor embossing pattern is applied to the first outer ply as all the plies are bonded together resulting in - deformations in all the other plies, localized in crushed zones behind the protuberances of the decor embossing pattern. - second and third inner plies (2, 3) are positioned between a first outer ply on one side and a fourth outer ply on another side; - the first and fourth outer plies (1, 4) comprise a micro-embossing pattern (6, 8); - the second and third inner plies (2, 3) are flat plies; and - only the first outer ply further comprises a decor embossing pattern; characterized in that: - the first outer ply and the second inner ply are laminated and ply bonded together; - the fourth outer ply and the third inner ply are laminated and ply bonded together; and - the decor embossing pattern is applied to the first outer ply as all the plies are bonded together resulting in - deformations in all the other plies, localized in crushed zones behind the protuberances of the decor embossing pattern.
A hand-held needle thread passing device (10, 100) for use by a user comprising: a needle receiving member (34, 134) formed with a needle insertion hole (34c, 134c) and a thread insertion slit (34e, 134e) forming an angle with the needle insertion hole (34c, 134c); a needle threader member (42, 142) that is movable between positions away from and close to the needle receiving member and has a needle threader pin (48b, 148b) that can push a thread inserted through the thread insertion slit (34c, 134c) into an eye of a needle inserted into the needle insertion hole (34c, 134c) when the needle threader member (42, 142) moves from the position away from the needle receiving member to the position close thereto; wherein the needle threader member (42, 142) is constantly biased toward the position away from the needle receiving member; characterized in that the hand-held needle thread passing device (10, 100) further comprises a changeover member (32, 132) that can move with respect to the needle receiving member, wherein the changeover member (32, 132) can move between a locking position at which the needle threader member (42, 142) is locked to the position close to the needle receiving member (34, 134) and an allowable position at which the needle threader member is allowed to move between the positions away from and close to the needle receiving member. a needle receiving member (34, 134) formed with a needle insertion hole (34c, 134c) and a thread insertion slit (34e, 134e) forming an angle with the needle insertion hole (34c, 134c); a needle threader member (42, 142) that is movable between positions away from and close to the needle receiving member and has a needle threader pin (48b, 148b) that can push a thread inserted through the thread insertion slit (34c, 134c) into an eye of a needle inserted into the needle insertion hole (34c, 134c) when the needle threader member (42, 142) moves from the position away from the needle receiving member to the position close thereto; wherein the needle threader member (42, 142) is constantly biased toward the position away from the needle receiving member; characterized in that the hand-held needle thread passing device (10, 100) further comprises a changeover member (32, 132) that can move with respect to the needle receiving member, wherein the changeover member (32, 132) can move between a locking position at which the needle threader member (42, 142) is locked to the position close to the needle receiving member (34, 134) and an allowable position at which the needle threader member is allowed to move between the positions away from and close to the needle receiving member.
An onboard unit for a vehicle (C i) for providing information to the driver when travelling on a road portion (S n) with at least two adjacent lanes (T n,m) forming a common traffic area, wherein the onboard unit has a position detection device for determining the position thereof and has a measured value of the speed (v) thereof, characterised by a lane detector, connected to the position detection device, with a map memory for a digital road map for locating in the road map a lane (T n,m) corresponding to the determined position, a traffic jam detector for detecting a traffic jam when at least the speed measured value (v) falls below a predefined threshold value, and an evaluation and output unit (9, 10), which is connected to the lane detector and the traffic jam detector and which is configured, upon detection of a traffic jam, to output direction of travel information (I n,m) specific for the located lane (T n,m).
A magnetic field probe (100, 2202) comprising: - a container (104, 702, 1400, 1500, 1600, 1700, 1800) with a hollow cavity (106, 602), wherein the hollow cavity comprises a duct (110, 700) connecting the hollow cavity with an exterior surface (109, 702) of the container; wherein the container further comprises metallization (108, 800) surrounding the duct on the exterior surface, wherein the container further comprises a metallic plug (400, 1000), wherein the metallic plug at least partially fills the duct, wherein the metallic plug forms a seal (402, 1002) with the metallization; - a fluid sample (300, 900, 1608) comprising an atomic species with a nuclear spin, wherein the sample at least partially fills the hollow cavity; - an antenna adjacent to the container for manipulating the magnetic spins of the fluid sample and for receiving magnetic resonance signals from the fluid sample. - a container (104, 702, 1400, 1500, 1600, 1700, 1800) with a hollow cavity (106, 602), wherein the hollow cavity comprises a duct (110, 700) connecting the hollow cavity with an exterior surface (109, 702) of the container; wherein the container further comprises metallization (108, 800) surrounding the duct on the exterior surface, wherein the container further comprises a metallic plug (400, 1000), wherein the metallic plug at least partially fills the duct, wherein the metallic plug forms a seal (402, 1002) with the metallization; - a fluid sample (300, 900, 1608) comprising an atomic species with a nuclear spin, wherein the sample at least partially fills the hollow cavity; - an antenna adjacent to the container for manipulating the magnetic spins of the fluid sample and for receiving magnetic resonance signals from the fluid sample.
A method of operating a storage device including a memory controller and a non-volatile memory device storing data in memory blocks, the method comprising: estimating a valid page count VPC for each of the memory blocks using a neural network model trained based on the VPC for each of the memory blocks; selecting a victim block from the memory blocks based on an estimated VPC for each of the memory blocks; and performing garbage collection on the victim block. estimating a valid page count VPC for each of the memory blocks using a neural network model trained based on the VPC for each of the memory blocks; selecting a victim block from the memory blocks based on an estimated VPC for each of the memory blocks; and performing garbage collection on the victim block.