mhurhangee/patent-ind-claim-en huggingface dataset:
An individualized imaging method, comprising: manufacturing a mould corresponding to an object to be imaged according to density information obtained by an imaging system imaging the object to be imaged, wherein the mould comprises a material with the same density as human tissue utilized to simulate different organs or tissue; imaging the mould by the imaging system to obtain a first image data information (Img0) of the mould; calibrating, correcting and optimizing the imaging system with the first image data information (Img0), and imaging the object to be imaged by the calibrated, corrected and optimized imaging system to obtain a second image data information (Img1); and optimizing the first image data information (Img0) and the second image data information (Img1) to obtain an imaging result and data analysis result (Img10) with a higher quality. manufacturing a mould corresponding to an object to be imaged according to density information obtained by an imaging system imaging the object to be imaged, wherein the mould comprises a material with the same density as human tissue utilized to simulate different organs or tissue; imaging the mould by the imaging system to obtain a first image data information (Img0) of the mould; calibrating, correcting and optimizing the imaging system with the first image data information (Img0), and imaging the object to be imaged by the calibrated, corrected and optimized imaging system to obtain a second image data information (Img1); and optimizing the first image data information (Img0) and the second image data information (Img1) to obtain an imaging result and data analysis result (Img10) with a higher quality.
An ultrasonic imaging apparatus comprising: an ultrasonic probe configured to acquire a plurality of shear wave data segments from a target object; and a controller configured to determine a first shear wave data group, a second shear wave data group and a third shear wave data group by grouping the plurality of shear wave data segments according to a predetermined condition; characterized in that the apparatus further comprises a display configured to: display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed. an ultrasonic probe configured to acquire a plurality of shear wave data segments from a target object; and a controller configured to determine a first shear wave data group, a second shear wave data group and a third shear wave data group by grouping the plurality of shear wave data segments according to a predetermined condition; characterized in that the apparatus further comprises a display configured to: display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed. display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed.
A method of modifying a Cytosine in a target locus of interest, comprising delivering to said locus: a Cpf1 nickase protein; a guide molecule which comprises a guide sequence linked to a direct repeat; and a cytidine deaminase protein or catalytic domain thereof; wherein said cytidine deaminase protein or catalytic domain thereof is covalently or non-covalently linked to said Cpf1 nickase protein or said guide molecule or is adapted to link thereto after delivery; wherein guide molecule forms a complex with said Cpf1 nickase protein and directs said complex to bind a first DNA strand at said target locus of interest, wherein said guide sequence is capable of hybridizing with a target sequence comprising said Cytosine within said first DNA strand to form a heteroduplex, wherein said guide sequence comprises a non-pairing Adenine or Uracil at a position corresponding to said Cytosine resulting in a C-A or C-U mismatch in said heteroduplex formed; wherein said Cpf1 nickase protein nicks a second DNA strand at said target locus of interest displaced by formation of said heteroduplex; and wherein said cytidine deaminase protein or catalytic domain thereof deaminates said Cytosine in said heteroduplex, optionally wherein said target locus is within a cell, preferably a eukaryotic cell, wherein said method is not a method for treatment of the human or animal body by surgery or therapy or for modifying the germ line genetic identity of human beings. a Cpf1 nickase protein; a guide molecule which comprises a guide sequence linked to a direct repeat; and a cytidine deaminase protein or catalytic domain thereof; wherein said cytidine deaminase protein or catalytic domain thereof is covalently or non-covalently linked to said Cpf1 nickase protein or said guide molecule or is adapted to link thereto after delivery; wherein guide molecule forms a complex with said Cpf1 nickase protein and directs said complex to bind a first DNA strand at said target locus of interest, wherein said guide sequence is capable of hybridizing with a target sequence comprising said Cytosine within said first DNA strand to form a heteroduplex, wherein said guide sequence comprises a non-pairing Adenine or Uracil at a position corresponding to said Cytosine resulting in a C-A or C-U mismatch in said heteroduplex formed; wherein said Cpf1 nickase protein nicks a second DNA strand at said target locus of interest displaced by formation of said heteroduplex; and wherein said cytidine deaminase protein or catalytic domain thereof deaminates said Cytosine in said heteroduplex, optionally wherein said target locus is within a cell, preferably a eukaryotic cell, wherein said method is not a method for treatment of the human or animal body by surgery or therapy or for modifying the germ line genetic identity of human beings.
An outsole for an article of footwear, the outsole comprising: a ground-facing exterior surface of the outsole and a second surface of the outsole opposing the exterior ground-facing surface and one or more traction elements comprising a terminal edge, the outsole configured to be secured to an upper for an article of footwear, wherein a material is present on at least a portion of the ground-facing exterior surface of the outsole and not present on the terminal edges of a least a portion of the one or more traction elements, wherein the material compositionally comprises an ethylene-alkyl acrylate copolymer component, wherein the ethlylene-alkyl acrylate component consists of an ethylene-alkyl acrylate copolymer or a combination of two or more ethylene-alkyl acrylate copolymers.
A memory controller comprising: a hardware interface to couple to a memory device ; and command logic to generate a retry command for the memory device ; wherein the retry command is to trigger the memory device to return read data without application of error checking and correction, ECC, by ECC circuitry of the memory device , wherein the command logic is to generate the retry command in response to receipt of error data received in response to a prior read command, the memory controller being characterised in that : the hardware interface is to receive an indication of a detected, uncorrectable error, DUE, from the memory device in response to the prior read command, and wherein the command logic is to generate the retry command in response to the indication of the DUE from the memory device . a hardware interface to couple to a memory device ; and command logic to generate a retry command for the memory device ; wherein the retry command is to trigger the memory device to return read data without application of error checking and correction, ECC, by ECC circuitry of the memory device , wherein the command logic is to generate the retry command in response to receipt of error data received in response to a prior read command, the memory controller being characterised in that : the hardware interface is to receive an indication of a detected, uncorrectable error, DUE, from the memory device in response to the prior read command, and wherein the command logic is to generate the retry command in response to the indication of the DUE from the memory device .
An application program uninstallation method performed by a terminal, the method comprising: a.) obtaining effective location information of a first application that is already installed on the terminal, wherein the effective location information is used for instructing the first application to provide an effective application service when the terminal is within a geographical location range corresponding to the effective location information (step 402); b.) detecting whether a current location information of the terminal matches the effective location information; c.) in case of yes in step b.), keeping detecting whether the current location information of the terminal matches the effective location information; d.) in case of no in step b.), setting a time threshold being a time interval, and starting counting time from a time point at which a mismatch was detected (step 403); e.) detecting whether there is a match between the current location information and the effective location information for a first time after detecting the mismatch and after starting counting time in step d.), but before the time threshold elapses; f.) if no in step e.), uninstalling the first application (step 404); g.) if yes in step e.), returning to step b.) and using as the time threshold a further time threshold. a.) obtaining effective location information of a first application that is already installed on the terminal, wherein the effective location information is used for instructing the first application to provide an effective application service when the terminal is within a geographical location range corresponding to the effective location information (step 402); b.) detecting whether a current location information of the terminal matches the effective location information; c.) in case of yes in step b.), keeping detecting whether the current location information of the terminal matches the effective location information; d.) in case of no in step b.), setting a time threshold being a time interval, and starting counting time from a time point at which a mismatch was detected (step 403); e.) detecting whether there is a match between the current location information and the effective location information for a first time after detecting the mismatch and after starting counting time in step d.), but before the time threshold elapses; f.) if no in step e.), uninstalling the first application (step 404); g.) if yes in step e.), returning to step b.) and using as the time threshold a further time threshold.
A cleaning tool comprising: a head part to which a cleaning sheet is attached, wherein; the head part comprising a bottom surface on which a plurality of line-shaped ribs are formed as they become linear when viewed from bottom of the head part; and a handle part connected to the head part for a user to grip, characterized in that a flat surface part is formed on the lower surface side of the bottom surface, and short-side direction recessed parts and longitudinal direction recessed parts are formed to be recessed upward at positions close to both end parts respectively in a short-side direction and in a longitudinal direction on the lower surface side of the bottom surface, so that the lower surface side of the bottom surface is recessed to the largest degree at central parts in the longitudinal direction and in the short-side direction of the end parts, and the degree of recess is gradually reduced as going away from the central parts to be connected smoothly to the flat surface part. a head part to which a cleaning sheet is attached, wherein; the head part comprising a bottom surface on which a plurality of line-shaped ribs are formed as they become linear when viewed from bottom of the head part; and a handle part connected to the head part for a user to grip, characterized in that a flat surface part is formed on the lower surface side of the bottom surface, and short-side direction recessed parts and longitudinal direction recessed parts are formed to be recessed upward at positions close to both end parts respectively in a short-side direction and in a longitudinal direction on the lower surface side of the bottom surface, so that the lower surface side of the bottom surface is recessed to the largest degree at central parts in the longitudinal direction and in the short-side direction of the end parts, and the degree of recess is gradually reduced as going away from the central parts to be connected smoothly to the flat surface part.
A container with child resistant means, which container comprises: (i) a body portion for receiving a product; (ii) a top for opening and closing the body portion ; (iii) locking means for locking the top to the body portion ; and (iv) opening means for unlocking the locking means and enabling the top to be moved to open the body portion , and the container being such that: (v) the locking means is a push-operated locking means which operates by pushing the top onto the body portion ; (vi) the opening means is a squeeze-operated opening means which operates by simultaneously squeezing sidewalls of the top at two opposed locations only; wherein (vii) the push operated locking means and the squeeze operated opening means enable the body portion to be closable and openable using only one hand on the top and without having to rotate the top relative to the body portion ; characterised in that : (viii) the container has a recess defined by two sides on the open end of the top , the length of the recess forming regulating means to regulate the squeeze strength required to deform the body portion . (i) a body portion for receiving a product; (ii) a top for opening and closing the body portion ; (iii) locking means for locking the top to the body portion ; and (iv) opening means for unlocking the locking means and enabling the top to be moved to open the body portion , and the container being such that: (v) the locking means is a push-operated locking means which operates by pushing the top onto the body portion ; (vi) the opening means is a squeeze-operated opening means which operates by simultaneously squeezing sidewalls of the top at two opposed locations only; wherein (vii) the push operated locking means and the squeeze operated opening means enable the body portion to be closable and openable using only one hand on the top and without having to rotate the top relative to the body portion ; (v) the locking means is a push-operated locking means which operates by pushing the top onto the body portion ; (vi) the opening means is a squeeze-operated opening means which operates by simultaneously squeezing sidewalls of the top at two opposed locations only; wherein (vii) the push operated locking means and the squeeze operated opening means enable the body portion to be closable and openable using only one hand on the top and without having to rotate the top relative to the body portion ; characterised in that : (viii) the container has a recess defined by two sides on the open end of the top , the length of the recess forming regulating means to regulate the squeeze strength required to deform the body portion .
A handle assembly, comprising: a mounting plate connectable to a structure; a handle rotatably mounted to the mounting plate ; a spindle connected to the handle and extending through the mounting plate ; a first magnet coupled to the mounting plate and having a central aperture sized to permit the spindle to extend therethrough; a second magnet coupled to the handle and having a central aperture to permit the spindle to extend therethrough, the second magnet coupled to the spindle such that both the spindle and the second magnet rotate about a common axis of rotation under an actuation torque applied to the handle , wherein the first and second magnets are rotatable relative to one another and generate magnetic forces that interact to generate a return torque on the spindle in response to rotation of the handle from a first position in an opposite direction to that of the actuation torque; the magnetic forces of the first magnet and the second magnet interacting to vary the return torque as a function of a lever rotation angle over a range of lever rotation angles. a mounting plate connectable to a structure; a handle rotatably mounted to the mounting plate ; a spindle connected to the handle and extending through the mounting plate ; a first magnet coupled to the mounting plate and having a central aperture sized to permit the spindle to extend therethrough; a second magnet coupled to the handle and having a central aperture to permit the spindle to extend therethrough, the second magnet coupled to the spindle such that both the spindle and the second magnet rotate about a common axis of rotation under an actuation torque applied to the handle , wherein the first and second magnets are rotatable relative to one another and generate magnetic forces that interact to generate a return torque on the spindle in response to rotation of the handle from a first position in an opposite direction to that of the actuation torque; the magnetic forces of the first magnet and the second magnet interacting to vary the return torque as a function of a lever rotation angle over a range of lever rotation angles.
Method for producing welded rings from a strip steel, which has a material strength of between 250 N/mm 2 and 400 N/mm 2 and a cross-section of 2 to 3 mm thickness and 8 to 20 mm width, in which the strip with a length corresponding to the ring diameter is bent to a ring by means of roll bending and is welded at its ends by laser welding, wherein the strip ends to be welded together are machined before welding by slotting, broaching, scraping or by trimming on both sides, wherein machining does not mean machining by means of chip-removing processes such as turning, milling, drilling, reaming, sawing or filing.
A micro-RNA inhibitor for use in the treatment of melanoma in a subject or for use in the treatment, prevention or delay of metastatic melanoma in a subject, wherein the micro-RNA inhibitor is a miR-16 target site blocker, wherein the miR-16 target site blocker binds to a sequence selected from the group consisting of SEQ ID NO: 9, SEQ ID NO: 10 and SEQ ID NO: 11.
A hydraulic shock absorber comprising a cylinder ; a piston rod that is inserted into the cylinder, and on which a first piston , a valve , and a second piston configured to slide against the cylinder are disposed sequentially from one end side; and an oil lock portion that is disposed on the one end side inside the cylinder, and that forms a gap flow path between the oil lock portion and an outer circumferential surface of the first piston when the first piston is inserted into the oil lock portion; wherein: the first piston has a piston internal flow path through which the one end side and the other end side communicate with each other, and is displaceable in an axial direction of the piston rod; and when the piston rod moves toward the one end side in the axial direction, the first piston relatively moves toward the other end side with respect to the piston rod in the axial direction, and the other end side of the first piston abuts against the valve, so that due to a flow of working oil passing through the piston internal flow path, the valve bends to generate damping force. a cylinder ; a piston rod that is inserted into the cylinder, and on which a first piston , a valve , and a second piston configured to slide against the cylinder are disposed sequentially from one end side; and an oil lock portion that is disposed on the one end side inside the cylinder, and that forms a gap flow path between the oil lock portion and an outer circumferential surface of the first piston when the first piston is inserted into the oil lock portion; the first piston has a piston internal flow path through which the one end side and the other end side communicate with each other, and is displaceable in an axial direction of the piston rod; and when the piston rod moves toward the one end side in the axial direction, the first piston relatively moves toward the other end side with respect to the piston rod in the axial direction, and the other end side of the first piston abuts against the valve, so that due to a flow of working oil passing through the piston internal flow path, the valve bends to generate damping force.
An electronic device comprising: a touch panel ; a housing ; a moving element connected to the touch panel; and an elastic plate , the elastic plate comprising a first portion connected to the touch panel, a second portion connected to the moving element, and a third portion connected to the housing, and characterized in that the elastic plate comprises a first elastic member connected between the first portion and the third portion , and a second elastic member connected between the second portion and the third portion . a touch panel ; a housing ; a moving element connected to the touch panel; and an elastic plate , the elastic plate comprising a first portion connected to the touch panel, a second portion connected to the moving element, and a third portion connected to the housing, and characterized in that the elastic plate comprises a first elastic member connected between the first portion and the third portion , and a second elastic member connected between the second portion and the third portion .