mhurhangee/ep-ind-claims huggingface dataset:
A method for modifying a nucleic acid, comprising: (a) contacting a single stranded nucleic acid with a terminal transferase activity and a mixture of two or more different nucleotides under conditions in which nucleotides in the mixture are sequentially and randomly added to the 3' terminus of the nucleic acid by the terminal transferase activity, thereby adding a heteropolynucleotide comprising nucleotides in the mixture to the 3'end of the nucleic acid and generating a first modified nucleic acid; (b) contacting the first modified nucleic acid with a terminal transferase activity and a composition comprising single nucleotide monomers under conditions in which the monomers are added to the 3' terminus of the first modified nucleic acid by the terminal transferase activity, thereby adding a homopolynucleotide comprising the monomers to the 3' end of the first modified nucleic acid and generating a second modified nucleic acid comprising, 5' to 3', the heteropolynucleotide and homopolynucleotide; and (c) contacting the second modified nucleic acid with a second single-stranded nucleic acid comprising a binding polynucleotide complementary to, or substantially complementary to, the homopolynucleotide in the second modified nucleic acid and a ligase activity under conditions in which the 3' end of the second modified nucleic acid and the 5' end of the second single-stranded nucleic acid ligate, thereby generating a ligated nucleic acid, wherein the 5' end of the second single-stranded nucleic acid is phosphorylated or adenylated. (a) contacting a single stranded nucleic acid with a terminal transferase activity and a mixture of two or more different nucleotides under conditions in which nucleotides in the mixture are sequentially and randomly added to the 3' terminus of the nucleic acid by the terminal transferase activity, thereby adding a heteropolynucleotide comprising nucleotides in the mixture to the 3'end of the nucleic acid and generating a first modified nucleic acid; (b) contacting the first modified nucleic acid with a terminal transferase activity and a composition comprising single nucleotide monomers under conditions in which the monomers are added to the 3' terminus of the first modified nucleic acid by the terminal transferase activity, thereby adding a homopolynucleotide comprising the monomers to the 3' end of the first modified nucleic acid and generating a second modified nucleic acid comprising, 5' to 3', the heteropolynucleotide and homopolynucleotide; and (c) contacting the second modified nucleic acid with a second single-stranded nucleic acid comprising a binding polynucleotide complementary to, or substantially complementary to, the homopolynucleotide in the second modified nucleic acid and a ligase activity under conditions in which the 3' end of the second modified nucleic acid and the 5' end of the second single-stranded nucleic acid ligate, thereby generating a ligated nucleic acid, wherein the 5' end of the second single-stranded nucleic acid is phosphorylated or adenylated.
Clear coat comprising a rheological aid, comprising - at least one urea derivative preparable by reacting at least one diisocyanate with at least one diamine with primary and/or secondary amino groups and at least one primary monoamine. - at least one urea derivative preparable by reacting at least one diisocyanate with at least one diamine with primary and/or secondary amino groups and at least one primary monoamine. at least one diisocyanate with at least one diamine with primary and/or secondary amino groups and at least one primary monoamine.
A method of producing a chemical product from a reaction mixture containing at least two components, comprising: I) providing a data set comprising a plurality of production instances, each production instance comprising data on (a) the composition of the reaction mixture and/or process conditions, (b) at least one climate parameter at the production site of the product, and (c) at least one target physical property of the product; II) generating a regression model for each target physical property of the product using the data set, wherein in the regression model a respective target physical property is the dependent variable and at least part of the other data in the data set, excluding any remaining target physical properties, are independent variables; III) transforming each regression model to obtain a transformed regression model where a) the composition of the reaction mixture and/or b) the process conditions of a reaction depends on at least one climate parameter at the production site of the product and each target physical property is assigned a desired value; IV) combining the transformed regression models to obtain a combined regression model; V) measuring, at the production site, the at least one climate parameter used in the combined regression model; VI) calculating a) the composition of the reaction mixture and/or b) the process conditions for the reaction, using the combined regression model and the at least one measured climate parameter; VII) composing the reaction mixture and/or process conditions according the calculation; and VIII) reacting the reaction mixture to obtain the chemical product. I) providing a data set comprising a plurality of production instances, each production instance comprising data on (a) the composition of the reaction mixture and/or process conditions, (b) at least one climate parameter at the production site of the product, and (c) at least one target physical property of the product; II) generating a regression model for each target physical property of the product using the data set, wherein in the regression model a respective target physical property is the dependent variable and at least part of the other data in the data set, excluding any remaining target physical properties, are independent variables; III) transforming each regression model to obtain a transformed regression model where a) the composition of the reaction mixture and/or b) the process conditions of a reaction depends on at least one climate parameter at the production site of the product and each target physical property is assigned a desired value; IV) combining the transformed regression models to obtain a combined regression model; V) measuring, at the production site, the at least one climate parameter used in the combined regression model; VI) calculating a) the composition of the reaction mixture and/or b) the process conditions for the reaction, using the combined regression model and the at least one measured climate parameter; VII) composing the reaction mixture and/or process conditions according the calculation; and VIII) reacting the reaction mixture to obtain the chemical product.
Method to operate a navigation device comprising a light sensor, a receiving unit, a storage unit and a computing unit attached to a vehicle with the following steps: - detecting a brightness increase in the surrounding of the vehicle using the light sensor; - comparing the detected brightness increase with a prescribed brightness increase using the computing unit, and, if the detected brightness increase exceeds the prescribed brightness increase, - activating the receiving unit using the computing unit, so that the receiving unit receives data from outside the vehicle and the navigation device; and - storing the data in the storage unit. - detecting a brightness increase in the surrounding of the vehicle using the light sensor; - comparing the detected brightness increase with a prescribed brightness increase using the computing unit, and, if the detected brightness increase exceeds the prescribed brightness increase, - activating the receiving unit using the computing unit, so that the receiving unit receives data from outside the vehicle and the navigation device; and - storing the data in the storage unit.
Method for strengthening ground at geotechnical structures, in which shear bands of pre-determinable orientation would occur in the ground under increased load impact, characterised in that the shear band or at least the start of the shear band is consolidated before the increased load impact.
An appliance comprising: a power transmitter; a data receiver; an antenna operatively coupled to the power transmitter and data receiver, and an appliance sensor unit comprising one or more sensors and a sensor unit antenna operatively coupled to an energy harvesting device and to a data transmitter, wherein the antenna is configured to switchably transmit energy from the power transmitter to power the appliance sensor unit, and receive data to the data receiver from the appliance sensor unit, a frequency being used by the antenna that is the same for both transmission of the energy and reception of the data. a power transmitter; a data receiver; an antenna operatively coupled to the power transmitter and data receiver, and an appliance sensor unit comprising one or more sensors and a sensor unit antenna operatively coupled to an energy harvesting device and to a data transmitter, wherein the antenna is configured to switchably transmit energy from the power transmitter to power the appliance sensor unit, and receive data to the data receiver from the appliance sensor unit, a frequency being used by the antenna that is the same for both transmission of the energy and reception of the data.
Container device for transport of a good to be cooled, such as a medicine, comprising: - a closable holding space for the good to be cooled; - a heat conductor, adjacent to the holding space; - a heat buffer, - a heat pump, in thermal contact with the heat conductor, and the heat buffer, and configured for detracting heat from the holding space and transferring the heat to the heat buffer; - a housing, enclosing at least the holding space and the heat buffer air tight from an environment of the container device, - wherein: - the heat buffer is thermally isolated from an environment of the container device characterized in that - the heat buffer comprises a reservoir with phase change material; and wherein the heat buffer is arranged peripheral to the holding space, separated by the heat conductor and the heat pump. - a closable holding space for the good to be cooled; - a heat conductor, adjacent to the holding space; - a heat buffer, - a heat pump, in thermal contact with the heat conductor, and the heat buffer, and configured for detracting heat from the holding space and transferring the heat to the heat buffer; - a housing, enclosing at least the holding space and the heat buffer air tight from an environment of the container device, - wherein: - the heat buffer is thermally isolated from an environment of the container device characterized in that - the heat buffer comprises a reservoir with phase change material; and
A mat comprising resin foam pulverized fragments including pulverized fragments of a melamine resin foam, and a moisture curable isocyanate compound bonding the resin foam pulverized fragments to each other, wherein the resin foam pulverized fragments further include pulverized fragments of a polyurethane resin foam.
Organic light-emitting diode comprising at least two electroluminescent layers (ELR, ELB), both being of fluorescent type or phosphorescent type, emitting at two different wavelengths and comprising a matrix and an electroluminescent dopant, as well as a hole- and electron-conducting buffer layer arranged between said electroluminescent layers, constituted by a bi-layer comprising an electron-transport layer (T 2) and a hole-transport layer (T 1), said electron- and hole-transport layers being without dopant, characterised in that each of said electron- and hole-transport layers comprises a matrix with the same composition as the closest electroluminescent layer.
A composition comprising a polypeptide that comprises two parts: a recombinant ecto-nucleotide pyrophosphate/phosphodiesterase-1 polypeptide lacking the NPP1 transmembrane domain and an IgG Fc domain, for use in the treatment or prevention of a disease involving pathological calcification and/or ossification. a recombinant ecto-nucleotide pyrophosphate/phosphodiesterase-1 polypeptide lacking the NPP1 transmembrane domain and an IgG Fc domain,
A melanoma antigen peptide of less than 20 amino acids long and comprising the amino acid sequence of SEQ ID NO:5, for use in the prevention or in the treatment of melanoma in patient.
A method of managing operation of and communication between a plurality of physical media devices coupled via a communication bus for completing an audio/video operation or audio/video communication comprising: a) maintaining a control module for each media device coupled to the communication bus, wherein the control module includes the capabilities of the media device and any subdevices within the media device and further wherein the control module is responsible for control of the device and any subdevice within the device; b) providing an interface to a user through which an audio/video operation or communication to be completed is requested by the user; c) determining appropriate media devices and subdevices required for completion of the audio/video operation or communication by searching the control modules; and d) completing the audio/video operation or communication by instructing appropriate control modules to provide instructions to the appropriate devices and subdevices. a) maintaining a control module for each media device coupled to the communication bus, wherein the control module includes the capabilities of the media device and any subdevices within the media device and further wherein the control module is responsible for control of the device and any subdevice within the device; b) providing an interface to a user through which an audio/video operation or communication to be completed is requested by the user; c) determining appropriate media devices and subdevices required for completion of the audio/video operation or communication by searching the control modules; and d) completing the audio/video operation or communication by instructing appropriate control modules to provide instructions to the appropriate devices and subdevices.
A method of evaluating a videogame for a first user, comprising the steps of: performing a calibration test using a physical input device (41-46, 53) to evaluate and store data indicative of at least a first physical input capability of the first user with respect to that physical input device prior to the first user engaging in gameplay with the videogame; retrieving data indicative of at least a first reference physical input capability exhibited with respect to a corresponding physical input device during at least one reference play-through of the videogame by one or more reference users other than the first user; comparing the data indicative of the at least first reference physical input capability exhibited during the at least one reference play-through with the data indicative of the at least first physical input capability of the first user; user taken during the calibration test; and providing an evaluation to the first user, prior to the user playing the videogame, indicating a suitability of the videogame for play by the first user, based upon the comparison. performing a calibration test using a physical input device (41-46, 53) to evaluate and store data indicative of at least a first physical input capability of the first user with respect to that physical input device prior to the first user engaging in gameplay with the videogame; retrieving data indicative of at least a first reference physical input capability exhibited with respect to a corresponding physical input device during at least one reference play-through of the videogame by one or more reference users other than the first user; comparing the data indicative of the at least first reference physical input capability exhibited during the at least one reference play-through with the data indicative of the at least first physical input capability of the first user; user taken during the calibration test; and providing an evaluation to the first user, prior to the user playing the videogame, indicating a suitability of the videogame for play by the first user, based upon the comparison.
Anti-skid chain to be attached to at least one tire, the anti-skid chain comprising two lateral guide chains which are laterally stable and which, in the mounted state, are arranged laterally of the treads of the tires, and a limp chain mesh which extends between the two guide chains.
A method for controlling a scanning accelerator to emit a beam, comprising: causing the accelerator to enter a beam-emitting preheating state under a first condition; reducing a beam-emitting frequency of the accelerator under a second condition; and restoring the beam-emitting frequency of the accelerator so as to cause the accelerator to emit a beam under a third condition, wherein the first condition comprises: determining that a scanning check is to be performed on a target object; the second condition comprises: determining that no scanning check is to be performed on a current portion of the target object; and the third condition comprises: determining that the scanning check may be started to be performed on the current portion of the target object. causing the accelerator to enter a beam-emitting preheating state under a first condition; reducing a beam-emitting frequency of the accelerator under a second condition; and restoring the beam-emitting frequency of the accelerator so as to cause the accelerator to emit a beam under a third condition, wherein the first condition comprises: determining that a scanning check is to be performed on a target object; the second condition comprises: determining that no scanning check is to be performed on a current portion of the target object; and the third condition comprises: determining that the scanning check may be started to be performed on the current portion of the target object.
A camera decoration, applied to a camera module of an electronic apparatus, comprising: a main portion defining a first through hole configured to expose a camera; and an extending portion connected to an end of the main portion and defining a second through hole configured to expose a flash; the main portion comprises: a first face; a second face arranged opposite to the first face; and a first side circumference connecting the first face and the second face; the first through hole penetrates the first face and the second face; the extending portion comprises: a third face; a fourth face arranged opposite to the third face; and a second side circumference connecting the third face and the fourth face; the second through hole penetrates the third face and the fourth face; the third face is on a same side with the first face; the fourth face is on a same side with the second face and depressed toward the third face relative to the second face; the third face is depressed toward the fourth face relative to the first face; and a thickness of the extending portion is less than a thickness of the main portion. a main portion defining a first through hole configured to expose a camera; and an extending portion connected to an end of the main portion and defining a second through hole configured to expose a flash; the main portion comprises: a first face; a second face arranged opposite to the first face; and a first side circumference connecting the first face and the second face; a first face; a second face arranged opposite to the first face; and a first side circumference connecting the first face and the second face; the first through hole penetrates the first face and the second face; the extending portion comprises: a third face; a fourth face arranged opposite to the third face; and a second side circumference connecting the third face and the fourth face; a third face; a fourth face arranged opposite to the third face; and a second side circumference connecting the third face and the fourth face; the second through hole penetrates the third face and the fourth face; the third face is on a same side with the first face; the fourth face is on a same side with the second face and depressed toward the third face relative to the second face; the third face is depressed toward the fourth face relative to the first face; and a thickness of the extending portion is less than a thickness of the main portion.
A method for manufacturing a laminated iron core product, the method comprising: laminating a plurality of iron core members which are punched from a first metal plate to form a laminate; removing oil adhering to the laminate; laminating a plurality of end surface plates which are punched from a second metal plate to form a temporary laminate, removing oil adhering to an end surface plate, wherein removing the oil adhering to the end surface plate includes delaminating one end surface plate of the plurality of end surface plates from the temporary laminate one by one and removing oil adhering to the one end surface plate by injecting gas between the uppermost end surface plate of the temporary laminate and the end surface plate adjacent thereto; and disposing the end surface plate on an end surface of the laminate and welding the end surface plate and the laminate. laminating a plurality of iron core members which are punched from a first metal plate to form a laminate; removing oil adhering to the laminate; laminating a plurality of end surface plates which are punched from a second metal plate to form a temporary laminate, removing oil adhering to an end surface plate, wherein removing the oil adhering to the end surface plate includes delaminating one end surface plate of the plurality of end surface plates from the temporary laminate one by one and removing oil adhering to the one end surface plate by injecting gas between the uppermost end surface plate of the temporary laminate and the end surface plate adjacent thereto; and disposing the end surface plate on an end surface of the laminate and welding the end surface plate and the laminate.
Mortar pouch (1000, 4000, 6000) for gluing or jointing tiles, wherein said mortar pouch (1000, 4000, 6000) comprises a water-soluble fabric (1001, 4001, 6001) and a dry tile mortar (1002, 4002, 6002), wherein the water-soluble fabric (1001, 4001, 6001) encapsulates the said dry tile mortar (1002, 4002, 6002) and wherein the said dry tile mortar (1002, 4002, 6002) is not embedded in a non water-soluble fabric.