mhurhangee/ep-ind-claims huggingface dataset:
An electrolytic solution for a nonaqueous electrolyte battery, comprising the following components: a silane compound; a coating film-forming compound; a nonaqueous organic solvent; and a solute, characterized in that: the component is at least one kind of silane compound represented by the following general formula Si(R 1) x (R 2) 4-x where R 1 is each independently a carbon-carbon unsaturated bond-containing group; R 2 is each independently selected from a fluorine group and a C 1 -C 10 linear or C 3 -C 10 branched alkyl group which may have a fluorine atom and/or an oxygen atom; and x is an integer of 2 to 4; and the component is at least one kind selected from the group consisting of 1,3-propene sultone, 1,4-butene sultone, 1,3-propane sultone, 1,4-butane sultone, and the following compounds No. 2-1, No. 2-2, No. 2-10, No. 2-15, No. 2-16, No. 3-1, No. 3-2, No. 3-5, No. 4-1 and No. 4-4 a silane compound; a coating film-forming compound; a nonaqueous organic solvent; and a solute, characterized in that: the component is at least one kind of silane compound represented by the following general formula Si(R 1) x (R 2) 4-x where R 1 is each independently a carbon-carbon unsaturated bond-containing group; R 2 is each independently selected from a fluorine group and a C 1 -C 10 linear or C 3 -C 10 branched alkyl group which may have a fluorine atom and/or an oxygen atom; and x is an integer of 2 to 4; and the component is at least one kind selected from the group consisting of 1,3-propene sultone, 1,4-butene sultone, 1,3-propane sultone, 1,4-butane sultone, and the following compounds No. 2-1, No. 2-2, No. 2-10, No. 2-15, No. 2-16, No. 3-1, No. 3-2, No. 3-5, No. 4-1 and No. 4-4 the component is at least one kind of silane compound represented by the following general formula Si(R 1) x (R 2) 4-x where R 1 is each independently a carbon-carbon unsaturated bond-containing group; R 2 is each independently selected from a fluorine group and a C 1 -C 10 linear or C 3 -C 10 branched alkyl group which may have a fluorine atom and/or an oxygen atom; and x is an integer of 2 to 4; and the component is at least one kind selected from the group consisting of 1,3-propene sultone, 1,4-butene sultone, 1,3-propane sultone, 1,4-butane sultone, and the following compounds No. 2-1, No. 2-2, No. 2-10, No. 2-15, No. 2-16, No. 3-1, No. 3-2, No. 3-5, No. 4-1 and No. 4-4
A method for purifying a primer extension product from a primer extension reaction mixture, comprising: a) hybridizing a primer to a template nucleic acid, wherein the primer includes a first primer sequence and a second primer sequence separated by a non-replicable moiety and wherein the first and second primer sequences are complementary to each other and have a first Tm, and wherein the second primer sequence is complementary to the template nucleic acid; b) extending the primer in a template-dependent fashion to form a primer extension product having a single stranded region including the first primer sequence, wherein the extending is performed at a temperature that is significantly above the first Tm such that the first and second primer sequences of the primer do not substantially hybridize to each other; c) hybridizing the primer extension product to a capture oligonucleotide that includes a capture moiety; and d) selectively capturing the primer extension product using a binding agent that selectively binds to the capture moiety. a) hybridizing a primer to a template nucleic acid, wherein the primer includes a first primer sequence and a second primer sequence separated by a non-replicable moiety and wherein the first and second primer sequences are complementary to each other and have a first Tm, and wherein the second primer sequence is complementary to the template nucleic acid; b) extending the primer in a template-dependent fashion to form a primer extension product having a single stranded region including the first primer sequence, wherein the extending is performed at a temperature that is significantly above the first Tm such that the first and second primer sequences of the primer do not substantially hybridize to each other; c) hybridizing the primer extension product to a capture oligonucleotide that includes a capture moiety; and d) selectively capturing the primer extension product using a binding agent that selectively binds to the capture moiety.
A fill level control apparatus configured to control the average fill level of an asynchronous first-in-first-out, FIFO, said fill level control apparatus comprising: - an offset calculation unit adapted to calculate the offset between a programmable target average fill level and the current average fill level of the FIFO; and - an adjustment unit adapted to adjust the empty rate of the FIFO in response to the calculated offset to keep the average fill level of the FIFO constant, wherein the adjustment unit comprises a variable divider controller adapted to determine a number, x, of divide change pulses required to compensate the offset calculated by the offset calculation unit and to generate a corresponding, x, number of divide change pulses supplied to a variable clock divider of said adjustment unit; wherein each divide change pulse does initiate one time change in the nominal divide value of the variable clock divider; the variable divider controller of the adjustment unit is adapted to pause for a predetermined period of time once the number, x, of divide change pulses has been supplied to the variable clock divider of the adjustment unit; and the adjustment unit is adapted to control the FIFO level adjustments such that if the measured average fill level offset is less than or equal to a programmed threshold, the measured fill level offset must be consistent for a programmed number of iterations before any further adjustments are made. - an offset calculation unit adapted to calculate the offset between a programmable target average fill level and the current average fill level of the FIFO; and - an adjustment unit adapted to adjust the empty rate of the FIFO in response to the calculated offset to keep the average fill level of the FIFO constant, wherein the adjustment unit comprises a variable divider controller adapted to determine a number, x, of divide change pulses required to compensate the offset calculated by the offset calculation unit and to generate a corresponding, x, number of divide change pulses supplied to a variable clock divider of said adjustment unit; wherein each divide change pulse does initiate one time change in the nominal divide value of the variable clock divider;
Method of packaging injection-moulded parts, in particular parts used in medicine, such as pipette tips removed from cavities of an injection moulding machine and inserted into a store or into packaging containers, - wherein the injection-moulded parts are arranged in a workpiece carrier, characterized in that - the injection-moulded parts are removed from the workpiece carrier in the form of first rows and these first rows are expanded, - whereupon the injection-moulded parts are removed from the expanded first rows in the form of second rows running perpendicular to the first rows, and - the second rows are expanded, - whereupon the injection-moulded parts from the second rows are inserted into packaging containers (201 - 264) or into a store. - wherein the injection-moulded parts are arranged in a workpiece carrier, characterized in that - the injection-moulded parts are removed from the workpiece carrier in the form of first rows and these first rows are expanded, - whereupon the injection-moulded parts are removed from the expanded first rows in the form of second rows running perpendicular to the first rows, and - the second rows are expanded, - whereupon the injection-moulded parts from the second rows are inserted into packaging containers (201 - 264) or into a store.
Footwear comprising a bottom part comprising a sole and an integral rear upper section, and a separate top part comprising a front upper section, the parts being releasably connected to each other by a releasable fastener, wherein each part (315, 320) provides a fastener half and each fastener half has a start and an end, whereby the rear upper section of the bottom part includes a heel cap portion, the top part comprises two ends at a rear part thereof and the ends are connected by a strap positioned between the start and end of the top half fastener, a movable flap is provided and extends over the inside surface of at least part of the heel cap portion and the releasable fastener is a zipper fastener, in which each fastener half has a zipper track with a plurality of teeth, and the number of teeth on the halves is exactly the same.
A method for stationing a satellite comprising a transfer step, during which said satellite moves on a geosynchronous elliptical orbit (GSO1, GSO2), said orbit being progressively deformed by applying a thrust by means of electric or hybrid electric-chemical propulsion in order to bring it to a geostationary orbit, characterised in that said transfer step comprises a sub-step, during which, during a plurality of revolutions of the satellite, said thrust is stopped for a fraction of an orbital period and tests are performed in the absence of thrust, characterised in that said tests are tests of a telecommunication payload.
Non-therapeutic use of a composition comprising an extract from the fruit of Acronychia acidula in a method of treating signs of skin aging, comprising topically applying to skin in need of treatment for signs of skin aging the composition, wherein the method comprises applying from 0.1 to 2% by weight based on the total weight of the composition of the extract to the tissue in need.
A flat panel holder for fastening a flat panel to a frame of a switch cabinet, wherein the flat panel holder is an open clasp which has two free plug-in sections (2, 3), which can be braced against one another, for engagement in a recess of a frame, wherein the plug-in sections (2, 3) are connected to one another via a fastening flange for a flat panel, which fastening flange has a threaded passage, and wherein the fastening flange is arranged at a distance from one of the plug-in sections (2, 3) and the threaded passage is arranged in alignment with this plug-in section, so that a screw screwed in through the threaded passage strikes the plug-in section aligned with the threaded passage and thus braces the plug-in sections (2, 3) against one another, the plug-in section aligned with the threaded passage being connected to the fastening flange via a curved clamping section and having, at its end facing away from the curved clamping section, a free plug-in lug for engagement in a frame, characterised in that the plug-in lug projects from a contact side of the end, remote from the curved clamping section, of the plug-in section aligned with the threaded passage, and the contact side has toothing or contact claws for the electrical contacting of the flat panel.
A composition for removing a sulfur-containing compound in a hydrocarbon, the sulfur-containing compound being hydrogen sulfide, an -SH group-containing compound or a mixture thereof, the composition comprising a dialdehyde having 6 to 16 carbon atoms and a polyalkylene glycol.
A method of manufacturing a radiation-resistant optical fiber, the method comprising the following steps: a. Manufacturing a silica optical fiber preform having a longitudinal axis, a core and an optical cladding; b. Forming, in the preform, at least one longitudinal cavity; c. Drawing said preform so as to form a silica optical fiber (1, 20) comprising a core (2, 22), an optical cladding (6, 7) and at least one longitudinal cavity (3, 23), said longitudinal cavity (3, 23) having at least one opening at one end of the optical fiber (1, 20); d. Applying, during step c) of fiber drawing, a gas-tight coating (4, 24), preferably made of carbon or metal, while keeping said at least one opening towards a longitudinal cavity (3, 23) at one end of the optical fiber (1, 20); e. Exposing the optical fiber (1, 20) to a gaseous substance, comprising preferably gaseous hydrogen and/or gaseous deuterium, in conditions of controlled pressure, temperature and duration of exposure so as to incorporate a determined quantity of said gaseous substance in the silica via said at least one opening; f. Closing any opening at both ends of the optical fiber (1, 20) so as to form an optical fiber (1, 20) incorporating said gaseous substance and said optical fiber (1, 20) being tight to the diffusion of said gaseous substance outside the optical fiber (1, 20). a. Manufacturing a silica optical fiber preform having a longitudinal axis, a core and an optical cladding; b. Forming, in the preform, at least one longitudinal cavity; c. Drawing said preform so as to form a silica optical fiber (1, 20) comprising a core (2, 22), an optical cladding (6, 7) and at least one longitudinal cavity (3, 23), said longitudinal cavity (3, 23) having at least one opening at one end of the optical fiber (1, 20); d. Applying, during step c) of fiber drawing, a gas-tight coating (4, 24), preferably made of carbon or metal, while keeping said at least one opening towards a longitudinal cavity (3, 23) at one end of the optical fiber (1, 20); e. Exposing the optical fiber (1, 20) to a gaseous substance, comprising preferably gaseous hydrogen and/or gaseous deuterium, in conditions of controlled pressure, temperature and duration of exposure so as to incorporate a determined quantity of said gaseous substance in the silica via said at least one opening; f. Closing any opening at both ends of the optical fiber (1, 20) so as to form an optical fiber (1, 20) incorporating said gaseous substance and said optical fiber (1, 20) being tight to the diffusion of said gaseous substance outside the optical fiber (1, 20).
Grinding disc (1, 21, 22, 31) for fine machining of surfaces, comprising a grinding sheet (2, 32) or similar work tools to be attached on the underside thereof to a predominantly closed contact surface of an elastically deformable pad, the pad consisting of an injection-moulded part made of unfoamed elastomeric thermoplastic material and having chamber structures that are open on at least one side and delimited by intermediate walls, the pad being supported on the opposite side to the contact surface by a support plate (14, 15, 16) made of a solid material and connected to a drive connection, characterised in that the support plate (14, 15, 16) forms a cover, which is substantially closed on the top side, for the upwardly open chamber structures of the pad and is embedded in the pad by means of anchoring projections that protrude into the pad.
An orthosis for a lower limb, having a foot part which has a sole for supporting a foot, and having at least one leg rail which extends from said foot part and which in the fitted state extends along a lower leg and which has devices for supporting and/or fastening the leg rail on the lower leg, wherein in that the orthosis is assigned at least one sensor (5, 6) for detecting orthosis parameters, which at least one sensor is coupled to a control device, and in that the foot part is assigned at least one device, which is coupled to the control device, and/or materials for varying the stiffness of the sole, characterized in that the device for varying the stiffness of the sole has at least one of the following elements, or combinations thereof: an actuator for displacing a sole insert, a piezo element, a magnetorheological medium, a preloaded spring element, and/or a thermal element.
A DNA plasmid encoding a monoclonal antibody for use in a method of treating a disease or disorder in a subject, in combination with chondroitinase AC or chondroitinase ABC, the method comprising: administering to the subject chondroitinase AC or chondroitinase ABC prior to or concurrently with the DNA plasmid encoding a monoclonal antibody, and administering the DNA plasmid via electroporation. administering to the subject chondroitinase AC or chondroitinase ABC prior to or concurrently with the DNA plasmid encoding a monoclonal antibody, and administering the DNA plasmid via electroporation.
A range profile digitization circuit for converting a repeating analog input signal into a time series of digital amplitude values, the repeating analog input signal comprising multiple pulses, the circuit comprising: a signal quantizer arranged to receive the analog input signal and a threshold input and arranged to output a binary value quantized output signal based on a comparison of the input signal with the threshold signal; a plurality of samplers arranged to receive the binary value quantized output signal, and each arranged to sample and hold its input signal upon receipt of a trigger signal; for each sampler: a plurality of decoders and a demultiplexer arranged to receive an output from the sampler and pass it to a selected one of said decoders based on a selector input; and a controller arranged to generate the selector inputs for the demultiplexers, the controller being arranged to change the selector input of each demultiplexer every time the corresponding sampler is triggered; and wherein the controller is arranged such that once all decoders have been used, the controller will reset the demultiplexer selector inputs such that for the next pulse a new range profile measurement begins again at a first decoder of each sampler so that the same range profile is processed along with the previous corresponding sample, but with a new threshold level. a signal quantizer arranged to receive the analog input signal and a threshold input and arranged to output a binary value quantized output signal based on a comparison of the input signal with the threshold signal; a plurality of samplers arranged to receive the binary value quantized output signal, and each arranged to sample and hold its input signal upon receipt of a trigger signal; for each sampler: a plurality of decoders and a demultiplexer arranged to receive an output from the sampler and pass it to a selected one of said decoders based on a selector input; and a controller arranged to generate the selector inputs for the demultiplexers, the controller being arranged to change the selector input of each demultiplexer every time the corresponding sampler is triggered; and wherein the controller is arranged such that once all decoders have been used, the controller will reset the demultiplexer selector inputs such that for the next pulse a new range profile measurement begins again at a first decoder of each sampler so that the same range profile is processed along with the previous corresponding sample, but with a new threshold level.
A method for producing a secure document including at least one layer (11, 12, 13) and a pattern allowing verification of the authenticity of said document, this method including: - a first step for printing at least a first part of said pattern on a first of the at least one layer by using a first printing technique; - a step for printing a second part of said pattern on a second of the at least one layer by a printing device using a second printing technique different from the first printing technique, the authenticity of said document being able to be determined by verifying the relative positioning of said first and second (IMG 2) parts of the pattern, characterized in that said pattern is a guilloche, and in that the method further comprises: - a step for detecting reference points, printed during said first printing step, the reference points being intersections of guilloche lines; - a step for positioning said printing device relative to said secure document by using said reference points. - a first step for printing at least a first part of said pattern on a first of the at least one layer by using a first printing technique; - a step for printing a second part of said pattern on a second of the at least one layer by a printing device using a second printing technique different from the first printing technique, - a step for detecting reference points, printed during said first printing step, the reference points being intersections of guilloche lines; - a step for positioning said printing device relative to said secure document by using said reference points.
A method of using a block of strip symbol data to communicate information, the method comprising: identifying a beacon time reference; identifying an overhead set of repeating time periods (1116, 1118), having an overhead signal periodicity related to the beacon time reference; identifying a data payload set of repeating time periods having a data payload periodicity related to the beacon time reference; dividing the overhead set of repeating time periods into at least a fixed bit-use subset of repeating time periods and a flexible bit use subset of repeating time periods; and communicating said information to a processor or a transmitter based on the fixed bit-use subset of repeating time periods and the flexible bit use subset of repeating time periods, wherein the fixed bit-use subset and the flexible bit use subset form said block of strip symbol data, wherein strip symbol data is transmitted in strip symbol periods for which each base station in a communication network performs tone subset allocation using a method that is different from the method employed for allocating tones in non-strip symbol periods. identifying a beacon time reference; identifying an overhead set of repeating time periods (1116, 1118), having an overhead signal periodicity related to the beacon time reference; identifying a data payload set of repeating time periods having a data payload periodicity related to the beacon time reference; dividing the overhead set of repeating time periods into at least a fixed bit-use subset of repeating time periods and a flexible bit use subset of repeating time periods; and communicating said information to a processor or a transmitter based on the fixed bit-use subset of repeating time periods and the flexible bit use subset of repeating time periods, wherein the fixed bit-use subset and the flexible bit use subset form said block of strip symbol data, wherein strip symbol data is transmitted in strip symbol periods for which each base station in a communication network performs tone subset allocation using a method that is different from the method employed for allocating tones in non-strip symbol periods.
Sensor unit for measuring the position of a component that can be moved relative to the sensor unit, wherein the sensor unit comprises a metal body which has a first opening (1.1), wherein an electronic component is arranged in the first opening (1.1) such that there is a gap between the electronic component and the metal body, wherein the gap is filled with an electrically insulating potting compound, wherein an electrically insulating first layer is applied to the electronic component and to the potting compound, a conductor track makes electrical contact with the electronic component, wherein the conductor track is led through the first layer in a first section (6.1) and extends on the first layer in a second section (6.2), wherein electric contact with the electronic component is made directly by the first section (6.1) of the conductor track.