mhurhangee/patent-ind-claim-en huggingface dataset:
A welding jig for welding an electrode lead of a battery cell and a sensing bus bar of a bus bar assembly to each other, the welding jig comprising: a jig body suitable to be disposed above the electrode lead and the sensing bus bar during the welding; and a positioning guide unit provided to the jig body and configured to make a step correction in at least three directions when the electrode lead and the sensing bus bar are welded; wherein the positioning guide unit includes a first positioning guider provided to the jig body and configured to be elastically movable in an upper and lower direction of the jig body ; a second positioning guider provided to the jig body and configured to be elastically movable in a left and right direction of the jig body ; and the welding jig being characterized in that the positioning guide unit further includes: a third positioning guider provided to the jig body and configured to be tiltable at a predetermined angle in an upper and lower direction at left and right sides of the jig body . a jig body suitable to be disposed above the electrode lead and the sensing bus bar during the welding; and a positioning guide unit provided to the jig body and configured to make a step correction in at least three directions when the electrode lead and the sensing bus bar are welded; wherein the positioning guide unit includes a first positioning guider provided to the jig body and configured to be elastically movable in an upper and lower direction of the jig body ; a second positioning guider provided to the jig body and configured to be elastically movable in a left and right direction of the jig body ; and the welding jig being characterized in that the positioning guide unit further includes: a third positioning guider provided to the jig body and configured to be tiltable at a predetermined angle in an upper and lower direction at left and right sides of the jig body . a first positioning guider provided to the jig body and configured to be elastically movable in an upper and lower direction of the jig body ; a second positioning guider provided to the jig body and configured to be elastically movable in a left and right direction of the jig body ; and the welding jig being characterized in that the positioning guide unit further includes: a third positioning guider provided to the jig body and configured to be tiltable at a predetermined angle in an upper and lower direction at left and right sides of the jig body .
A method of producing a non-petroleum based electrical insulating oil having a kinematic viscosity at 40 °C in the range of 3.4 to 4.5 mm 2 /s, preferably in the range of 3.6 to 3.9 mm 2 /s, more preferably of 3.8 mm 2 /s, the method comprising: - performing distillation/stripping of a primary mixture comprising isomerised straight chain hydrocarbons; - collecting a paraffinic base oil as an intermediate distilled/stripped product; and - mixing the base oil with an antioxidant additive, characterized in that, the primary mixture comprises isomerised saturated hydrocarbons in the range C10-C20, the method further comprises controlling the collection of the paraffinic base oil in such a way that the initial boiling point of the distillation cut is chosen so that the flash point is above 135 °C and the final boiling point of the distillation cut is chosen so that the viscosity of the paraffinic base oil falls within the range of 3.4 to 4.5 mm 2 /s at 40 °C. - performing distillation/stripping of a primary mixture comprising isomerised straight chain hydrocarbons; - collecting a paraffinic base oil as an intermediate distilled/stripped product; and - mixing the base oil with an antioxidant additive, characterized in that, the primary mixture comprises isomerised saturated hydrocarbons in the range C10-C20, the method further comprises controlling the collection of the paraffinic base oil in such a way that the initial boiling point of the distillation cut is chosen so that the flash point is above 135 °C and the final boiling point of the distillation cut is chosen so that the viscosity of the paraffinic base oil falls within the range of 3.4 to 4.5 mm 2 /s at 40 °C. the primary mixture comprises isomerised saturated hydrocarbons in the range C10-C20, the method further comprises controlling the collection of the paraffinic base oil in such a way that the initial boiling point of the distillation cut is chosen so that the flash point is above 135 °C and the final boiling point of the distillation cut is chosen so that the viscosity of the paraffinic base oil falls within the range of 3.4 to 4.5 mm 2 /s at 40 °C.
Wind turbine assembly system comprising: - a main lifting structure configured to withstand the load of at least one tower section or at least one wind turbine component , and - at least one secondary lifting structure configured to perform the lifting of the main lifting structure with respect to the wind turbine tower, the secondary lifting structure comprising lifting means for the main lifting structure which operate from a height above the centre of gravity of the main lifting structure ; wherein the at least one secondary lifting structure is configured to perform the lifting of the main lifting structure with respect to the wind turbine tower once the main lifting structure has carried out the lifting of the at least one tower section or the at least one wind turbine component , characterized in that the at least one secondary lifting structure comprises a lattice structure whereon the lifting means of the main lifting structure are disposed. - a main lifting structure configured to withstand the load of at least one tower section or at least one wind turbine component , and - at least one secondary lifting structure configured to perform the lifting of the main lifting structure with respect to the wind turbine tower, the secondary lifting structure comprising lifting means for the main lifting structure which operate from a height above the centre of gravity of the main lifting structure ;
A halogenated resin comprising chlorinated polyvinylchloride (CPVC) and a stabilizing composition comprising disodium adipate in an amount above 0.3 parts by weight per 100 parts of polymer (phr), wherein the halogenated resin does not comprise tin stabilizers and wherein the disodium adipate of the stabilizing composition shows a particle size distribution by volume density showing a D90 value lower than 8.0 micron, a D50 value lower than 1.8 micron and a D10 value lower than 0.6 micron, as measured by a Malvern Metasizer 3000 equipped with Aero S accessory for powder analysis. wherein the halogenated resin does not comprise tin stabilizers and wherein the disodium adipate of the stabilizing composition shows a particle size distribution by volume density showing a D90 value lower than 8.0 micron, a D50 value lower than 1.8 micron and a D10 value lower than 0.6 micron, as measured by a Malvern Metasizer 3000 equipped with Aero S accessory for powder analysis.
A display device comprising: a display panel configured to display an image; a plurality of Light Emitting Diodes configured to generate light to supply light to the display panel ; a light guide panel configured to guide light to the display panel ; and a micro-lens film configured to concentrate and diffuse light emitted from the light guide panel , the micro-lens film including a base film , a lens unit formed at an upper surface of the base film , and a back-coating film coated with a plurality of micro-patterned beads for haze regulation formed at a lower surface of the base film , wherein the lens unit includes regularly arranged fixed-shape lenses , and first micro-lenses , wherein the fixed-shape lenses have the form of circular semi-spheres having the same size, the first micro-lenses are arranged on two opposite sides of each of the fixed-shape lenses in order to minimize gaps between the regularly arranged fixed-shape lenses and formed such that for each of the first micro-lenses , a part of the first micro-lens is embedded in a respective fixed-shape lens and the remaining part of the first micro-lens protrudes from the respective fixed-shape lens . a display panel configured to display an image; a plurality of Light Emitting Diodes configured to generate light to supply light to the display panel ; a light guide panel configured to guide light to the display panel ; and a micro-lens film configured to concentrate and diffuse light emitted from the light guide panel , the micro-lens film including a base film , a lens unit formed at an upper surface of the base film , and a back-coating film coated with a plurality of micro-patterned beads for haze regulation formed at a lower surface of the base film , wherein the lens unit includes regularly arranged fixed-shape lenses , and first micro-lenses , wherein the fixed-shape lenses have the form of circular semi-spheres having the same size, the first micro-lenses are arranged on two opposite sides of each of the fixed-shape lenses in order to minimize gaps between the regularly arranged fixed-shape lenses and formed such that for each of the first micro-lenses , a part of the first micro-lens is embedded in a respective fixed-shape lens and the remaining part of the first micro-lens protrudes from the respective fixed-shape lens .
Method for regulating a bus device voltage (U VSP ) by means of a voltage regulation device, to the input of which a bus voltage (U BUS ) is fed via a communications bus, and which has voltage terminals for the bus device voltage (U VSP ), at which a variable load is present, wherein, on receipt of data signals via the communications bus, current, which in the absence of data signals flows across the voltage terminals , is passed during a signal/time interval via a switch into a branch circuit, wherein the voltage regulation device has a current source which outputs a current (I SP ), the current intensity of which is constant as long as no regulation takes place, and the current intensity of which is changed if regulation is initiated as a result of deviation of the bus device voltage (U VSP ) from a setpoint (V REF ), wherein, at least during a predeterminable regulation interval, a change in current intensity (ΔI SP ) of the current (I SP ) per unit time (Δt) output by the current source is adjusted continuously during regulation as a function of at least one regulation parameter, wherein the change in current intensity (ΔI SP ) per unit time (Δt) is continuously adjusted as a function of a respective present value of the bus device voltage (U VSP ) and/or as a function of the present change thereof per unit time, characterised in that the change in current intensity (ΔI SP ) per unit time (Δt) is adjusted continuously as a function of a present difference (U VCRx ) between the bus device voltage (U VSP ) and a bus device voltage which prevails if no data is being transmitted, and wherein the change in current intensity (ΔI SP ) per unit time (Δt) is increased compared with a previous change (ΔI SP ) per unit time (Δt), if the difference (U VCRx ) increases, and the change in current intensity (ΔI SP ) per unit time (Δt) is reduced compared with a previous change (ΔI SP ) per unit time (Δt) if the difference (U VCRx ) deceases.
A genetically engineered bacteriophage of the order Caudovirales wherein the genetically engineered bacteriophage genome is altered such that after reproduction in a host cell, or in an in vitro system, the exterior or outer surface of the genetically engineered bacteriophage comprises: (a) at least one non-bacteriophage carbohydrate binding domain comprising a lectin on a tailspike, for use for treating, ameliorating and/or preventing a bacterial infection, defending, ameliorating and/or preventing a bacterial infection of mucosal surface or a mucus-covered epithelium, treating, ameliorating and/or preventing a bacterial infection in an individual having an infection or a condition comprising an abnormal, disrupted or pathological mucosal surface or mucus-covered epithelium, or a condition caused, modified or effected by an abnormal, disrupted or pathological microbiota (a) at least one non-bacteriophage carbohydrate binding domain comprising a lectin on a tailspike, for use for treating, ameliorating and/or preventing a bacterial infection, defending, ameliorating and/or preventing a bacterial infection of mucosal surface or a mucus-covered epithelium, treating, ameliorating and/or preventing a bacterial infection in an individual having an infection or a condition comprising an abnormal, disrupted or pathological mucosal surface or mucus-covered epithelium, or a condition caused, modified or effected by an abnormal, disrupted or pathological microbiota
A walking state determination program for causing a computer to execute processing comprising: setting a predetermined period (Tx) as provisional walking section; acquiring first measurement data and second measurement data for a plurality of time windows (w1, ..., wk) in the predetermined period (Tx) that respectively indicate transitions of measured values measured by a first sensor and a second sensor respectively attached to a left and a right feet in the predetermined period (Tx); calculating a correlation degree for each time window (w1, ..., wk) that indicates a degree of a correlation between the transition of the measured value indicated by the acquired first measurement data and the transition of the measured value indicated by the acquired second measurement data; determining whether or not walking is performed during the predetermined period (Tx) on the basis of the maximum calculated correlation degree among the correlation degrees for the plurality of time windows (w1, ..., wk); and removing the predetermined period (Tx) during which no walking is performed as a non-walking section from the provisional walking section. acquiring first measurement data and second measurement data for a plurality of time windows (w1, ..., wk) in the predetermined period (Tx) that respectively indicate transitions of measured values measured by a first sensor and a second sensor respectively attached to a left and a right feet in the predetermined period (Tx); calculating a correlation degree for each time window (w1, ..., wk) that indicates a degree of a correlation between the transition of the measured value indicated by the acquired first measurement data and the transition of the measured value indicated by the acquired second measurement data; determining whether or not walking is performed during the predetermined period (Tx) on the basis of the maximum calculated correlation degree among the correlation degrees for the plurality of time windows (w1, ..., wk); and removing the predetermined period (Tx) during which no walking is performed as a non-walking section from the provisional walking section.
An apparatus , comprising: a first communication interface configured to be communicatively coupled, via an optical line , to a network device that is disposed in an optical network using a wavelength division multiplexing, WDM; a second communication interface configured to be communicatively coupled to a router via an Ethernet connection ; and a signal generator operatively coupled to the first communication interface and the second communication interface, the signal generator configured to generate an Ethernet signal including a link-layer discovery protocol, LLDP, signal representing an encryption status of the optical line between the first communication interface and the network device, the second communication interface configured to transmit the Ethernet signal to the router; wherein the LLDP signal is configured to indicate that encryption is disabled on the apparatus. a first communication interface configured to be communicatively coupled, via an optical line , to a network device that is disposed in an optical network using a wavelength division multiplexing, WDM; a second communication interface configured to be communicatively coupled to a router via an Ethernet connection ; and a signal generator operatively coupled to the first communication interface and the second communication interface, the signal generator configured to generate an Ethernet signal including a link-layer discovery protocol, LLDP, signal representing an encryption status of the optical line between the first communication interface and the network device, the second communication interface configured to transmit the Ethernet signal to the router; wherein the LLDP signal is configured to indicate that encryption is disabled on the apparatus.
Holder for a curved duct portion of a tube pump comprising: a supply-side connector comprising a first cavity and a first plate connected together, said first cavity being adapted for receiving an end of said curved duct portion , and a discharge-side connector comprising a second cavity and a second plate connected together, said second cavity being adapted for receiving another end of said curved duct portion , characterized in that said connectors are movable the one with respect to the other between a storage configuration, in which said supply-side connector is positioned away to said discharge-side connector , and an operating configuration, in which said supply-side connector is close to said discharge-side connector and in which said first and second plate are engaged together substantially on a same plane (X-Z). a supply-side connector comprising a first cavity and a first plate connected together, said first cavity being adapted for receiving an end of said curved duct portion , and a discharge-side connector comprising a second cavity and a second plate connected together, said second cavity being adapted for receiving another end of said curved duct portion , characterized in that said connectors are movable the one with respect to the other between a storage configuration, in which said supply-side connector is positioned away to said discharge-side connector , and an operating configuration, in which said supply-side connector is close to said discharge-side connector and in which said first and second plate are engaged together substantially on a same plane (X-Z).
A method for producing a glycoside compound represented by formula : wherein B a , i-Pr and n are the same as those defined below, which comprises reacting a glycoside compound represented by formula : wherein B a represents an adenine group which may be optionally substituted with an acyl group, and i-Pr group represents an isopropyl group, with an ether compound represented by formula : wherein R 1 represents a C1-C6 alkyl group or a phenyl group, and n is 0 or 1, in 4-methyltetrahydropyran in the presence of one or more halogenating agents selected from halogen, N-halogenated succinimide, and N-halogenated hydantoin. wherein B a , i-Pr and n are the same as those defined below, which comprises reacting a glycoside compound represented by formula : wherein B a represents an adenine group which may be optionally substituted with an acyl group, and i-Pr group represents an isopropyl group, with an ether compound represented by formula : wherein R 1 represents a C1-C6 alkyl group or a phenyl group, and n is 0 or 1, in 4-methyltetrahydropyran in the presence of one or more halogenating agents selected from halogen, N-halogenated succinimide, and N-halogenated hydantoin. wherein B a represents an adenine group which may be optionally substituted with an acyl group, and i-Pr group represents an isopropyl group, with an ether compound represented by formula : wherein R 1 represents a C1-C6 alkyl group or a phenyl group, and n is 0 or 1, in 4-methyltetrahydropyran in the presence of one or more halogenating agents selected from halogen, N-halogenated succinimide, and N-halogenated hydantoin. wherein R 1 represents a C1-C6 alkyl group or a phenyl group, and n is 0 or 1, in 4-methyltetrahydropyran in the presence of one or more halogenating agents selected from halogen, N-halogenated succinimide, and N-halogenated hydantoin.
A Bluetooth connection method, comprising: after a classic Bluetooth connection between a first terminal and a second terminal is released, sending (S410), by the first terminal, a BLE advertising message, wherein both the first terminal and the second terminal support Bluetooth low energy BLE and classic Bluetooth, and the BLE advertising message comprises device information; receiving (S412), by the second terminal, the BLE advertising message, and obtaining the device information; matching (S416), by the second terminal, the device information with prestored device information; if the device information obtained by the second terminal successfully matches the prestored device information, initiating (S418), by the second terminal, a classic Bluetooth connection request to the first terminal; and establishing, by the first terminal, a classic Bluetooth connection to the second terminal, characterized in that the device information is a first ciphertext generated by the first terminal; and the matching, by the second terminal, the device information with prestored device information is specifically: matching, by the second terminal, the obtained first ciphertext generated by the first terminal with a prestored second ciphertext generated by the second terminal, wherein the first terminal and the second terminal obtain a same public attribute and same status data of the classic Bluetooth connection, and generate the first ciphertext and the second ciphertext by encrypting the public attribute and the status data using a same encryption algorithm. after a classic Bluetooth connection between a first terminal and a second terminal is released, sending (S410), by the first terminal, a BLE advertising message, wherein both the first terminal and the second terminal support Bluetooth low energy BLE and classic Bluetooth, and the BLE advertising message comprises device information; receiving (S412), by the second terminal, the BLE advertising message, and obtaining the device information; matching (S416), by the second terminal, the device information with prestored device information; if the device information obtained by the second terminal successfully matches the prestored device information, initiating (S418), by the second terminal, a classic Bluetooth connection request to the first terminal; and establishing, by the first terminal, a classic Bluetooth connection to the second terminal, characterized in that the device information is a first ciphertext generated by the first terminal; and the matching, by the second terminal, the device information with prestored device information is specifically: matching, by the second terminal, the obtained first ciphertext generated by the first terminal with a prestored second ciphertext generated by the second terminal, wherein the first terminal and the second terminal obtain a same public attribute and same status data of the classic Bluetooth connection, and generate the first ciphertext and the second ciphertext by encrypting the public attribute and the status data using a same encryption algorithm.