mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a type of human body in a thermo-therapeutic apparatus, comprising: step 1 of scanning an entire spine of a user by moving a moxibustion device along a transfer path using a horizontal motor in response to a control signal of a control unit; step 2 of measuring an operating current of the horizontal motor , detecting a first body type determination point in regions of vertebra No. 1 or No. 10 based on a curve of the measured operating current, and detecting a second body type determination point in a region of vertebra No. 24; step 3 of, if the moxibustion device is tilted when the moxibustion device passes over the pelvic bone, when there are two peak curves at the second body type determination point, calculating an intersection between extensions of outside slopes of the two peak curves, determining the calculated intersection to be a peak value of the region of vertebra No. 24, and setting the determined peak value as the second body type determination point; and step 4 of retrieving standard data of the spine from a database, and calculating an entire length of the spine and a length of each of vertebrae using the standard data and the two body type determination points. step 1 of scanning an entire spine of a user by moving a moxibustion device along a transfer path using a horizontal motor in response to a control signal of a control unit; step 2 of measuring an operating current of the horizontal motor , detecting a first body type determination point in regions of vertebra No. 1 or No. 10 based on a curve of the measured operating current, and detecting a second body type determination point in a region of vertebra No. 24; step 3 of, if the moxibustion device is tilted when the moxibustion device passes over the pelvic bone, when there are two peak curves at the second body type determination point, calculating an intersection between extensions of outside slopes of the two peak curves, determining the calculated intersection to be a peak value of the region of vertebra No. 24, and setting the determined peak value as the second body type determination point; and step 4 of retrieving standard data of the spine from a database, and calculating an entire length of the spine and a length of each of vertebrae using the standard data and the two body type determination points.
A method for manufacturing paper using recycled fiber as a raw material, comprising: a pulping procedure comprising pulping the raw material containing recycled fiber, and a papermaking procedure comprising producing paper with the pulp slurry obtained in the pulping procedure; wherein the total starch content in recycled fiber is measured before recycled fiber is pulped, and when the total starch content in recycled fiber is higher than a predetermined value, one or more biocides are added during the pulping procedure, wherein the predetermined value is 0.1~100g starch/kg recycled fiber. a pulping procedure comprising pulping the raw material containing recycled fiber, and a papermaking procedure comprising producing paper with the pulp slurry obtained in the pulping procedure; wherein the total starch content in recycled fiber is measured before recycled fiber is pulped, and when the total starch content in recycled fiber is higher than a predetermined value, one or more biocides are added during the pulping procedure, wherein the predetermined value is 0.1~100g starch/kg recycled fiber.
A wireless sensor , comprising: a detector for detecting an event in proximity to the wireless sensor ; a memory for storing processor-executable instructions; a mesh-network transceiver for transmitting information to and receiving information from a central controller , either directly or via another wireless sensor or a repeater; a processor , coupled to the detector , the memory and the mesh-network transceiver , for executing the processor-executable instructions that causes the processor to: determine that the event has occurred via a signal received from the detector ; in response to determining the event has occurred, generate an encrypted frame, comprising an unencrypted identification of the wireless sensor and an encrypted event identification that identifies the type of event that has occurred; transmit the encrypted frame; receive an acknowledgement from the central controller that the encrypted frame was received; and receive a response from the central controller that the frame was decrypted successfully. a detector for detecting an event in proximity to the wireless sensor ; a memory for storing processor-executable instructions; a mesh-network transceiver for transmitting information to and receiving information from a central controller , either directly or via another wireless sensor or a repeater; a processor , coupled to the detector , the memory and the mesh-network transceiver , for executing the processor-executable instructions that causes the processor to: determine that the event has occurred via a signal received from the detector ; in response to determining the event has occurred, generate an encrypted frame, comprising an unencrypted identification of the wireless sensor and an encrypted event identification that identifies the type of event that has occurred; transmit the encrypted frame; receive an acknowledgement from the central controller that the encrypted frame was received; and receive a response from the central controller that the frame was decrypted successfully. determine that the event has occurred via a signal received from the detector ; in response to determining the event has occurred, generate an encrypted frame, comprising an unencrypted identification of the wireless sensor and an encrypted event identification that identifies the type of event that has occurred; transmit the encrypted frame; receive an acknowledgement from the central controller that the encrypted frame was received; and receive a response from the central controller that the frame was decrypted successfully.
Electrostatic precipitator comprising: - a cabinet with: - an inlet for inflow of flue gas; - an outlet for outflow of cleaned flue gas; - a mounting arranged between inlet and outlet adapted to carry a rotatable shaft , on said shaft is arranged a number of parallel electroconductive plates, which are adapted to function as cathodes ; - a motor for rotating the rotatable shaft ; - an arrangement for retaining a number of conductive threads , which function as anodes and for arranging these threads such that they are led through the area between the cathode plates ; - a power supply with connection for anode and cathode, characterized in that the electrostatic precipitator comprises at least one plate with a number of holes for passage of flue gas, wherein said at least one plate is arranged in a position between the cathode plates and comprises slots for lead-in of the cathode plates , such that the flow of flue gas during passage through the holes is regulated and distributed evenly between the cathode plates. - a cabinet with: - an inlet for inflow of flue gas; - an outlet for outflow of cleaned flue gas; - a mounting arranged between inlet and outlet adapted to carry a rotatable shaft , on said shaft is arranged a number of parallel electroconductive plates, which are adapted to function as cathodes ; - a motor for rotating the rotatable shaft ; - an arrangement for retaining a number of conductive threads , which function as anodes and for arranging these threads such that they are led through the area between the cathode plates ; - a power supply with connection for anode and cathode, characterized in that the electrostatic precipitator comprises at least one plate with a number of holes for passage of flue gas, wherein said at least one plate is arranged in a position between the cathode plates and comprises slots for lead-in of the cathode plates , such that the flow of flue gas during passage through the holes is regulated and distributed evenly between the cathode plates.
A liquid filtering system comprising : - a filtering apparatus having a filter unit for holding a filter and for receiving liquid to be filtered, a receptacle for receiving filtered liquid, and an adapter for coupling said filter unit to said receptacle, wherein said adapter comprises an adapter vacuum receiving port to be coupled to a vacuum delivery port in order to apply a vacuum driving force for driving said liquid to be filtered through said filter and - as filtered liquid - into said receptacle, and - a base having a cradle for receiving said filtering apparatus and a base vacuum delivery port to be coupled, on one side, to a vacuum source and, on the other side, to a vacuum receiving port , said cradle and said adapter having locking means interacting to lock said filtering apparatus to said cradle in a locking position in which locking position said adapter vacuum receiving port is sealingly coupled to said base vacuum delivery port , characterized in that said base vacuum delivery port comprises a vacuum valve constituted as a mechanical normally-closed valve automatically forced open by a structure of the filtering apparatus when said filtering apparatus is locked to said cradle . - a filtering apparatus having a filter unit for holding a filter and for receiving liquid to be filtered, a receptacle for receiving filtered liquid, and an adapter for coupling said filter unit to said receptacle, wherein said adapter comprises an adapter vacuum receiving port to be coupled to a vacuum delivery port in order to apply a vacuum driving force for driving said liquid to be filtered through said filter and - as filtered liquid - into said receptacle, and - a base having a cradle for receiving said filtering apparatus and a base vacuum delivery port to be coupled, on one side, to a vacuum source and, on the other side, to a vacuum receiving port , said cradle and said adapter having locking means interacting to lock said filtering apparatus to said cradle in a locking position in which locking position said adapter vacuum receiving port is sealingly coupled to said base vacuum delivery port , characterized in that said base vacuum delivery port comprises a vacuum valve constituted as a mechanical normally-closed valve automatically forced open by a structure of the filtering apparatus when said filtering apparatus is locked to said cradle .
Motor vehicle comprising a bodyshell comprising a rear bumper , a tailgate arranged in proximity to the upper side of the rear bumper , the tailgate being coupled to the bodyshell by means of at least one mechanical coupling capable of pivoting about a horizontal shaft , characterized in that the mechanical coupling comprises a rod secured to the tailgate and free to move translationally inside a rotary sleeve that can be actuated by the rotational movement of the mechanical coupling about the horizontal shaft , the rotational movement of the rotary sleeve about the horizontal shaft causing the sleeve to rotate about its own axis, the rotation of the sleeve about its own axis causing a translational movement of the rod with respect to the sleeve .
A process of cyclically producing hexamethylolmelamine, comprising: 1) adding water or mother liquid in a hydroxylation reaction kettle; 2) then adding formaldehyde aqueous solution in the reaction kettle and keeping content of formaldehyde in a range of 10%-25%; 3) stirring and heating the solution in the kettle to 40-80°C; 4) adding alkali in the reaction kettle, and pre-adjusting a pH value of the solution in the kettle between 8.5-9.5; 5) then adding melamine in the reaction kettle so that a molar ratio of melamine to formaldehyde is 1:6-15; 6) adding alkali again into the reaction kettle, and adjusting the pH value of the solution in the kettle between 8.5-10.0; 7) raising a temperature of the reaction solution in the kettle to 60-85 °C, and maintaining the temperature 1-4 hours; 8) introducing the solution in the kettle which has already cooled to below 40°C into a centrifuge for centrifugal separation to obtain hexamethylolmelamine wet material and the mother liquid; 9) delivering the hexamethylolmelamine wet material to a drying system for subsequent drying; 10) returning the mother liquid back to the reaction kettle; and repeating the above steps 2) to 10) for cyclic production, wherein the added formaldehyde aqueous solution is prepared in situ and its concentration is higher than 55%. 1) adding water or mother liquid in a hydroxylation reaction kettle; 2) then adding formaldehyde aqueous solution in the reaction kettle and keeping content of formaldehyde in a range of 10%-25%; 3) stirring and heating the solution in the kettle to 40-80°C; 4) adding alkali in the reaction kettle, and pre-adjusting a pH value of the solution in the kettle between 8.5-9.5; 5) then adding melamine in the reaction kettle so that a molar ratio of melamine to formaldehyde is 1:6-15; 6) adding alkali again into the reaction kettle, and adjusting the pH value of the solution in the kettle between 8.5-10.0; 7) raising a temperature of the reaction solution in the kettle to 60-85 °C, and maintaining the temperature 1-4 hours; 8) introducing the solution in the kettle which has already cooled to below 40°C into a centrifuge for centrifugal separation to obtain hexamethylolmelamine wet material and the mother liquid; 9) delivering the hexamethylolmelamine wet material to a drying system for subsequent drying; 10) returning the mother liquid back to the reaction kettle; and repeating the above steps 2) to 10) for cyclic production, wherein the added formaldehyde aqueous solution is prepared in situ and its concentration is higher than 55%.
A heat-generating device comprising: a hollow vessel having an electrically insulated inner part ; a pair of counter electrodes housed inside the vessel , and separated from and opposing each other; a heat-generating body housed between the counter electrodes inside the vessel, and composed of silicon powder and carbon powder in a mixed state; and characterized in that the heat-generating device further comprises a pair of elastic bodies disposed near non-opposite surface sides of the respective counter electrodes . a hollow vessel having an electrically insulated inner part ; a pair of counter electrodes housed inside the vessel , and separated from and opposing each other; a heat-generating body housed between the counter electrodes inside the vessel, and composed of silicon powder and carbon powder in a mixed state; and characterized in that the heat-generating device further comprises a pair of elastic bodies disposed near non-opposite surface sides of the respective counter electrodes .
A device, comprising: a base comprising a substrate, the substrate having a first major surface; a pressure sensitive adhesive adhered to at least a portion of the first major surface; a polymeric cover film coupled to the substrate via the adhesive; wherein the cover film is a composite film comprising a polymer and a tackifier; wherein the composite film comprises ethylene vinyl acetate copolymer, a linear copolymer of ethylene and a higher alkene, and the tackifier; a plurality of closed compartments disposed between the substrate and the cover film, each compartment of the plurality defined by a seal that prevents liquid communication with at least one other compartment of the plurality; and an aqueous liquid disposed in two or more of the closed compartments; wherein the seal is formed by contact between the cover film and the pressure-sensitive adhesive, so that the plurality of compartments is sealed at the point of contact between the cover film and the pressure-sensitive adhesive. a base comprising a substrate, the substrate having a first major surface; a pressure sensitive adhesive adhered to at least a portion of the first major surface; a polymeric cover film coupled to the substrate via the adhesive; wherein the cover film is a composite film comprising a polymer and a tackifier; wherein the composite film comprises ethylene vinyl acetate copolymer, a linear copolymer of ethylene and a higher alkene, and the tackifier; wherein the cover film is a composite film comprising a polymer and a tackifier; wherein the composite film comprises ethylene vinyl acetate copolymer, a linear copolymer of ethylene and a higher alkene, and the tackifier; a plurality of closed compartments disposed between the substrate and the cover film, each compartment of the plurality defined by a seal that prevents liquid communication with at least one other compartment of the plurality; and an aqueous liquid disposed in two or more of the closed compartments; wherein the seal is formed by contact between the cover film and the pressure-sensitive adhesive, so that the plurality of compartments is sealed at the point of contact between the cover film and the pressure-sensitive adhesive.
A razor handle comprising : a connector for connecting an exchangeable razor blade cartridge to the razor handle , a release mechanism for releasing the exchangeable razor blade cartridge from the razor handle , and a release trigger, characterized in that the release trigger is rotatable about a longitudinal axis (Y) of the razor handle , relative to the connector to actuate the release mechanism . a connector for connecting an exchangeable razor blade cartridge to the razor handle , a release mechanism for releasing the exchangeable razor blade cartridge from the razor handle , and a release trigger, characterized in that the release trigger is rotatable about a longitudinal axis (Y) of the razor handle , relative to the connector to actuate the release mechanism .
A poppet valve for a piston compressor, comprising a valve body with a multiplicity of inlet ducts , wherein each inlet duct has an entrance section and an exit section , wherein the exit section opens into a valve seat , wherein each inlet duct is assigned a closing element and a spring , wherein the closing element is movable in an axial direction (A), and wherein, in relation to each valve seat , the associated closing element is arranged so as to be situated opposite in the axial direction (A), in such a way that the valve seat is closable by the closing element , wherein the spring is arranged on one side in relation to the closing element , wherein the spring has a first spring end section and a second spring end section , wherein the spring is arranged in the inlet duct , wherein the spring has a multiplicity of windings which are designed to extend in helical or spiral-shaped fashion, and wherein at least some of the windings are spaced apart from one another so as to form an intermediate space , wherein the first spring end section is held on the inlet duct , and wherein the second spring end section is connected to the closing element in order to subject the closing element to a preload force directed toward the valve seat .
A method of isolating a target from a sample, the method comprising: a) forming a mixture comprising a sample, an antibody-linked immuno-sedimentation agent and red blood cells, wherein the antibody-linked immuno-sedimentation agent comprises 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; b) incubating the mixture under conditions sufficient to form a rouleaux and allow the antibody to bind to an antigen present in the mixture; and c) recovering a target from the mixture; wherein the target preferably comprises at least one of a non-human multicellular organism, a single-cell organism, a cell, a subcellular component, a cellular fragment, a virus, a virus-like target, a membrane-bound particle, a lipid particle, a macromolecule, a DNA, a RNA, and a protein; wherein the target is isolated by positive selection or negative selection; wherein the rouleaux is formed by adsorption of the at least one sedimentation agent onto the red blood cells of the rouleaux; and wherein the mixture is incubated under conditions sufficient to form a rouleaux network. a) forming a mixture comprising a sample, an antibody-linked immuno-sedimentation agent and red blood cells, wherein the antibody-linked immuno-sedimentation agent comprises 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; 1) at least one sedimentation agent and 2) at least one antibody linked to the at least one sedimentation agent by a non-antigen binding region of the antibody; b) incubating the mixture under conditions sufficient to form a rouleaux and allow the antibody to bind to an antigen present in the mixture; and c) recovering a target from the mixture;
Method of fabricating turbine engine blades , such as for example a turbine blade, comprising the steps consisting of: a) casting by centrifuging a TiAl-based metal alloy into a permanent metal mold , the mold being set into rotation about an axis (A), the mold having a plurality of cylindrical housings that extend radially around the axis (A) and regularly spaced apart around this axis (A), a cylindrical core being mounted coaxially inside each of the housings , b) obtaining by casting a casting in the form of a wheel having a plurality of radial blanks secured via their radially inner ends to a common central hub, each blank being tubular and being in the form of a bar of elongate shape and of section that is circular or polygonal; and c) machining each blank to make blades , each blade being machined from the thickness of the tubular blank , over angular sectors of the blank that are arranged side by side, each being of an elongate shape extending substantially parallel to the longitudinal axis of the blank . a) casting by centrifuging a TiAl-based metal alloy into a permanent metal mold , the mold being set into rotation about an axis (A), the mold having a plurality of cylindrical housings that extend radially around the axis (A) and regularly spaced apart around this axis (A), a cylindrical core being mounted coaxially inside each of the housings , b) obtaining by casting a casting in the form of a wheel having a plurality of radial blanks secured via their radially inner ends to a common central hub, each blank being tubular and being in the form of a bar of elongate shape and of section that is circular or polygonal; and c) machining each blank to make blades , each blade being machined from the thickness of the tubular blank , over angular sectors of the blank that are arranged side by side, each being of an elongate shape extending substantially parallel to the longitudinal axis of the blank .