mhurhangee/patent-ind-claim-en huggingface dataset:
A hinge comprising a first hinge part and a second hinge part configured to be attached respectively to a first spectacle frame element and a second spectacle frame element, the first hinge part being rotatable relative to the second hinge part , the first hinge part comprising a first electronic support part supporting at least a first electronic component and a first wire core part extending from the first electronic support part through at least one of the first or second spectacle frame element, the first electronic support part and the first wire core part are embodied in the first hinge part , and wherein the second hinge part comprises a reinforcement support comprising a second electronic support part supporting at least a second electronic component and a second wire core part extending from the second electronic support part through the second spectacle frame element, the reinforcement support being configured to be embodied in the second spectacle frame element.
A water-soluble film for a liquid detergent-packaging capsule, that is a water-soluble film for a packaging capsule in which a liquid detergent is sealed, containing: an anionic-group modified polyvinyl alcohol resin, a plasticizer including glycerin and sorbitol at a mass ratio of 1 : 2.1 to 5.3, and a sulfite, the total contained amount of the glycerin and the sorbitol is 21-39 parts by mass, and the contained amount of the sulfite is 0.1-1.9 parts by mass, with respect to 100 parts by mass of the anionic-group modified polyvinyl alcohol resin.
A method determining the concentration of impurities in a carbon material, comprising: mixing a flux and a carbon material to form a mixture, wherein the carbon material is single-walled carbon nanotubes or double-walled carbon nanotubes, and the flux is a combination of sodium carbonate and potassium carbonate; heating the mixture at a temperature using microwave energy to form fused materials, wherein when the carbon material is single-walled carbon nanotubes the temperature completely degrades the single-walled carbon nanotubes and when the carbon material is double-walled carbon nanotubes the temperature completely combusts the double-walled carbon nanotubes; dissolution of the fused materials in an acid mixture; and measuring the concentration of one or more impurities. mixing a flux and a carbon material to form a mixture, wherein the carbon material is single-walled carbon nanotubes or double-walled carbon nanotubes, and the flux is a combination of sodium carbonate and potassium carbonate; heating the mixture at a temperature using microwave energy to form fused materials, wherein when the carbon material is single-walled carbon nanotubes the temperature completely degrades the single-walled carbon nanotubes and when the carbon material is double-walled carbon nanotubes the temperature completely combusts the double-walled carbon nanotubes; dissolution of the fused materials in an acid mixture; and measuring the concentration of one or more impurities.
A seat-supporting structure , for mounting on a motorcycle frame having a main skeleton , the seat-supporting structure comprising: two load-bearing structures configured to be positioned under a seat of said motorcycle frame to support a load on the seat of said motorcycle frame , each of said load-bearing structures including a base portion located at the bottom of said load-bearing structure , having a branch portion and a frame-mounting portion , wherein said branch portion extends upward in a diagonally backward direction and said frame-mounting portion is configured to be mounted on the main skeleton , a middle portion which extends, from the branch portion of the base portion , upward in a diagonally forward direction, and a top portion which extends, from an upper part of the middle portion , upward in a diagonally backward direction to receive the load, characterised in that each of said load-bearing structures includes multiple openings and ribs so as to resist stress from the load and vibration while the motorcycle is in motion. two load-bearing structures configured to be positioned under a seat of said motorcycle frame to support a load on the seat of said motorcycle frame , each of said load-bearing structures including a base portion located at the bottom of said load-bearing structure , having a branch portion and a frame-mounting portion , wherein said branch portion extends upward in a diagonally backward direction and said frame-mounting portion is configured to be mounted on the main skeleton , a middle portion which extends, from the branch portion of the base portion , upward in a diagonally forward direction, and a top portion which extends, from an upper part of the middle portion , upward in a diagonally backward direction to receive the load, characterised in that each of said load-bearing structures includes multiple openings and ribs so as to resist stress from the load and vibration while the motorcycle is in motion.
Signal-distributing device for measuring at least one wavelength shift, and comprising an arrayed-waveguide-grating demultiplexer (210; 610) configured in order to spatially separate the spectral contributions of an input optical signal (S E ), and at least one receiving module (220 1 ; 220 2 ; 220 3 ; 620 i ), each receiving module comprising a multimode interference coupler (221 1 ; 221 2 ; 221 3 ; 221 i , 421 i ) and two output waveguides (222 1 , 223 1 ; 222 2 , 223 2 ; 222 3 , 223 3 ; 222 i , 223 i ; 422 i , 423 i ; 622 i , 623 i ), with the multimode interference coupler (221 1 ; 221 2 ; 221 3; 221 i , 421 i ) located between the arrayed-waveguide-grating demultiplexer (210; 610) and the output waveguides (222 1 , 223 1 ; 222 2 , 223 2 ; 222 3 , 223 3 ; 222 i , 223 i ; 422 i , 423 i ; 622 i , 623 i ) and configured to distribute, to the two output waveguides, an optical signal originating from the arrayed-waveguide-grating demultiplexer, characterised in that said multimode interference coupler (221 1 ; 221 2 ; 221 3; 221 i; 421 i ) is attached directly against the arrayed-waveguide-grating demultiplexer (210; 610) or separated therefrom by a taper-type adapter.
A method for manufacturing a fuel cell stack by heating a stack of fuel cell single cells, each of the fuel cell single cells comprising organic substance-containing inorganic sealing members, a separator, an anode electrode, an electrolyte and a cathode electrode, the method comprising an organic substance removing step of removing an organic substance in the organic substance-containing inorganic sealing members, the organic substance removing step comprises heating the stack while supplying an oxygen-containing gas to fuel channels on the anode electrode side and externally applying an electric current to migrate charges from the anode electrode to the cathode electrode.
A two-in-one curtain and roller blind support frame , said frame comprising a curtain whereas a side of said curtain being disposed on a curtain rail , a roller blind shaft with both ends fixed to a pair of frames respectively combined with the roller blind , characterized in that said frame further comprising: a bonding board , including a board member and a binding groove and said curtain rail formed on the board member ; said pair of frames , combined with both sides of the board member respectively, and each of the frames having a plurality of first coupling holes , and passing through the first coupling holes and being fixed to a fixed surface through the frame by a plurality of first locking elements ; and a plurality of positioning modules , spaced with each other and disposed between the pair of frames , each of the positioning modules comprising a positioning bracket and a locking component , and the positioning bracket having a first end and a second end opposite to each other, and the first end having a first through hole , and the second end having at least one second through hole , and the first end being passed through the first through hole and fixed to the binding groove by the locking component , and the second end being passed through the at least one second through hole and secured to the fixed surface by at least one second locking element . a bonding board , including a board member and a binding groove and said curtain rail formed on the board member ; said pair of frames , combined with both sides of the board member respectively, and each of the frames having a plurality of first coupling holes , and passing through the first coupling holes and being fixed to a fixed surface through the frame by a plurality of first locking elements ; and a plurality of positioning modules , spaced with each other and disposed between the pair of frames , each of the positioning modules comprising a positioning bracket and a locking component , and the positioning bracket having a first end and a second end opposite to each other, and the first end having a first through hole , and the second end having at least one second through hole , and the first end being passed through the first through hole and fixed to the binding groove by the locking component , and the second end being passed through the at least one second through hole and secured to the fixed surface by at least one second locking element .
An open roof construction for a vehicle having an opening in its fixed roof , comprising: at least a panel , capable of at least partly opening and closing the opening in the fixed roof of the vehicle by means of at least one lever assembly connected to the panel , a stationary frame fitted in the opening of the fixed roof, a drive motor placed in the vicinity of the rear edge of the opening in the fixed roof and in the vicinity of a longitudinal centre line of the opening, said drive motor comprising an output shaft having a centre axis which is perpendicular to a centre axis of a rotor shaft of the drive motor , said drive motor being connected to a motor support which is attached to the frame by means of vibration dampers , wherein the motor support supports a separate gearbox comprising a set of gear wheels to transfer the torque from the output shaft of the motor through 90 degrees to a rotation rod of the gearbox , extending in a transverse direction of the open roof construction, and then to the at least one lever assembly connected to the panel . at least a panel , capable of at least partly opening and closing the opening in the fixed roof of the vehicle by means of at least one lever assembly connected to the panel , a stationary frame fitted in the opening of the fixed roof, a drive motor placed in the vicinity of the rear edge of the opening in the fixed roof and in the vicinity of a longitudinal centre line of the opening, said drive motor comprising an output shaft having a centre axis which is perpendicular to a centre axis of a rotor shaft of the drive motor , said drive motor being connected to a motor support which is attached to the frame by means of vibration dampers , wherein the motor support supports a separate gearbox comprising a set of gear wheels to transfer the torque from the output shaft of the motor through 90 degrees to a rotation rod of the gearbox , extending in a transverse direction of the open roof construction, and then to the at least one lever assembly connected to the panel .
An integrated circuit (IC) for communicating back-channel data over a SerDes data link, comprising: a digital modulator for receiving back-channel data and modulating phase or frequency of at least one clock signal to encode the back-channel data, producing a modulated clock signal; and a transmitter for receiving a data input signal and the modulated clock signal and transmitting over the SerDes data link a data output signal encoded by the modulated clock signal; wherein the clock signal is modulated slowly, so that clock and data recovery can track this modulation without compromising the received data. a digital modulator for receiving back-channel data and modulating phase or frequency of at least one clock signal to encode the back-channel data, producing a modulated clock signal; and a transmitter for receiving a data input signal and the modulated clock signal and transmitting over the SerDes data link a data output signal encoded by the modulated clock signal; wherein the clock signal is modulated slowly, so that clock and data recovery can track this modulation without compromising the received data.
A method of treating a paraffin embedded biological specimen, comprising: floating at least one paraffin embedded biological specimen onto at least one microscope slide with a flotation liquid; positioning the microscope slide with the paraffin embedded biological specimen floated thereon onto a slide support element; and rotating the slide support element at a rate and for a time period sufficient to cause the microscope slide and the paraffin embedded biological specimen to turn in a way that causes substantially all of the floatation liquid disposed between the microscope slide and the paraffin embedded biological specimen to be drawn from between the microscope slide and the paraffin embedded biological specimen. floating at least one paraffin embedded biological specimen onto at least one microscope slide with a flotation liquid; positioning the microscope slide with the paraffin embedded biological specimen floated thereon onto a slide support element; and rotating the slide support element at a rate and for a time period sufficient to cause the microscope slide and the paraffin embedded biological specimen to turn in a way that causes substantially all of the floatation liquid disposed between the microscope slide and the paraffin embedded biological specimen to be drawn from between the microscope slide and the paraffin embedded biological specimen.
A cooking utensil, comprising - a body comprising an inner pot , - a baking seat which generates hot air, - a cover comprising a hot air duct extending from the baking seat to the inner pot , and - a baking assembly detachably provided in the inner pot and comprising a baking pot for receiving food and a support assembly connected with the baking pot , characterized in that , the support assembly comprises a sealing component and prevents the hot air from flowing into a space located below the baking pot through a gap between an outer side of the baking pot and an inner side of the inner pot . - a body comprising an inner pot , - a baking seat which generates hot air, - a cover comprising a hot air duct extending from the baking seat to the inner pot , and - a baking assembly detachably provided in the inner pot and comprising a baking pot for receiving food and a support assembly connected with the baking pot ,
Communication device comprising autonomous means of electrical energy storage , characterized in that the device furthermore comprises; - a first wireless communication system configured to communicate with a first communication network , of mobile telephone network or WIMAX type; - a second wireless communication system , configured to communicate with a second communication network , different from a network of mobile telephone or WIMAX type, the second network being of Low Power Wide Area Network, LPWAN, type, the network with which the second communication system is configured to communicate, being distinct from a WIFI network, • the communication range of each of the first and second communication systems being greater than 1 km, • and the transmission power of the second communication system being, for a given communication distance, less than that of the first wireless communication system ; - a drive unit , such as a microcontroller, configured to: - transmit and/or receive digital data by the first communication system ; and - transmit and/or receive digital data by the second communication system . - a first wireless communication system configured to communicate with a first communication network , of mobile telephone network or WIMAX type; - a second wireless communication system , configured to communicate with a second communication network , different from a network of mobile telephone or WIMAX type, the second network being of Low Power Wide Area Network, LPWAN, type, the network with which the second communication system is configured to communicate, being distinct from a WIFI network, • the communication range of each of the first and second communication systems being greater than 1 km, • and the transmission power of the second communication system being, for a given communication distance, less than that of the first wireless communication system ; • the communication range of each of the first and second communication systems being greater than 1 km, • and the transmission power of the second communication system being, for a given communication distance, less than that of the first wireless communication system ; - a drive unit , such as a microcontroller, configured to: - transmit and/or receive digital data by the first communication system ; and - transmit and/or receive digital data by the second communication system . - transmit and/or receive digital data by the first communication system ; and - transmit and/or receive digital data by the second communication system .
Valve gun for a high pressure cleaning appliance for dispensing a cleaning liquid in a controlled manner, having a gun housing , which comprises a handle with an upper end region associated with the thumb and index finder of the user and a lower end region associated with the little finger of the user, and having a valve arranged in the gun housing in the flow path between a liquid inlet and a liquid outlet , said valve comprising a closing body that in a closing position tightly abuts against a valve seat and is moveable into an open position by displacing a valve plunger , wherein the liquid outlet is arranged on a front side of the gun housing , and wherein an actuating member (70; 122) for displacing the valve plunger is arranged on a rear side of the handle facing away from the liquid outlet , wherein the actuating member comprises an actuating body , which in a rest position projects with an abutment region facing away from the liquid outlet out of the rear side of the handle and can be moved into a release position by the user with the heel of the hand, wherein the actuating body is pivotable about a first pivot axis arranged in the lower end region of the handle back and forth between the rest position and the release position, wherein the valve plunger is able to be acted upon with an actuating force by the actuating member at a distance from the upper end region of the handle , and wherein the valve is arranged at least partially in the lower end region of the handle and/or in a protective bar of the gun housing adjoining the lower end region , characterized in that the actuating member comprises a force application element , which is able to abut against the valve plunger and is arranged on the actuating body .
Drainage device for a damp room, in particular for a shower, comprising - a drainage body having an inflow opening into which waste water can enter, wherein the drainage body has at least one outlet opening out of which the waste water can exit, - a part which can be part of a floor of the damp room, in particular the shower, wherein the part in operational position has a top side , a bottom side and at least one lateral outer side , and wherein the drainage body is arranged in the part , - connecting means for the connection with a pump , characterised in that the part is a plate-shaped part which has a thickness (d) between the top side and the bottom side of less than 60 mm, wherein the drainage body in installed position does not protrude downwardly beyond the plate-shaped part , wherein the drainage device has no odour seal, and wherein the connecting means - are arranged laterally on the outer side of the plate-shaped part , or - are arranged in the plate-shaped part, or - protrude laterally out of the plate-shaped part, such that the waste water can exit out of the at least one lateral outer side of the plate-shaped part . - a drainage body having an inflow opening into which waste water can enter, wherein the drainage body has at least one outlet opening out of which the waste water can exit, - a part which can be part of a floor of the damp room, in particular the shower, wherein the part in operational position has a top side , a bottom side and at least one lateral outer side , and wherein the drainage body is arranged in the part , - connecting means for the connection with a pump , characterised in that the part is a plate-shaped part which has a thickness (d) between the top side and the bottom side of less than 60 mm, wherein the drainage body in installed position does not protrude downwardly beyond the plate-shaped part , wherein the drainage device has no odour seal, and wherein the connecting means - are arranged laterally on the outer side of the plate-shaped part , or - are arranged in the plate-shaped part, or - protrude laterally out of the plate-shaped part, such that the waste water can exit out of the at least one lateral outer side of the plate-shaped part .
A method for determining the position of a liquid interface between a lower tray and an upper tray in a process apparatus comprising the steps of: a) arranging a source of gamma radiation and a detector for said gamma radiation at opposed ends of a horizontal path P through said process apparatus, said path P being located at a vertical location between the height of said lower and upper trays and at height H above said lower tray; b) counting the amount of radiation emitted by the source which is detected by the detector; c) carrying out steps a) and b) N times to acquire N data points Dn, each consisting of the count rate Cn counted by the detector measuring radiation transmitted along path Pn at height Hn above said lower tray, each path Pn being of the same length and H 1 being at or immediately above the height of the lower tray; d) defining the count rate CV to be the count rate when the path through the process apparatus passes through a vapour phase; e) identifying C MAX where C MAX = the maximum of measured count rates Cn between said lower tray and said upper tray; and f) estimating the height H L of the liquid interface by:- i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV. a) arranging a source of gamma radiation and a detector for said gamma radiation at opposed ends of a horizontal path P through said process apparatus, said path P being located at a vertical location between the height of said lower and upper trays and at height H above said lower tray; b) counting the amount of radiation emitted by the source which is detected by the detector; c) carrying out steps a) and b) N times to acquire N data points Dn, each consisting of the count rate Cn counted by the detector measuring radiation transmitted along path Pn at height Hn above said lower tray, each path Pn being of the same length and H 1 being at or immediately above the height of the lower tray; d) defining the count rate CV to be the count rate when the path through the process apparatus passes through a vapour phase; e) identifying C MAX where C MAX = the maximum of measured count rates Cn between said lower tray and said upper tray; and f) estimating the height H L of the liquid interface by:- i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV. i. if the condition Cn ≤ CV and Cn ≥ CV - x% of CV is fulfilled for any Hn, taking H L to be the lowest Hn at which the condition is satisfied; or ii. if C MAX < CV - x% of CV then extrapolate data points, including Dn at C MAX and at least Dn-1 and Dn-2, to find H L where extrapolated line meets CV.