mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling winding of a woven cloth in a loom, wherein the cloth delivered through a surface roller is wound on a cloth roller driven by a take-up motor whose torque is controllable, characterized in that the method includes the steps of: setting a change command torque that progressively increases or decreases a torque of the take-up motor ; driving the take-up motor according to the change command torque after setting the change command torque ; detecting variation of rotation speed of the take-up motor during changing the change command torque ; determining a load torque based on the change command torque in a transitional region ( FTB ) in which a rotation speed varying region ( FT ) of the take-up motor is shifted to or from a rotation speed stabilized region (ST) of the take-up motor , and the take-up motor is not stopped but the rotation speed of the take-up motor is larger than an ordinary speed and fluctuated; calculating winding torque based on tension and winding diameter of the cloth ; calculating winding control torque ( CT ) by adding the load torque and the winding torque; and driving the take-up motor according to the winding control torque ( CT ). setting a change command torque that progressively increases or decreases a torque of the take-up motor ; driving the take-up motor according to the change command torque after setting the change command torque ; detecting variation of rotation speed of the take-up motor during changing the change command torque ; determining a load torque based on the change command torque in a transitional region ( FTB ) in which a rotation speed varying region ( FT ) of the take-up motor is shifted to or from a rotation speed stabilized region (ST) of the take-up motor , and the take-up motor is not stopped but the rotation speed of the take-up motor is larger than an ordinary speed and fluctuated; calculating winding torque based on tension and winding diameter of the cloth ; calculating winding control torque ( CT ) by adding the load torque and the winding torque; and driving the take-up motor according to the winding control torque ( CT ).
A wire for use in a brazing or soldering operation, the wire comprising: an elongated body of a metallic material; a channel having an opening (A 1 ) formed along a length of the elongated body , the opening (A 1 ) having a width of 30% to 70% of a major axis of a cross-section of the elongated body ; a cured flux solution formed by curing a flux solution comprising a polymer-based binder and a flux material within the channel and along at least a portion of the length of the elongated body with a surface of the cured flux solution being exposed through the opening (A 1 ) in the channel , wherein the elongated body is formed into an annular ring having an inner wall and an opposing outer wall and wherein the cured flux solution within the channel forms a portion of the inner wall . an elongated body of a metallic material; a channel having an opening (A 1 ) formed along a length of the elongated body , the opening (A 1 ) having a width of 30% to 70% of a major axis of a cross-section of the elongated body ; a cured flux solution formed by curing a flux solution comprising a polymer-based binder and a flux material within the channel and along at least a portion of the length of the elongated body with a surface of the cured flux solution being exposed through the opening (A 1 ) in the channel , wherein the elongated body is formed into an annular ring having an inner wall and an opposing outer wall and wherein the cured flux solution within the channel forms a portion of the inner wall .
Wheel for a motorcycle or a motor scooter, in the case of which a hub region of the wheel comprises two rigid, self-supporting, metal inserts which are arranged on axially opposite sides of the hub region and are connected to one another in form-fitting fashion in the axial and radial directions (A, r), wherein the wheel at least partially consists of a fibre-reinforced plastic and the two inserts are connected to the surrounding fibre composite of fibre-reinforced plastics portions of the wheel , wherein a form and force fit in the circumferential direction (U) is formed between the two inserts and complementary, intermeshing toothings are formed on at least one radial outer side of one of the inserts and on at least one radial inner side of the other insert .
A superconducting integrated circuit comprising: a first clock line coupled via a first capacitor to a first superconducting circuit comprising a first Josephson junction , wherein the first capacitor is configured to receive a first clock signal having a first phase and couple a first bias current to the first superconducting circuit ; and a second clock line coupled via a second capacitor to a second superconducting circuit comprising a second Josephson junction , wherein the second capacitor is configured to receive a second clock signal having a second phase and couple a second bias current to the second superconducting circuit , wherein the second phase is different from the first phase. a first clock line coupled via a first capacitor to a first superconducting circuit comprising a first Josephson junction , wherein the first capacitor is configured to receive a first clock signal having a first phase and couple a first bias current to the first superconducting circuit ; and a second clock line coupled via a second capacitor to a second superconducting circuit comprising a second Josephson junction , wherein the second capacitor is configured to receive a second clock signal having a second phase and couple a second bias current to the second superconducting circuit , wherein the second phase is different from the first phase.
A battery module comprising: a cartridge comprising an accommodation space therein; a plurality of battery cells placed in the accommodation space; and a cooling unit configured to cool the battery cells, wherein the cooling unit comprises: a cooling fin making surface contact with sides of the battery cells; a cooling plate placed below the cooling fin; and a connection member placed between the cooling fin and the cooling plate and transferring heat from the cooling fin to the cooling plate, wherein the connection member is provided as a thermal conductive sheet and wherein the cooling fin comprises a bent fin portion that is bent in a direction toward the battery cells, the cooling plate comprises a bent plate portion located below the bent fin portion, and the connection member comprises a bent connection portion located between the bent fin portion and the bent plate portion. a cartridge comprising an accommodation space therein; a plurality of battery cells placed in the accommodation space; and a cooling unit configured to cool the battery cells, wherein the cooling unit comprises: a cooling fin making surface contact with sides of the battery cells; a cooling plate placed below the cooling fin; and a connection member placed between the cooling fin and the cooling plate and transferring heat from the cooling fin to the cooling plate, a cooling fin making surface contact with sides of the battery cells; a cooling plate placed below the cooling fin; and a connection member placed between the cooling fin and the cooling plate and transferring heat from the cooling fin to the cooling plate, wherein the connection member is provided as a thermal conductive sheet and wherein the cooling fin comprises a bent fin portion that is bent in a direction toward the battery cells, the cooling plate comprises a bent plate portion located below the bent fin portion, and the connection member comprises a bent connection portion located between the bent fin portion and the bent plate portion.
A bridge plug assembly comprising: a tee bushing including a base and a stem that extends from the base ; a coned bushing having a conical section and defining a bore that is configured to receive the stem of the tee bushing ; and an expandable molded assembly that is moveable over the conical section from an initial position to a set position, wherein in the initial position the molded assembly at least partially circumscribes the stem and the conical section ; wherein the conical section is configured as a wedge such that when the stem of the tee bushing is forced into the conical section of the coned bushing during a setting process, the molded assembly moves over the conical section from the initial position to the set position and expands radially outward by a wedge action of the conical section ; and wherein in the set position, the tee bushing and the coned bushing are joined together into an interference fit engagement with the stem of the tee bushing inserted in the bore defined by the coned bushing . a tee bushing including a base and a stem that extends from the base ; a coned bushing having a conical section and defining a bore that is configured to receive the stem of the tee bushing ; and an expandable molded assembly that is moveable over the conical section from an initial position to a set position, wherein in the initial position the molded assembly at least partially circumscribes the stem and the conical section ; wherein the conical section is configured as a wedge such that when the stem of the tee bushing is forced into the conical section of the coned bushing during a setting process, the molded assembly moves over the conical section from the initial position to the set position and expands radially outward by a wedge action of the conical section ; and wherein in the set position, the tee bushing and the coned bushing are joined together into an interference fit engagement with the stem of the tee bushing inserted in the bore defined by the coned bushing .
A delivery member for delivering an implantable medical device to a target location of a body vessel, the delivery member comprising: a proximal hypotube ; a flexible coil extending from a distal end of the proximal hypotube ; a compressible distal hypotube extending from a distal end of the flexible coil ; a lumen extending from a proximal end of the proximal hypotube , through the proximal hypotube , through the flexible coil , through the compressible distal hypotube , and to a distal end of the compressible distal hypotube ; a sleeve extending along a majority of the flexible coil , wherein the sleeve is effective to inhibit radial expansion of the flexible coil ; and a loop wire comprising a first end affixed to the proximal hypotube and comprising a loop opening positioned approximate a distal end of the compressible distal hypotube , wherein the loop wire is effective to inhibit longitudinal elongation of the flexible coil ; the delivery member further comprising: a pull wire extending through the lumen , wherein the loop wire and the pull wire are positioned to secure the implantable medical device to the delivery system, and wherein the loop wire and the pull wire are movable to release the implantable medical device from the delivery system, wherein the loop wire is stretch resistant, and wherein the loop wire is under tension when the implantable medical device is secured to the delivery system. a proximal hypotube ; a flexible coil extending from a distal end of the proximal hypotube ; a compressible distal hypotube extending from a distal end of the flexible coil ; a lumen extending from a proximal end of the proximal hypotube , through the proximal hypotube , through the flexible coil , through the compressible distal hypotube , and to a distal end of the compressible distal hypotube ; a sleeve extending along a majority of the flexible coil , wherein the sleeve is effective to inhibit radial expansion of the flexible coil ; and a loop wire comprising a first end affixed to the proximal hypotube and comprising a loop opening positioned approximate a distal end of the compressible distal hypotube , wherein the loop wire is effective to inhibit longitudinal elongation of the flexible coil ; the delivery member further comprising: a pull wire extending through the lumen , wherein the loop wire and the pull wire are positioned to secure the implantable medical device to the delivery system, and wherein the loop wire and the pull wire are movable to release the implantable medical device from the delivery system, wherein the loop wire is stretch resistant, and wherein the loop wire is under tension when the implantable medical device is secured to the delivery system. a pull wire extending through the lumen , wherein the loop wire and the pull wire are positioned to secure the implantable medical device to the delivery system, and wherein the loop wire and the pull wire are movable to release the implantable medical device from the delivery system, wherein the loop wire is stretch resistant, and wherein the loop wire is under tension when the implantable medical device is secured to the delivery system.
A transgenic rodent, the rodent comprising in its germline a heavy chain immunoglobulin locus comprising, in 5' to 3' order, human unrearranged heavy chain variable (V), diversity (D) and joining (J) region gene segments, a rodent heavy chain constant region, and a rat 3' enhancer comprising the sequence set forth as SEQ ID NO:1, wherein the heavy chain immunoglobulin locus does not comprise a human immunoglobulin constant region gene, and wherein the rodent is a mouse or a rat.
A method of characterizing vulnerabilities of an application source code , comprising one or more computer processors performing steps including: traversing a representation of the application source code , the representation of the application source code comprising an abstract syntax tree of the application source code; identifying a potential vulnerable node during traversal of the representation of the application source code ; collecting metadata of the potential vulnerable node, the metadata comprising information of one or more parent nodes or child nodes associated with the potential vulnerable node; generating a signature of the potential vulnerability associated with the potential vulnerable node by hashing the collected metadata; correlating between the generated signature of the potential vulnerability and previously stored signatures of potential vulnerabilities from previous traverses of the application source code; and determining characteristics of whether the potential vulnerability is a new vulnerability or redundant vulnerability based on said correlation. traversing a representation of the application source code , the representation of the application source code comprising an abstract syntax tree of the application source code; identifying a potential vulnerable node during traversal of the representation of the application source code ; collecting metadata of the potential vulnerable node, the metadata comprising information of one or more parent nodes or child nodes associated with the potential vulnerable node; generating a signature of the potential vulnerability associated with the potential vulnerable node by hashing the collected metadata; correlating between the generated signature of the potential vulnerability and previously stored signatures of potential vulnerabilities from previous traverses of the application source code; and determining characteristics of whether the potential vulnerability is a new vulnerability or redundant vulnerability based on said correlation.
A device for the optical detection of a gas, for example a pollutant, in an observed space area , comprising a camera , a Fourier transform infrared spectroscope and means for continuously detecting at least one gas in the observed area from an absorbance analysis in a plurality of different spectral bands, characterised in that it comprises a micromirror array individually orientable between at least two positions in a first one of which they return the radiative flux coming from the observed area towards the camera for the detection of gas in said spectral bands and a second position wherein they return the radiative flux coming from the observed area towards said Fourier transform infrared spectroscope , and wherein the camera comprises an imaging optical system , filters and at least one sensitive element on which the optical system forms the image returned by the micromirror array to perform the absorbance analysis, said camera being an infrared camera or an infrared imager.
Combination measuring device for measuring the weight and a further body parameter of a subject, which combination measuring device comprises a weighing scale having a platform which acts on at least one load cell (WZ1, WZ2, WZ3, WZ4), a measuring apparatus for measuring the further body parameter, and a data acquisition and processing unit which is adapted to control the measurement of the weighing scale and of the measuring apparatus, and which is arranged to acquire from the weighing scale measuring signals representing a weight weighing on the platform as a function of time over a measuring period, to process said signals, and to output measurement results, and to determine a weight measuring result from the measuring signals of the weighing scale in advance or at the beginning of the measuring period, and to monitor over the measuring period a deviation of the measuring signals of the weighing scale from the weight measuring result, characterized in that the data acquisition and processing unit is further adapted (1.) in case the deviation exceeds a predetermined first threshold value, to generate a suspicion message indicative of a possible movement of the subject, which movement suspicion message is to be used in an examination of the reliability of the measuring result for the further body parameter, (2.) in case the deviation of the measuring signals of the weighing scale from the weight measuring result exceeds a predetermined second threshold value which is higher than the first threshold value, to generate an error message indicative of movement of the subject; and, in case a movement error message is present, to terminate the measuring period of the measuring apparatus and to generate an output indicative of the movement error message. (1.) in case the deviation exceeds a predetermined first threshold value, to generate a suspicion message indicative of a possible movement of the subject, which movement suspicion message is to be used in an examination of the reliability of the measuring result for the further body parameter, (2.) in case the deviation of the measuring signals of the weighing scale from the weight measuring result exceeds a predetermined second threshold value which is higher than the first threshold value, to generate an error message indicative of movement of the subject; and, in case a movement error message is present, to terminate the measuring period of the measuring apparatus and to generate an output indicative of the movement error message.
A method for producing an antioxidant composition, comprising the following consecutive steps of: storing raw oyster meat in an extraction container containing an extraction solution to obtain an extract liquid containing an oyster meat extract; concentrating the extract liquid; adding an ethanol solution to the concentrated extract liquid obtained in step to achieve a solution with an ethanol concentration of approximately 70%; stirring the resulting liquid from step thereby separating precipitate from supernatant; removing ethanol from the supernatant; concentrating the supernatant obtained in step until the amount of supernatant becomes approximately half of that of step ; diluting the concentrated liquid obtained in step so as to be 5 times the concentrated liquid obtained in step ; adding ethyl acetate to the liquid obtained in step to achieve a solution; separating the solution obtained in step into an ethyl acetate layer and a water layer; recovering a 3,5-dihydroxy-4-methoxybenzyl alcohol fraction from the ethyl acetate layer. storing raw oyster meat in an extraction container containing an extraction solution to obtain an extract liquid containing an oyster meat extract; concentrating the extract liquid; adding an ethanol solution to the concentrated extract liquid obtained in step to achieve a solution with an ethanol concentration of approximately 70%; stirring the resulting liquid from step thereby separating precipitate from supernatant; removing ethanol from the supernatant; concentrating the supernatant obtained in step until the amount of supernatant becomes approximately half of that of step ; diluting the concentrated liquid obtained in step so as to be 5 times the concentrated liquid obtained in step ; adding ethyl acetate to the liquid obtained in step to achieve a solution; separating the solution obtained in step into an ethyl acetate layer and a water layer; recovering a 3,5-dihydroxy-4-methoxybenzyl alcohol fraction from the ethyl acetate layer.
A wound care device which is configured to transport wound fluid uni-directionally from its wound contact surface to its wound fluid reservoir surface upon exposure to a wound, and which comprises a single layer of fabric having a wound contact surface and a wound fluid reservoir surface, wherein - the wound contact surface is comprised primarily of hydrophobic fiber and the wound fluid reservoir surface is comprised primarily of hydrophilic fiber, the hydrophobic and hydrophilic fibers being intermeshed together in a jersey knit fabric construction; and - the wound contact surface is coated with a layer of apertured silicone adhesive including apertures having a size of 1.5-7mm. - the wound contact surface is comprised primarily of hydrophobic fiber and the wound fluid reservoir surface is comprised primarily of hydrophilic fiber, the hydrophobic and hydrophilic fibers being intermeshed together in a jersey knit fabric construction; and - the wound contact surface is coated with a layer of apertured silicone adhesive including apertures having a size of 1.5-7mm.