mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining extra-chromosomal nucleic acids sequence(s) from cells and comprising the steps of: a) optionally cultivating cells comprising the extra-chromosomal nucleic acids sequence(s) of interest, b) disintegrating the cells by mixing the cells suspension with a lysis medium to form lysed cells, c) neutralizing the lysed cells by adding a neutralization solution to said lysed cells, preferably a neutralization solution composed of an acetic acid/acetate solution, to produce a cells lysate mixture comprising a soluble fraction and a precipitate, d) optionally further precipitating contaminants of the extra-chromosomal nucleic acids sequence(s) of interest, by mixing the cells lysate mixture with a solution containing one or more salt(s), wherein the salt(s) is (are) selected from the group consisting of CaCl 2 , MgCl 2 , ZnCl 2 , SrCl 2 , BaCl 2 , LiCl, ammonium acetate, ammonium sulfate, sodium sulfate and magnesium sulfate or a mixture thereof, e) collecting the cells lysate mixture obtained from step c) or from step d), f) separating the soluble fraction comprising the extra-chromosomal nucleic acids sequence(s) of interest of the cells lysate mixture from the precipitate in a separation tank, and g) recovering the separated soluble fraction comprising the extra-chromosomal nucleic acids sequence(s) of interest, wherein the separation step f) comprises dissolving a gas in a liquid aqueous medium under a pressure higher than atmospheric pressure followed by injecting the liquid aqueous medium comprising the dissolved gas into the cells lysate mixture contained in the separation tank. a) optionally cultivating cells comprising the extra-chromosomal nucleic acids sequence(s) of interest, b) disintegrating the cells by mixing the cells suspension with a lysis medium to form lysed cells, c) neutralizing the lysed cells by adding a neutralization solution to said lysed cells, preferably a neutralization solution composed of an acetic acid/acetate solution, to produce a cells lysate mixture comprising a soluble fraction and a precipitate, d) optionally further precipitating contaminants of the extra-chromosomal nucleic acids sequence(s) of interest, by mixing the cells lysate mixture with a solution containing one or more salt(s), wherein the salt(s) is (are) selected from the group consisting of CaCl 2 , MgCl 2 , ZnCl 2 , SrCl 2 , BaCl 2 , LiCl, ammonium acetate, ammonium sulfate, sodium sulfate and magnesium sulfate or a mixture thereof, e) collecting the cells lysate mixture obtained from step c) or from step d), f) separating the soluble fraction comprising the extra-chromosomal nucleic acids sequence(s) of interest of the cells lysate mixture from the precipitate in a separation tank, and g) recovering the separated soluble fraction comprising the extra-chromosomal nucleic acids sequence(s) of interest,
A surgical treatment device , comprising: a transducer configured to generate ultrasonic vibrations; and a transmission rod including a treatment probe , wherein a proximal end of the transmission rod is operatively connected to the transducer for transmitting ultrasonic vibration generated by the transducer to the treatment probe located at a distal end of the transmission rod , and wherein the treatment probe includes a treatment surface and a jaw moveable relative to the transmission rod from an open position to a closed position, wherein the surgical treatment device includes a damping feature configured to contact the transmission rod when the jaw is in the open position and to be spaced apart from the transmission rod when the jaw is in the closed position, characterized in that : the damping feature includes a probe holder , which at least partially circumscribes an outer circumference surface of the treatment probe and through which the treatment probe is slidably movable, the probe holder includes a region that attenuates the ultrasonic vibration by contacting the transmission rod , and the probe holder is configured to contact the transmission rod when the jaw is in the open position and to be spaced apart from the transmission rod when the jaw is in the closed position. a transducer configured to generate ultrasonic vibrations; and a transmission rod including a treatment probe , wherein a proximal end of the transmission rod is operatively connected to the transducer for transmitting ultrasonic vibration generated by the transducer to the treatment probe located at a distal end of the transmission rod , and wherein the treatment probe includes a treatment surface and a jaw moveable relative to the transmission rod from an open position to a closed position, wherein the surgical treatment device includes a damping feature configured to contact the transmission rod when the jaw is in the open position and to be spaced apart from the transmission rod when the jaw is in the closed position, characterized in that : the damping feature includes a probe holder , which at least partially circumscribes an outer circumference surface of the treatment probe and through which the treatment probe is slidably movable, the probe holder includes a region that attenuates the ultrasonic vibration by contacting the transmission rod , and the probe holder is configured to contact the transmission rod when the jaw is in the open position and to be spaced apart from the transmission rod when the jaw is in the closed position. the damping feature includes a probe holder , which at least partially circumscribes an outer circumference surface of the treatment probe and through which the treatment probe is slidably movable, the probe holder includes a region that attenuates the ultrasonic vibration by contacting the transmission rod , and the probe holder is configured to contact the transmission rod when the jaw is in the open position and to be spaced apart from the transmission rod when the jaw is in the closed position.
A machine readable medium, on which are stored instructions for detecting malware through detection of persistent startup hooks, comprising instructions that when executed cause a machine to: identify a startup hook associated with a target executable based on a reputation of the target executable; remove the startup hook; determine whether the startup hook is restored within a period after the removal, a length of the period associated with the reputation of the target executable; when the startup hook is determined to be restored within the period, update the reputation of the target executable to a negative reputation; and the machine readable medium being characterised in that the instructions, when executed, cause the machine to identify the startup hook associated with the target executable based on the reputation of the target executable by determining whether the startup hook has been evaluated previously; and ignoring the startup hook and deeming it safe responsive to determining that the startup hook has been evaluated previously and not removed. identify a startup hook associated with a target executable based on a reputation of the target executable; remove the startup hook; determine whether the startup hook is restored within a period after the removal, a length of the period associated with the reputation of the target executable; when the startup hook is determined to be restored within the period, update the reputation of the target executable to a negative reputation; and the machine readable medium being characterised in that the instructions, when executed, cause the machine to identify the startup hook associated with the target executable based on the reputation of the target executable by determining whether the startup hook has been evaluated previously; and ignoring the startup hook and deeming it safe responsive to determining that the startup hook has been evaluated previously and not removed.
Assembly of a plurality of identical insertion bodies , - wherein each insertion body is elongated and tapers to a tip , - wherein the insertion bodies next to one another or behind one another are connected to one another by one or more connecting elements , - wherein the connecting elements are designed to be torn off mechanically by the effect of an external force (F) on an individual insertion body , characterized in that - each insertion body has an electronic transmitting and/or receiving device , wherein the electronic transmitting and/or receiving device is designed as an RFID tag, - the insertion bodies and the connecting elements are made from the same plastic material in the same process. - wherein each insertion body is elongated and tapers to a tip , - wherein the insertion bodies next to one another or behind one another are connected to one another by one or more connecting elements , - wherein the connecting elements are designed to be torn off mechanically by the effect of an external force (F) on an individual insertion body , characterized in that - each insertion body has an electronic transmitting and/or receiving device , wherein the electronic transmitting and/or receiving device is designed as an RFID tag, - the insertion bodies and the connecting elements are made from the same plastic material in the same process.
Carriage for a railway vehicle, comprising a body ; said body extending in a horizontal longitudinal direction (X), corresponding to a direction of travel of the vehicle; said body comprising: a roof having a curved surface ; and at least a first electrical line extending over said roof in the longitudinal direction, said first electrical line forming a projection with respect to said curved surface; the curved surface comprising a central, substantially flat and horizontal portion and first and second side portions; the carriage further comprising a side wind stabilising aerodynamic element ; said stabilising aerodynamic element comprising at least a first fairing attached to the roof of the body and covering the first electrical line, said first fairing having a first aerodynamic profile , said first airfoil comprising a first and a second portion, adjacent to each other perpendicular to the longitudinal direction, each of said first and second portions having a convex shape, a minimum radius of curvature of the first portion being smaller than a minimum radius of curvature of the second portion; the carriage being characterised in that the second portion of the aerodynamic profile of the fairing is disposed substantially horizontally, said second portion being located in an extension of the central part of the curved surface of the roof . the curved surface comprising a central, substantially flat and horizontal portion and first and second side portions; the carriage further comprising a side wind stabilising aerodynamic element ; said stabilising aerodynamic element comprising at least a first fairing attached to the roof of the body and covering the first electrical line, said first fairing having a first aerodynamic profile , said first airfoil comprising a first and a second portion, adjacent to each other perpendicular to the longitudinal direction, each of said first and second portions having a convex shape, a minimum radius of curvature of the first portion being smaller than a minimum radius of curvature of the second portion; the carriage being characterised in that the second portion of the aerodynamic profile of the fairing is disposed substantially horizontally, said second portion being located in an extension of the central part of the curved surface of the roof .
An information processing program executed by a computer included in an information processing apparatus capable of communicating with each of a first operation apparatus including a first vibrator and a second operation apparatus including a second vibrator , the information processing program causing the computer to function as: operation method setting means (81, S142-S143) for setting, as an operation method, either of a first operation method using the first operation apparatus and the second operation apparatus as a set, and a second operation method using either of the first operation apparatus and the second operation apparatus; vibration data generation means (81, S168, S169, S185, S186, S195, S196, S197) for, when the first operation method is set, generating first vibration data for vibrating the first vibrator and second vibration data for vibrating the second vibrator, and when the second operation method is set, generating third vibration data based on the first vibration data and the second vibration data; and vibration data transmission means (81, S170, S187, S198) for, when the first operation method is set, transmitting the first vibration data to the first operation apparatus and transmitting the second vibration data to the second operation apparatus, and when the second operation method is set, transmitting the third vibration data to the first operation apparatus or the second operation apparatus for use in the second operation method. operation method setting means (81, S142-S143) for setting, as an operation method, either of a first operation method using the first operation apparatus and the second operation apparatus as a set, and a second operation method using either of the first operation apparatus and the second operation apparatus; vibration data generation means (81, S168, S169, S185, S186, S195, S196, S197) for, when the first operation method is set, generating first vibration data for vibrating the first vibrator and second vibration data for vibrating the second vibrator, and when the second operation method is set, generating third vibration data based on the first vibration data and the second vibration data; and vibration data transmission means (81, S170, S187, S198) for, when the first operation method is set, transmitting the first vibration data to the first operation apparatus and transmitting the second vibration data to the second operation apparatus, and when the second operation method is set, transmitting the third vibration data to the first operation apparatus or the second operation apparatus for use in the second operation method.
A noise barrier comprising a sound-insulating base wall comprising a plurality of support uprights and a plurality of wall elements supported by said support uprights , the noise barrier further comprising elongated sound-absorbing panels superimposed on the sound-insulating base wall , characterized in that the elongated sound-absorbing panels have a non-uniform thickness along their length, wherein at least one of the elongated sound-absorbing panels has a wavy profile in cross-section along its length with a single peak corresponding to a maximum thickness and two half valleys corresponding to the minimum thickness and a height lower than the height of the support uprights .
Method of production of an eyeglass lens , comprising an outer surface , an inner surface , and a perimeter edge , said perimeter edge comprising at least one lower portion , and/or at least one outer side portion and/or at least one inner side portion and/or at least one upper portion , wherein it is foreseen for there to be an optical axis (A) of the lens that joins the centres of curvature of said outer surface and inner surface characterised in that in any section plane passing through said optical axis (A), at least one from said outer side portion , inner side portion , lower portion and upper portion of said perimeter edge is inclined, with respect to said optical axis (A), by a predetermined acute angle (α), said predetermined acute angle (α) being selected so as to minimise the extension in width of at least one of the projections (B,D,C,E) of said portions on the retina of the eye of the user in a central or substantially central vision condition.
A method for treating a lithium ion battery waste containing fluorine using a converter furnace in a copper smelting process, wherein prior to a treatment for charging a copper matte obtained from a flash smelter in the copper smelting process into the converter furnace and blowing oxygen into the converter furnace to obtain crude copper, the lithium ion battery waste is introduced into the converter furnace or a ladle furnace that is used for charging the copper matte into the converter furnace and then the lithium ion battery waste is burned with residual heat in the converter furnace or the ladle furnace, and characterized in that an amount of the lithium ion battery waste introduced into the converter furnace or the ladle furnace is adjusted such that an amount of material of fluorine contained in the lithium ion battery waste becomes an amount corresponding to 10 ppm or more and less than 35 ppm with respect to an amount of material of copper to be supplied to the converter furnace in the copper smelting process. prior to a treatment for charging a copper matte obtained from a flash smelter in the copper smelting process into the converter furnace and blowing oxygen into the converter furnace to obtain crude copper, the lithium ion battery waste is introduced into the converter furnace or a ladle furnace that is used for charging the copper matte into the converter furnace and then the lithium ion battery waste is burned with residual heat in the converter furnace or the ladle furnace, and characterized in that an amount of the lithium ion battery waste introduced into the converter furnace or the ladle furnace is adjusted such that an amount of material of fluorine contained in the lithium ion battery waste becomes an amount corresponding to 10 ppm or more and less than 35 ppm with respect to an amount of material of copper to be supplied to the converter furnace in the copper smelting process.
A medical implant, comprising: an antioxidant stabilized, consolidated, crosslinked ultra-high molecular weight polyethylene, the crosslinked ultra-high molecular weight polyethylene prior to irradiative crosslinking with a total dose of 150 kGy to 250 kGy comprising a homogeneous consolidated blend of ultra-high molecular weight polyethylene powder and 0.1 to 0.2 weight percent antioxidant that is tocopherol, the consolidated blend preheated to a preheat temperature of 60 °C to 130 °C, wherein the preheat temperature is below the melting point of the consolidated blend, the irradiative crosslinking performed while maintaining the consolidated blend at a temperature below the melting point of the consolidated blend and at least some of the antioxidant remaining unreacted in the crosslinked ultra-high molecular weight polyethylene after the crosslinking irradiation.
A medical scanning device , comprising: a body; a probe at one end of the body, the probe comprising a scanner head ; an optical sensor, disposed within the body, to receive signals from the scanner head and generate optical scan data based on the signals, wherein the optical sensor is an image sensor to generate medical images; a communication module, coupled to the image sensor, to transmit the medical images to a computing device, which may then display the medical images or a representation of the patient generated from the medical images; a touch sensor , disposed on the body, to detect a touch input, wherein the medical scanning device is to provide the touch input to the computing device; and at least one button , disposed on the body, to enable the touch sensor, wherein the touch sensor is coupled to the communication module to receive a touch input, generate touch input data based on the touch input, and provide the touch input data to the computing device via the communication module, wherein the touch input data causes the computing device to manipulate at least one of the medical images or a representation generated based on the medical images and a user interface that receives and operates on the medical images, characterised in that the medical scanning device is to disable the touch sensor responsive to detecting an object within a field of view of the scanner head and/or within a threshold distance from the scanner head to prevent unintended touch input during the course of a scan. a body; a probe at one end of the body, the probe comprising a scanner head ; an optical sensor, disposed within the body, to receive signals from the scanner head and generate optical scan data based on the signals, wherein the optical sensor is an image sensor to generate medical images; a communication module, coupled to the image sensor, to transmit the medical images to a computing device, which may then display the medical images or a representation of the patient generated from the medical images; a touch sensor , disposed on the body, to detect a touch input, wherein the medical scanning device is to provide the touch input to the computing device; and at least one button , disposed on the body, to enable the touch sensor, wherein the touch sensor is coupled to the communication module to receive a touch input, generate touch input data based on the touch input, and provide the touch input data to the computing device via the communication module, wherein the touch input data causes the computing device to manipulate at least one of the medical images or a representation generated based on the medical images and a user interface that receives and operates on the medical images, characterised in that the medical scanning device is to disable the touch sensor responsive to detecting an object within a field of view of the scanner head and/or within a threshold distance from the scanner head to prevent unintended touch input during the course of a scan.
A pharmaceutical composition comprising a carrier and a polypeptide for use in therapy wherein the polypeptide comprises an amino acid sequence having at least 80% homology to SEQ ID NO. 12, wherein the polypeptide: (i) has reduced catalytic activity; (ii) is capable of binding to a factor Xa inhibitor; and (iii) cannot assemble into the prothrombinase complex. (i) has reduced catalytic activity; (ii) is capable of binding to a factor Xa inhibitor; and (iii) cannot assemble into the prothrombinase complex.
A meter , comprising: a signal processing circuit configured to: receive a pickoff signal from a fork density sensor ; filter the signal; and synthesize a drive signal based on the filtered signal; and characterized by : an output circuit connected with the signal processing circuit , the output circuit being configured to receive the synthesized signal and provide a synthetic time period output signal. a signal processing circuit configured to: receive a pickoff signal from a fork density sensor ; filter the signal; and synthesize a drive signal based on the filtered signal; and receive a pickoff signal from a fork density sensor ; filter the signal; and synthesize a drive signal based on the filtered signal; and characterized by : an output circuit connected with the signal processing circuit , the output circuit being configured to receive the synthesized signal and provide a synthetic time period output signal.
Device for discharging wastewater of a medico-technical device, comprising a plurality of line connections for connecting wastewater lines of the medico-technical device, characterised in that the device for discharging wastewater is designed as a part which can stand on the bottom of a basin, the line connections being in fluid connection with at least one inflow line , the lower end of which is arranged so as to be spaced apart from the underside of the part which can stand on the bottom of the basin, such that a free-fall distance is formed, the device for discharging wastewater comprising a casing which surrounds the at least one inflow line extending inside the casing .