mhurhangee/patent-ind-claim-en huggingface dataset:
A nicotine-containing pharmaceutical composition, comprising: a source of nicotine; and a mixture of a porous particulate carrier and a non-active ingredient sorbed onto the porous particulate carrier, the non-active ingredient being in the form of a base or a buffering agent, wherein the non-active ingredient is in intimate contact with the porous particulate carrier, and wherein the intimate contact is provided by dissolving or dispersing the non-active ingredient in a liquid solvent to provide a solution or dispersion, contacting the solution or dispersion with the porous particulate carrier, and removing the liquid solvent to provide a solid material having the non-active ingredient sorbed onto the porous particulate carrier, wherein the source of nicotine is a pharmaceutically acceptable salt of nicotine, wherein the porous particulate carrier comprises microcrystalline cellulose, and wherein the composition is contained in a pouch material so as to be provided in the form of a pouch product. a source of nicotine; and a mixture of a porous particulate carrier and a non-active ingredient sorbed onto the porous particulate carrier, the non-active ingredient being in the form of a base or a buffering agent, wherein the non-active ingredient is in intimate contact with the porous particulate carrier, and wherein the intimate contact is provided by dissolving or dispersing the non-active ingredient in a liquid solvent to provide a solution or dispersion, contacting the solution or dispersion with the porous particulate carrier, and removing the liquid solvent to provide a solid material having the non-active ingredient sorbed onto the porous particulate carrier, wherein the source of nicotine is a pharmaceutically acceptable salt of nicotine, wherein the porous particulate carrier comprises microcrystalline cellulose, and wherein the composition is contained in a pouch material so as to be provided in the form of a pouch product.
Device (1; 10) for processing workpieces (6;60) which preferably consist at least partially of wood, wood-based materials, plastic or the like, with: a processing unit for processing the workpieces (6; 60), a conveyor unit (2; 20) for moving the workpieces (6; 60) in relation to the processing unit at a conveying speed (V), and a feed unit (3; 30) for feeding the workpieces (6; 60) to the conveyor unit (2; 20), wherein the feed unit (3; 30) has at least one feed element (13; 130) which is configured to feed the workpieces (6; 60) to the conveyor unit (2; 20) at an infeed speed, wherein the infeed speed and/or the acceleration of the feed element (13; 130) to the infeed speed can be set in a variable manner, and the feed unit (3; 30) has a plurality of feed elements (13; 130) which are configured to feed the workpieces (6; 60) to the conveyor unit (2; 20) at an infeed speed, wherein the feed unit (3; 30) has at least one circulating conveyor track (10, 11; 100, 110) on which the plurality of feed elements (13; 130) can be moved in a circulating manner, characterised in that the infeed speed and/or the acceleration to the infeed speed of one or more feed elements (13; 130) can be set independently of the infeed speed of other feed elements (13; 130) of the feed unit (3; 30). a processing unit for processing the workpieces (6; 60), a conveyor unit (2; 20) for moving the workpieces (6; 60) in relation to the processing unit at a conveying speed (V), and a feed unit (3; 30) for feeding the workpieces (6; 60) to the conveyor unit (2; 20), wherein the feed unit (3; 30) has at least one feed element (13; 130) which is configured to feed the workpieces (6; 60) to the conveyor unit (2; 20) at an infeed speed, wherein the infeed speed and/or the acceleration of the feed element (13; 130) to the infeed speed can be set in a variable manner, and the feed unit (3; 30) has a plurality of feed elements (13; 130) which are configured to feed the workpieces (6; 60) to the conveyor unit (2; 20) at an infeed speed, wherein the feed unit (3; 30) has at least one circulating conveyor track (10, 11; 100, 110) on which the plurality of feed elements (13; 130) can be moved in a circulating manner,
Compressor installation with a drying device for compressed gas, with the compressor installation being provided with a compressor element with an outlet for compressed gas to which a first end of a pressure line is connected; whereby said drying device is provided with a housing with inside it a drying zone with a first inlet for compressed gas to be dried, to which a second end of said pressure line is connected in such a way that the full flow rate of compressed gas originating from said compressor element is transported to the drying zone ; and whereby said drying zone further comprises a first outlet for dried, compressed gas to which a discharge line is connected; whereby in said housing a regeneration zone is also provided, with a second inlet for the supply of a regeneration gas, and a second outlet for the discharge of the regeneration gas; whereby in the housing of the drying device also a drum is rotatably fitted, containing a drying agent, with the drum connected to drive means in such a way that the drying agent can be successively moved through said drying zone and the regeneration zone and whereby said pressure line comprises a heat-exchanger for cooling the compressed gas before it enters said drying zone , characterised in that on said discharge line a first tap-off pipe is connected that is connected to a cooling inlet of said heat-exchanger , while said heat-exchanger further comprises a cooling outlet that is connected through a second regeneration line to said second inlet of the regeneration zone , while the second outlet of the regeneration zone is connected through a return line to said pressure line , at a point downstream of said heat-exchanger , whereby said heat-exchanger in the pressure line is provided in a place downstream of said compressor element and upstream of an aftercooler that is also provided in said pressure line, whereby no cooler is provided in said return line , whereby said heat-exchanger is made up of two parts, with a first recovery part and a second cooling part and whereby said heat-exchanger is an intercooler , that is fitted according to the flow of the compressed gas to be dried, between two compressor elements connected in series.
A suspension controlling apparatus for a vehicle, comprising: a suspension whose damping force is variably settable; and a control unit configured to control the damping force of the suspension , wherein, when a vibration state of the vehicle in a vertical direction exceeds a given vibration state, the control unit controls the damping force of the suspension on the basis of target damping force in order to execute skyhook control, but when acceleration in a forward and rearward direction of the vehicle is outside a given range, a decision condition for the given vibration state is changed to a condition on the side on which skyhook controlling damping force control of the suspension is less likely to be started, the suspension controlling apparatus being characterized in that it further comprises a stroke sensor configured to detect a stroke of the suspension , wherein the control unit decides the vibration state from a detection value of the stroke sensor . a suspension whose damping force is variably settable; and a control unit configured to control the damping force of the suspension , wherein, when a vibration state of the vehicle in a vertical direction exceeds a given vibration state, the control unit controls the damping force of the suspension on the basis of target damping force in order to execute skyhook control, but when acceleration in a forward and rearward direction of the vehicle is outside a given range, a decision condition for the given vibration state is changed to a condition on the side on which skyhook controlling damping force control of the suspension is less likely to be started, the suspension controlling apparatus being characterized in that it further comprises a stroke sensor configured to detect a stroke of the suspension , wherein the control unit decides the vibration state from a detection value of the stroke sensor .
A de-exciting system for dissipating energy from an inductive circuit that comprises at least one coil , adapted to be attached to said inductive circuit and comprising: • a series connection of a discharge resistor and a unidirectional discharge switching element , said series connection being arranged such that, if the de-exciting system is attached to the inductive circuit and the discharge switching element is in a conducting state, a closed conducting path comprising the coil and the discharge resistor is formed; and • a unidirectional bypass switching element that is connected in parallel to the discharge resistor such that, if the de-exciting system is attached to the inductive circuit and both the discharge switching element and the bypass switching element are in a conducting state, a closed conducting path comprising the coil , the discharge switching element , and the bypass switching element is formed; characterized in that the de-exciting system further comprises control means configured to: in a first de-excitation phase, switch both the discharge switching element and the bypass switching element into a conducting state, and in a second de-excitation phase, switch the bypass switching element into a non-conducting state, while keeping the discharge switching element in the conducting state, wherein the control means of the de-exciting system are coupled or integrated with control means of a circuit breaker in a powering path to the inductive circuit , and configured to: in response to a request for de-excitation of the inductive circuit , begin the first de-excitation phase before the circuit breaker begins to open. • a series connection of a discharge resistor and a unidirectional discharge switching element , said series connection being arranged such that, if the de-exciting system is attached to the inductive circuit and the discharge switching element is in a conducting state, a closed conducting path comprising the coil and the discharge resistor is formed; and • a unidirectional bypass switching element that is connected in parallel to the discharge resistor such that, if the de-exciting system is attached to the inductive circuit and both the discharge switching element and the bypass switching element are in a conducting state, a closed conducting path comprising the coil , the discharge switching element , and the bypass switching element is formed;
Foilwing for wind-powered sports comprising an inflatable fronttube , from which an inflatable centerstrut extends, adapted to be held by the user for guiding the wing rig , wherein the fronttube and centerstrut spanning a canopy , and at least one rigid handle attached to the foilwing for holding the wing rig which is removable and replaceable, characterised in that the handle is approximately U-shaped or V-shaped with a web for gripping the handle and two support arms set at an angle to the web , wherein in each case one of the support arms of the handle can be screwed by means of a fastening screw into a threaded bushing of an adapter console of a screw adapter fastened to the centerstrut .
A process to form coated polymer particles, comprising polymer particles formed from a polymer composition comprising an olefin-based polymer, and a coating formed from a coating composition comprising an aqueous metal fatty acid dispersion, and an aqueous polysiloxane emulsion, said process comprising the following: mixing together the aqueous metal fatty acid dispersion and the aqueous polysiloxane emulsion to form a dispersion/emulsion mixture; applying the dispersion/emulsion mixture to a portion of the surfaces of polymer particles, to form wet-coated polymer particles; drying the wet-coated polymer particles to form the coated polymer particles. mixing together the aqueous metal fatty acid dispersion and the aqueous polysiloxane emulsion to form a dispersion/emulsion mixture; applying the dispersion/emulsion mixture to a portion of the surfaces of polymer particles, to form wet-coated polymer particles; drying the wet-coated polymer particles to form the coated polymer particles.
A motor drive circuit configured to drive a DC motor , the motor drive circuit comprising: a power source circuit configured to supply the DC motor with electric power, the power source circuit comprising: a rectifier circuit configured to rectify AC voltage of an AC power source ; a capacitor connected to an output end of the rectifier circuit ; a main relay configured to turn on or off a contact point to switch into a state of conducting or a state of not conducting a power source line connecting the AC power source and the capacitor ; and a microcomputer configured to determine whether or not to conduct the power source line, wherein when the microcomputer is activated, the microcomputer is configured to control the main relay so as not to conduct the power source line in a case where the capacitor has charge voltage equal to or less than a predetermined value; and a control power source configured to generate, with induced voltage of the DC motor , control voltage for activation of the microcomputer in the power source circuit . a rectifier circuit configured to rectify AC voltage of an AC power source ; a capacitor connected to an output end of the rectifier circuit ; a main relay configured to turn on or off a contact point to switch into a state of conducting or a state of not conducting a power source line connecting the AC power source and the capacitor ; and a microcomputer configured to determine whether or not to conduct the power source line, wherein when the microcomputer is activated, the microcomputer is configured to control the main relay so as not to conduct the power source line in a case where the capacitor has charge voltage equal to or less than a predetermined value; and a control power source configured to generate, with induced voltage of the DC motor , control voltage for activation of the microcomputer in the power source circuit .
A wheel for a vehicle, in particular for a motorcycle or a motor scooter, comprising a hub portion which is formed at least partially from a fiber-reinforced plastic material, the hub portion having a recess in which an insert for connecting the wheel to a vehicle axle of the vehicle is arranged, an isolation element being arranged between the hub portion and the insert for galvanic isolation of the insert from the hub portion , characterized in that the isolation element is in the form of an isolating layer which is produced by layered application of or winding the material used onto the hub portion .
A wireless communication system comprising: at least one personal protection equipment device configured to: generate a plurality of messages and wirelessly communicate the plurality of generated messages; and determine a priority level for the plurality of generated messages based on a preset list of priority levels; a hearing protection headset comprising: passive noise cancellation material configured to protect a user from harmful sound exposure; at least one processor configured to: receive a plurality of messages from one or more personal protection equipment device ; rank the plurality of messages based on the determined priority level; and queue the plurality of messages to be communicated to the user in the ranked order; and convert the queue of the plurality of messages to speech format; and one or more speaker configured to communicate the converted plurality of messages to the user. at least one personal protection equipment device configured to: generate a plurality of messages and wirelessly communicate the plurality of generated messages; and determine a priority level for the plurality of generated messages based on a preset list of priority levels; generate a plurality of messages and wirelessly communicate the plurality of generated messages; and determine a priority level for the plurality of generated messages based on a preset list of priority levels; a hearing protection headset comprising: passive noise cancellation material configured to protect a user from harmful sound exposure; at least one processor configured to: receive a plurality of messages from one or more personal protection equipment device ; rank the plurality of messages based on the determined priority level; and queue the plurality of messages to be communicated to the user in the ranked order; and convert the queue of the plurality of messages to speech format; and one or more speaker configured to communicate the converted plurality of messages to the user. passive noise cancellation material configured to protect a user from harmful sound exposure; at least one processor configured to: receive a plurality of messages from one or more personal protection equipment device ; rank the plurality of messages based on the determined priority level; and queue the plurality of messages to be communicated to the user in the ranked order; and convert the queue of the plurality of messages to speech format; and receive a plurality of messages from one or more personal protection equipment device ; rank the plurality of messages based on the determined priority level; and queue the plurality of messages to be communicated to the user in the ranked order; and convert the queue of the plurality of messages to speech format; and one or more speaker configured to communicate the converted plurality of messages to the user.
A communication device comprising: a first communication unit adapted to perform frame exchange with another communication device using either a control channel or a data channel within a wireless LAN communication system dependent on a usage status of the control channel; a second communication unit adapted to perform communication of a data frame with the other communication device using the data channel, wherein the data channel has a different frequency band and a different bandwidth than the control channel; and a control unit adapted to control communication of the data frame based on result of the frame exchange. a first communication unit adapted to perform frame exchange with another communication device using either a control channel or a data channel within a wireless LAN communication system dependent on a usage status of the control channel; a second communication unit adapted to perform communication of a data frame with the other communication device using the data channel, wherein the data channel has a different frequency band and a different bandwidth than the control channel; and a control unit adapted to control communication of the data frame based on result of the frame exchange.
A sulfone-containing fused heterocyclic compound with the following general formula : characterized in that , L represents an aromatic ring with a carbon atom number of 6 to 60, or a heteroaromatic ring with a carbon atom number of 3 to 60; -Z- represents a single bond, -N(R)-, -C(R) 2 -, -Si(R) 2 -, -O-, -C=N(R)-, -C=C(R) 2 - , -P(R)-, -P(=O)R-, -S-, -(S=O)- or -SO 2 -; R 1 , R 2 , R 3 and R independently represents H, D, F, CN, aralkyl, alkenyl, alkynyl, nitrile, amine, nitro, acyl, alkoxy, carbonyl, sulfonyl, hydroxyl, alkyl with a carbon atom number of 1 to 30, cycloalkyl with a carbon atom number of 3 to 30, aromatic hydrocarbyl with a carbon atom number of 6 to 60, or aromatic heterocyclyl with a carbon atom number of 3 to 60 respectively; Ar represents an aromatic ring with a carbon atom number of 6 to 40, or a heteroaromatic ring with a carbon atom number of 3 to 40; n is selected from 2, 3, 4, 5, or 6. -Z- represents a single bond, -N(R)-, -C(R) 2 -, -Si(R) 2 -, -O-, -C=N(R)-, -C=C(R) 2 - , -P(R)-, -P(=O)R-, -S-, -(S=O)- or -SO 2 -; R 1 , R 2 , R 3 and R independently represents H, D, F, CN, aralkyl, alkenyl, alkynyl, nitrile, amine, nitro, acyl, alkoxy, carbonyl, sulfonyl, hydroxyl, alkyl with a carbon atom number of 1 to 30, cycloalkyl with a carbon atom number of 3 to 30, aromatic hydrocarbyl with a carbon atom number of 6 to 60, or aromatic heterocyclyl with a carbon atom number of 3 to 60 respectively; Ar represents an aromatic ring with a carbon atom number of 6 to 40, or a heteroaromatic ring with a carbon atom number of 3 to 40; n is selected from 2, 3, 4, 5, or 6.
A method for producing a jacket for a wind turbine wherein the jacket has at least three legs of a length L and multiple struts which each extend between two legs , wherein at least over the majority of the length L struts are arranged between the legs which do not cross any other struts , wherein in each of different regions of the legs two struts meet the leg which only extend to one of the adjacent legs , wherein the jacket tapers upward and the jacket is produced from multiple annular segments with different diameters, wherein each of these annular segments has at least one leg segment of each of the at least three legs and at least one strut arranged between two neighboring legs , wherein the method has the following steps: A) positioning the annular segments to be assembled in such a way that each of the annular segments surrounds the annular segments with a smaller diameter, B) lifting up the respective largest unassembled annular segment of the annular segments positioned in this way, C) depositing the lifted-up annular segment on the respective previous annular segment , D) repeating steps B) and C) until all the annular segments are arranged one on top of the other. A) positioning the annular segments to be assembled in such a way that each of the annular segments surrounds the annular segments with a smaller diameter, B) lifting up the respective largest unassembled annular segment of the annular segments positioned in this way, C) depositing the lifted-up annular segment on the respective previous annular segment , D) repeating steps B) and C) until all the annular segments are arranged one on top of the other.
A belt retractor for a vehicle safety belt system, the belt retractor comprising a belt tensioner for tensioning a safety belt during a tensioning phase, and a load limiter for limiting the load applied by the safety belt on a vehicle occupant during a load limiting phase after the tensioning phase, the belt tensioner including a frame , a belt reel , a toothed pinion , a drive unit and an elongated load transmission element , the belt reel being rotatably supported in the frame , the pinion being coupled to the belt reel , wherein the pinion is movable in a radial direction from a first position, in which the pinion is in engagement with the load transmission element , to a second position, in which the pinion is not in engagement with the load transmission element .
An agricultural working machine in which a chassis has a first bodywork portion and a driver's cab forms a second bodywork portion which is disposed above the first bodywork portion and is movable relative to the chassis, and at least one crash box is disposed between the driver's cab and the chassis in order to be compressed by a movement of the driver's cab which approaches the chassis , characterized in that a connection which can be placed under tension is provided between the crash box and the driver's cab as well as between the crash box and the chassis , wherein the crash box has deformable side walls and at least one cover plate secured to the side panels, and in that one of the connections comprises a pin which extends through an opening of the cover plate , and a first head inside the crash box .