mhurhangee/ep-ind-claims huggingface dataset:
A method for surface-modifying a rubber vulcanizate or a thermoplastic elastomer as a modification target, the method comprising: step 1 of forming polymerization initiation points A on a surface of the modification target; step 2 of radically polymerizing a non-functional monomer starting from the polymerization initiation points A to grow non-functional polymer chains; and step 3 of forming polymerization initiation points B on a surface of the non-functional polymer chains, radically polymerizing a polymerizable silane compound starting from the polymerization initiation points B, and further reacting a perfluoroether group-containing silane compound to grow functional polymer chains, or step 3' of adding a silane compound to a surface of the non-functional polymer chains and further reacting a perfluoroether group-containing silane compound to grow functional polymer chains. step 1 of forming polymerization initiation points A on a surface of the modification target; step 2 of radically polymerizing a non-functional monomer starting from the polymerization initiation points A to grow non-functional polymer chains; and step 3 of forming polymerization initiation points B on a surface of the non-functional polymer chains, radically polymerizing a polymerizable silane compound starting from the polymerization initiation points B, and further reacting a perfluoroether group-containing silane compound to grow functional polymer chains, or step 3' of adding a silane compound to a surface of the non-functional polymer chains and further reacting a perfluoroether group-containing silane compound to grow functional polymer chains.
A terminal wireless transmit/receive unit, T-WTRU, for establishing a cross link, XL, with a helper WTRU, H-WTRU, the T-WTRU comprising: a transmitter; a receiver configured to receive configuration information from the H-WTRU; and a processor configured to determine whether to establish a XL with the H-WTRU based on the configuration information, wherein on a condition that the T-WTRU determines to establish a XL with the H-WTRU, the transmitter is configured to transmit a selected as H-WTRU message to the H-WTRU. a transmitter; a receiver configured to receive configuration information from the H-WTRU; and a processor configured to determine whether to establish a XL with the H-WTRU based on the configuration information, wherein on a condition that the T-WTRU determines to establish a XL with the H-WTRU, the transmitter is configured to transmit a selected as H-WTRU message to the H-WTRU.
A stimuli-responsive reagent, comprising: (a) a stimuli-responsive magnetic nanoparticle comprising a first stimuli-responsive polymer attached to a magnetic core; and (b) a stimuli-responsive capture conjugate comprising a second stimuli-responsive polymer attached to a first capture moiety, wherein the first capture moiety is capable of binding to a target; wherein the first stimuli-responsive polymer and the second stimuli-responsive polymer are capable of aggregating following one or more stimuli. (a) a stimuli-responsive magnetic nanoparticle comprising a first stimuli-responsive polymer attached to a magnetic core; and (b) a stimuli-responsive capture conjugate comprising a second stimuli-responsive polymer attached to a first capture moiety, wherein the first capture moiety is capable of binding to a target;
A lock system, in particular for the access authorization and/or driving authorization in a motor vehicle in the manner of a keyless entry/go functionality, comprising a first device which has at least two states and is designed as a control device, such as a control device for unlocking and/or locking car doors, an ignition lock and a steering wheel lock, and for releasing and/or blocking an immobiliser and an engine control unit, and comprising an associated second device which is designed in the manner of an electronic key, an ID provider and a chip card, wherein the two devices (4, 5) have transmitters and/or receivers (24, 17) for, in particular, electromagnetic signals for the intended operation of said devices, wherein in particular at least one of the signals transmitted between the second device and the first device is an encoded operating signal for authenticating the second device so that after a positive evaluation of the transmitted operating signal, if the second device is authorised, a change in the state of the first device can be brought about, wherein at least one antenna which interacts with a oscillating circuit and is intended for transmitting at least one of the signals is associated with the first device, and wherein the antenna can be switched between transmission operation for the keyless functionality and receiving and/or transmitting operation for an emergency functionality if the keyless functionality fails, characterised in that the oscillating circuit in transmission operation is operated as a series oscillating circuit having a high quality factor and in the receiving operation as a parallel oscillating circuit having a low quality factor.
A method for preparing a substrate for electronic printing, said method comprising the steps of: applying a release coating to a first side of a film; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a first substrate; applying a printable coating to a second side of said film while said first side of said film is bonded to said first substrate; curing said film and said substrate in an oven while said film is bonded to said first substrate and after said printable coating is applied to said second side of said film; removing said film from said substrate leaving said application layer deposited on said first substrate and said printable coating on said second side of said film; and transferring said printable coating from said second side of said film to a second substrate; wherein said application of said printable coating is performed as an inline part of a transfer lamination process. applying a release coating to a first side of a film; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a first substrate; applying a printable coating to a second side of said film while said first side of said film is bonded to said first substrate; curing said film and said substrate in an oven while said film is bonded to said first substrate and after said printable coating is applied to said second side of said film; removing said film from said substrate leaving said application layer deposited on said first substrate and said printable coating on said second side of said film; and transferring said printable coating from said second side of said film to a second substrate; wherein said application of said printable coating is performed as an inline part of a transfer lamination process.
A method performed by a base station, the base station defining a cell, the method comprising: determining whether the cell supports aerial service, wherein aerial service comprises providing wireless communication to an aerial User Equipment, UE; broadcasting terrestrial cell barring parameters associated with the cell; broadcasting aerial cell barring parameters associated with the cell when the cell supports aerial service; wherein the aerial cell barring parameters comprise at least one threshold for determining whether the UE will be subjected to an aerial cell barring scheme; and wherein the at least one threshold comprises a height threshold for determining an airborne state of the UE. determining whether the cell supports aerial service, wherein aerial service comprises providing wireless communication to an aerial User Equipment, UE; broadcasting terrestrial cell barring parameters associated with the cell; broadcasting aerial cell barring parameters associated with the cell when the cell supports aerial service; wherein the aerial cell barring parameters comprise at least one threshold for determining whether the UE will be subjected to an aerial cell barring scheme; and wherein the at least one threshold comprises a height threshold for determining an airborne state of the UE.
A method of driving an LCD comprising two substrates (23, 33), a first electrode provided on one of said two substrates (23, 33), the first electrode having an aperture, a second electrode provided on the one of said two substrates (23, 33), and a counter electrode provided on the other one of said two substrates (23, 33), the method comprising: applying a first voltage between said first electrode and said counter electrode; and applying a second voltage, higher than said first voltage, between said second electrode and said counter electrode; wherein the LCD defines a plurality of individual pixels, and in an individual pixel, the aperture of the first electrode divides the individual pixel into a plurality of regions, and the second electrode is aligned with said aperture in the individual pixel. applying a first voltage between said first electrode and said counter electrode; and applying a second voltage, higher than said first voltage, between said second electrode and said counter electrode; wherein the LCD defines a plurality of individual pixels, and in an individual pixel, the aperture of the first electrode divides the individual pixel into a plurality of regions, and the second electrode is aligned with said aperture in the individual pixel.
A process for preparing propyl 3-(dimethylamino)propylcarbamate, which comprises contacting dipropylcarbonate with 3-dimethylaminopropylamine in the presence of at least one enzymatic catalyst, wherein said catalyst comprises a lipase enzyme.
A peptide consisting of the amino acid sequence Ser Asp Gin Leu Lys Arg His Gln Arg (SEQ ID No: 4) in which one amino acid is substituted with another amino acid, wherein the amino acid at position 2 is selected from Ala, Ile, Leu, Val, Phe, Tyr, Ser and Asp and the amino acid at position 9 is Arg, wherein said peptide has an ability to bind a HLA-A*3303 molecule and an ability to induce a CTL.
A brake disk comprising: a fiber-reinforced composite material; and an encapsulated heat sink material impregnated into the fiber-reinforced composite material, the encapsulated heat sink material comprising a heat sink material encapsulated within a silicon-containing encapsulation layer, wherein the heat sink material comprises at least one of an eutectic salt or an eutectic alloy, and wherein the at least one of the eutectic salt or the eutectic alloy has a melting temperature greater than 300 °C and less than 1100 °C, a transition temperature between 300 °C and 1100 °C, and a density of less than 3.5 g/cm 3, wherein the encapsulated heat sink material comprises particles having a diameter of 10 micrometers or less, and wherein the heat sink material and the silicon-containing encapsulation layer are surrounded by a matrix material of the fiber-reinforced composite material. a fiber-reinforced composite material; and an encapsulated heat sink material impregnated into the fiber-reinforced composite material, the encapsulated heat sink material comprising a heat sink material encapsulated within a silicon-containing encapsulation layer,
A compressor comprising a frame, a rotor assembly, and a heat sink assembly, wherein the rotor assembly comprises a bearing assembly to which the heat sink assembly is secured, the compressor is configured such that during use air is drawn through the interior of the frame, and the heat sink assembly comprises a heat sink having a plurality of legs that extend radially from the bearing assembly, into the air path through the frame, such that, in use, the air flows over the heat sink assembly axially between adjacent legs, characterised in that the width of each leg tapers in a direction away from the bearing assembly.
A flat tube for a heat exchanger for a flow of a fluid therein, the tube being formed by bending a sheet metal strip along its length, the metal strip comprising longitudinal edges (2A, 2B), the flat tube further comprising: a first wall, a second wall parallel to the first wall, said walls (3, 4) being substantially flat, two complementary side wall portions joining said first and second walls (3, 4) together, wherein the first wall comprises a seam extending along the longitudinal axis of the flat tube so that juxtaposed longitudinal edges (2A, 2B) of the metal strip join together in parallel manner towards the second wall to form a closed profile of the tube, the seam comprises a first section and a second section arranged in series with respect to the first portion of the seam, the sections (5A, 5B) being spaced apart from the second wall and extending along the seam along the longitudinal axis of the flat tube, characterized in that the second wall comprises at least one deflection protruding towards the seam, so that the first section is in contact with the second wall whereas the second section remains spaced apart from the second wall.
A method for monitoring the condition of livestock, the method comprising the steps of: sensing changes in orientation and movement of an animal's head using at least one multi-axis accelerometer; determining increased activity of said animal from said sensed changes in orientation and movement of said animal's head; determining a plurality of status conditions of said animal from said determined increased activity, said status conditions including at least one of fertility, oestrus and prediction of onset of parturition; and transmitting data, wirelessly, to a central computer. sensing changes in orientation and movement of an animal's head using at least one multi-axis accelerometer; determining increased activity of said animal from said sensed changes in orientation and movement of said animal's head; determining a plurality of status conditions of said animal from said determined increased activity, said status conditions including at least one of fertility, oestrus and prediction of onset of parturition; and transmitting data, wirelessly, to a central computer.
A method for treating organic extraction solution used in liquid-liquid extraction, where the extraction reagent of the solution is hydroxyoxime-based and where the metal extraction properties of said solution have been changed chemically in the process conditions, characterised in that treatment of the extraction solution to restore the physical and metal extraction properties of the extraction solution to the original level takes place in two stages, of which the first stage is a reaction stage in which the extraction solution is contacted with an aqueous solution of hydroxylamine or a compound thereof, whereby the aldehydes and/or ketones formed in the solution under process conditions are reoximated, after which the solutions are separated and the extraction solution is treated in a second stage or adsorption purification stage, in which the extraction solution is brought into contact with some adsorption material in solid form, by means of which the extraction solution is purified from compounds of the harmful substances generated in the reoximation reactions.
A method of battery charging, comprising a step of obtaining an anode impedance curve corresponding to a battery, characterized in that, the method further comprises steps of: obtaining an anode open circuit voltage curve, a lithium deposition potential threshold and a state of charge corresponding to the battery; determining a current anode open circuit voltage according to the anode open circuit voltage curve and the state of charge; determining a current anode impedance according to the anode impedance curve and the state of charge; determining a current charging current according to the current anode open circuit voltage, the current anode impedance and the lithium deposition potential threshold; and charging the battery with the current charging current. obtaining an anode open circuit voltage curve, a lithium deposition potential threshold and a state of charge corresponding to the battery; determining a current anode open circuit voltage according to the anode open circuit voltage curve and the state of charge; determining a current anode impedance according to the anode impedance curve and the state of charge; determining a current charging current according to the current anode open circuit voltage, the current anode impedance and the lithium deposition potential threshold; and charging the battery with the current charging current.
An automated multiparameter luminaire for providing entertainment or architectural lighting under control of an operator through a control desk, wherein the luminaire is adapted to be powered by a mains power supply and comprises: an onboard display; a display control system for collecting and storing diagnostic logging data; a battery; a non-volatile memory and characterised in that the luminaire comprises: Z a plurality of internal accelerometers; whereby said onboard display on interrogation by a user is adapted to display said diagnostic logging data to the user, whereby the battery is configured to power the display control system when the luminaire is disconnected from the mains supply such that data collected from said internal accelerometers is stored in said non-volatile memory as said diagnostic logging data as a warning of physical shock imparted during shipping or transportation of said luminaire. an onboard display; a display control system for collecting and storing diagnostic logging data; a battery; a non-volatile memory and characterised in that the luminaire comprises: Z a plurality of internal accelerometers;
A data reduction method, comprising the steps of: obtaining a set of data; identifying groups of correlated data in the set of data; performing a spectral dimensionality decomposition for the identified groups of correlated data in order to obtain spectral decomposition components and factors; and outputting the obtained spectral decomposition components and factors, wherein the whole components and factors of a single element of the group of correlated data are output, and only components and factors specifying differences to the single element are output for the remaining elements of the group. obtaining a set of data; identifying groups of correlated data in the set of data; performing a spectral dimensionality decomposition for the identified groups of correlated data in order to obtain spectral decomposition components and factors; and outputting the obtained spectral decomposition components and factors, wherein the whole components and factors of a single element of the group of correlated data are output, and only components and factors specifying differences to the single element are output for the remaining elements of the group.
A method of producing a bisphenol comprising: reacting a phenolic compound with a reactant comprising one or both of an aldehyde and a ketone in the presence of a catalyst system and methanol to produce the bisphenol; wherein the methanol is present in an amount of 250 to 5,000 ppm based on the total weight of the reactant; wherein the catalyst system comprises an ion-exchange resin comprising a plurality of sulfonic acid sites; and 5 to 35 mol% of an attached promoter molecule based on the total moles of the sulfonic acid sites in the catalyst system; and wherein the attached promoter molecule comprises at least two thiol groups per attached promoter molecule. reacting a phenolic compound with a reactant comprising one or both of an aldehyde and a ketone in the presence of a catalyst system and methanol to produce the bisphenol; wherein the methanol is present in an amount of 250 to 5,000 ppm based on the total weight of the reactant; wherein the catalyst system comprises an ion-exchange resin comprising a plurality of sulfonic acid sites; and 5 to 35 mol% of an attached promoter molecule based on the total moles of the sulfonic acid sites in the catalyst system; and wherein the attached promoter molecule comprises at least two thiol groups per attached promoter molecule.
A powder conveying device for conveying coating powder to a powder applicator, - in which a working container is provided, which is embodied and operable such that it can be pressurized and has a powder inlet and a powder outlet (51.1), - in which the powder outlet (51.1) is connected to a powder outlet valve, - in which a powder line is provided, which is connected on the inlet side to the powder outlet valve, and which has, on the inlet side, an inlet for transport air, - in which the powder line can be connected, on the outlet side, to a powder applicator (4; 5), and - in which a controller is provided, which is embodied and operable such that it controls the amount of powder to be conveyed, in that it repeatedly opens and closes the powder outlet valve. - in which a working container is provided, which is embodied and operable such that it can be pressurized and has a powder inlet and a powder outlet (51.1), - in which the powder outlet (51.1) is connected to a powder outlet valve, - in which a powder line is provided, which is connected on the inlet side to the powder outlet valve, and which has, on the inlet side, an inlet for transport air, - in which the powder line can be connected, on the outlet side, to a powder applicator (4; 5), and - in which a controller is provided, which is embodied and operable such that it controls the amount of powder to be conveyed, in that it repeatedly opens and closes the powder outlet valve.
A terminal block marker for identifying a terminal block, the terminal block marker comprising: a rigid base adapted to be secured to the terminal block, the rigid base including a top with a first arm having a first inwardly extending projection and a second arm having a second inwardly extending projection, and a bottom with legs extending in a direction opposite the arms for holding the terminal block marker in the terminal block; and a flexible film insert installed on the rigid base, the flexible film insert being configured to be positioned under the first projection of the first arm and rotated towards the top until the flexible film insert snaps under the second projection of the second arm, wherein the first and second projections retain the flexible film insert on the rigid base; wherein the rigid base has perforations and the flexible film insert has perforations, wherein the perforations in the flexible film insert are aligned with the perforations in the rigid base when the flexible film insert is installed on the base, whereby the aligned perforations enable a length of the assembled terminal block marker to be torn off. a rigid base adapted to be secured to the terminal block, the rigid base including a top with a first arm having a first inwardly extending projection and a second arm having a second inwardly extending projection, and a bottom with legs extending in a direction opposite the arms for holding the terminal block marker in the terminal block; and a flexible film insert installed on the rigid base, the flexible film insert being configured to be positioned under the first projection of the first arm and rotated towards the top until the flexible film insert snaps under the second projection of the second arm, wherein the first and second projections retain the flexible film insert on the rigid base; wherein the rigid base has perforations and the flexible film insert has perforations, wherein the perforations in the flexible film insert are aligned with the perforations in the rigid base when the flexible film insert is installed on the base, whereby the aligned perforations enable a length of the assembled terminal block marker to be torn off.