mhurhangee/patent-ind-claim-en huggingface dataset:
Connection chamber head configured to be buried in the ground while laid on a chamber in which may be housed means for connecting electric cable wires, for example particularly for low currents, or any other type of communication cable of an underground distribution network, which comprises a casing frame , a frame for receiving a plug for closing the chamber head , an inside peripheral hollow part configured to house the casing frame and the frame for receiving the plug resting on the casing frame and which comprises height adjustment members of the frame for receiving the plug when carried by the casing frame to position an upper edge of the frame for receiving the plug flush with the ground in which are buried the chamber and the chamber head , the height adjustment members being configured for the height adjustment of the frame relative to the bottom of the peripheral hollow part , in which the peripheral hollow part is delimited between an outer peripheral lateral wall and an upright peripheral inside wall itself delimiting the central opening of the chamber head able to communicate with the chamber , and the casing frame has in cross-section an L-shape, of which one of the peripheral branches is parallel to the bottom of the hollow part and serves as a mounting for the frame for receiving the plug and the other peripheral branch adjacent to the peripheral inside wall parallel thereto comprises a plurality of lugs projecting above the upper flat edge of the peripheral inside wall or above the bottom of the peripheral hollow part and which are passed through perpendicularly by the height adjustment members or comprise said height adjustment members under them.
A method of producing at least one amplicon based on a target DNA comprising: (a) providing the target DNA; (b) providing a primer solution comprising at least one exonuclease-resistant, inosine-containing primer, wherein said inosine-containing primer comprises at least one inosine residue in its sequence, wherein said inosine residue may also be an inosine analogue; (c) generating a DNA amplification reaction mixture by mixing together the target DNA, the primer solution, at least one 5'→3' exonuclease-deficient DNA polymerase having a strand displacement activity, and at least one endonuclease that is capable of nicking an inosine-containing strand of a double stranded DNA at a residue 3' to an inosine residue; and (d) incubating the DNA amplification reaction mixture to amplify at least one portion of the target DNA using the at least one exonuclease-resistant, inosine-containing primer to produce the at least one amplicon; wherein the inosine residue of the nuclease-resistant, inosine-containing primer is located at the penultimate 3' position and comprises a phosphorothioate linkage at the 5' side or at the 3' side of the inosine residue; and, wherein the method further comprises decontaminating the primer solution, prior to generating the DNA amplification reaction mixture, by treating the primer solution with an exonuclease to remove any contaminating nucleic acids. (a) providing the target DNA; (b) providing a primer solution comprising at least one exonuclease-resistant, inosine-containing primer, wherein said inosine-containing primer comprises at least one inosine residue in its sequence, wherein said inosine residue may also be an inosine analogue; (c) generating a DNA amplification reaction mixture by mixing together the target DNA, the primer solution, at least one 5'→3' exonuclease-deficient DNA polymerase having a strand displacement activity, and at least one endonuclease that is capable of nicking an inosine-containing strand of a double stranded DNA at a residue 3' to an inosine residue; and (d) incubating the DNA amplification reaction mixture to amplify at least one portion of the target DNA using the at least one exonuclease-resistant, inosine-containing primer to produce the at least one amplicon;
A process for increasing the flame resistance of a polymer comprising preparing a flame retardant material by heating at temperatures of 200°C or higher from 0.01 hour to 20 hours one or more than one compound of formula (I) wherein R is C 1-12 alkyl, C 6-10 aryl, C 7-18 alkylaryl, or C 7-18 arylalkyl, wherein said alkyl, aryl, alkylaryl, or arylalkyl are unsubstituted or are substituted by halogen, hydroxyl, amino, C 1-4 alkylamino, di-C 1-4 alkylamino, C 1-4 alkoxy, carboxy or C 2-5 alkoxycarbonyl; M is a metal, y is a number of from 1 to 4 so that M (+)y is a metal cation where (+)y represents the charge formally assigned to the cation, and p is a number of from 1 to 4 wherein the process for obtaining the flame retardant material comprises: i) preparing an intermediate salt complex by treating one or more phosphonic acid compound with one or more appropriate metal compound to give an intermediate salt complex corresponding to formula (I) comprising multiple values for R and/or M, and then heating the intermediate salt complex at temperatures of 200°C or higher for 0.01 hour to 20 hours; or ii) preparing an intimate salt mixture by combining two or more individual metal phosphonic acid salts of formula (I) which have differing values for R and/or M, and then heating the intimate salt mixture at temperatures of 200°C or higher for 0.01 hour to 20 hours; followed by incorporating the flame retardant material into a polymer resin, R is C 1-12 alkyl, C 6-10 aryl, C 7-18 alkylaryl, or C 7-18 arylalkyl, wherein said alkyl, aryl, alkylaryl, or arylalkyl are unsubstituted or are substituted by halogen, hydroxyl, amino, C 1-4 alkylamino, di-C 1-4 alkylamino, C 1-4 alkoxy, carboxy or C 2-5 alkoxycarbonyl; M is a metal, y is a number of from 1 to 4 so that M (+)y is a metal cation where (+)y represents the charge formally assigned to the cation, and p is a number of from 1 to 4 i) preparing an intermediate salt complex by treating one or more phosphonic acid compound with one or more appropriate metal compound to give an intermediate salt complex corresponding to formula (I) comprising multiple values for R and/or M, and then heating the intermediate salt complex at temperatures of 200°C or higher for 0.01 hour to 20 hours; or ii) preparing an intimate salt mixture by combining two or more individual metal phosphonic acid salts of formula (I) which have differing values for R and/or M, and then heating the intimate salt mixture at temperatures of 200°C or higher for 0.01 hour to 20 hours;
A hydrocracking catalyst synthesis method using a synthesis system (S) comprising at least one high-pressure container to receive the support material and the metal precursor and having at least one body resistant to high pressure; at least one carbon dioxide source for supplying carbon dioxide gas into the high-pressure container ; at least one pump for delivering the carbon dioxide supplied into the high-pressure container under a pressure allowing it to transform into the supercritical phase; at least one temperature regulation unit to regulate the temperature of the high-pressure container so as to bring the carbon dioxide supplied to the high-pressure container to a temperature allowing it to transform into the supercritical phase; at least one heating furnace to heat and to subject to calcination said support material after the said metal precursor is dissolved in the carbon dioxide in the supercritical phase and adsorbed into the support material the synthesis method comprising the steps of - introducing (a) the metal precursor comprising nickel and/or tungsten, and support material which is in the form of a zeolite pellet into the high-pressure container ; - supplying the carbon dioxide received from the carbon dioxide source by means of the pump into the high-pressure container at a pressure allowing the carbon dioxide to transform into the supercritical phase; - bringing the carbon dioxide in the high-pressure container to a temperature allowing it to transform into the supercritical phase by means of the temperature regulation unit so that the metal precursor in the high-pressure container is dissolved in carbon dioxide and adsorbed (b) by the support material ; - heating the support material inside the said furnace and subjecting it to a calcination (c) process so as to allow the metal precursor adsorbed by the support material to oxidize. - introducing (a) the metal precursor comprising nickel and/or tungsten, and support material which is in the form of a zeolite pellet into the high-pressure container ; - supplying the carbon dioxide received from the carbon dioxide source by means of the pump into the high-pressure container at a pressure allowing the carbon dioxide to transform into the supercritical phase; - bringing the carbon dioxide in the high-pressure container to a temperature allowing it to transform into the supercritical phase by means of the temperature regulation unit so that the metal precursor in the high-pressure container is dissolved in carbon dioxide and adsorbed (b) by the support material ; - heating the support material inside the said furnace and subjecting it to a calcination (c) process so as to allow the metal precursor adsorbed by the support material to oxidize.
A bushing comprising: a porous metallic layer, the porous metallic layer formed by a first composition and a second composition, the first composition comprising iron, the second composition comprising a metal having an electronegativity less than iron, and a sliding layer overlying the porous metallic layer, wherein the porous metallic layer has a porosity of at least 1% and not greater than 99%, and wherein the porous metallic is selected from a mesh material, a grid, an expanded sheet, or a perforated sheet.
An integrated circuit, comprising: an active circuitry side metal layer; a backside metal layer ; a first anti-tamper metal structure on the back side of a planar integrated circuit substrate; at least one through-silicon via connecting the first anti-tamper metal structure to active circuitry on an active circuitry side of the planar integrated circuit substrate; and, a physically unclonable function circuit connected to the active circuitry side metal layer and to the backside side metal layer to output a first fingerprint value, a modification of an electrical characteristic of the backside metal layer to cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value, wherein the backside metal layer is connected to the physically unclonable function circuit using the at least one through-silicon via . an active circuitry side metal layer; a backside metal layer ; a first anti-tamper metal structure on the back side of a planar integrated circuit substrate; at least one through-silicon via connecting the first anti-tamper metal structure to active circuitry on an active circuitry side of the planar integrated circuit substrate; and, a physically unclonable function circuit connected to the active circuitry side metal layer and to the backside side metal layer to output a first fingerprint value, a modification of an electrical characteristic of the backside metal layer to cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value, wherein the backside metal layer is connected to the physically unclonable function circuit using the at least one through-silicon via .
A guide wire system comprising: a guide wire having a distal end and a proximal end , wherein the guide wire comprises a superelastic material that is configured to (i) transition from a first configuration to a second configuration responsive to a force applied to the guide wire and (ii) return from the second configuration to the first configuration responsive to the force being removed from the guide wire ; a first connector coupled to the proximal end of the guide wire ; a second connector coupled to the guide wire between the distal end and the proximal end ; an electromagnetic sensor coupled to the distal end of the guide wire ; and a polymeric tube surrounding at least a portion of the guide wire and at least a portion of the electromagnetic sensor . a guide wire having a distal end and a proximal end , wherein the guide wire comprises a superelastic material that is configured to (i) transition from a first configuration to a second configuration responsive to a force applied to the guide wire and (ii) return from the second configuration to the first configuration responsive to the force being removed from the guide wire ; a first connector coupled to the proximal end of the guide wire ; a second connector coupled to the guide wire between the distal end and the proximal end ; an electromagnetic sensor coupled to the distal end of the guide wire ; and a polymeric tube surrounding at least a portion of the guide wire and at least a portion of the electromagnetic sensor .
A composition for use in controlling ectoparasites comprising an isoxazoline compound, the isoxazoline compound being dispersed in an amorphous state in a solid vehicle of a polymer compound, wherein the isoxazoline compound is one or more compounds selected from compounds represented by the following formulae (II) to (V): wherein the ratio by weight of the isoxazoline compound to the polymer compound is 1 : 0.1 to 1 : 100; wherein the polymer compound is one or more polymer compounds selected from the group consisting of a vinyl pyrrolidone/vinyl acetate copolymer, polyvinyl pyrrolidone, and dimethylaminoethyl methacrylate/butyl methacrylate/methyl methacrylate copolymer, and wherein the composition is to be administered orally to a host animal. wherein the ratio by weight of the isoxazoline compound to the polymer compound is 1 : 0.1 to 1 : 100; wherein the polymer compound is one or more polymer compounds selected from the group consisting of a vinyl pyrrolidone/vinyl acetate copolymer, polyvinyl pyrrolidone, and dimethylaminoethyl methacrylate/butyl methacrylate/methyl methacrylate copolymer, and wherein the composition is to be administered orally to a host animal.
A drug injection device comprising: a drug container that includes a drug ejection portion having a cylindrical shape formed in a male tapered shape with an outer diameter that becomes smaller toward a distal end; and a needle assembly configured to be connected to the drug container , the needle assembly comprising: a needle tube that includes, at a distal end, a needle tip configured to puncture skin; a retaining portion that includes a fitting portion having a fitting opening in which the drug ejection portion of the drug container is insertable, and formed in a female tapered shape, and which is configured to retain the needle tube in a state where a proximal end of the needle tube protrudes toward the fitting opening ; and an elastic member that is located in the fitting portion , and includes a close contact portion that is configured to contact and retain the needle tube protruding toward the fitting opening , and a deformation portion that extends from the close contact portion towards the fitting opening and is configured to deform when the drug ejection portion comes into contact with the elastic member , characterized in that a length (A3) of the deformation portion is in a range of 35% or more and 50% or less with respect to a length (A1) of the elastic member , and wherein a length (A2) of the needle tube that protrudes from the close contact portion towards the fitting portion is in a range of 45% or more and 245% or less with respect to the length (A3) of the deformation portion . a drug container that includes a drug ejection portion having a cylindrical shape formed in a male tapered shape with an outer diameter that becomes smaller toward a distal end; and a needle assembly configured to be connected to the drug container , the needle assembly comprising: a needle tube that includes, at a distal end, a needle tip configured to puncture skin; a retaining portion that includes a fitting portion having a fitting opening in which the drug ejection portion of the drug container is insertable, and formed in a female tapered shape, and which is configured to retain the needle tube in a state where a proximal end of the needle tube protrudes toward the fitting opening ; and an elastic member that is located in the fitting portion , and includes a close contact portion that is configured to contact and retain the needle tube protruding toward the fitting opening , and a deformation portion that extends from the close contact portion towards the fitting opening and is configured to deform when the drug ejection portion comes into contact with the elastic member , a length (A3) of the deformation portion is in a range of 35% or more and 50% or less with respect to a length (A1) of the elastic member , and wherein a length (A2) of the needle tube that protrudes from the close contact portion towards the fitting portion is in a range of 45% or more and 245% or less with respect to the length (A3) of the deformation portion .
A distance measuring device for applying laser light to a distance measurement region and measuring a distance to an object that exists in the distance measurement region, the distance measuring device comprising: a condensing lens configured to condense reflected light, of the laser light, reflected by the object; a tubular adjustment member disposed at a stage subsequent to the condensing lens and having at least one first reflecting surface formed on an inner surface on which the reflected light condensed by the condensing lens is incident; and a photodetector configured to receive the reflected light that has traveled through the adjustment member ; characterized in that the adjustment member has at least one second reflecting surface formed on an inner surface on which the reflected light condensed by the condensing lens is incident, wherein a tilt angle of the second reflecting surface relative to an optical axis of the condensing lens is different from that of the first reflecting surface , wherein the at least one first reflecting surface and the at least one second reflecting surface are alternately aligned in a circumferential direction. a condensing lens configured to condense reflected light, of the laser light, reflected by the object; a tubular adjustment member disposed at a stage subsequent to the condensing lens and having at least one first reflecting surface formed on an inner surface on which the reflected light condensed by the condensing lens is incident; and a photodetector configured to receive the reflected light that has traveled through the adjustment member ; characterized in that the adjustment member has at least one second reflecting surface formed on an inner surface on which the reflected light condensed by the condensing lens is incident, wherein a tilt angle of the second reflecting surface relative to an optical axis of the condensing lens is different from that of the first reflecting surface , wherein the at least one first reflecting surface and the at least one second reflecting surface are alternately aligned in a circumferential direction.
A system for cardiac treatment, comprising: a monitoring probe having a probe distal end configured for insertion into an esophagus of a patient, and a magnetic field generator coupled to the probe distal end; a catheter having a catheter distal end configured for insertion into a heart of the patient and comprising a magnetic sensor comprising one or more sensing coils coupled to the catheter distal end; and a console , which is configured to drive the magnetic field generator to emit magnetic fields, to receive signals from the one or more coils in response to the magnetic fields, and to estimate respective distances between the catheter distal end and the probe distal end based on the signals, and wherein the console is further configured to estimate an orientation of the catheter distal end based on the signals, wherein the orientation is the angle of rotation about the catheter axis. a monitoring probe having a probe distal end configured for insertion into an esophagus of a patient, and a magnetic field generator coupled to the probe distal end; a catheter having a catheter distal end configured for insertion into a heart of the patient and comprising a magnetic sensor comprising one or more sensing coils coupled to the catheter distal end; and a console , which is configured to drive the magnetic field generator to emit magnetic fields, to receive signals from the one or more coils in response to the magnetic fields, and to estimate respective distances between the catheter distal end and the probe distal end based on the signals, and wherein the console is further configured to estimate an orientation of the catheter distal end based on the signals, wherein the orientation is the angle of rotation about the catheter axis.
A leveling apparatus to be used in a pouch cutting process after a forming process of a pouch-type secondary battery , the leveling apparatus comprising: a roller assembly having pairs of upper rollers and lower rollers arranged in at least two rows to be capable of rolling in contact with upper and lower surfaces adjacent to both rim edges of a pouch-type secondary battery to which a pouch forming process is completely performed; and a support frame configured to support the roller assembly, wherein the roller assembly is configured to apply rolling with respect to the upper and lower surfaces adjacent to both rim edges of the pouch-type secondary battery thereby to remove stress. a roller assembly having pairs of upper rollers and lower rollers arranged in at least two rows to be capable of rolling in contact with upper and lower surfaces adjacent to both rim edges of a pouch-type secondary battery to which a pouch forming process is completely performed; and a support frame configured to support the roller assembly, wherein the roller assembly is configured to apply rolling with respect to the upper and lower surfaces adjacent to both rim edges of the pouch-type secondary battery thereby to remove stress.
An automobile-motor driving device equipped with speed reducer (A, B), comprising: an electric motor ; and a speed reducer for reducing and then transmitting power from the electric motor to a driving wheel ; the speed reducer being provided by a parallel shaft gear speed reducer including an input gear shaft having an input gear for receiving power from a motor shaft , an output gear shaft having an output gear for transmitting driving power to the driving wheel , and one or more intermediate gear shafts having intermediate gears provided between the input gear shaft and the output gear shaft ; wherein the parallel shaft gear speed reducer has a plurality of gear shafts (23L, 23R, 23S 24L, 24R, 24S, 25L, 25R, 25S) supported at their two ends via rolling bearings which are fitted into bearing fitting holes formed in a speed reducer casing that houses the parallel shaft gear speed reducer, characterized in that the bearing fitting holes which are fitted with the rolling bearings have their inner circumferential surfaces formed with at least one groove for communication between a space (G1) in the casing that houses the speed reducer and an inside space (G2) of the bearing fitting hole , at a location not crossed by a line of action of a load acting upon the relevant rolling bearing due to the meshing of the gears .