mhurhangee/patent-ind-claim-en huggingface dataset:
A portable sanitizing system , comprising: a wand assembly including a sanitizing head having an ultraviolet (UV) lamp ; and a backpack assembly coupled to the wand assembly , wherein the backpack assembly is removably securable to an individual through a harness ; wherein the backpack assembly comprises an airflow device that is configured to generate airflow to cool the UV lamp , and to draw air from the sanitizing head of the wand assembly . a wand assembly including a sanitizing head having an ultraviolet (UV) lamp ; and a backpack assembly coupled to the wand assembly , wherein the backpack assembly is removably securable to an individual through a harness ; wherein the backpack assembly comprises an airflow device that is configured to generate airflow to cool the UV lamp , and to draw air from the sanitizing head of the wand assembly .
A multi-stage spring system suitable for use in suspension systems in vehicles, comprising three leaf springs , each including a central portion with a predetermined radius of curvature between an opposing first end and a second end , and at least two opposing connection portions having at least one connection slot suitable for connecting said first and second ends , characterized in that at least two leaf springs have different rate of stiffness; the leaf springs are made, at least partially, of fiber-reinforced composite material; and the three leaf springs with concave surfaces are positioned in the direction of the horizontal axis (-X/+X) extending perpendicular to a longitudinal axis (+Y/-Y) of the leaf springs and at a predetermined spacing from each other, in such a manner to allow it to operate gradually based on the magnitude of the disruptive input from the road when the vehicle with the leaf springs is in use, wherein the radius of curvature of the central portion of the leaf spring which is positioned in the middle of said three leaf springs is considerably shorter than the other two springs in the horizontal direction and the leaf spring in the middle of said three leaf springs is when in use positioned higher with respect to the horizontal axis (X). a central portion with a predetermined radius of curvature between an opposing first end and a second end , and at least two opposing connection portions having at least one connection slot suitable for connecting said first and second ends , characterized in that at least two leaf springs have different rate of stiffness; the leaf springs are made, at least partially, of fiber-reinforced composite material; and the three leaf springs with concave surfaces are positioned in the direction of the horizontal axis (-X/+X) extending perpendicular to a longitudinal axis (+Y/-Y) of the leaf springs and at a predetermined spacing from each other, in such a manner to allow it to operate gradually based on the magnitude of the disruptive input from the road when the vehicle with the leaf springs is in use, wherein the radius of curvature of the central portion of the leaf spring which is positioned in the middle of said three leaf springs is considerably shorter than the other two springs in the horizontal direction and the leaf spring in the middle of said three leaf springs is when in use positioned higher with respect to the horizontal axis (X).
A use of a process cartridge chip , installed on a process cartridge , wherein the process cartridge is detachably installed on a main body of an image-forming apparatus , the process cartridge chip comprising: a first grounding portion and a second grounding portion electrically connected to the first grounding portion , characterized in that : the first grounding portion is connected to a reference-ground supply part disposed at the main body of the image-forming apparatus by electrically connecting to a first connecting part, in order to be connected to a potential reference point provided by the reference-ground supply part ; and the second grounding portion is connected to the reference-ground supply part by electrically connecting to a second connecting part, wherein the first connecting part is different from the second connecting part, the second connecting part is not included in the first connecting part, and the first connecting part is not included in the second connecting part. the first grounding portion is connected to a reference-ground supply part disposed at the main body of the image-forming apparatus by electrically connecting to a first connecting part, in order to be connected to a potential reference point provided by the reference-ground supply part ; and the second grounding portion is connected to the reference-ground supply part by electrically connecting to a second connecting part, wherein the first connecting part is different from the second connecting part, the second connecting part is not included in the first connecting part, and the first connecting part is not included in the second connecting part.
A communication method, comprising: determining, by a terminal device, whether quality of a physical channel meets a preset channel quality requirement; generating , by the terminal device, a media access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a MAC control element, CE, and the MAC CE requests a network device to enable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel meets the preset channel quality requirement, or disable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel does not meet the preset channel quality requirement; and sending , by the terminal device, the MAC PDU. determining, by a terminal device, whether quality of a physical channel meets a preset channel quality requirement; generating , by the terminal device, a media access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a MAC control element, CE, and the MAC CE requests a network device to enable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel meets the preset channel quality requirement, or disable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel does not meet the preset channel quality requirement; and sending , by the terminal device, the MAC PDU.
An electrode mixture comprising an electrode active material and a binder composition, the electrode active material being provided on a current collector, and the binder composition binding the electrode active material to the current collector, wherein the binder composition comprises a vinylidene fluoride copolymer and an acrylic polymer, the vinylidene fluoride copolymer having a polar group, and the acrylic polymer having a structural unit derived from a monomer represented by Formula below: (where R 1 , R 2 , and R 3 are each independently a hydrogen atom, a chlorine atom, a fluorine atom, an alkyl group having 1 to 6 carbon atoms, or a fluorine-substituted alkyl group having 1 to 6 carbon atoms), and the electrode active material comprises a lithium metal oxide represented by Formula below: Li 1 + x MO 2 ... (where X is a number satisfying -0.15 < X ≤ 0.15, M is Ni or a group of elements including two or more elements that include Ni, and when M is a group of elements including two or more elements that include Ni, M contains 50 mol% or greater of Ni). (where R 1 , R 2 , and R 3 are each independently a hydrogen atom, a chlorine atom, a fluorine atom, an alkyl group having 1 to 6 carbon atoms, or a fluorine-substituted alkyl group having 1 to 6 carbon atoms), and the electrode active material comprises a lithium metal oxide represented by Formula below: Li 1 + x MO 2 ... (where X is a number satisfying -0.15 < X ≤ 0.15, M is Ni or a group of elements including two or more elements that include Ni, and when M is a group of elements including two or more elements that include Ni, M contains 50 mol% or greater of Ni).
A dispensing apparatus for dispensing a reagent from a reagent bottle , the reagent bottle having a valve comprising a resilient membrane configured to extend across an opening in the reagent bottle, the resilient membrane having at least one slit extending therethrough, the dispensing apparatus comprising: a probe assembly having a probe adapted for insertion into the reagent bottle through the valve and an extraction mechanism for drawing reagent out of the reagent bottle through the probe, and characterised by a valve opening assembly adapted to open the valve of the reagent bottle such that the probe can pass through the valve without contacting the valve. a probe assembly having a probe adapted for insertion into the reagent bottle through the valve and an extraction mechanism for drawing reagent out of the reagent bottle through the probe, and characterised by a valve opening assembly adapted to open the valve of the reagent bottle such that the probe can pass through the valve without contacting the valve.
A bird feeder comprising: a basin comprising at least four sides and a bottom and configured to hold bird seed; characterised by : a compression pad attached to the basin and extending from a bottom rear portion of the basin , wherein the compression pad comprises a sheet of material sufficiently flexible to be sandwiched between a closed window and a window sill yet sufficiently strong to securely hold the bird feeder in place; and one or more adjustable support members extending from the bottom of the basin ; wherein the bird feeder is configured to rest on an upper surface of an exterior window sill ledge on the outside of a window and very near to the window, wherein the compression pad is configured to be compressed between a closed window and a window sill to thereby secure the bird feeder in place on the upper surface of the exterior window sill ledge , and wherein the one or more adjustable support members are configured to contact the upper surface of the exterior window sill ledge to support the bird feeder on the upper surface of exterior window sill ledge and compensate for a downward slope of the upper surface of the exterior window sill ledge . a basin comprising at least four sides and a bottom and configured to hold bird seed; characterised by : a compression pad attached to the basin and extending from a bottom rear portion of the basin , wherein the compression pad comprises a sheet of material sufficiently flexible to be sandwiched between a closed window and a window sill yet sufficiently strong to securely hold the bird feeder in place; and one or more adjustable support members extending from the bottom of the basin ; a compression pad attached to the basin and extending from a bottom rear portion of the basin , wherein the compression pad comprises a sheet of material sufficiently flexible to be sandwiched between a closed window and a window sill yet sufficiently strong to securely hold the bird feeder in place; and one or more adjustable support members extending from the bottom of the basin ; wherein the bird feeder is configured to rest on an upper surface of an exterior window sill ledge on the outside of a window and very near to the window, wherein the compression pad is configured to be compressed between a closed window and a window sill to thereby secure the bird feeder in place on the upper surface of the exterior window sill ledge , and wherein the one or more adjustable support members are configured to contact the upper surface of the exterior window sill ledge to support the bird feeder on the upper surface of exterior window sill ledge and compensate for a downward slope of the upper surface of the exterior window sill ledge .
A burner surface plate comprising: a screen having a first surface; an unsintered composite layer of metal fibers and ceramic fibers vacuum cast to the first surface of the screen and having a thickness not greater than 12.7 mm (0.5 inches), wherein the composite layer is vacuum cast to the screen without using substantial amounts of polymer agents; and wherein the screen and the composite layer include a plurality of aligned apertures through the screen and unsintered composite layer. a screen having a first surface; an unsintered composite layer of metal fibers and ceramic fibers vacuum cast to the first surface of the screen and having a thickness not greater than 12.7 mm (0.5 inches), wherein the composite layer is vacuum cast to the screen without using substantial amounts of polymer agents; and wherein the screen and the composite layer include a plurality of aligned apertures through the screen and unsintered composite layer.
A foldable vehicle cage system arranged for sectioning an interior vehicle luggage compartment , wherein the cage system comprises a cage post , an elongated guide member , and a net structure , wherein the net structure is connected to the cage post , a first end of the cage post is slidingly and hingedly connected to the elongated guide member , and the elongated guide member is configured to be connected to a first vehicle interior structure , wherein the cage post and the net structure are movably arranged in relation to the elongated guide member between a storage position (P ST ) and an in-use position (P IU ), wherein a second end of the cage post in the in-use position (P IU ) is configured to be attached to a second vehicle interior structure , characterized in that the system further comprises a movable cargo floor structure , wherein the cage post and the net structure in the storage position (P S ) are arranged in a storage compartment below the movable cargo floor structure . wherein the cage post and the net structure are movably arranged in relation to the elongated guide member between a storage position (P ST ) and an in-use position (P IU ), wherein a second end of the cage post in the in-use position (P IU ) is configured to be attached to a second vehicle interior structure , characterized in that the system further comprises a movable cargo floor structure , wherein the cage post and the net structure in the storage position (P S ) are arranged in a storage compartment below the movable cargo floor structure .
Functional drug-containing particles comprising substantially spherical drug-containing particles essentially including drug particles and a binder; and a film of a functional polymer selected from the group consisting of an enteric polymer, a release control polymer, and a bitter taste masking polymer for coating said drug-containing particles, the functional drug-containing particles having an average particle diameter of 400 μm or less, a broad particle size distribution, a particle diameter ratio D 90 /D 10 of the functional drug-containing particles with respect to particle size distribution calculated on a volumetric basis being 1.65 or more, or a coefficient of variation in particle diameters being 24% or more; the drug-containing particles being manufactured in the step of manufacturing the substantially spherical drug-containing particles directly from a solution of the binder including dissolved or suspended drug by using a spray drying fluidized bed granulation apparatus.
A cordless electric nailer comprising: a power take-off (PTO) assembly positioned to selectively engage a nail driver against a battery-powered electric motor driven flywheel , the PTO including: a bracket supporting a solenoid and a compression spring ; a linkage arm coupled between a plunger of the solenoid and the compression spring, and the linkage arm being biased by the compression spring toward the nail driver; a carrier supporting a pinch roller and the carrier being pivotably mounted to the bracket via a pivot pin ; characterized by an engaging surface movable with the plunger between an engagement position in which the engaging surface engages a cooperating engaging surface of the carrier and orients the carrier into a corresponding engagement orientation, and a disengagement position in which the engaging surface is spaced away from the cooperating engaging surface of the carrier allowing the carrier to pivot outside the corresponding engagement orientation. a bracket supporting a solenoid and a compression spring ; a linkage arm coupled between a plunger of the solenoid and the compression spring, and the linkage arm being biased by the compression spring toward the nail driver; a carrier supporting a pinch roller and the carrier being pivotably mounted to the bracket via a pivot pin ; characterized by an engaging surface movable with the plunger between an engagement position in which the engaging surface engages a cooperating engaging surface of the carrier and orients the carrier into a corresponding engagement orientation, and a disengagement position in which the engaging surface is spaced away from the cooperating engaging surface of the carrier allowing the carrier to pivot outside the corresponding engagement orientation.
A drive for an electrohydraulically driven scissor lift comprising a hydraulic circuit comprising two hydraulic pumps which are displacement pumps or a double pump which is a displacement pump supplying hydraulic fluid to at least two working cylinders , one of which lifts one side of the scissor lift , respectively, and an electric motor for driving the two hydraulic pumps or the double pump , a frequency converter for driving the electric motor , and a control device for controlling the frequency converter and for this reason the speed of the electric motor so that, in a first extension range of the working cylinders , the electric motor is driven at a lower speed in such a way that the two hydraulic pumps or the double pump respectively extend and retract the working cylinders at a lower speed, and, in a second extension range of the working cylinders , the electric motor is driven at a lower speed in such a way that the two hydraulic pumps or the double pump respectively and in a second extension range the working cylinder is controlled at a higher speed in such a way that the two hydraulic pumps or the double pump extend or extend the working cylinders more quickly. a hydraulic circuit comprising two hydraulic pumps which are displacement pumps or a double pump which is a displacement pump supplying hydraulic fluid to at least two working cylinders , one of which lifts one side of the scissor lift , respectively, and an electric motor for driving the two hydraulic pumps or the double pump , a frequency converter for driving the electric motor , and a control device for controlling the frequency converter and for this reason the speed of the electric motor so that, in a first extension range of the working cylinders , the electric motor is driven at a lower speed in such a way that the two hydraulic pumps or the double pump respectively extend and retract the working cylinders at a lower speed, and, in a second extension range of the working cylinders , the electric motor is driven at a lower speed in such a way that the two hydraulic pumps or the double pump respectively and in a second extension range the working cylinder is controlled at a higher speed in such a way that the two hydraulic pumps or the double pump extend or extend the working cylinders more quickly.
An elevator car comprising: a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway , and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway , wherein: a beam mounting bracket is mounted above a ceiling of the cage ; the beam is mounted onto the cage by means of the beam mounting bracket , and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling ; and a vertical portion that protrudes vertically upward from the horizontal portion , characterized in that : the beam mounting bracket is disposed along a front edge portion of the ceiling over an entire width direction of the cage . a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway , and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway , wherein: a beam mounting bracket is mounted above a ceiling of the cage ; the beam is mounted onto the cage by means of the beam mounting bracket , and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling ; and a vertical portion that protrudes vertically upward from the horizontal portion , a beam mounting bracket is mounted above a ceiling of the cage ; the beam is mounted onto the cage by means of the beam mounting bracket , and the beam mounting bracket comprises: a horizontal portion that is mounted onto the ceiling ; and a vertical portion that protrudes vertically upward from the horizontal portion , a horizontal portion that is mounted onto the ceiling ; and a vertical portion that protrudes vertically upward from the horizontal portion ,
A method for obtaining a motion vector comprising: determining a reference block of a to-be-processed block, wherein the reference block and the to-be-processed block have a preset temporal or spatial correlation, the reference block has an initial motion vector, the initial motion vector of the reference block is obtained based on a predicted motion vector of the reference block, and a prediction block of the reference block is obtained based on the initial motion vector and a motion vector offset, wherein the motion vector offset is obtained on the basis of one or more preset motion vector offsets; and using the initial motion vector of the reference block as a predicted motion vector of the to-be-processed block. determining a reference block of a to-be-processed block, wherein the reference block and the to-be-processed block have a preset temporal or spatial correlation, the reference block has an initial motion vector, the initial motion vector of the reference block is obtained based on a predicted motion vector of the reference block, and a prediction block of the reference block is obtained based on the initial motion vector and a motion vector offset, wherein the motion vector offset is obtained on the basis of one or more preset motion vector offsets; and using the initial motion vector of the reference block as a predicted motion vector of the to-be-processed block.
Barrel clamping means of a firearm having a barrel and a system housing supporting the barrel , characterized in that the system housing has a barrel holder into which the barrel end of the barrel is inserted, wherein at least one clamping element having a sickle-shaped cross section is disposed in the barrel holder to clamp the barrel end , the at least one clamping element resting in a clamping groove on the system housing and being pressable against the barrel end .