mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a microneedle array comprising: (a) preparing a positive master mold by positioning microneedles in a defining plate comprising a top and bottom surface, wherein the microneedles are placed at a predetermined distance from one another, and further wherein the microneedle tips protrude from the bottom of the defining plate; and further comprising (b) preparing a negative mold by either casting a castable material onto the positive master mold or dipping the positive master mold into a curable gel or thermoplastic material, to produce a negative mold having the same surface contour as the positive master mold; (c) adding a dissolvable polymer to the negative mold to form a microneedle array; and (d) drying the microneedle array; wherein the microneedle tip is positioned using a stop wall at a desired distance from the defining plate, or using tapered holes in the defining plate. (a) preparing a positive master mold by positioning microneedles in a defining plate comprising a top and bottom surface, wherein the microneedles are placed at a predetermined distance from one another, and further wherein the microneedle tips protrude from the bottom of the defining plate; and further comprising (b) preparing a negative mold by either casting a castable material onto the positive master mold or dipping the positive master mold into a curable gel or thermoplastic material, to produce a negative mold having the same surface contour as the positive master mold; (c) adding a dissolvable polymer to the negative mold to form a microneedle array; and (d) drying the microneedle array;
A method for repairing a fault of a terminal, comprising: acquiring, by the terminal, an error log of the terminal in response to a fault repairing instruction, and extracting identification information of a corresponding application from the error log, by: creating a log file in response to the fault repairing instruction, and redirecting log information generated by the terminal to the log file; and analyzing the log information in the log file to find out the error log, and acquiring a process name of the corresponding application as said identification information from the error log; when the application is a local application, according to the identification information of the local application and a preset top level domain name corresponding to an after sales server of the local application, determining an IP address of the after sales server corresponding to the local application; sending the error log to the corresponding after sales server according to a preset receiving port and the IP address of the after sales server, and determining, by the after sales server, a solution according to the error log, and feeding back the solution to the terminal; and performing, by the terminal, operation of repairing the fault of the terminal according to the solution. acquiring, by the terminal, an error log of the terminal in response to a fault repairing instruction, and extracting identification information of a corresponding application from the error log, by: creating a log file in response to the fault repairing instruction, and redirecting log information generated by the terminal to the log file; and analyzing the log information in the log file to find out the error log, and acquiring a process name of the corresponding application as said identification information from the error log; creating a log file in response to the fault repairing instruction, and redirecting log information generated by the terminal to the log file; and analyzing the log information in the log file to find out the error log, and acquiring a process name of the corresponding application as said identification information from the error log; when the application is a local application, according to the identification information of the local application and a preset top level domain name corresponding to an after sales server of the local application, determining an IP address of the after sales server corresponding to the local application; sending the error log to the corresponding after sales server according to a preset receiving port and the IP address of the after sales server, and determining, by the after sales server, a solution according to the error log, and feeding back the solution to the terminal; and performing, by the terminal, operation of repairing the fault of the terminal according to the solution.
A process for producing a three-dimensional object by means of a powder-based additive manufacturing method from at least one first pulverulent material, characterized in that the at least one first pulverulent material includes at least one solid isocyanate based on HDI, IPDI, TDI or MDI or mixtures thereof and a thermoplastic polyurethane, wherein the solid isocyanate exhibits a blocked isocyanate group or a mixture of an isocyanate group and a blocked isocyanate group.
A flow angle sensor (10; 110) comprising: a sensing element (24; 124); a background component (28; 128) connected to and movable with the sensing element, the background component having a marker; a lens adjacent the background component; an image sensor axially aligned with the lens to capture an image of the marker; a light source positioned to illuminate the background component; and an image processing system connected to the image sensor, wherein the image processing system provides an angle of attack output based on a location of the marker sensed by the image sensor. a sensing element (24; 124); a background component (28; 128) connected to and movable with the sensing element, the background component having a marker; a lens adjacent the background component; an image sensor axially aligned with the lens to capture an image of the marker; a light source positioned to illuminate the background component; and an image processing system connected to the image sensor, wherein the image processing system provides an angle of attack output based on a location of the marker sensed by the image sensor.
An ID-transponder for a motor vehicle access system, having a housing, and a housing cover assigned to the housing, which housing cover has a cavity, which is formed by at least two walls (7, 10) of the housing cover, wherein the housing cover has at least one opening, through which an electronic element, in particular an NFC element, can be inserted into the cavity, characterised in that, the cover has a second opening, spaced apart from the first opening, which serves for the subsequent manual positioning of the electronic element.
Functionalised extracellular matrix (FECM) comprising proteoglycans and glycoproteins, which has at least one functional group A, wherein the at least one functional group A is covalently incorporated into oligosaccharide chains of the proteoglycans or glycoproteins, wherein the at least one functional group A is capable of forming at least one covalent bond with a complementary functional group B, and wherein the functional group A is selected from the group consisting of an azide group, C-C double bond and C-C triple bond.
Bowden cable assembly for double latching systems comprising: a. an actuating Bowden cable, comprising an actuating inner cable, an actuating conduit and an actuating inner cable end fitting; b. a first driven Bowden cable, comprising a first inner cable, a first conduit and a first inner cable end fitting comprising a receptacle for the end fitting of the actuating inner cable for receiving the actuating inner cable end fitting; c. a second driven Bowden cable, comprising a second inner cable and a second conduit; d. a housing having in axial direction a first end and an opposing second end, and wherein e. the first conduit is connected to the first end of the housing; and f. a slider, that can slide in an axial direction within the housing; wherein g. the actuating inner cable is connected to the first inner cable, wherein the actuating inner cable end fitting is received within the receptacle of the first inner cable end fitting inside the housing; h. the actuating conduit is connected to the slider; i. the second inner cable is connected to the slider. a. an actuating Bowden cable, comprising an actuating inner cable, an actuating conduit and an actuating inner cable end fitting; b. a first driven Bowden cable, comprising a first inner cable, a first conduit and a first inner cable end fitting comprising a receptacle for the end fitting of the actuating inner cable for receiving the actuating inner cable end fitting; c. a second driven Bowden cable, comprising a second inner cable and a second conduit; d. a housing having in axial direction a first end and an opposing second end, and wherein e. the first conduit is connected to the first end of the housing; and f. a slider, that can slide in an axial direction within the housing; wherein g. the actuating inner cable is connected to the first inner cable, wherein the actuating inner cable end fitting is received within the receptacle of the first inner cable end fitting inside the housing; h. the actuating conduit is connected to the slider; i. the second inner cable is connected to the slider.
A method in a mobile device comprising a host processor, a wireless local area network solution and a wireless local area network modem, comprising: receiving, in the wireless local area network modem, from the host processor, a command to change a medium access control address associated with the wireless local area network modem; and changing, in the wireless local area network modem, the medium access control address, without restarting the wireless local area network modem of the mobile device, characterized in that the medium access control address is changed by the wireless local area network modem as a response to the command only if a restriction on a maximum allowed rate of medium access control address changes per unit of time is not exceeded, the command comprising a new medium access control address. receiving, in the wireless local area network modem, from the host processor, a command to change a medium access control address associated with the wireless local area network modem; and changing, in the wireless local area network modem, the medium access control address, without restarting the wireless local area network modem of the mobile device, characterized in that the medium access control address is changed by the wireless local area network modem as a response to the command only if a restriction on a maximum allowed rate of medium access control address changes per unit of time is not exceeded, the command comprising a new medium access control address.
A method for wireless communication, the method comprising: transmitting, by a first device (120; 320), to a server that manages profiles, a first message for triggering enablement of a first profile, upon determining that a communication link between the first device (120; 320) and a second device (110; 310) is disconnected, wherein the communication link is used for the first device (120; 320) to access a mobile communication network via the second device (110; 310) using a second profile while the second profile is enabled on the second device (110; 310); receiving, by the first device (120; 320), from the server, a second message for enabling the first profile in the first device (120; 320), in response to the first message; and enabling, by the first device (120; 320), the first profile, in response to the second message, wherein the first profile comprises first subscriber information which is used to access to the mobile communication network, wherein the second profile comprises second subscriber information which is used to access to the mobile communication network, and wherein the first profile and the second profile comprise an identical subscriber identification number. transmitting, by a first device (120; 320), to a server that manages profiles, a first message for triggering enablement of a first profile, upon determining that a communication link between the first device (120; 320) and a second device (110; 310) is disconnected, wherein the communication link is used for the first device (120; 320) to access a mobile communication network via the second device (110; 310) using a second profile while the second profile is enabled on the second device (110; 310); receiving, by the first device (120; 320), from the server, a second message for enabling the first profile in the first device (120; 320), in response to the first message; and enabling, by the first device (120; 320), the first profile, in response to the second message, wherein the first profile comprises first subscriber information which is used to access to the mobile communication network, wherein the second profile comprises second subscriber information which is used to access to the mobile communication network, and wherein the first profile and the second profile comprise an identical subscriber identification number.
A vehicular illumination lamp comprising: a projection lens configured to output forward, as light that is parallel with an axial line (Ax) extending in a lamp front-rear direction, light emitted from a prescribed point on the axial line; and a light source disposed in the rear of the projection lens, wherein a perimeter (12a1) of a front surface of the projection lens extends approximately along a plane that is perpendicular to the axial line (Ax); and a rear surface of the projection lens is a curved surface which is formed so that light emitted from the prescribed point and incident on the projection lens is output from the projection lens as light that is parallel with the axial line (Ax), wherein the perimeter (12a1) of the front surface of the projection lens has a non-circular shape having a plurality of straight portions and corner portions located between these straight portions, characterized in that: the front surface of the projection lens is a convex free surface, wherein the perimeter (12b1) of the rear surface is formed such that portions corresponding to the respective straight portions of the perimeter (12a1) of the front surface are deviated rearward from the perimeter (12a1) of the front surface, and corner portions corresponding to the corner portions of the perimeter (12a1) of the front surface are deviated forward from the perimeter (12a1) of the front surface. a projection lens configured to output forward, as light that is parallel with an axial line (Ax) extending in a lamp front-rear direction, light emitted from a prescribed point on the axial line; and a light source disposed in the rear of the projection lens, wherein a perimeter (12a1) of a front surface of the projection lens extends approximately along a plane that is perpendicular to the axial line (Ax); and a rear surface of the projection lens is a curved surface which is formed so that light emitted from the prescribed point and incident on the projection lens is output from the projection lens as light that is parallel with the axial line (Ax), a light source disposed in the rear of the projection lens, wherein a perimeter (12a1) of a front surface of the projection lens extends approximately along a plane that is perpendicular to the axial line (Ax); and a rear surface of the projection lens is a curved surface which is formed so that light emitted from the prescribed point and incident on the projection lens is output from the projection lens as light that is parallel with the axial line (Ax), the front surface of the projection lens is a convex free surface,
A method, comprising: at an electronic device with a touch-sensitive surface: displaying, on a display, an ideogram keyboard, wherein the ideogram keyboard includes a plurality of ideograms, wherein the ideogram keyboard is displayed in a first area on the display; in response to detecting a first input on the touch-sensitive surface that represents selection of a first ideogram from the plurality of ideograms, displaying the first ideogram in a second area on the display; in response to determining a plurality of suggested one or more characters to display, wherein at least a first set of suggested one or more characters is selected based on a set of selection criteria, wherein the set of selection criteria includes at least one attribute of the first ideogram, displaying at least the first set of suggested one or more characters in a third area; and in response to detecting a second input on the touch-sensitive surface that represents selection of the displayed first set of suggested one or more characters, displaying a string of characters in the second area, the string of characters including the first ideogram and the selected first set of suggested one or more characters, wherein the first area, the second area, and the third area are different areas on the display. displaying, on a display, an ideogram keyboard, wherein the ideogram keyboard includes a plurality of ideograms, wherein the ideogram keyboard is displayed in a first area on the display; in response to detecting a first input on the touch-sensitive surface that represents selection of a first ideogram from the plurality of ideograms, displaying the first ideogram in a second area on the display; in response to determining a plurality of suggested one or more characters to display, wherein at least a first set of suggested one or more characters is selected based on a set of selection criteria, wherein the set of selection criteria includes at least one attribute of the first ideogram, displaying at least the first set of suggested one or more characters in a third area; and in response to detecting a second input on the touch-sensitive surface that represents selection of the displayed first set of suggested one or more characters, displaying a string of characters in the second area, the string of characters including the first ideogram and the selected first set of suggested one or more characters, wherein the first area, the second area, and the third area are different areas on the display.
A load-bearing support for an industrial truck, wherein at least one load-bearing means can be fastened to the load-bearing support and is designed in such a way that, by means of at least one cylinder (31a, 31b), which is arranged in a cylinder housing and has a displaceably supported piston rod (32a, 32b), the at least one load-bearing means can be displaced horizontally in relation to the industrial truck and can be tilted in a vertical direction, and wherein the load-bearing support has a rear part and a front part, wherein the front part of the load-bearing support has at least one upper holder and one lower holder for the at least one load-bearing means and the two parts (35, 38) are connected to one another in a rotatable and laterally displaceable manner, wherein the rear part of the load-bearing support has at least two vertically arranged mast jaws (12a, 12b), characterized in that the cylinder housing is connected horizontally to the at least two mast jaws or connecting elements (12a, 12b) in the upper region of the load-bearing support, and the upper holder of the load-bearing support encompasses at least significantly more than half of the cylinder housing in a rotatable and slidable manner.
A portable air-conditioner, the air-conditioner comprising a compressor, a condenser, and an evaporator located inside a housing, the air conditioner further comprising a cool air inlet and outlet and a warm air inlet and outlet, the air-conditioner comprising an evaporator fan and a condenser fan whereby the housing of the air-conditioner has an elongated shape, the end sections of the elongated air conditioner housing forming a top section and a bottom section, respectively, and wherein the evaporator fan is an axial fan characterized in that the condenser fan is a radial fan and wherein the portable air conditioner is adapted to generate a cool air stream in an upwards direction and where the compressor is located in the bottom section of the housing of the portable air conditioner, and where above the compressor the radial fan to expel hot air is located, and where above the radial fan the evaporator is located to cool air, and where on top of the evaporator the axial fan is located to deliver cool air, and wherein the evaporator and the condenser are located wrapped around the inner side of the air conditioner housing and where an electronics box is located in a space surrounded by the evaporator.
A process for refining a glyceride oil to obtain a fraction enriched in triglyceride, the process comprising: passing a glyceride oil through a size exclusion column packed with porous particles having a mass weighted mean particle size of 20 μm to 1,000 μm and an average pore size of 10 Å to 150 Å to remove partial glyceride without using any solvent; and collecting an eluate fraction enriched in triglyceride; wherein the partial glyceride content of the triglyceride enriched fraction expressed in wt.% is at least 50% lower than the partial glyceride content of the glyceride oil. passing a glyceride oil through a size exclusion column packed with porous particles having a mass weighted mean particle size of 20 μm to 1,000 μm and an average pore size of 10 Å to 150 Å to remove partial glyceride without using any solvent; and collecting an eluate fraction enriched in triglyceride;
A process for the refinement of a quartz powder, comprising the step of separating microparticles of refractory minerals out of the quartz powder by an elutriation step, characterized in that said microparticles of refractory minerals comprise minerals containing rare earth metals and/or thorium and/or uranium, and the elutriation step is carried out in a fluidised bed reactor, in which a controlled upward flow of a liquid elutriation phase is provided, by which the microparticles of refractory minerals are carried upwards in the fluidised bed reactor, whereas the quartz powder remains in the lower region of the fluidised bed reactor.
An immunogen comprising a single species of antigenic PCSK9 peptide consisting of the amino acid sequence NVPEEDGTRFHRQASKC (SEQ ID NO:3) linked to a bacteriophage virus like particle Qbeta immunogenic carrier.
An absorbent article comprising: a liquid-permeable topsheet, a liquid-impermeable backsheet, and an absorber disposed between the topsheet and the backsheet, wherein a plurality of first compressed units are provided spaced apart on both-side edges of a region of the absorber contacted to the wearer's vaginal opening, a plurality of second compressed units are provided spaced apart over the entire region in the absorber excluding the region in which the first compressed units are provided, the dimensions along the longitudinal direction of the absorbent article in the plan view shape of the first compressed units are longer than the dimensions along the width direction of the absorbent article, and the dimensions along the width direction of the absorbent article in the plan view shape of the second compressed units are longer than the dimensions along the longitudinal direction of the absorbent article, wherein an area ratio of the second compressed units in the region contacted to the wearer's vaginal opening is lower than an area ratio of the second compressed units in a peripheral region of the region contacted to the wearer's vaginal opening and, in the region contacted to the wearer's vaginal opening, a region in which the weight per unit area of the absorber is higher than in the peripheral region is provided.
A process for cleaning and/or washing down and/or feathers comprising: (a) mixing the down and/or feathers with a solution of an alkyl polyglucoside; (b) removing excess liquid; and (c) optionally drying the down and/or feathers. (a) mixing the down and/or feathers with a solution of an alkyl polyglucoside; (b) removing excess liquid; and (c) optionally drying the down and/or feathers.