mhurhangee/patent-ind-claim-en huggingface dataset:
An in-vitro method for screening for an undifferentiated-cell-specific promoter, the method comprising the steps of: A) replacing the promoter of a lentiviral vector containing a nucleic acid sequence in which a fluorescent protein gene and a drug-dependent suicide gene are bound via a sequence capable of allowing a promoter to express the two genes simultaneously and containing a recombination cassette having the promoter region between sequences recognized by site-specific recombinases, wherein the promoter region is operably linked to the fluorescent protein gene and the drug-dependent suicide gene by a test promoter to prepare a lentiviral vector containing the test promoter; B) infecting cells of interest with the lentiviral vector containing the test promoter; C) detecting the expression of the fluorescent protein gene in said infected cells subjected to differentiation induction treatment; D) distinguishing whether said infected cells subjected to differentiation induction treatment are undifferentiated cells or differentiated cells; and E) judging whether or not the test promoter is specific to undifferentiated cells, wherein if the expression level of the fluorescent protein gene in undifferentiated cells is higher than in differentiated cells with a statistical difference, the test promoter is determined to be specific to undifferentiated cells. A) replacing the promoter of a lentiviral vector containing a nucleic acid sequence in which a fluorescent protein gene and a drug-dependent suicide gene are bound via a sequence capable of allowing a promoter to express the two genes simultaneously and containing a recombination cassette having the promoter region between sequences recognized by site-specific recombinases, wherein the promoter region is operably linked to the fluorescent protein gene and the drug-dependent suicide gene by a test promoter to prepare a lentiviral vector containing the test promoter; B) infecting cells of interest with the lentiviral vector containing the test promoter; C) detecting the expression of the fluorescent protein gene in said infected cells subjected to differentiation induction treatment; D) distinguishing whether said infected cells subjected to differentiation induction treatment are undifferentiated cells or differentiated cells; and E) judging whether or not the test promoter is specific to undifferentiated cells, wherein if the expression level of the fluorescent protein gene in undifferentiated cells is higher than in differentiated cells with a statistical difference, the test promoter is determined to be specific to undifferentiated cells.
An apparatus for selecting a ground capacitor that is connected between a ground (G) of a circuit board included in a battery pack and a vehicle chassis , the apparatus comprising: a checking module configured to determine locations of a connector terminal and the ground capacitor provided at the circuit board , as the ground location; a selecting module configured to select a reference location on the circuit board , based on the ground location checked by the checking module ; wherein the selecting module forms a circle around each of the ground locations with the same radius and selects at least a part of a region positioned out of the formed circles and existing on the circuit board as the reference location; a calculating module configured to calculate a distance from the reference location selected by the selecting module to a nearest ground location as a reference distance; a computing module configured to compute a reference frequency by computing a wavelength at the circuit board and a wavelength in the air by using the reference distance and computes the reference frequency according to the computed wavelength; and a choosing module configured to choose a recommended capacitor , based on the reference frequency computed by the computing module . a checking module configured to determine locations of a connector terminal and the ground capacitor provided at the circuit board , as the ground location; a selecting module configured to select a reference location on the circuit board , based on the ground location checked by the checking module ; wherein the selecting module forms a circle around each of the ground locations with the same radius and selects at least a part of a region positioned out of the formed circles and existing on the circuit board as the reference location; a calculating module configured to calculate a distance from the reference location selected by the selecting module to a nearest ground location as a reference distance; a computing module configured to compute a reference frequency by computing a wavelength at the circuit board and a wavelength in the air by using the reference distance and computes the reference frequency according to the computed wavelength; and a choosing module configured to choose a recommended capacitor , based on the reference frequency computed by the computing module .
A reel member for a tensioning system of an article of footwear , the reel member configured to rotate about a central axis, the reel member comprising: a shaft including the central axis running from a first end to a second end ; and at least one flange , including a first face opposite a second face , disposed along the shaft with the shaft running through a center of the flange from the first face to the second face, the flange extending radially outward from the shaft; wherein the shaft includes a first portion extending from the first face and a second portion extending from the second face wherein the at least one flange includes an aperture extending parallel to the central axis through the flange from the first face to the second face, and the aperture is configured to receive a middle portion of a lace , and wherein the first and second portions are adapted to receive portions of the lace concurrently upon rotation of the reel member. a shaft including the central axis running from a first end to a second end ; and at least one flange , including a first face opposite a second face , disposed along the shaft with the shaft running through a center of the flange from the first face to the second face, the flange extending radially outward from the shaft; wherein the shaft includes a first portion extending from the first face and a second portion extending from the second face wherein the at least one flange includes an aperture extending parallel to the central axis through the flange from the first face to the second face, and the aperture is configured to receive a middle portion of a lace , and wherein the first and second portions are adapted to receive portions of the lace concurrently upon rotation of the reel member.
A data processing method for image recognition, comprising: determining (S11) a source data address, a destination data address, and an extension parameter of data corresponding to a decoded processing instruction, on condition that the decoded processing instruction is a vector extension instruction, wherein a first vector data of the source data address includes N data points, where N is an integer greater than 1, and the extension parameter comprises N values, wherein each value k n represents copying the n th data point for k n times, wherein 1 ≤ n ≤ N, and k n ≥ 0; obtaining (S12) a second vector data extended by extending the first vector data of the source data address according to the extension parameter; and storing (S13) the second vector data to the destination data address, wherein the source data address and the destination data address include consecutive data addresses. determining (S11) a source data address, a destination data address, and an extension parameter of data corresponding to a decoded processing instruction, on condition that the decoded processing instruction is a vector extension instruction, wherein a first vector data of the source data address includes N data points, where N is an integer greater than 1, and the extension parameter comprises N values, wherein each value k n represents copying the n th data point for k n times, wherein 1 ≤ n ≤ N, and k n ≥ 0; obtaining (S12) a second vector data extended by extending the first vector data of the source data address according to the extension parameter; and storing (S13) the second vector data to the destination data address, wherein the source data address and the destination data address include consecutive data addresses.
A motorized lacing system (100,) comprising: a lace having a securing member , a first segment of the lace having a first apparent length and a second segment of the lace, separated from the first segment by the securing member, having a second apparent length; a motor ; and a spool , coupled to the motor, configured to spool and unspool the lace based on an operation of the motor to increase and decrease tension on the lace, the spool having a plurality of notches (300, 302 304), each of the plurality of notches configured to seat the securing member, wherein the first apparent length and the second apparent length is adjustable based on which of the plurality of notches the securing member is seated in. a lace having a securing member , a first segment of the lace having a first apparent length and a second segment of the lace, separated from the first segment by the securing member, having a second apparent length; a motor ; and a spool , coupled to the motor, configured to spool and unspool the lace based on an operation of the motor to increase and decrease tension on the lace, the spool having a plurality of notches (300, 302 304), each of the plurality of notches configured to seat the securing member, wherein the first apparent length and the second apparent length is adjustable based on which of the plurality of notches the securing member is seated in.
A vision system to be mounted in a motor vehicle for detecting free space in front of a motor vehicle, comprising a mono imaging apparatus adapted to capture images of a region surrounding and in front of a motor vehicle, and an electronic processing device adapted to perform image processing of images captured by said mono imaging apparatus in order to detect objects in the surrounding of a motor vehicle, characterized in that said electronic processing device is adapted to calculate a horizontal component of the optical flow for each pixel of the images captured by said mono imaging apparatus , and to determine transitions between regions of constant horizontal optical flow and regions of non-constant horizontal optical flow, and wherein said electronic processing device is adapted to determine said transitions in a vertical image direction, wherein said electronic processing device is adapted to find, for every image column, the row where, from the bottom of the image upwards, the transition between non-constant and constant horizontal optical flow occurs, thus determining a transition point for each image column, and to determine one or more border lines fitting to the determined transition points , and to detect the free space area in the image, which is drivable by the motor vehicle, as the region below the one or more border lines . wherein said electronic processing device is adapted to determine said transitions in a vertical image direction, wherein said electronic processing device is adapted to find, for every image column, the row where, from the bottom of the image upwards, the transition between non-constant and constant horizontal optical flow occurs, thus determining a transition point for each image column, and to determine one or more border lines fitting to the determined transition points , and to detect the free space area in the image, which is drivable by the motor vehicle, as the region below the one or more border lines .
A process for the thermal-chemical modification treatment of a wood stack , at temperatures in the range 180 °C-240 °C, in an apparatus comprising a vacuum autoclave-cell comprising a cylinder defining a treatment chamber suitable to house the wood stack , wherein the process always maintains the internal pressure of the treatment chamber at an absolute pressure of 70-350 mBar, and consists in the steps of pre-heating, actual heat treatment, and cooling of the wood stack , wherein the heating of the wood stack , in order to prevent its combustion, is carried out by totally eliminating the oxygen contained in the vacuum autoclave-cell by virtue of measures that consist in first "reducing" an initial quantity of oxygen thanks to the partial vacuum created in the vacuum autoclave-cell that makes the air extremely rarefied, and, subsequently, in totally "consuming" the small residual quantity of oxygen, inducing a driven micro-combustion of an infinitesimal portion of the wood stack subjected to the treatment; wherein: - the process comprises a method for cooling the wood stack at the end of the heat treatment, which is obtained by means of heat exchange systems between the internal atmosphere of the vacuum autoclave-cell and the external atmosphere, without these ever coming into direct contact with each other; - said cooling method is performed by subjecting the outer surface of the autoclave-cell to a forced flow of fresh environment air; said process being characterized in that : - said heat exchange system comprises an outer cylinder concentric to the vacuum autoclave cell ; - an interspace in the shape of a cylindrical shell is defined between said outer cylinder and said vacuum autoclave cell ; - said outer cylinder is provided at its inferior side with a hole extending through the entire length of said interspace ; - said outer cylinder is provided ats its superior side with a suction manifold , an air shut-off valve and a fan ; - said interspace communicates with the atmosphere inferiorly via a hole and superiorly through said suction manifold , said air shut-off valve and said fan . - the process comprises a method for cooling the wood stack at the end of the heat treatment, which is obtained by means of heat exchange systems between the internal atmosphere of the vacuum autoclave-cell and the external atmosphere, without these ever coming into direct contact with each other; - said cooling method is performed by subjecting the outer surface of the autoclave-cell to a forced flow of fresh environment air; - said heat exchange system comprises an outer cylinder concentric to the vacuum autoclave cell ; - an interspace in the shape of a cylindrical shell is defined between said outer cylinder and said vacuum autoclave cell ; - said outer cylinder is provided at its inferior side with a hole extending through the entire length of said interspace ; - said outer cylinder is provided ats its superior side with a suction manifold , an air shut-off valve and a fan ; - said interspace communicates with the atmosphere inferiorly via a hole and superiorly through said suction manifold , said air shut-off valve and said fan .
A tool tip adapted to be engaged in a piezoelectric scaler comprising a handpiece having a vibration source , the tool tip comprising - a first section extending in a first direction (D1) and - a second section extending in a second direction (D2), the second direction (D2) being inclined relative to the first direction (D1), wherein the first section has at least partially a flat basic body , wherein when the first section is placed in the vibration source , it is at least partially sandwiched between a first piezo element and a second piezo element of the vibration source, wherein the tool tip is actuated in the operation status, characterized in that the first section and the second section form an integral body, wherein the first section and the second section origin from the same piece of material and there is no possibility to separate the first section and the second section without destroying the tool tip . - a first section extending in a first direction (D1) and - a second section extending in a second direction (D2), the second direction (D2) being inclined relative to the first direction (D1), wherein the first section has at least partially a flat basic body , wherein when the first section is placed in the vibration source , it is at least partially sandwiched between a first piezo element and a second piezo element of the vibration source, wherein the tool tip is actuated in the operation status,
A garment comprising a fabric, the fabric including: an inner layer defining an inner surface of the garment and configured to face the skin of a wearer of the garment; and an outer layer defining an outer surface opposite the inner surface, the outer layer comprising a single region comprising a hydrophobic material, the inner layer comprising: (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, wherein the one or more first regions and the one or more second regions are different, and wherein the hydrophobic material of the first regions is in contact with the hydrophobic material of the outer layer. an inner layer defining an inner surface of the garment and configured to face the skin of a wearer of the garment; and an outer layer defining an outer surface opposite the inner surface, the outer layer comprising a single region comprising a hydrophobic material, the inner layer comprising: (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, (i) one or more first regions comprising a hydrophobic material, and (ii) one or more second regions consisting of a hydrophilic material, wherein the one or more first regions and the one or more second regions are different, and wherein the hydrophobic material of the first regions is in contact with the hydrophobic material of the outer layer.
A method of an initiating communication subscriber, the method comprising discovering (S41) a proximity service target, said proximity service target providing proximity service; and setting up (S42), via uplink and downlink signaling, proximity service communication with said proximity service target, wherein, in relation to said setting up (S42), said method further comprises transmitting, to a network node, an uplink signaling comprising a proximity service request, said proximity service request comprises at least an own identity and a proximity service target identity; and receiving, after said transmitting said uplink signaling, from said network node, a downlink signaling comprising a proximity service acknowledgement, said proximity service acknowledgement comprises at least a session key, generated by said proximity service target, for ciphering said proximity service communication. discovering (S41) a proximity service target, said proximity service target providing proximity service; and setting up (S42), via uplink and downlink signaling, proximity service communication with said proximity service target, wherein, in relation to said setting up (S42), said method further comprises transmitting, to a network node, an uplink signaling comprising a proximity service request, said proximity service request comprises at least an own identity and a proximity service target identity; and receiving, after said transmitting said uplink signaling, from said network node, a downlink signaling comprising a proximity service acknowledgement, said proximity service acknowledgement comprises at least a session key, generated by said proximity service target, for ciphering said proximity service communication.
Aboard edge connector to which a board is inserted along an oblique direction relative to its fixed posture, the connector comprises: a main body ; a plurality of contacts arranged in juxtaposition on the main body along a direction perpendicular to an insertion direction of a board ; and a cover member covering the main body ; the main body includes: a base portion on which the multiple contacts are juxtaposed, and a pair of arm portions extending from the base portion along opposed lateral edges of the board which assumes a fixed posture; the contacts include contact portions projecting from the upper face of the main body ; the cover member includes: an attaching portion covering the base portion ; and a pair of arm members covering lateral faces of the pair of arm portions , characterized in that the attaching portion having a first board mounting terminal extending laterally to be fixed to a mount board, the first board mounting terminal being provided more downstream in the insertion direction of the board than the contact portions (lla), wherein each said arm member includes a folded-back portion , which extends along a first direction and which is folded back along a side face of the arm portion , the first direction being perpendicular to the extension direction of the pair of arm portions and being along the side face of the arm portion . a main body ; a plurality of contacts arranged in juxtaposition on the main body along a direction perpendicular to an insertion direction of a board ; and a cover member covering the main body ; the main body includes: a base portion on which the multiple contacts are juxtaposed, and a pair of arm portions extending from the base portion along opposed lateral edges of the board which assumes a fixed posture; a base portion on which the multiple contacts are juxtaposed, and a pair of arm portions extending from the base portion along opposed lateral edges of the board which assumes a fixed posture; the contacts include contact portions projecting from the upper face of the main body ; the cover member includes: an attaching portion covering the base portion ; and a pair of arm members covering lateral faces of the pair of arm portions , an attaching portion covering the base portion ; and a pair of arm members covering lateral faces of the pair of arm portions ,
Fitting for connecting a secondary plastic pipeline of a double pipe system, the fitting containing two half-shells composed of plastic, wherein in each case each of the half-shells has an integrated heating wire , wherein the heating wire is arranged in each case in the regions of the connecting pieces of the half-shells and the heating wire has several meandering windings , wherein the heating wire is arranged in each case in a groove provided for this in the half-shell and have connecting elements which connect the two half-shells , wherein the fitting has distance elements arranged on the inner circumference of the half-shells for concentric arrangement of the fitting with respect to a primary pipeline , characterized in that the connecting elements are formed as separate snap connections arranged on the fitting.