mhurhangee/patent-ind-claim-en huggingface dataset:
A mould tool assembly comprising: a mould tool component having a temperature control face arranged to be in thermal contact with a mould face , the mould tool component defining a fluid chamber and a plurality of baffles that extend from a periphery of the fluid chamber towards an interior of the fluid chamber, the plurality of baffles being configured to separate the fluid chamber into a plurality of sub-chambers that are open to one another and that are disposed adjacent to one another around the periphery of the fluid chamber; a temperature control arrangement comprising a fluid outlet directed towards the temperature control face ; and, a diffuser arranged between the temperature control arrangement and the temperature control face; wherein the diffuser is configured to direct fluid flow from the fluid outlet into each of the plurality of sub-chambers. a mould tool component having a temperature control face arranged to be in thermal contact with a mould face , the mould tool component defining a fluid chamber and a plurality of baffles that extend from a periphery of the fluid chamber towards an interior of the fluid chamber, the plurality of baffles being configured to separate the fluid chamber into a plurality of sub-chambers that are open to one another and that are disposed adjacent to one another around the periphery of the fluid chamber; a temperature control arrangement comprising a fluid outlet directed towards the temperature control face ; and, a diffuser arranged between the temperature control arrangement and the temperature control face; wherein the diffuser is configured to direct fluid flow from the fluid outlet into each of the plurality of sub-chambers.
A method for improving a cement spraying efficiency for a self-repairing tire, characterized in comprising the following steps: step 1: inputting tire parameters into a control system, wherein the tire parameters comprise a rim diameter, a section width, an aspect ratio, a cement thickness and a cement density; step 2: calculating a cement spraying amount for a tire based on the tire parameters of the tire to be repaired in the control system; step 3: setting a crown cement parameter, setting a crown cement thickness in the control system, calculating an average cement thickness based on the cement spraying amount calculated by the control system in step 2, and adding 0.1-5 mm to the average cement thickness to serve as the crown cement thickness; step 4: connecting the control system to a spraying device, and inputting the average cement thickness and the crown cement thickness acquired by the control system into the spraying device; step 5: filling a cement storage tank of the spraying device with a sufficient amount of cement; step 6: mounting the tire to be repaired in the spraying device, and moving the tire to be repaired to a repair station; step 7: starting the spraying device; and allowing a spray gun of the spraying device to evenly spray the cement in the cement storage tank on a tire surface, and spraying a circle of cement with a thickness of 0.1-5 mm higher than the average cement thickness at a crown; and step 8: drying and heating the sprayed tire to speed up solidification of the cement, and unloading the tire after the cement is solidified. step 1: inputting tire parameters into a control system, wherein the tire parameters comprise a rim diameter, a section width, an aspect ratio, a cement thickness and a cement density; step 2: calculating a cement spraying amount for a tire based on the tire parameters of the tire to be repaired in the control system; step 3: setting a crown cement parameter, setting a crown cement thickness in the control system, calculating an average cement thickness based on the cement spraying amount calculated by the control system in step 2, and adding 0.1-5 mm to the average cement thickness to serve as the crown cement thickness; step 4: connecting the control system to a spraying device, and inputting the average cement thickness and the crown cement thickness acquired by the control system into the spraying device; step 5: filling a cement storage tank of the spraying device with a sufficient amount of cement; step 6: mounting the tire to be repaired in the spraying device, and moving the tire to be repaired to a repair station; step 7: starting the spraying device; and allowing a spray gun of the spraying device to evenly spray the cement in the cement storage tank on a tire surface, and spraying a circle of cement with a thickness of 0.1-5 mm higher than the average cement thickness at a crown; and step 8: drying and heating the sprayed tire to speed up solidification of the cement, and unloading the tire after the cement is solidified.
A method of computing a resource allocation of a Relay Station, RS, in a Base Station, BS, having a right to control the RS in a Broadband Wireless Access, BWA, communication system, the method performed by the base station comprising: receiving , from the RS, a message for requesting scanning period allocation or determining, by the BS, that the RS needs to perform scanning; allocating a scanning period to the RS, and transmitting , to the RS, a message including at least one of the allocated scanning period and information on neighboring BSs and neighboring RSs to be scanned by the RS; receiving , from the RS, scanning information of neighboring BSs and neighboring RSs; computing the resource allocation to be used by the RS by using the received scanning information; and transmitting information on the computed resource allocation to the RS. receiving , from the RS, a message for requesting scanning period allocation or determining, by the BS, that the RS needs to perform scanning; allocating a scanning period to the RS, and transmitting , to the RS, a message including at least one of the allocated scanning period and information on neighboring BSs and neighboring RSs to be scanned by the RS; receiving , from the RS, scanning information of neighboring BSs and neighboring RSs; computing the resource allocation to be used by the RS by using the received scanning information; and transmitting information on the computed resource allocation to the RS.
Machine for harvesting stalk-like plants , having one or more mowing and draw-in means (14-21) arranged laterally beside one another, which each comprise a lower cutting disc for cutting off plant stalks from stubble remaining in the ground and conveying elements arranged above one another above the cutting disc and having cut-outs distributed over their circumference for picking up and conveying the plant stalks, an impact body that can be set rotating and has a blunt leading surface being arranged below the cutting disc , and the leading surface of the impact body being convexly rounded in the axial direction and/or in the circumferential direction of the cutting disc , characterized in that the impact body is fitted to the outer circumference of a ring which extends coaxially with respect to the axis of rotation of the cutting disc that can be set rotating by a drive and which is connected to a flange to which segments of the cutting disc are fixed.
A virtual pivot hinge comprising: a pivot element connecting a first hinged component to a second hinged component and projecting a pivot axis of the hinge into free space adjacent the hinge; and a friction element also connecting the first hinged component to the second hinged component, the friction element including: a friction arm with a first end rotatable with reference to the first hinged component and a second end extending away from first hinged component toward the second hinged component; and a coupler slidably connected to the second end of the friction arm and rotatable with reference to the second hinged component, wherein the first end of the friction arm is configured to rotate about a bearing journal affixed to the first hinged component and the friction arm extends through a slot in the coupler. a pivot element connecting a first hinged component to a second hinged component and projecting a pivot axis of the hinge into free space adjacent the hinge; and a friction element also connecting the first hinged component to the second hinged component, the friction element including: a friction arm with a first end rotatable with reference to the first hinged component and a second end extending away from first hinged component toward the second hinged component; and a coupler slidably connected to the second end of the friction arm and rotatable with reference to the second hinged component, a friction arm with a first end rotatable with reference to the first hinged component and a second end extending away from first hinged component toward the second hinged component; and a coupler slidably connected to the second end of the friction arm and rotatable with reference to the second hinged component, wherein the first end of the friction arm is configured to rotate about a bearing journal affixed to the first hinged component and the friction arm extends through a slot in the coupler.
A process for preparing a curable silylated polyurethane resin which comprises: a) silylating hydroxyl-terminated polyol polymer, which is a di- or polyisocyanate-extended polyols which contains partially reacted di- or polyisocyanate, with isocyanatosilane under anhydrous conditions to provide a silylated polyurethane containing residual isocyanate; and, b) at the desired point near the end of the silylation reaction, which is determined by viscosity of the reaction mixture being in the range of 1,000 mPa•s (1,000 cP) to 150,000 mPa•s (150,000 cP), scavenging isocyanate present in the silylated polyurethane of step (a) with an excess of at least one isocyanate-reactive scavenging agent which is a mono-alcohol or a mixture of different mono-alcohols to provide a silylated polyurethane resin which contains less than 0.02 weight percent isocyanate, the silylated polyurethane resin resulting from step (b) which contains less than 0.02 weight percent isocyanate possessing a viscosity following aging in the range of 1,000 mPa•s (1,000 cP) to 150,000 mPa•s (150,000 cP) which is less than that of the isocyanate-containing silylated polyurethane resin resulting from step (a) following the same conditions of aging, wherein the viscosity is measured at 25°C on a Brookfield RVDV-II + cone and plate viscometer and aging is achieved in an oven at 50°C for 28 days. a) silylating hydroxyl-terminated polyol polymer, which is a di- or polyisocyanate-extended polyols which contains partially reacted di- or polyisocyanate, with isocyanatosilane under anhydrous conditions to provide a silylated polyurethane containing residual isocyanate; and, b) at the desired point near the end of the silylation reaction, which is determined by viscosity of the reaction mixture being in the range of 1,000 mPa•s (1,000 cP) to 150,000 mPa•s (150,000 cP), scavenging isocyanate present in the silylated polyurethane of step (a) with an excess of at least one isocyanate-reactive scavenging agent which is a mono-alcohol or a mixture of different mono-alcohols to provide a silylated polyurethane resin which contains less than 0.02 weight percent isocyanate,
Data carrier with applied confidential data , comprising: - a carrier for applying confidential data , comprising: - a substrate , and - a concealment background which is applied on the substrate and comprising an irregular arrangement of characters, - and confidential data which are applied on the concealment background of the carrier, - the characters of the concealment background being formed from a heat-resistant hydrochromic and/or piezochromic printing ink which changes its coloration irreversibly in the case of an external physical and/or chemical action; - and the confidential data being formed from a non-chromogenic printing ink, the coloration of which is identical to the coloration of the concealment background before an external physical and/or chemical action, and is different from the coloration of the concealment background after the external physical and/or chemical action. - a carrier for applying confidential data , comprising: - a substrate , and - a concealment background which is applied on the substrate and comprising an irregular arrangement of characters, - a substrate , and - a concealment background which is applied on the substrate and comprising an irregular arrangement of characters, - and confidential data which are applied on the concealment background of the carrier, - the characters of the concealment background being formed from a heat-resistant hydrochromic and/or piezochromic printing ink which changes its coloration irreversibly in the case of an external physical and/or chemical action; - and the confidential data being formed from a non-chromogenic printing ink, the coloration of which is identical to the coloration of the concealment background before an external physical and/or chemical action, and is different from the coloration of the concealment background after the external physical and/or chemical action.
A surgical device for pin insertion in a bone of a subject to aid in performing a bone cutting procedure, the surgical device comprising: a pin (P) and a drive portion configured to drive said pin (P) for insertion into the bone, wherein the pin (P) comprises grooves adapted to hold the pin (P) in place inside the bone, a pin drive subassembly of the drive portion with a shaft having a shaft distal end , at least one magnet associated with the shaft distal end is adapted for exerting an attractive force on the pin (P) placed in the shaft distal end ; and a spindle subassembly of the drive portion adapted to drive said shaft so as to rotate the pin (P) into the bone to a degree of bone retention that is configured to overcomes the attractive force on the pin (P) exerted by the at least one magnet . a pin (P) and a drive portion configured to drive said pin (P) for insertion into the bone, wherein the pin (P) comprises grooves adapted to hold the pin (P) in place inside the bone, a pin drive subassembly of the drive portion with a shaft having a shaft distal end , at least one magnet associated with the shaft distal end is adapted for exerting an attractive force on the pin (P) placed in the shaft distal end ; and a spindle subassembly of the drive portion adapted to drive said shaft so as to rotate the pin (P) into the bone to a degree of bone retention that is configured to overcomes the attractive force on the pin (P) exerted by the at least one magnet .
A compound of Formula (I): or a pharmaceutically acceptable salt or stereoisomer thereof, wherein: A is arylene or heteroarylene; L is a linker; BA is a binding agent selected from antibodies, lymphokines, hormones, growth factors, viral receptors, interleukins, or any other cell binding or peptide binding molecules or substances; and k is an integer from 1 to 30. A is arylene or heteroarylene; L is a linker; BA is a binding agent selected from antibodies, lymphokines, hormones, growth factors, viral receptors, interleukins, or any other cell binding or peptide binding molecules or substances; and k is an integer from 1 to 30.
A diagnostic test reader system comprising a plurality of modules, including a plurality of reader modules and at least one mother module , each of the reader modules having a unique code and being configured to read a specific test cartridge type, each of the reader modules being in data communication with the mother module for receiving instructions from the mother module and for transmitting at least one of read and derived data to the mother module , the mother module being configured to communicate individually with each of the reader modules , wherein the reader modules are physically separate boxes each having separate electronic circuits and drivers for performing respective diagnostic tests, each reader module having a slot for receiving respective test cartridges, characterized by at least one of the reader modules comprises a sensor for detecting position data representing its spatial position relative to at least one other of the reader modules , said sensor of said at least one reader module being configured for transmitting said position data comprising said respective spatial position relative to at least one other of the reader modules to said mother module , at least one other of the reader modules having one or more fiducial marks detectable by said sensor, wherein said mother module is configured for determining the relative spatial positions of said reader modules , based on said position data said mother module is configured for determining if the relative spatial positions of said reader modules fulfil at least one predefined requirement, preferably said at least one predefined requirement is fulfilled when the reader modules are stacked in a predefined configuration, said at least one predefined requirement comprises at least one pre-programmed requirement and/or at least one user selectable requirement.
An ion source for generating elemental ions and possible ionised metal oxides from aerosol particles, comprising: a) a reduced pressure chamber having an inside; b) an inlet and a flow restricting device for inserting said aerosol particles in a dispersion comprising said aerosol particles dispersed in a gas, in particular in air, into said inside of said reduced pressure chamber , said inlet fluidly coupling an outside of said reduced pressure chamber via said flow restricting device with said inside of said reduced pressure chamber c) a laser for inducing in a plasma region in said inside of said reduced pressure chamber a plasma in said dispersion for atomising and ionising said aerosol particles to elemental ions and possible ionised metal oxides; wherein said reduced pressure chamber is adapted for achieving and maintaining in said inside of said reduced pressure chamber a pressure in a range from 0.01 mbar to 100 mbar, preferably from 0.1 mbar to 100 mbar or from 1 mbar to 100 mbar, particular preferably from 0.1 mbar to 50 mbar or from 1 mbar to 50 mbar, most preferably from 0.1 mbar to 40 mbar or from 1 mbar to 40 mbar; characterised in that said laser is adapted for inducing in said plasma region in said inside of said reduced pressure chamber said plasma in said gas of said dispersion for atomising and ionising said aerosol particles to elemental ions and possible ionised metal oxides. a) a reduced pressure chamber having an inside; b) an inlet and a flow restricting device for inserting said aerosol particles in a dispersion comprising said aerosol particles dispersed in a gas, in particular in air, into said inside of said reduced pressure chamber , said inlet fluidly coupling an outside of said reduced pressure chamber via said flow restricting device with said inside of said reduced pressure chamber c) a laser for inducing in a plasma region in said inside of said reduced pressure chamber a plasma in said dispersion for atomising and ionising said aerosol particles to elemental ions and possible ionised metal oxides;
A toner comprising: a toner particle and an external additive, wherein the external additive includes a composite particle including a hydrotalcite particle covered, on a surface, with an organosilicon polymer fine particle, a coverage ratio of the hydrotalcite particle surface by the organosilicon polymer fine particle, as determined in accordance with the description, is from 1% to 50%, the organosilicon polymer fine particle has a structure of alternately binding silicon atoms and oxygen atoms, part of the organosilicon polymer has a T3 unit structure represented by R a SiO 3/2 , wherein R a represents a C 1-6 alkyl group or phenyl group, and given A nm as the number-average particle diameter of the primary particles of the organosilicon polymer fine particle, as determined in accordance with the description, and B nm as the number-average particle diameter of the primary particles of the hydrotalcite particle, as determined in accordance with the description, the toner satisfies the following formula (I) and formula (II): A < B 20 ≤ A ≤ 350 a toner particle and an external additive, wherein the external additive includes a composite particle including a hydrotalcite particle covered, on a surface, with an organosilicon polymer fine particle, a coverage ratio of the hydrotalcite particle surface by the organosilicon polymer fine particle, as determined in accordance with the description, is from 1% to 50%, the organosilicon polymer fine particle has a structure of alternately binding silicon atoms and oxygen atoms, part of the organosilicon polymer has a T3 unit structure represented by R a SiO 3/2 , wherein R a represents a C 1-6 alkyl group or phenyl group, and given A nm as the number-average particle diameter of the primary particles of the organosilicon polymer fine particle, as determined in accordance with the description, and B nm as the number-average particle diameter of the primary particles of the hydrotalcite particle, as determined in accordance with the description, the toner satisfies the following formula (I) and formula (II): A < B 20 ≤ A ≤ 350
A method for controlling a washing and drying machine, wherein the washing and drying machine comprises a processing chamber and an air heating channel in fluid communication with the processing chamber; a heating apparatus is disposed in the air heating channel; a liquid flow-through apparatus is disposed close to or surrounding the heating apparatus, wherein the heating apparatus is heating liquid in the liquid flow-through apparatus ; an input channel and an output channel are connected to the liquid flow-through apparatus; a liquid control apparatus is disposed on the input channel; and a control apparatus is electrically connected to the heating apparatus and the liquid control apparatus and controls a washing procedure, wherein the washing procedure comprises starting the heating apparatus and the liquid control apparatus, so that the output channel outputs a heated liquid or liquid-vapor mixture to the processing chamber characterized in that: the liquid control apparatus comprises a circulation pump , and an input end of the circulation pump is connected to the processing chamber.
Tamper-proof computer device comprising a sealed enclosure , in turn comprising a hollow metal body having an inside surface , the enclosure comprising at least two enclosure parts , together fastened together to form said hollow metal body and each comprising a respective cooperating flange ; a computer processor , arranged inside said enclosure ; a tamper-detection sensor , which sensor in turn comprises a tamper-detecting membrane forming a sealed container in which the computer processor is arranged, which membrane is arranged on, and in direct thermal contact with, the said hollow metal body , wherein the membrane comprises two tamper-detecting membrane parts , each corresponding to a respective one of said enclosure parts , the membrane parts being pressed between said cooperating flanges , together with said flanges forming a flanged pressing aggregate; and a metal heat sink structure thermally connected to the computer processor , wherein the metal heat sink structure is also arranged in direct thermal contact with a side of the membrane not facing the said inside surface , so that the membrane is sandwiched between the hollow metal body and the metal heat sink structure so that thermal connection is achieved between the metal heat sink structure and the enclosure , via the membrane , characterised in that said flanged pressing aggregate extends uninterrupted along a closed periphery of the hollow metal body , or uninterrupted along said closed periphery apart from a through channel for cabling arranged to run between the inside of the membrane and the outside of the membrane , and in that said enclosure parts are directly attached one to the other using an adhesive along a contact line extending along said closed periphery, wherein the contact line is arranged exteriorly to a periphery of the membrane parts .