mhurhangee/ep-ind-claims huggingface dataset:
A transformer clamp (900, 2100) comprising: a first plate (902, 2104, 2108) having a curved portion (904, 2110) of a predetermined curvature (910, 2120) between a first end portion (914, 930, 2120, 2122) and a second end portion (916, 932) of the transformer clamp; and a second plate (906, 2112) attached to the first plate (902, 2104, 2108) and curved based on the curvature (910, 2120) of the curved portion (904, 2110), wherein the curvature (910, 2120) enables the transformer clamp (900, 2100) to distribute a substantially uniform pressure across a first surface of a transformer coupled to the transformer clamp (900, 2100), wherein the second plate (906, 2112) is attached substantially perpendicular to the first plate (902, 2104, 2108) by joining the second plate (906, 2112) to the curved portion of the first plate (902, 2104, 2108) such that the second plate (906, 2110) follows the curvature (910, 2120) of the curved portion (904, 2110) and imparting a bending of the second plate (906, 2112) that forms a curved contact surface of the second plate (906, 2112) configured to be pressed across the first surface of the transformer. a first plate (902, 2104, 2108) having a curved portion (904, 2110) of a predetermined curvature (910, 2120) between a first end portion (914, 930, 2120, 2122) and a second end portion (916, 932) of the transformer clamp; and a second plate (906, 2112) attached to the first plate (902, 2104, 2108) and curved based on the curvature (910, 2120) of the curved portion (904, 2110), wherein the curvature (910, 2120) enables the transformer clamp (900, 2100) to distribute a substantially uniform pressure across a first surface of a transformer coupled to the transformer clamp (900, 2100), wherein the second plate (906, 2112) is attached substantially perpendicular to the first plate (902, 2104, 2108) by joining the second plate (906, 2112) to the curved portion of the first plate (902, 2104, 2108) such that the second plate (906, 2110) follows the curvature (910, 2120) of the curved portion (904, 2110) and imparting a bending of the second plate (906, 2112) that forms a curved contact surface of the second plate (906, 2112) configured to be pressed across the first surface of the transformer.
A blind fastener adapter for a conventional screw-threaded nut and screw, the adapter comprising a collar and a segmented ring over the collar, the ring and collar having a tapered interface wherein relative axial movement results in a change of diameter of said ring, said adapter further including a spring adapted to bias said collar and ring into mutual engagement, said collar and ring including means to prevent substantial relative angular movement thereof, said collar being adapted for engagement by a blind side head of said screw in use, and said ring being adapted for blind side engagement of the perimeter of a hole, characterised in that the spring is a coil compression spring that axially biases said collar and ring into mutual engagement in use.
An attenuator for a fluid duct and comprising a tube (4; 60) having a wall, an inlet and an outlet, an enclosure (9; 62) surrounding the tube (4; 60), and an annular baffle (16, 18; 65, 66) dividing the enclosure into primary and secondary chambers (11, 12, 13; 71, 72, 73, 74), wherein the interior of the tube (4; 60) is in fluid communication with the primary chamber (11; 71, 72) via apertures (17; 67) in the tube wall, and the secondary chamber (12, 13; 73, 74) is in communication with the primary chamber (11; 71, 72) via openings (15; 68) in the baffle (16, 18; 65, 66), characterised in that the secondary chamber (12, 13; 73, 74) is closed apart from the openings (15; 68).
A display apparatus comprising: a base; a stand vertically extending upward from the base; a head having a display provided on a front surface thereof and pivotable between a landscape mode in which a long side of a circumference is in a horizontal state and a portrait mode in which the long side is in a vertical state; characterized in that the display further comprising: a penetration groove extending along the circumference of the head; an inner bracket disposed inside the head and having a slit formed therein to face the penetration groove; a shaft including a first extension connected to the stand and extending to an inside of the head through the penetration groove and a second extension extending from an end of the first extension to pass through the slit; a long hole formed in the second extension and extending in a longitudinal direction of the second extension; a guide pin protruding from the inner bracket to pass through the long hole; a slider sliding along the second extension; and a spring disposed on an outer circumference of the second extension and configured to pressurize the slider to maintain contact between the slider and the inner bracket. a base; a stand vertically extending upward from the base; a head having a display provided on a front surface thereof and pivotable between a landscape mode in which a long side of a circumference is in a horizontal state and a portrait mode in which the long side is in a vertical state; characterized in that the display further comprising: a penetration groove extending along the circumference of the head; an inner bracket disposed inside the head and having a slit formed therein to face the penetration groove; a shaft including a first extension connected to the stand and extending to an inside of the head through the penetration groove and a second extension extending from an end of the first extension to pass through the slit; a long hole formed in the second extension and extending in a longitudinal direction of the second extension; a guide pin protruding from the inner bracket to pass through the long hole; a slider sliding along the second extension; and a spring disposed on an outer circumference of the second extension and configured to pressurize the slider to maintain contact between the slider and the inner bracket. a penetration groove extending along the circumference of the head; an inner bracket disposed inside the head and having a slit formed therein to face the penetration groove; a shaft including a first extension connected to the stand and extending to an inside of the head through the penetration groove and a second extension extending from an end of the first extension to pass through the slit; a long hole formed in the second extension and extending in a longitudinal direction of the second extension; a guide pin protruding from the inner bracket to pass through the long hole; a slider sliding along the second extension; and a spring disposed on an outer circumference of the second extension and configured to pressurize the slider to maintain contact between the slider and the inner bracket.
A cathode of a lithium-ion battery comprising: a conductive substrate; a first layer covering at least a portion of the conductive substrate deposited from a pretreatment composition comprising a Group IIIB and/or Group IVB metal compound dissolved or dispersed in a carrier and an electropositive metal comprising tin, indium, gallium, cobalt, nickel, copper, silver, gold, or a combination thereof; and a second layer covering at least a portion of the first layer, the second layer is deposited from a coating composition comprising a lithium-containing compound. a conductive substrate; a first layer covering at least a portion of the conductive substrate deposited from a pretreatment composition comprising a Group IIIB and/or Group IVB metal compound dissolved or dispersed in a carrier and an electropositive metal comprising tin, indium, gallium, cobalt, nickel, copper, silver, gold, or a combination thereof; and a second layer covering at least a portion of the first layer, the second layer is deposited from a coating composition comprising a lithium-containing compound.
A process for preparing nanoparticles of polydopamine and of a polyelectrolyte, comprising the following steps of: a) providing an alkaline aqueous solution comprising a polyelectrolyte of the sulfonated-polyaryletherketone derivatives type (S-PAEK); and b) adding dopamine in said alkaline aqueous solution of the polyelectrolyte with an oxidant, wherein the concentration ratio S-PAEK/dopamine is within the range of 0.25 to 5, to induce and to control the oxidative-induced polymerization or self-assembly of said dopamine in a nanometer scale, for obtaining nanoparticles of polydopamine and of said polyelectrolyte. a) providing an alkaline aqueous solution comprising a polyelectrolyte of the sulfonated-polyaryletherketone derivatives type (S-PAEK); and b) adding dopamine in said alkaline aqueous solution of the polyelectrolyte with an oxidant, wherein the concentration ratio S-PAEK/dopamine is within the range of 0.25 to 5, to induce and to control the oxidative-induced polymerization or self-assembly of said dopamine in a nanometer scale, for obtaining nanoparticles of polydopamine and of said polyelectrolyte.
A wearable device for capacitive coupled communications, the wearable device comprising: a capacitor touch panel (718, 802) configured to transmit or receive signals through capacitive coupling via human body; capacitive sensor transceiver circuitry configured to receive, via the capacitor touch panel (718, 802), a capacitive coupled signal from a host device, wherein the capacitive coupled signal is received through a body of a user of the wearable device and is modulated to include a request for authentication data to authenticate the wearable device with the host device; and processing circuitry in communication with the capacitive sensor transceiver circuitry to process the received capacitive coupled signal and transmit, via the capacitor touch panel (718, 802), authentication data modulated on a capacitive coupled reply signal to the host device, wherein the capacitive coupled reply signal modulated with the authentication data is transmitted through the body of the user of the wearable device; wherein the capacitive sensor transceiver circuitry is configured to receive, via the capacitor touch panel (718, 802), another capacitive coupled signal from the host device modulated with information indicating a successful authentication of the wearable device with the host device; wherein the capacitive sensor transceiver circuitry is configured to communicate, using capacitive coupled signaling, with a point of sales, POS, terminal to process a transaction and is further configured to receive from the host device an authorization for the wearable device to spend up to a certain amount of money. a capacitor touch panel (718, 802) configured to transmit or receive signals through capacitive coupling via human body; capacitive sensor transceiver circuitry configured to receive, via the capacitor touch panel (718, 802), a capacitive coupled signal from a host device, wherein the capacitive coupled signal is received through a body of a user of the wearable device and is modulated to include a request for authentication data to authenticate the wearable device with the host device; and processing circuitry in communication with the capacitive sensor transceiver circuitry to process the received capacitive coupled signal and transmit, via the capacitor touch panel (718, 802), authentication data modulated on a capacitive coupled reply signal to the host device, wherein the capacitive coupled reply signal modulated with the authentication data is transmitted through the body of the user of the wearable device; wherein the capacitive sensor transceiver circuitry is configured to receive, via the capacitor touch panel (718, 802), another capacitive coupled signal from the host device modulated with information indicating a successful authentication of the wearable device with the host device; wherein the capacitive sensor transceiver circuitry is configured to communicate, using capacitive coupled signaling, with a point of sales, POS, terminal to process a transaction and is further configured to receive from the host device an authorization for the wearable device to spend up to a certain amount of money.
A system for jetting viscous medium onto a substrate, said system comprising: an ejector for jetting a viscous medium onto a substrate, the ejector comprising: - a jetting chamber adapted to accommodate the viscous medium; a nozzle communicatively connected to the chamber; and - an impacting device adapted to impact a volume of the viscous medium in the chamber such that viscous medium is jetted through the nozzle towards the substrate; wherein the impacting device is configured to at least one of moving in a sequence of vertical movements and rotationally moving such that shearing is induced in the viscous medium to be jetted; and characterised in that the system comprises a sensor for measuring a shear force acting on the impacting device as it induces shearing in the viscous medium. an ejector for jetting a viscous medium onto a substrate, the ejector comprising: - a jetting chamber adapted to accommodate the viscous medium; a nozzle communicatively connected to the chamber; and - an impacting device adapted to impact a volume of the viscous medium in the chamber such that viscous medium is jetted through the nozzle towards the substrate; wherein the impacting device is configured to at least one of moving in a sequence of vertical movements and rotationally moving such that shearing is induced in the viscous medium to be jetted; and - a jetting chamber adapted to accommodate the viscous medium; a nozzle communicatively connected to the chamber; and - an impacting device adapted to impact a volume of the viscous medium in the chamber such that viscous medium is jetted through the nozzle towards the substrate; wherein the impacting device is configured to at least one of moving in a sequence of vertical movements and rotationally moving such that shearing is induced in the viscous medium to be jetted; and characterised in that the system comprises a sensor for measuring a shear force acting on the impacting device as it induces shearing in the viscous medium.
Calcium dependent protein kinase (CDPK) polypeptide comprising a variable domain, a protein kinase domain, a pseudosubstrate segment, and a calmodulin-like domain, said CLD comprising 4 EF-hand motifs EF1, EF2, EF3 and EF4, wherein a donor chromophore is inserted between PKD and PS and an acceptor chromophore is inserted C-terminally of EF4, or an acceptor chromophore is inserted between PKD and PS and a donor chromophore is inserted C-terminally of EF4, wherein said donor chromophore and said acceptor chromophore represent a Förster Resonance Energy Transfer (FRET) pair. a donor chromophore is inserted between PKD and PS and an acceptor chromophore is inserted C-terminally of EF4, or an acceptor chromophore is inserted between PKD and PS and a donor chromophore is inserted C-terminally of EF4,
A transformer for power line communication configured to receive an input voltage comprising an electric signal and a data signal, the transformer comprising: a transforming unit configured to transform between a high primary voltage and a low secondary voltage; a separation unit configured to separate a data signal from the high primary voltage; and a coupling unit configured to couple the data signal with the low secondary voltage, characterized in that the transformer further comprises a first filter configured to filter out the data signal from the high primary voltage and to provide only the electric signal to the transforming unit and a second filter configured to filter a combined signal of the data provided from the coupling unit and the secondary voltage and to output the combined signal to the transforming unit. a transforming unit configured to transform between a high primary voltage and a low secondary voltage; a separation unit configured to separate a data signal from the high primary voltage; and a coupling unit configured to couple the data signal with the low secondary voltage, characterized in that the transformer further comprises a first filter configured to filter out the data signal from the high primary voltage and to provide only the electric signal to the transforming unit and a second filter configured to filter a combined signal of the data provided from the coupling unit and the secondary voltage and to output the combined signal to the transforming unit.
A method for achieving linear scale separation of particles of a product during centrifugation comprising the steps of: operating a centrifuge apparatus at certain predetermined parameters depending upon a product to be separated; placing a first core having a first core configuration in a rotor housing to define a first rotor assembly having a first volume capacity; rotating the first rotor assembly having the first volume assembly having the first volume capacity in the centrifuge apparatus and passing the product through the first rotor assembly during rotation thereof so as to achieve a first particle separation of the product; substituting a second core having a second core configuration within the rotor housing to define a second rotor assembly having a second volume capacity that is different than the first volume capacity; and rotating the second rotor assembly having the second volume capacity in the centrifuge apparatus and passing the product through the second rotor assembly during rotation thereof so as to achieve a second particle separation of the product which is a linear change with respect to the first particle separation. operating a centrifuge apparatus at certain predetermined parameters depending upon a product to be separated; placing a first core having a first core configuration in a rotor housing to define a first rotor assembly having a first volume capacity; rotating the first rotor assembly having the first volume assembly having the first volume capacity in the centrifuge apparatus and passing the product through the first rotor assembly during rotation thereof so as to achieve a first particle separation of the product; substituting a second core having a second core configuration within the rotor housing to define a second rotor assembly having a second volume capacity that is different than the first volume capacity; and rotating the second rotor assembly having the second volume capacity in the centrifuge apparatus and passing the product through the second rotor assembly during rotation thereof so as to achieve a second particle separation of the product which is a linear change with respect to the first particle separation.
A method comprising: detecting a cell by a user equipment associated with a first public land mobile network of a plurality of public land mobile networks supported by the cell; receiving, by the user equipment for each of the plurality of public land mobile networks supported by the cell, an indication as to whether the cell is available for standalone access for a corresponding one of the plurality of public land mobile networks, wherein the indication comprises a presence or absence of a tracking area code for the corresponding public land mobile network; and determining, by the user equipment and based on the indication for the first public land mobile network, whether to request standalone access to the cell. detecting a cell by a user equipment associated with a first public land mobile network of a plurality of public land mobile networks supported by the cell; receiving, by the user equipment for each of the plurality of public land mobile networks supported by the cell, an indication as to whether the cell is available for standalone access for a corresponding one of the plurality of public land mobile networks, wherein the indication comprises a presence or absence of a tracking area code for the corresponding public land mobile network; and determining, by the user equipment and based on the indication for the first public land mobile network, whether to request standalone access to the cell.
A method for installing an additional application in a non-volatile memory of a chip card by executing a data protocol, comprising: - providing the additional application for transmission to the chip card on a provider computer; - assigning an authorization certificate to the additional application, wherein the authorization certificate includes limiting values, established for the additional application, for the use of the non-volatile memory with respect to time and data volume, in particular by the provider computer; - checking, by the chip card, the validity of the authorization certificate transmitted to the chip card as a prerequisite for the continuation of the data protocol; - searching the non-volatile memory of the chip card for previously stored applications (116, 117) having exceeded the time limit (116.1, 117.1) thereof for use of the memory, and releasing the memory areas occupied by the applications (116, 117) having exceeded the time limit (116.1, 117.1) thereof; and - storing the additional application transmitted to the chip card in the non-volatile memory, thereof together with the limiting values for use of the memory indicated in the authorization certificate. - providing the additional application for transmission to the chip card on a provider computer; - assigning an authorization certificate to the additional application, wherein the authorization certificate includes limiting values, established for the additional application, for the use of the non-volatile memory with respect to time and data volume, in particular by the provider computer; - checking, by the chip card, the validity of the authorization certificate transmitted to the chip card as a prerequisite for the continuation of the data protocol; - searching the non-volatile memory of the chip card for previously stored applications (116, 117) having exceeded the time limit (116.1, 117.1) thereof for use of the memory, and releasing the memory areas occupied by the applications (116, 117) having exceeded the time limit (116.1, 117.1) thereof; and - storing the additional application transmitted to the chip card in the non-volatile memory, thereof together with the limiting values for use of the memory indicated in the authorization certificate.
Optical filter for use in eyewear such as ski googles for improving visibility in snow dominated locations, the filter having a transmission spectrum having a first transmission peak in the wavelength range of 620nm-670, with a maximum at approximately 650nm, the ratio between the transmission peak value and the minimum transmission value in the range between 460-670nm being at least 2,5, the spectrum also includes a second transmission peak in the range of 460-500nm, with a maximum at approximately 470, the ratio between the transmission peak value and the minimum transmission value in the range between 460-670nm being at least 1,5, wherein the spectrum includes a third transmission peak in the range of 420-440nm with a peak at approximately 435nm and a local minimum between the second and third peak, characterised in that the minimum transmission value in the range between 460 and 670nm is more than 1⁄4 of the first peak transmission maximum.