mhurhangee/patent-ind-claim-en huggingface dataset:
A roll-to-roll method for manufacturing a liquid crystal dispersion in a polymer matrix film, comprising the steps of: placing a first support film on a first roll; placing a release film on a second roll disposed facing said first roll; pouring a first liquid crystal formulation between said first support film and said release film; rolling said first roll and said second roll so as to entrain said first liquid crystal formulation between said first support film and said release film; and, curing said first liquid crystal formulation by means of UV light, electron beam light or heat, thereby obtaining an initial PDLC film ; characterized in that said method comprises: placing said initial PDLC film on a third roll; detaching said release film from said initial PDLC film while said initial PDLC film is on said third roll; placing a second support film on a fourth roll disposed facing said third roll; pouring a second liquid crystal formulation between said initial PDLC film and said second support film subsequent to said step of removing said release film from said initial PDLC film; rolling said third roll and said fourth roll so as to entrain said second liquid crystal formulation between said initial PDLC film and said second support film; and, curing said second liquid crystal formulation by means of UV light, electron beam light or heat, thereby obtaining a PDLC film comprising two liquid crystal layers disposed between said two support films. placing a first support film on a first roll; placing a release film on a second roll disposed facing said first roll; pouring a first liquid crystal formulation between said first support film and said release film; rolling said first roll and said second roll so as to entrain said first liquid crystal formulation between said first support film and said release film; and, curing said first liquid crystal formulation by means of UV light, electron beam light or heat, thereby obtaining an initial PDLC film ; placing said initial PDLC film on a third roll; detaching said release film from said initial PDLC film while said initial PDLC film is on said third roll; placing a second support film on a fourth roll disposed facing said third roll; pouring a second liquid crystal formulation between said initial PDLC film and said second support film subsequent to said step of removing said release film from said initial PDLC film; rolling said third roll and said fourth roll so as to entrain said second liquid crystal formulation between said initial PDLC film and said second support film; and, curing said second liquid crystal formulation by means of UV light, electron beam light or heat, thereby obtaining a PDLC film comprising two liquid crystal layers disposed between said two support films.
A metal-organic framework (MOF) having a three-dimensional structure comprising Zr 6 cluster secondary building units (SBUs) and 5,5'-methylenediisophthalic acid (H 4 mdip) as multitopic linkers forming coordinate bonds with the Zr 6 cluster secondary building units, the MOF represented by Formula 1 below: [Zr 6 (μ 3 -O) 4+x (μ 3 -OH) 4-2x (mdip) a (X1) b (OH) c ] wherein in Formula 1, 0 ≤ x ≤ 2, 1.3 ≤ a ≤ 2.2, 0 ≤ b ≤ 6, 0≤ c ≤ 6, and X1 comprises at least one anion selected from the group consisting of formate, acetate, nitrate, fluoride, chloride, bromide, sulfate, phosphate, alkoxide, and hydroxide. wherein the MOF constitutes a soc-type (cdj topology) 3D framework including warped cubic pockets and free void spaces as a crystal structure including a cubic space group formed by bonds between COO- functional groups of the multitopic linkers and the Zr 6 cluster secondary building units. 0 ≤ x ≤ 2, 1.3 ≤ a ≤ 2.2, 0 ≤ b ≤ 6, 0≤ c ≤ 6, and X1 comprises at least one anion selected from the group consisting of formate, acetate, nitrate, fluoride, chloride, bromide, sulfate, phosphate, alkoxide, and hydroxide. wherein the MOF constitutes a soc-type (cdj topology) 3D framework including warped cubic pockets and free void spaces as a crystal structure including a cubic space group formed by bonds between COO- functional groups of the multitopic linkers and the Zr 6 cluster secondary building units.
A display apparatus comprising: a display configured to display an image; and a supporter configured to support the display and configured to rotate the display within a predetermined range in a first direction or a second direction, wherein the supporter comprises: a first gear coupled to the display to rotate together with the display , characterised in that the first gear comprises a first gear portion with a first tooth shape formed in one section of the circumferential surface of the first gear and a second gear portion with a second tooth shape formed in a remaining section of the circumferential surface of the first gear , the first tooth shape and the second tooth shape being different. a display configured to display an image; and a supporter configured to support the display and configured to rotate the display within a predetermined range in a first direction or a second direction, wherein the supporter comprises: a first gear coupled to the display to rotate together with the display , characterised in that the first gear comprises a first gear portion with a first tooth shape formed in one section of the circumferential surface of the first gear and a second gear portion with a second tooth shape formed in a remaining section of the circumferential surface of the first gear , the first tooth shape and the second tooth shape being different. a first gear coupled to the display to rotate together with the display , characterised in that the first gear comprises a first gear portion with a first tooth shape formed in one section of the circumferential surface of the first gear and a second gear portion with a second tooth shape formed in a remaining section of the circumferential surface of the first gear , the first tooth shape and the second tooth shape being different.
A method of controlling power for a laser sensing system on an aircraft , wherein a laser of the laser sensing system is emitted into an atmosphere external to the aircraft , the method comprising: powering the laser sensing system at a first power level to produce the laser ; projecting the laser into the atmosphere; capturing reflected energy from particulates and from molecules in the atmosphere; filtering, by wavelength, the reflected energy from the particulates to obtain molecular reflections indicative of molecular content of the atmosphere; determining, by a controller of the laser sensing system , a gain based upon the molecular reflections; and adjusting the first power level to a second power level based upon the gain. powering the laser sensing system at a first power level to produce the laser ; projecting the laser into the atmosphere; capturing reflected energy from particulates and from molecules in the atmosphere; filtering, by wavelength, the reflected energy from the particulates to obtain molecular reflections indicative of molecular content of the atmosphere; determining, by a controller of the laser sensing system , a gain based upon the molecular reflections; and adjusting the first power level to a second power level based upon the gain.
Method for detaching foldable inner bags from the inner walls of associated rigid outer containers of containers that have been produced in a co-extrusion process, wherein the inner bags have a significant rigidity and a rough surface with microscopically small protuberances and depressions and therefore adhere to the outer containers with only very low adhesion forces, without being welded thereto, and wherein the outer containers have at their base an at least partly open pinch seam in which a welded base seam of the inner bags is held, wherein a device is used which has a conveyor track for upright containers , which conveyor track is formed by a horizontal circulating conveyor belt , a vertical conveyor belt which is arranged on one side of the horizontal conveyor belt and circulates in the same direction, and a vertical stationary belt on the opposite side, characterised in that the distance (a) between the vertical conveyor belt and the stationary belt is slightly smaller than the external diameter of the containers , so that the containers , on passing between the circulating vertical conveyor belt and the stationary vertical belt , rotate about their vertical axis and in so doing are compressed laterally and the inner bags are abruptly detached from the outer containers. wherein the inner bags have a significant rigidity and a rough surface with microscopically small protuberances and depressions and therefore adhere to the outer containers with only very low adhesion forces, without being welded thereto, and wherein the outer containers have at their base an at least partly open pinch seam in which a welded base seam of the inner bags is held, wherein a device is used which has a conveyor track for upright containers , which conveyor track is formed by a horizontal circulating conveyor belt , a vertical conveyor belt which is arranged on one side of the horizontal conveyor belt and circulates in the same direction, and a vertical stationary belt on the opposite side, characterised in that the distance (a) between the vertical conveyor belt and the stationary belt is slightly smaller than the external diameter of the containers , so that the containers , on passing between the circulating vertical conveyor belt and the stationary vertical belt , rotate about their vertical axis and in so doing are compressed laterally and the inner bags are abruptly detached from the outer containers.
A wheeled vehicle for children, which comprises a platform assembly , a seating assembly , a handlebar assembly and a multipurpose assembly ; wherein the platform assembly comprises a platform and wheels provided at the bottom of the platform ; the seating assembly comprises a supporting stem and a seat connected to the supporting stem ; the supporting stem has a bottom end and a top end that are opposite each other, the bottom end being connected to the platform and provided with a first insertion slot , the top end being provided with a second insertion slot ; the handlebar assembly is provided at its bottom end with a connecting column capable of being detachably insertion-connected into the second insertion slot , characterized in that the multipurpose assembly is generally T-shaped and comprises two supporting bodies and a connecting rod , the two supporting bodies being symmetrically fixed at two sides of the connecting rod ; the connecting rod is capable of being detachably insertion-connected into the first insertion slot and the second insertion slot ; when the connecting rod is insertion-connected into the first insertion slot , the two supporting bodies are located below the seat and can serve as a footrest means; when the connecting rod is insertion-connected into the second insertion slot , the two supporting bodies are located above the seat and can serve as a handrest means. comprises a platform assembly , a seating assembly , a handlebar assembly and a multipurpose assembly ; wherein the platform assembly comprises a platform and wheels provided at the bottom of the platform ; the seating assembly comprises a supporting stem and a seat connected to the supporting stem ; the supporting stem has a bottom end and a top end that are opposite each other, the bottom end being connected to the platform and provided with a first insertion slot , the top end being provided with a second insertion slot ; the handlebar assembly is provided at its bottom end with a connecting column capable of being detachably insertion-connected into the second insertion slot , characterized in that the multipurpose assembly is generally T-shaped and comprises two supporting bodies and a connecting rod , the two supporting bodies being symmetrically fixed at two sides of the connecting rod ; the connecting rod is capable of being detachably insertion-connected into the first insertion slot and the second insertion slot ; when the connecting rod is insertion-connected into the first insertion slot , the two supporting bodies are located below the seat and can serve as a footrest means; when the connecting rod is insertion-connected into the second insertion slot , the two supporting bodies are located above the seat and can serve as a handrest means.
A coating apparatus, comprising a ventilated-type rotating drum that is configured to contain particles to be processed and is configured to drive to rotate about an axis of the ventilated-type rotating drum , wherein the ventilated-type rotating drum comprises: a peripheral wall portion comprising a ventilation portion for communicating an inside of the ventilated-type rotating drum and an outside of the ventilated-type rotating drum to each other; and a plurality of partition portions provided on an outer periphery of the peripheral wall portion at predetermined intervals in a rotational direction of the ventilated-type rotating drum , wherein the coating apparatus further comprises a ventilation member comprising a ventilation hole and arranged on an outer peripheral side of the peripheral wall portion of the ventilated-type rotating drum , and wherein the plurality of partition portions each comprise: a proximal portion fixed to the outer periphery of the peripheral wall portion ; and a sealing member mounted to the proximal portion in a manner that the sealing member is movable in inner and outer radial directions of the peripheral wall portion , the sealing member is configured to be held in sliding contact with the ventilation member during rotation of the ventilated-type rotating drum . a peripheral wall portion comprising a ventilation portion for communicating an inside of the ventilated-type rotating drum and an outside of the ventilated-type rotating drum to each other; and a plurality of partition portions provided on an outer periphery of the peripheral wall portion at predetermined intervals in a rotational direction of the ventilated-type rotating drum , a proximal portion fixed to the outer periphery of the peripheral wall portion ; and a sealing member mounted to the proximal portion in a manner that the sealing member is movable in inner and outer radial directions of the peripheral wall portion , the sealing member is configured to be held in sliding contact with the ventilation member during rotation of the ventilated-type rotating drum .
Isolated Methyl 3-[(2-acetylaminoethylthio)carbonyl]propionate (Compound 1) in solid form, having a purity of at least 80 %w/w, at least 90 %w/w, at least 95 %w/w, at least 97 %w/w, at least 98 %w/w or at least 99 %w/w.
An intake for a quick coupling for pipes, which is configured to be coupled in fluidic through connection to a joint , and comprises: - a body defining a central axis and a first channel at least partially centred with respect to said central axis and suitable to at least partially house said joint , - an annular fastening element movably housed within said first channel and including a plurality of fastening sectors suitable to be reciprocally moved in a radial direction and defining a release position in which said fastening element allows said joint to move with respect to said intake , and a clamping position, in which said fastening element fastens said joint to said intake , - an extractor partially housed in said body , movable along said central axis with respect to said body and suitable to allow said fastening element to pass from said clamping position to said release position, wherein - said body includes an obstruction defining at least one ring, which is centred with respect to said central axis and housed within said first channel , and being characterised in that - said fastening element defines an interference portion interfering with said obstruction in a direction parallel to said central axis and - said obstruction and said interference portion form a circular fulcrum around which said fastening sectors rotate, moving away from each other, and provide said release position as a result of an opening thrust caused by said extractor or said joint when said extractor or said joint pass in said fastening element . - a body defining a central axis and a first channel at least partially centred with respect to said central axis and suitable to at least partially house said joint , - an annular fastening element movably housed within said first channel and including a plurality of fastening sectors suitable to be reciprocally moved in a radial direction and defining a release position in which said fastening element allows said joint to move with respect to said intake , and a clamping position, in which said fastening element fastens said joint to said intake , - an extractor partially housed in said body , movable along said central axis with respect to said body and suitable to allow said fastening element to pass from said clamping position to said release position, wherein - said body includes an obstruction defining at least one ring, which is centred with respect to said central axis and housed within said first channel , and being characterised in that - said fastening element defines an interference portion interfering with said obstruction in a direction parallel to said central axis and - said obstruction and said interference portion form a circular fulcrum around which said fastening sectors rotate, moving away from each other, and provide said release position as a result of an opening thrust caused by said extractor or said joint when said extractor or said joint pass in said fastening element .
Dust-containing gas treatment apparatus to remove dust contained in gas consisting of - a cylindrical treatment room to introduce gas containing dust and remove the dust from the gas, - a catcher consisting of a brush with hair planted in the support installed in the treatment room and catching the dust contained in the gas, - a liquid spraying mechanism installed in the treatment room , - a storage portion of the liquid flowing down through the treatment room , - a rotary driving mechanism to rotate the catcher , - a gas introducing portion for introducing gas containing dust into the treatment room , - a gas discharging portion to discharge the gas with the dust removed from the treatment room , and - a liquid discharging portion to discharge the liquid containing the dust removed from the gas, and characterized in that the aforementioned liquid spraying mechanism is arranged only at the intermediate position of the treatment room (1,) the hair of the brush of the catcher is at a higher position than the aforementioned liquid spraying mechanism composed of hydrophobic material and the hair of the brush arranged at a lower position than the aforementioned liquid spraying mechanism is composed of hydrophilic material. - a cylindrical treatment room to introduce gas containing dust and remove the dust from the gas, - a catcher consisting of a brush with hair planted in the support installed in the treatment room and catching the dust contained in the gas, - a liquid spraying mechanism installed in the treatment room , - a storage portion of the liquid flowing down through the treatment room , - a rotary driving mechanism to rotate the catcher , - a gas introducing portion for introducing gas containing dust into the treatment room , - a gas discharging portion to discharge the gas with the dust removed from the treatment room , and - a liquid discharging portion to discharge the liquid containing the dust removed from the gas,
A data storage device comprising: a first non-volatile memory configured to store data; and a device controller configured to control the first non-volatile memory, wherein the device controller is configured to: receive, from a controller of a host device, a data read command including a first logical address (LBA_H) of the first non-volatile memory, and metadata (META_H); decrypt the metadata to generate a first physical address (PBA_H) corresponding to the first logical address, and first status information (PS_H) of the first non-volatile memory corresponding to the first physical address, determine a first read level using the first status information included in the data read command, and apply a voltage of the first read level to a first word line of the first non-volatile memory corresponding to the first physical address to read data. a first non-volatile memory configured to store data; and a device controller configured to control the first non-volatile memory, wherein the device controller is configured to: receive, from a controller of a host device, a data read command including a first logical address (LBA_H) of the first non-volatile memory, and metadata (META_H); decrypt the metadata to generate a first physical address (PBA_H) corresponding to the first logical address, and first status information (PS_H) of the first non-volatile memory corresponding to the first physical address, determine a first read level using the first status information included in the data read command, and apply a voltage of the first read level to a first word line of the first non-volatile memory corresponding to the first physical address to read data. receive, from a controller of a host device, a data read command including a first logical address (LBA_H) of the first non-volatile memory, and metadata (META_H); decrypt the metadata to generate a first physical address (PBA_H) corresponding to the first logical address, and first status information (PS_H) of the first non-volatile memory corresponding to the first physical address, determine a first read level using the first status information included in the data read command, and apply a voltage of the first read level to a first word line of the first non-volatile memory corresponding to the first physical address to read data.