mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: a frame; a first support member including a first end, a second end and an intermediate portion supporting a first axle receiver; a second support member including a first end portion, a second end portion and an intermediate section supporting a second axle receiver; a first drive unit including a first transmission mounted to the first support member, and a first electric motor operatively connected to the first transmission, wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor (240, 242) operatively connected to the first transmission shaft; a first axle connected to the first transmission; a drive system including a planetary gear set (472, 474, 482) connected to the first axle; and a hub connected to the first axle through the drive system, characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member, the first stator being arranged between the first and second rotor members (240, 242), and the first axle is shiftable to establish a first drive configuration and a second drive configuration of the drive system. a frame; a first support member including a first end, a second end and an intermediate portion supporting a first axle receiver; a second support member including a first end portion, a second end portion and an intermediate section supporting a second axle receiver; a first drive unit including a first transmission mounted to the first support member, and a first electric motor operatively connected to the first transmission, wherein the first transmission includes a first transmission housing and a first transmission shaft, wherein the first electric motor includes a first stator operatively coupled to the first transmission housing and a first rotor (240, 242) operatively connected to the first transmission shaft; a first axle connected to the first transmission; a drive system including a planetary gear set (472, 474, 482) connected to the first axle; and a hub connected to the first axle through the drive system, characterized in that the first rotor includes a first rotor member connected to the first transmission shaft and a second rotor member coupled to the first transmission shaft spaced from the first rotor member, the first stator being arranged between the first and second rotor members (240, 242), and the first axle is shiftable to establish a first drive configuration and a second drive configuration of the drive system.
An ignition plug comprising: an insulator having an axial bore extending in a direction of an axis; a metallic shell disposed externally of an outer circumference of the insulator; and a terminal electrode having a leg portion inserted into a rear side of the axial bore, and a head portion formed on a rear side of the leg portion and having an outside diameter greater than that of the leg portion; wherein the insulator includes a rear trunk portion exposed from a rear end of the metallic shell, characterized in that the rear trunk portion has a maximum outside diameter of 9.5 mm or less, and in that the insulator has an end-surface seat portion located forward of a rear end of the insulator with respect to the direction of the axis and being in contact with a forward end surface of the head portion, and an outer circumferential portion into which at least a forward end portion of the head portion is inserted and which is located externally of an outer circumference of the head portion, wherein relational expressions L2 ≤ 3.5 and L1 ≥ 0.8 are satisfied, where L1 (mm) is a distance along the axis from a rear end of the outer circumferential portion to the end-surface seat portion, and L2 (mm) is a length of the head portion along the axis. an insulator having an axial bore extending in a direction of an axis; a metallic shell disposed externally of an outer circumference of the insulator; and a terminal electrode having a leg portion inserted into a rear side of the axial bore, and a head portion formed on a rear side of the leg portion and having an outside diameter greater than that of the leg portion; wherein the insulator includes a rear trunk portion exposed from a rear end of the metallic shell, characterized in that the rear trunk portion has a maximum outside diameter of 9.5 mm or less, and in that the insulator has an end-surface seat portion located forward of a rear end of the insulator with respect to the direction of the axis and being in contact with a forward end surface of the head portion, and an outer circumferential portion into which at least a forward end portion of the head portion is inserted and which is located externally of an outer circumference of the head portion, wherein relational expressions L2 ≤ 3.5 and L1 ≥ 0.8 are satisfied, where L1 (mm) is a distance along the axis from a rear end of the outer circumferential portion to the end-surface seat portion, and L2 (mm) is a length of the head portion along the axis.
A compact collapsible stroller comprising a mobile base and a juvenile seat coupled to the mobile base, wherein the mobile base includes a cart and a gear-driven foldable frame mounted for folding and unfolding movement on the cart and configured to include a cart pusher and a rolling cart stabilizer, the rolling cart stabilizer is mounted on the cart for pivotable movement about a front pivot axis between an unfolded front position extending in a forward direction away from the cart and a folded rear position alongside the cart, the cart pusher is mounted on the cart for pivotable movement about a rear pivot axis between an unfolded rear position extending in an opposite rearward direction away from the cart and a folded rear position alongside the cart, the rolling cart stabilizer includes a rotatable driven gear, and the cart pusher includes a rotatable drive gear mated to the rotatable driven gear to provide means for rotating the driven gear to move the rolling cart stabilizer relative to the cart about the front pivot axis from the unfolded front position to the folded front position in response to rotation of the drive gear caused by movement of the cart pusher relative to the cart about the rear pivot axis from the unfolded rear position to the folded rear position so that the stroller is converted from an expanded use mode to a compact collapsed storage mode, characterized in that the rolling cart stabilizer further includes a rotatable front gear axle coupled to the cart for rotation about the front pivot axis, a wheel mount coupled to the rotatable front gear axle and arranged to pivot about the front pivot axis in response to rotation of the front gear axle about the front pivot axis, and a front wheel (31, 32) coupled to the wheel mount, and wherein the rotatable front gear axle is coupled to the rotatable driven gear to rotate therewith in response to rotation of the rotatable drive gear during folding and unfolding of the gear-driven foldable frame.
A method for cell selection or reselection, comprising: obtaining, by a user equipment, UE, first system information of a first cell on a first frequency; in a case that the first system information of the first cell indicates that camping on the first cell is not allowed and an intra-frequency reselection is not allowed and that a set condition is met, the UE not selecting, or not reselecting, or neither selecting nor reselecting a cell on the first frequency; wherein the set condition comprises: at least one PLMN in a preset PLMN set of the UE is the same with at least one PLMN to which the first cell belongs. obtaining, by a user equipment, UE, first system information of a first cell on a first frequency; in a case that the first system information of the first cell indicates that camping on the first cell is not allowed and an intra-frequency reselection is not allowed and that a set condition is met, the UE not selecting, or not reselecting, or neither selecting nor reselecting a cell on the first frequency; wherein the set condition comprises: at least one PLMN in a preset PLMN set of the UE is the same with at least one PLMN to which the first cell belongs.
A blend comprising from 30 to 70 weight percent of one or more polypropylene glycols, wherein each polypropylene glycol has a weight average molecular weight of from 3,000 to 5,000 grams/mole, and from 30 to 70 weight percent of one or more dipropylene glycol phenyl ethers and/or one or more diethylene glycol phenyl ethers, wherein the blend has a viscosity according to ASTM D445 @ 25 °C of less than or equal to 400 cSt and a viscosity according to ASTM D445 @ 40 °C of less than or equal to 200 cSt, and wherein the blend is not flammable, as defined as having a flash point measured using the Cleveland open cup method according to ASTM D 92 of greater than 60.5 °C (141 °F).
A process for the preparation of French-type goat cheese by subjecting goat milk to acidification to a pH of below 5 so as to provide acidified goat milk; subjecting the acidified goat milk to enzymatic coagulation so as to form a cheese composition comprising curd and whey; subjecting said cheese composition to separating off of whey so as to produce cheese, the process comprising: i) subjecting the goat milk to decreaming so as to obtain goat skim milk; ii) subjecting the goat skim milk to microfiltration so as to obtain a whey-reduced milk fraction and a whey fraction; iii) adding fat to the whey-reduced milk fraction so as to obtain a cheese milk fraction; iv) subjecting the cheese milk fraction to said acidification so as to provide an acidified cheese milk fraction; v) subjecting the acidified cheese milk fraction to said coagulation so as to form a cheese composition comprising curd and remaining whey; vi) subjecting said cheese composition to separating off of remaining whey so as to produce French-type goat cheese. i) subjecting the goat milk to decreaming so as to obtain goat skim milk; ii) subjecting the goat skim milk to microfiltration so as to obtain a whey-reduced milk fraction and a whey fraction; iii) adding fat to the whey-reduced milk fraction so as to obtain a cheese milk fraction; iv) subjecting the cheese milk fraction to said acidification so as to provide an acidified cheese milk fraction; v) subjecting the acidified cheese milk fraction to said coagulation so as to form a cheese composition comprising curd and remaining whey; vi) subjecting said cheese composition to separating off of remaining whey so as to produce French-type goat cheese.
A composition suitable for growing hair by topical application, the composition comprising bimatoprost and one or more penetration enhancers, wherein the composition comprises glycerol monooleate as a penetration enhancer.
Switching device with a magnetic release with a yoke, which has a U-shaped first section with a first limb and a limb running parallel thereto, between which limbs a coil with a coil winding, an armature and a coil former is arranged, the armature passing through an opening, and with a restraint spring, which is connected at the free end of the armature outside the first limb, the opening being in the form of a slot which is open towards the free end of the first limb, with the result that the coil with the coil former can be or is inserted into the slot towards that web of the U shape which connects the two limbs (52, 53) to one another in the direction of longitudinal extent of the first limb, the armature passing through the slot, characterized in that the coil former has two radial flanges (58, 59), of which the first flange bears against the inner surface of the second limb, and in that pockets (70, 71) are provided in the second flange, in which pockets the prongs (68, 69) delimiting the slot engage.
A dishwasher comprising: (a) a basket for accommodating articles to be cleaned; (b) tubing located at the bottom of the basket, said tubing being adapted for connection to a supply of washing liquid; (c) utensil holders rotatably connected to the tubing and adapted to be rotated between an operating position in which an article to be cleaned can be held at said utensil holder, and a resting position in which said utensil holder is stowed away when not in use; and (d) a nozzle communicating with said tubing and located to direct a jet of washing liquid towards an article held at the utensil holder; characterized in that said utensil holder comprises a clamping portion adapted to engage an article to be cleaned, wherein said nozzle is located in proximity of the clamping portion such that the jet of washing liquid ejected from the nozzle is directed towards the article; and each utensil holder comprises a valve means which provides for fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the operating position, and which blocks the fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the resting position, (a) a basket for accommodating articles to be cleaned; (b) tubing located at the bottom of the basket, said tubing being adapted for connection to a supply of washing liquid; (c) utensil holders rotatably connected to the tubing and adapted to be rotated between an operating position in which an article to be cleaned can be held at said utensil holder, and a resting position in which said utensil holder is stowed away when not in use; and (d) a nozzle communicating with said tubing and located to direct a jet of washing liquid towards an article held at the utensil holder; said utensil holder comprises a clamping portion adapted to engage an article to be cleaned, wherein said nozzle is located in proximity of the clamping portion such that the jet of washing liquid ejected from the nozzle is directed towards the article; and each utensil holder comprises a valve means which provides for fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the operating position, and which blocks the fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the resting position,
An apparatus for allocating radio resources shared among a plurality of network operators, each network operator having at least one scheduling entity, SE, and a respective resource allocation, RA, probability for being selected for radio resource allocation during a transmission time interval, TTI, the apparatus comprising: a processor; and a memory in communication with processor, the memory containing instructions executable by the processor that are configured to cause the apparatus to: select a network operator of the plurality of network operators for resource allocation within the TTI based at least in part on the RA probability of the network operator (14; S100); allocate radio resources to an SE of the selected network operator within the TTI; and update the RA probability of selecting each of the plurality of network operators for a next selection of resource allocation. a processor; and a memory in communication with processor, the memory containing instructions executable by the processor that are configured to cause the apparatus to: select a network operator of the plurality of network operators for resource allocation within the TTI based at least in part on the RA probability of the network operator (14; S100); allocate radio resources to an SE of the selected network operator within the TTI; and update the RA probability of selecting each of the plurality of network operators for a next selection of resource allocation. select a network operator of the plurality of network operators for resource allocation within the TTI based at least in part on the RA probability of the network operator (14; S100); allocate radio resources to an SE of the selected network operator within the TTI; and update the RA probability of selecting each of the plurality of network operators for a next selection of resource allocation.
A method of operating an internal combustion engine comprising a compressor piston mechanically coupled to an expander piston and a separating plate between the compressor piston and the expander piston containing a combustion chamber cavity, the method comprising: (a) introducing a working medium into a compression chamber defining a first volume value; (b) controllably reducing the volume of the working medium via the compressor piston that is at least one of a rotatable piston and a rotatably oscillating piston in order to compress the working medium to a second volume value, the compressor piston disposed in a housing, the housing including the combustion chamber cavity, and the piston configured to cover a portion of the combustion chamber cavity during a combustion phase in order to form a constant volume combustion chamber; (c) introducing a fuel into the combustion chamber cavity so that the fuel combines with the compressed working medium thereby obtaining a mixture defining a third volume value and thereby causing spontaneous combustion of the mixture in the constant volume combustion chamber during the combustion phase to produce a volume of combustion by-products; and (d) after step (c) increasing the volume of the combustion by-products to a fourth volume value in an expansion phase, the fourth volume value exceeding the first volume value. (a) introducing a working medium into a compression chamber defining a first volume value; (b) controllably reducing the volume of the working medium via the compressor piston that is at least one of a rotatable piston and a rotatably oscillating piston in order to compress the working medium to a second volume value, the compressor piston disposed in a housing, the housing including the combustion chamber cavity, and the piston configured to cover a portion of the combustion chamber cavity during a combustion phase in order to form a constant volume combustion chamber; (c) introducing a fuel into the combustion chamber cavity so that the fuel combines with the compressed working medium thereby obtaining a mixture defining a third volume value and thereby causing spontaneous combustion of the mixture in the constant volume combustion chamber during the combustion phase to produce a volume of combustion by-products; and (d) after step (c) increasing the volume of the combustion by-products to a fourth volume value in an expansion phase, the fourth volume value exceeding the first volume value.
A cassette simulator for diagnosing an automated synthesis device, the synthesis device including a plurality of cassette engagement devices for engaging a synthesis cassette mated to the synthesizer, said simulator comprising: a simulator body shaped to be received by said synthesis device; and a plurality of diagnostic elements supported by said simulator body, each of said plurality of diagnostic elements engageable by one of the plurality of cassette engagement devices of the synthesis device; wherein each of said plurality of diagnostic elements provides a signal corresponding to the displacement or effect effected by its respective cassette engagement device. a simulator body shaped to be received by said synthesis device; and a plurality of diagnostic elements supported by said simulator body, each of said plurality of diagnostic elements engageable by one of the plurality of cassette engagement devices of the synthesis device; wherein each of said plurality of diagnostic elements provides a signal corresponding to the displacement or effect effected by its respective cassette engagement device.
A control device for a vehicle, comprising: an engine; an engine torque adjustment mechanism configured to adjust an output torque of the engine; and a vehicle attitude control part configured, upon satisfaction of a condition that the vehicle is traveling, and that a steering angle-related value pertaining to a steering angle of a steering system is increasing, to control the engine torque adjustment mechanism to reduce the engine output torque to thereby generate deceleration of the vehicle so as to control vehicle attitude, wherein the control device further comprises a torque reduction change rate-setting part configured to set a rate of change in the engine output torque being reduced, such that the rate of change becomes larger as the number of times of combustion per unit time in the engine becomes smaller, and wherein the vehicle attitude control part is configured to control the engine torque adjustment mechanism to reduce the engine output torque according to the rate of change set by the torque reduction change rate-setting part. an engine; an engine torque adjustment mechanism configured to adjust an output torque of the engine; and a vehicle attitude control part configured, upon satisfaction of a condition that the vehicle is traveling, and that a steering angle-related value pertaining to a steering angle of a steering system is increasing, to control the engine torque adjustment mechanism to reduce the engine output torque to thereby generate deceleration of the vehicle so as to control vehicle attitude, wherein the control device further comprises a torque reduction change rate-setting part configured to set a rate of change in the engine output torque being reduced, such that the rate of change becomes larger as the number of times of combustion per unit time in the engine becomes smaller, and wherein the vehicle attitude control part is configured to control the engine torque adjustment mechanism to reduce the engine output torque according to the rate of change set by the torque reduction change rate-setting part.
A P-glycoprotein inhibitor for use in a method of treating rhinosinusitis in a subject, the method comprising identifying a subject having rhinosinusitis; administering to the subject an effective amount of said P-glycoprotein inhibitor, wherein the P-glycoprotein inhibitor is verapamil, PSC 833, R-verapamil, GF120918, VX-710, MS-209, LY335979, OC144093, R101933, XR9051, or XR9576 and the P-glycoprotein inhibitor inhibits P-glycoprotein expression and/or inhibits P-glycoprotein activity in the subject's sinonasal epithelial cells.