mhurhangee/ep-ind-claims huggingface dataset:
A method for producing and preserving a biopolymer scaffold material, comprising the steps of: a. treating an animal fetal tissue or neo-natal tissue that has been harvested from a non-human animal source to inactivate infective agents of the tissue; b. mechanically applying pressure to the tissue to express undesirable components, including DNA, from the tissue; c. delipidizing the tissue; and d. washing the tissue for removal of chemical residues. a. treating an animal fetal tissue or neo-natal tissue that has been harvested from a non-human animal source to inactivate infective agents of the tissue; b. mechanically applying pressure to the tissue to express undesirable components, including DNA, from the tissue; c. delipidizing the tissue; and d. washing the tissue for removal of chemical residues.
A method of measuring at least one analyte in a sample, comprising: introducing the sample to a test sensor (300, 700) including four working electrodes (331, 741-744) and four counter electrodes (332, 731-734), characterized in that each working and counter electrode (331, 741-744, 332, 731-734) is substantially chemically isolated in one of eight secondary analysis regions, where diffusive or convective mixing of reagents does not substantially occur between secondary analysis regions of each electrode (331, 741-744, 332, 731-734) during the time of one or more analyses, where the four working electrodes (331, 741-744) are independently electrically addressable and the four counter electrodes (332, 731-734) are independently addressable electrically; chemically or biochemically oxidizing or reducing the analyte in the sample; applying a gated input signal to the sample across the working and counter electrodes (331, 741-744, 332, 731-734), where the gated input signal includes at least one of gated amperometry and gated voltammetry, where gated amperometry and gated voltammetry include alternating excitation and relaxation cycles; generating at least one output signal from each electrode pair (331, 741-744, 332, 731-734); combining at least two of the output signals; and measuring at least one analyte concentration of the sample from the output signals. introducing the sample to a test sensor (300, 700) including four working electrodes (331, 741-744) and four counter electrodes (332, 731-734), characterized in that each working and counter electrode (331, 741-744, 332, 731-734) is substantially chemically isolated in one of eight secondary analysis regions, where diffusive or convective mixing of reagents does not substantially occur between secondary analysis regions of each electrode (331, 741-744, 332, 731-734) during the time of one or more analyses, where the four working electrodes (331, 741-744) are independently electrically addressable and the four counter electrodes (332, 731-734) are independently addressable electrically; chemically or biochemically oxidizing or reducing the analyte in the sample; applying a gated input signal to the sample across the working and counter electrodes (331, 741-744, 332, 731-734), where the gated input signal includes at least one of gated amperometry and gated voltammetry, where gated amperometry and gated voltammetry include alternating excitation and relaxation cycles; generating at least one output signal from each electrode pair (331, 741-744, 332, 731-734); combining at least two of the output signals; and measuring at least one analyte concentration of the sample from the output signals.
A printer, comprising: a storage unit for storing image identification information for identifying an image, image size information, and image data indicating an image content in association with one another; a receiving unit for receiving the image identification information, image position information, and print data from outside as printing command data; an image printing position determining unit for reading the image size information from the storage unit based on the image identification information in the printing command data received by the receiving unit and determining a position on a printing surface at which the image is to be printed, based on the image position information received by the receiving unit and the read image size information; a superimposing unit for superimposing the image data read from the storage unit on the print data received by the receiving unit at the position determined by the image printing position determining unit; and a printing unit for printing a result of the superimposition by the superimposing unit, characterized in that the image size information defines the vertical and horizontal sizes of the image in numbers of dots. a storage unit for storing image identification information for identifying an image, image size information, and image data indicating an image content in association with one another; a receiving unit for receiving the image identification information, image position information, and print data from outside as printing command data; an image printing position determining unit for reading the image size information from the storage unit based on the image identification information in the printing command data received by the receiving unit and determining a position on a printing surface at which the image is to be printed, based on the image position information received by the receiving unit and the read image size information; a superimposing unit for superimposing the image data read from the storage unit on the print data received by the receiving unit at the position determined by the image printing position determining unit; and a printing unit for printing a result of the superimposition by the superimposing unit, characterized in that the image size information defines the vertical and horizontal sizes of the image in numbers of dots.
A process comprising: forming a modified cellulose solution; and contacting the modified cellulose solution with at least one neutralizing agent to form a plurality of modified cellulose particles, characterised in that forming of the modified cellulose solution comprises: contacting a modified cellulose with a solvent under an inert atmosphere to form a swelled modified cellulose; adjusting the swelled modified cellulose mixture to a first temperature; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature that is lower than the first temperature, wherein the modified cellulose is an oxidized cellulose and the plurality of modified cellulose particles include oxidized cellulose having a degree of oxidation from about 80% to about 120% of a degree of oxidation of predissolved oxidized cellulose. forming a modified cellulose solution; and contacting a modified cellulose with a solvent under an inert atmosphere to form a swelled modified cellulose; adjusting the swelled modified cellulose mixture to a first temperature; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature that is lower than the first temperature, wherein the modified cellulose is an oxidized cellulose and the plurality of modified cellulose particles include oxidized cellulose having a degree of oxidation from about 80% to about 120% of a degree of oxidation of predissolved oxidized cellulose.
A method of deprotection in solid phase peptide synthesis in which the improvement comprises: adding an organic base deprotection composition to a mixture of a coupling solution, a growing peptide chain, and any excess activated amino acid from a preceding coupling step; wherein the deprotection composition has a concentration of at least 50% base by volume of the deprotection composition and is added to the mixture of the coupling solution, the growing peptide chain, and any excess activated amino acid from the preceding coupling step in an amount that is less than 1/3 of the volume of the coupling solution; without any draining step between the coupling step of the preceding coupling cycle and the addition of the deprotection composition for the successive cycle; and with the coupling solution at a temperature of at least 30°C. adding an organic base deprotection composition to a mixture of a coupling solution, a growing peptide chain, and any excess activated amino acid from a preceding coupling step; wherein the deprotection composition has a concentration of at least 50% base by volume of the deprotection composition and is added to the mixture of the coupling solution, the growing peptide chain, and any excess activated amino acid from the preceding coupling step in an amount that is less than 1/3 of the volume of the coupling solution; without any draining step between the coupling step of the preceding coupling cycle and the addition of the deprotection composition for the successive cycle; and with the coupling solution at a temperature of at least 30°C.
A computer-implemented method, comprising: receiving or retrieving a sequence of instructions targeted for execution on an execution processor, wherein the execution processor includes an alias register queue and circuitry configured to check entries in the alias register queue for memory aliasing, and after the sequence of instructions is received or retrieved, performing one or more optimizations on the received or retrieved sequence of instructions to optimize execution performance of the received or retrieved sequence of instructions, the one or more optimizations including a reorder of a plurality of memory instructions in the received or retrieved sequence of instructions, characterized in that, after the optimization, inserting one or more move instructions in the optimized sequence of instructions to move one or more entries among the alias register queue during execution, to expedite execution time memory alias checking by avoiding unnecessary alias checking between memory addresses accessed by the plurality of memory instruction at runtime, wherein the insertion of one or more move instructions is based on determination on whether or not memory accessed by an instruction, with respect to the plurality of memory instructions in the optimized sequence, needs to be alias checked against memory accessed by another instruction. receiving or retrieving a sequence of instructions targeted for execution on an execution processor, wherein the execution processor includes an alias register queue and circuitry configured to check entries in the alias register queue for memory aliasing, and after the sequence of instructions is received or retrieved, performing one or more optimizations on the received or retrieved sequence of instructions to optimize execution performance of the received or retrieved sequence of instructions, the one or more optimizations including a reorder of a plurality of memory instructions in the received or retrieved sequence of instructions, characterized in that, after the optimization, inserting one or more move instructions in the optimized sequence of instructions to move one or more entries among the alias register queue during execution, to expedite execution time memory alias checking by avoiding unnecessary alias checking between memory addresses accessed by the plurality of memory instruction at runtime, wherein the insertion of one or more move instructions is based on determination on whether or not memory accessed by an instruction, with respect to the plurality of memory instructions in the optimized sequence, needs to be alias checked against memory accessed by another instruction.
A vision system for measuring a feature of an article, comprising: a laser projector configured to project a scale template and a measurement pattern onto the article, the scale template 80) including at least one template element having a predetermined length, the measurement pattern overlapping the feature; a camera configured to record an image containing the feature, the scale template, and the measurement pattern, the image being comprised of a plurality of pixels; characterized in that the vision system further comprises: a processor configured to determine an image scale factor of the image based upon the scale template, the image scale factor being the pixel quantity per unit length; the processor being further configured to determine at least one of a size and a location of the feature based upon the measurement pattern, the scale template, and the scale factor of the image. a laser projector configured to project a scale template and a measurement pattern onto the article, the scale template 80) including at least one template element having a predetermined length, the measurement pattern overlapping the feature; a camera configured to record an image containing the feature, the scale template, and the measurement pattern, the image being comprised of a plurality of pixels; characterized in that the vision system further comprises: a processor configured to determine an image scale factor of the image based upon the scale template, the image scale factor being the pixel quantity per unit length; the processor being further configured to determine at least one of a size and a location of the feature based upon the measurement pattern, the scale template, and the scale factor of the image.
A system comprising an adapter and a mini-UICC card, wherein in the adapter (3,) can be inserted into the receptacle of a mobile phone, said receptacle being larger than the mini-UICC card, the adapter (3, 3', 3") having a first flat side, a second flat side extending in parallel to said first flat side and an opening, wherein planar edge sides of the mini-UICC card can be placed against planar inner edge sides of the adapter, the adapter (3, 3', 3") and/or the mini-UICC card being made of a high-strength plastic or plastic compound material such that the mini-UICC card is friction-locked by forming a press fit inside the opening of the adapter (3, 3', 3"), characterized in that the second flat side of the adapter (3, 3', 3") is designed as a partial bottom surface so that the mini-UICC card in its inserted position cannot be removed transversely to the extension of the opening in the direction of the side of the adapter that faces the second flat side.
Battery, comprising: a plurality of battery cells, at least one battery cell of the plurality of battery cells comprising: a pressure relief mechanism, the pressure relief mechanism being configured, when an internal pressure or temperature of the at least one battery cell reaches a threshold, to be actuated to release the internal pressure; and a bus component configured to electrically connect the plurality of battery cells, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell, such that emissions from the at least one battery cell are discharged in a direction away from the bus component when the pressure relief mechanism is actuated; wherein the battery further comprises a thermal management component, the thermal management component being configured to accommodate a fluid to adjust temperatures of the plurality of battery cells, and the thermal management component is configured to be damaged when the pressure relief mechanism is actuated, such that the emissions from the battery cell pass through the thermal management component. a pressure relief mechanism, the pressure relief mechanism being configured, when an internal pressure or temperature of the at least one battery cell reaches a threshold, to be actuated to release the internal pressure; and a bus component configured to electrically connect the plurality of battery cells, wherein the pressure relief mechanism and the bus component are respectively arranged on different sides of the at least one battery cell, such that emissions from the at least one battery cell are discharged in a direction away from the bus component when the pressure relief mechanism is actuated; wherein the battery further comprises a thermal management component, the thermal management component being configured to accommodate a fluid to adjust temperatures of the plurality of battery cells, and the thermal management component is configured to be damaged when the pressure relief mechanism is actuated, such that the emissions from the battery cell pass through the thermal management component.
A salamander oven comprising a casing with external walls (11, 12, 13, 14, 15) and internal lateral and lower partitions (21, 22, 23) defining a cooking compartment having only a front opening, the oven further comprising heating elements, placed in the upper part of said cooking compartment, comprising quartz heating elements capable of heating the cooking compartment up to a temperature of 500°C, and at least one grill placeable inside said cooking compartment, the front opening enabling the grill to be inserted and removed to position or remove the foods to be cooked, wherein the internal lateral partitions (21, 22) are each provided with at least one supporting guide enabling sliding of the grill for extraction from and insertion into the cooking compartment, and in that said casing is provided with reinforcing elements placed between at least two internal lateral partitions (21, 22), for preventing the deformation thereof as a result of thermal dilation, so that to avoid problems in the movement of the grill inside the cooking compartment.
A cleaner-equipped sensor system for a vehicle, comprising: external sensors (2, 3) capable of acquiring information on an outside of a vehicle; a cleaner unit including a liquid cleaner capable of discharging a cleaning liquid toward the external sensors (2, 3), and a first and a second air cleaner (10, 20), each capable of discharging air toward one of the external sensors (2, 3) respectively; and an electronic processing device configured to output an output of the external sensors (2, 3) to a vehicle control unit controlling an operation of the vehicle, and to control the cleaner unit depending on an output of the vehicle control unit, wherein the external sensors (2, 3) and the electronic processing device are attached to a common attachment member so as to be integrated, and wherein a wiring connecting the external sensor (2, 3) and the electronic processing device is shorter than a wiring connecting the vehicle control unit and the electronic processing device. external sensors (2, 3) capable of acquiring information on an outside of a vehicle; a cleaner unit including a liquid cleaner capable of discharging a cleaning liquid toward the external sensors (2, 3), and a first and a second air cleaner (10, 20), each capable of discharging air toward one of the external sensors (2, 3) respectively; and an electronic processing device configured to output an output of the external sensors (2, 3) to a vehicle control unit controlling an operation of the vehicle, and to control the cleaner unit depending on an output of the vehicle control unit, wherein the external sensors (2, 3) and the electronic processing device are attached to a common attachment member so as to be integrated, and wherein a wiring connecting the external sensor (2, 3) and the electronic processing device is shorter than a wiring connecting the vehicle control unit and the electronic processing device.
Support device for a joint of a user connecting a first part of the body of said user to a second part of the body of said user, which device comprises a first face and a second face which are connected to one another by at least one sleeve, which is to surround the first part of the body of the user, and by a bearing part, which is to bear against the second part of the body of said user, said sleeve and said bearing part being connected to one another by means for blocking closure of the joint, said blocking means comprising a wire element comprising at least two branches, of which one extends from the sleeve to the bearing part on the first face of the device and the other extends from the sleeve to the bearing part on the second face of the device, said branches being spaced apart from one another between the sleeve and the bearing part and being arranged to maintain the spacing between the sleeve and the bearing part on either side of the joint, each branch of the wire element having a curved shape and being connected to the other branch by at least one joining part which extends on the sleeve and/or on the bearing part so that the wire element surrounds the joint zone without exerting pressure thereon, the radius of curvature of each branch being such that the first part of the body and the second part of the body form between them a fixed angle of substantially between 45° and 60°.
Opening and closure device with a packaging container for liquid or semi-liquid food, said packaging container being made of packaging material and having a first fold line and an opening line, said first fold line and opening line intersect in an intersection point, said intersection point dividing the opening line into a first opening line portion and a second opening line portion, wherein the opening and closure device comprises an opening device adapted for facilitating rupture of the packaging material along the opening line, when arranged on the packaging container, said opening device has an opening edge that is at least partly aligned along the first opening line portion and arranged on a first side of the opening line, wherein a second side of the opening line comprises an openable area of the packaging container, such that a consumer can fold the opening and closure device at the first fold line and force the packaging material of the opening line against the opening edge to facilitate rupture of the packaging material along the opening line, and wherein the opening and closure device further comprises a closure device adapted for re-closing the packaging container after opening along the opening line, said closure device comprises at least a first closure device part and a second closure device part, said first and second closure device parts (17, 18) being provided on different sides of the first fold line when arranged on the packaging container, and said first and second closure device parts (17, 18) being provided with a first and second mutual lockable member (20, 21) such that the first and second closure device parts (17, 18) may be releasably locked to each other, after folding the opening device along a second fold line, wherein the opening device is provided with the first closure device part, characterized in that the opening device is entirely provided in between the first opening line portion and a first fold line portion, on a first side of the second fold line, and at least the first lockable member extends past the second fold line to a second side of the second fold line.