mhurhangee/ep-ind-claims huggingface dataset:
An orally disintegrating tablet obtainable by direct compression of a dry powdered mixture, said mixture comprising: - calcium silicate, - at least 50% by weight of a diluent, - at least a disintegrant; and - at least a pharmaceutical active ingredient, wherein the calcium silicate is calcium metasilicate and is present in an amount of up to 15% by weight, wherein the diluent is selected from the group consisting of an oligosaccharide or a sugar alcohol selected from mannitol and maltol; cellulose powder, microcrystalline cellulose, silified microcrystalline cellulose or derivatives of chemically modified cellulose selected from hydroxypropyl cellulose and hydroxypropyl methyl cellulose; and mixtures thereof, and wherein the tablet disintegrates in less than 20 seconds upon placement on a homogeneously humectated filter paper. - calcium silicate, - at least 50% by weight of a diluent, - at least a disintegrant; and - at least a pharmaceutical active ingredient,
A travel pillow comprising: a substantially U-shaped pillow body having a foam core and comprising two lobe portions spaced apart by a back portion connected at back-ends of the two lobe portions; a chin-supporting strap configured to attach to a front portion of one of the two lobes and extend to attach to the front portion of the other lobe, wherein the chin-supporting strap is configured to support a user's chin when attached to the two lobes while in use by the user; characterized, in that it further comprises a pocket mounted on one of the lobes, the pocket being mounted to contain an affixing portion of the chin-supporting strap. a substantially U-shaped pillow body having a foam core and comprising two lobe portions spaced apart by a back portion connected at back-ends of the two lobe portions; a chin-supporting strap configured to attach to a front portion of one of the two lobes and extend to attach to the front portion of the other lobe, wherein the chin-supporting strap is configured to support a user's chin when attached to the two lobes while in use by the user; characterized, in that it further comprises a pocket mounted on one of the lobes, the pocket being mounted to contain an affixing portion of the chin-supporting strap.
A method of generating a high-diversity nucleic acid library that encodes a plurality of antibodies or antibody fragments, wherein the members of said high-diversity nucleic acid library each independently comprise a plurality of random cassettes derived from a V H -CDR1/2 sub-library, a plurality of V H -CDR3 sub-libraries, and a V L sub-library, wherein each of said random cassettes independently has a plurality of degenerate base positions, the method comprising: generating or providing the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library, wherein each of the sub-libraries - comprises a plurality of members; wherein each member of the sub-libraries comprises at least one of said random cassettes having a plurality of degenerate base positions; and recombining at least portions of at least two members of the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library to form an expression library member in an expression library, wherein the expression library comprises a plurality of expression library members, each expression library member encoding a distinct antibody or antibody fragment. generating or providing the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library, wherein each of the sub-libraries - comprises a plurality of members; wherein each member of the sub-libraries comprises at least one of said random cassettes having a plurality of degenerate base positions; and recombining at least portions of at least two members of the V H -CDR1/2 sub-library, the plurality of V H -CDR3 sub-libraries, and the V L sub-library to form an expression library member in an expression library, wherein the expression library comprises a plurality of expression library members, each expression library member encoding a distinct antibody or antibody fragment.
An active stylus (200, 700), comprising: an electrode (202, 702) at a tip of the stylus (200, 700); and powered circuitry coupled to the electrode (202, 702) and configured for capacitively coupling the electrode (202, 702) with a capacitive touch sensor panel (400, 900) the powered circuitry comprising sense circuitry configured to sense a voltage received at the electrode (202, 702) when the electrode (202, 702) is capacitively coupled with the capacitive touch sensor panel (400, 900), the sense circuitry comprising an amplifier for adjusting the sensed voltage, characterized in that the sense circuitry further comprises: a clock for generating a demodulation signal; a phase shifter for shifting the phase of the demodulation signal by 90°; and a first and a second mixer (633, 687) to demodulate the sensed voltage, the first mixer for receiving the sensed voltage and the demodulation signal, the second mixer for receiving the sensed voltage and the phase-shifted demodulation signal, wherein the frequency of the demodulation signal is matched to the frequency at which the capacitive touch sensor panel (400, 900) is driven. an electrode (202, 702) at a tip of the stylus (200, 700); and powered circuitry coupled to the electrode (202, 702) and configured for capacitively coupling the electrode (202, 702) with a capacitive touch sensor panel (400, 900) the powered circuitry comprising sense circuitry configured to sense a voltage received at the electrode (202, 702) when the electrode (202, 702) is capacitively coupled with the capacitive touch sensor panel (400, 900), the sense circuitry comprising an amplifier for adjusting the sensed voltage, the sense circuitry further comprises: a clock for generating a demodulation signal; a phase shifter for shifting the phase of the demodulation signal by 90°; and a first and a second mixer (633, 687) to demodulate the sensed voltage, the first mixer for receiving the sensed voltage and the demodulation signal, the second mixer for receiving the sensed voltage and the phase-shifted demodulation signal, a clock for generating a demodulation signal; a phase shifter for shifting the phase of the demodulation signal by 90°; and a first and a second mixer (633, 687) to demodulate the sensed voltage, the first mixer for receiving the sensed voltage and the demodulation signal, the second mixer for receiving the sensed voltage and the phase-shifted demodulation signal,
Slipring module comprising an insulating body holding at least one slipring track (17, 18, 19), wherein the insulating body comprises a thermally conductive material, characterized in, that at least one cooling element is integrated into the insulating body and isolated from the at least one slip ring track (17, 18, 19) to remove heat and to decrease the temperature of the at least one slipring track (17, 18, 19).
A submount, comprising: (a) a submount substrate; and (b) a solder layer that: is formed on the top surface of the submount substrate; and has a surface roughness, Ra, of at most 0.18 μm before the solder layer is melted, wherein the solder in the solder layer has an average crystal-grain diameter of at most 3.5 μm before it is melted. (a) a submount substrate; and (b) a solder layer that: is formed on the top surface of the submount substrate; and has a surface roughness, Ra, of at most 0.18 μm before the solder layer is melted, is formed on the top surface of the submount substrate; and has a surface roughness, Ra, of at most 0.18 μm before the solder layer is melted,
Nanoparticles comprising an oxide of Sr, Ba, Y, La, Ti, Zr, Hf, Nb, or Ta, wherein the nanoparticles have a weight average diameter of 1 to 30 nm and wherein an organic compound of general formula, or is on the surface of the nanoparticles, wherein a is 0 to 5, b and c are independent of each other 1 to 14, n is 1 to 5, f is 0 to 5, p and q are independent of each other 1 to 14, and e and f are independent of each other 0 to 12. wherein a is 0 to 5, b and c are independent of each other 1 to 14, n is 1 to 5, f is 0 to 5, p and q are independent of each other 1 to 14, and e and f are independent of each other 0 to 12.
Computer-implemented method for detecting the contour of a vehicle based on measurement data of a surroundings sensors system, wherein the measurement data include a set of spatial points of an object captured by the surroundings sensor system, wherein the method includes the following: • generating an envelope around the object in the form of a polygonal chain on the basis of the set of spatial points; • reducing the set of spatial points by deleting all spatial points that are located inside the envelope, removing spatial points from the polygonal chain that are irrelevant for detecting the contour of a vehicle, and determining spatial points of the polygonal chain that are relevant for detecting the contour of a vehicle; • classifying one or more edges of the polygonal chain as belonging to a front and side of a vehicle on the basis of the reduced set of spatial points; wherein • removing spatial points from the polygonal chain that are irrelevant for detecting the contour of a vehicle includes the following: deleting spatial points on the envelope whose straight connecting lines to adjacent spatial points of the polygonal chain enclose an angle that is smaller than or equal to a specified angle of in particular 2°, and connecting the spatial points in the polygonal chain that are connected to the deleted spatial point. • generating an envelope around the object in the form of a polygonal chain on the basis of the set of spatial points; • reducing the set of spatial points by deleting all spatial points that are located inside the envelope, removing spatial points from the polygonal chain that are irrelevant for detecting the contour of a vehicle, and determining spatial points of the polygonal chain that are relevant for detecting the contour of a vehicle; • classifying one or more edges of the polygonal chain as belonging to a front and side of a vehicle on the basis of the reduced set of spatial points; wherein • removing spatial points from the polygonal chain that are irrelevant for detecting the contour of a vehicle includes the following: deleting spatial points on the envelope whose straight connecting lines to adjacent spatial points of the polygonal chain enclose an angle that is smaller than or equal to a specified angle of in particular 2°, and connecting the spatial points in the polygonal chain that are connected to the deleted spatial point.
A demodulator of a wireless communication reader, comprising: a peak sampling means comprising an analog-to-digital converter, ADC, means, a phase estimating means and a digital delay lock loop, DLL, means, wherein the DLL means is configured to use phase information of the phase estimating means, determined by estimating a phase of a carrier signal in an unmodulated state, to control the ADC means to sample the carrier signal in the unmodulated state at amplitude peaks of the carrier signal, and to sample the carrier signal in a modulated state at the phase of the carrier signal in the unmodulated state; and an envelope building means having an input coupled to an output of the peak sampling means, for determining an envelope signal based on differentials with respect to a subtraction process between maximum and minimum peaks of respective cycles of the sampled carrier signal. a peak sampling means comprising an analog-to-digital converter, ADC, means, a phase estimating means and a digital delay lock loop, DLL, means, wherein the DLL means is configured to use phase information of the phase estimating means, determined by estimating a phase of a carrier signal in an unmodulated state, to control the ADC means to sample the carrier signal in the unmodulated state at amplitude peaks of the carrier signal, and to sample the carrier signal in a modulated state at the phase of the carrier signal in the unmodulated state; and an envelope building means having an input coupled to an output of the peak sampling means, for determining an envelope signal based on differentials with respect to a subtraction process between maximum and minimum peaks of respective cycles of the sampled carrier signal.
A method for the measurement of a concentration of a charged species in a sample, the sample having a plurality of types of charged species and at least one insoluble component, the method comprising: - removing a protection cover to provide access for the sample to a partly permeable layer; - providing the sample on a surface of the partly permeable layer, wherein the partly permeable layer covers one or more openings in a layer covering a channel; - allowing components of the sample to pass through the partly permeable layer into the channel; - separating the components inside the channel into sections, such that each at least one of the sections substantially comprises a single type of the plurality of the types of charged species; and - determining the species concentration in the sections. - removing a protection cover to provide access for the sample to a partly permeable layer; - providing the sample on a surface of the partly permeable layer, wherein the partly permeable layer covers one or more openings in a layer covering a channel; - allowing components of the sample to pass through the partly permeable layer into the channel; - separating the components inside the channel into sections, such that each at least one of the sections substantially comprises a single type of the plurality of the types of charged species; and - determining the species concentration in the sections.
A method of linking selective illumination of a lighting element to input, comprising: rendering (404, 408), by a computing device on a display of the computing device, a source graphical element that represents the input and a sink graphical element that represents the lighting element; receiving, at a user input of the computing device, an instruction to alter one of the source and sink graphical elements to be within a predetermined proximity of the other of the source and sink graphical elements on the display; and linking, by the computing device, selective illumination of the lighting element to a state of the input while the source and sink graphical elements are within the predetermined proximity of each other on the display, characterised in that the input comprises a user's mood or status obtained from a social network or calendar. rendering (404, 408), by a computing device on a display of the computing device, a source graphical element that represents the input and a sink graphical element that represents the lighting element; receiving, at a user input of the computing device, an instruction to alter one of the source and sink graphical elements to be within a predetermined proximity of the other of the source and sink graphical elements on the display; and linking, by the computing device, selective illumination of the lighting element to a state of the input while the source and sink graphical elements are within the predetermined proximity of each other on the display,
A cargo bicycle with a frame, comprising: - a rider portion of the frame including - a saddle for the rider, a fork that is pivotable in the rider portion with a handlebar attached at the fork torque-proof, and a front wheel supported in the fork, - a speed encoder that is attached in particular at the handle bar, - a lower tube (2a1) of the rider portion wherein the lower tube is oriented in particular horizontally backward and wherein the lower tube is pivotably arranged at - a cargo portion of the frame, the cargo portion including - a cargo platform, - two rear wheels (16a, b) that are offset from each other in a transversal direction relative to the longitudinal direction to the frame, thus typically relative to the driving direction, and - two electric motors (15a, b) that are operatively connected with one of the rear wheels (16a, b), characterized by - a sensor configured to detect a deflection angle of the fork relative to the rider portion and to transmit the detected deflection angle to a control, and - the control receives the measuring signals of the sensor and drives the motors (15a, b) at different speeds for driving around turns as a function of the measuring signals. - a rider portion of the frame including - a saddle for the rider, a fork that is pivotable in the rider portion with a handlebar attached at the fork torque-proof, and a front wheel supported in the fork, - a speed encoder that is attached in particular at the handle bar, - a lower tube (2a1) of the rider portion wherein the lower tube is oriented in particular horizontally backward and wherein the lower tube is pivotably arranged at - a saddle for the rider, a fork that is pivotable in the rider portion with a handlebar attached at the fork torque-proof, and a front wheel supported in the fork, - a speed encoder that is attached in particular at the handle bar, - a lower tube (2a1) of the rider portion wherein the lower tube is oriented in particular horizontally backward and wherein the lower tube is pivotably arranged at - a cargo portion of the frame, the cargo portion including - a cargo platform, - two rear wheels (16a, b) that are offset from each other in a transversal direction relative to the longitudinal direction to the frame, thus typically relative to the driving direction, and - two electric motors (15a, b) that are operatively connected with one of the rear wheels (16a, b), characterized by - a cargo platform, - two rear wheels (16a, b) that are offset from each other in a transversal direction relative to the longitudinal direction to the frame, thus typically relative to the driving direction, and - two electric motors (15a, b) that are operatively connected with one of the rear wheels (16a, b), - a sensor configured to detect a deflection angle of the fork relative to the rider portion and to transmit the detected deflection angle to a control, and - the control receives the measuring signals of the sensor and drives the motors (15a, b) at different speeds for driving around turns as a function of the measuring signals.
A device (1, 1') for manufacturing membranes for capsules adapted to contain an anhydrous material for the production of a beverage starting from a sheet of packaging material, said device (1, 1') comprising: - a base body having a first longitudinal axis and including a supporting base and a raised portion extending coaxially from the supporting base up to an axial end surface thereof and configured to receive on said axial surface said sheet of packaging material; - a cutting body including a main portion having a second longitudinal axis and a peripheral portion extending coaxially from the main portion; - a cutting tooth (16, 16') having a closed-line endless profile and carried coaxially by one of said raised portion and main portion; and - a groove (17, 17') having a closed-line endless profile and carried coaxially by the other of said raised portion and main portion; said cutting body being releasably couplable to said base body so that the peripheral portion at least partially accomodates the raised portion and so that the cutting tooth (16, 16') engages the groove (17, 17') to determine a cut of the packaging material and the production of one said membrane from said sheet; said raised portion comprising a first frustoconical portion extending from the supporting base coaxially to the first axis; said peripheral portion comprising a second frustoconical portion extending from the main portion coaxially to the second axis; said first and second frustoconical portions being configured to slidably cooperate with one another during said coupling to determine a centring of said first axis with said second axis. - a base body having a first longitudinal axis and including a supporting base and a raised portion extending coaxially from the supporting base up to an axial end surface thereof and configured to receive on said axial surface said sheet of packaging material; - a cutting body including a main portion having a second longitudinal axis and a peripheral portion extending coaxially from the main portion; - a cutting tooth (16, 16') having a closed-line endless profile and carried coaxially by one of said raised portion and main portion; and - a groove (17, 17') having a closed-line endless profile and carried coaxially by the other of said raised portion and main portion; said raised portion comprising a first frustoconical portion extending from the supporting base coaxially to the first axis; said peripheral portion comprising a second frustoconical portion extending from the main portion coaxially to the second axis; said first and second frustoconical portions being configured to slidably cooperate with one another during said coupling to determine a centring of said first axis with said second axis.
A method for writing to a set of serial peripheral interface, SPI, slaves (504, 508) coupled to an SPI bus, the method comprising: sequentially writing to each SPI slave of a set of SPI slaves using a MOSI line of the SPI bus to disable master in slave out, MISO, drivers of the set of SPI slaves; after disabling the MISO drivers, setting respective slave selection terminals of the set of SPI slaves to an active state; and after setting the respective slave selection terminals of the set of SPI slaves to the active state, simultaneously writing data to the set of SPI slaves using a master out slave in, MOSI, line. sequentially writing to each SPI slave of a set of SPI slaves using a MOSI line of the SPI bus to disable master in slave out, MISO, drivers of the set of SPI slaves; after disabling the MISO drivers, setting respective slave selection terminals of the set of SPI slaves to an active state; and after setting the respective slave selection terminals of the set of SPI slaves to the active state, simultaneously writing data to the set of SPI slaves using a master out slave in, MOSI, line.
A seal for sealing a cable anchor device to a structural element (1, 3), the cable anchor device being arranged to anchor at least one cable to the structural element (1,3) and having a front surface facing an opening of the structural element, through which front surface the at least one cable extends towards the exterior of the structural element, the seal comprises a sleeve, characterized in that the sleeve extends from a perimeter of a surface of the structural element including the opening of the structural element to a perimeter of a hermetic portion of the anchored cable comprising at least the front surface of the anchor device, an inner periphery of the sleeve being hermetically attached around the front surface of the anchor device and an outer periphery of the sleeve being hermetically attached to a surface of the opening.