mhurhangee/patent-ind-claim-en huggingface dataset:
A plurality of probes representing the allelic variability of a certain short tandem repeat locus within a population consisting, wherein each probe consists, from 5' to 3' or from 3' to 5', of: 1) a first flanking region which comprises nucleotides and which anneals with a region directly next to the specific DNA sequence of interest and which contains more nucleotides than the second flanking region, 2) a specific DNA sequence of interest which comprises at least 1 short tandem repeat and which anneals with the short tandem repeat region within the sample, and 3) a second flanking region which comprises at least 1 nucleotide and which contains at least one fluorophore and wherein said fluorophore is attached to a residue of said second flanking region in the position directly complementary to a specific nucleotide capable of quenching the said fluorophore in an efficient way of said sample, upon hybridization of said second flanking region within the sample, and wherein said specific nucleotide capable of quenching the said fluorophore in an efficient way is guanosine, and wherein said fluorophore is chosen from the list comprising fluorescein (FAM), hexachlorofluorescein (HEX), tetrachloro-6-carboxyfluorescein (TET), 2,7-dimethoxy-4,5-dichloro-6- carboxyfluorescein (JOE) or 6-carboxytetramethylrhodamine (TAMRA)
A process of preparing a compound of formula (I) comprising the step of reacting compound of formula (II) with compound of formula (III) wherein R 1 represents a C 1-10 -alkyl group or a C 4-7 -cycloalkyl group; in the presence of a gold(I) complex.
Motor vehicle wiper with a wiper arm which is operatively connected to a wiper shaft and has a wiper blade , - the wiper arm being fastened to a bearing part which is mounted movably on the wiper shaft , - the bearing part being configured as a sleeve which surrounds the wiper shaft partially both in the operating position and the change position, - which bearing part is mounted on the wiper shaft such that it can be displaced axially between an operating position of the motor vehicle wiper and a change position which permits a change of the wiper blade , and - which bearing part is mounted on the wiper shaft in a radially fixed manner in the operating position and in a radially adjustable manner for assuming the change position, and - a locking means which limits the axial and/or radial movement of the bearing part being provided, which locking means is operatively connected at least in sections in a positively locking manner to the sleeve , characterized in that the locking means has a profile which is configured transversely with respect to the longitudinal axis (L) of the wiper shaft and on which a first receiving section , situated in the sleeve , and second receiving section are guided such that they can be displaced axially and on which a third receiving section which is situated between them is guided axially and rotationally. - the wiper arm being fastened to a bearing part which is mounted movably on the wiper shaft , - the bearing part being configured as a sleeve which surrounds the wiper shaft partially both in the operating position and the change position, - which bearing part is mounted on the wiper shaft such that it can be displaced axially between an operating position of the motor vehicle wiper and a change position which permits a change of the wiper blade , and - which bearing part is mounted on the wiper shaft in a radially fixed manner in the operating position and in a radially adjustable manner for assuming the change position, and - a locking means which limits the axial and/or radial movement of the bearing part being provided, which locking means is operatively connected at least in sections in a positively locking manner to the sleeve ,
Matrix (100 ; 400 ; 600) comprising a plurality of volatile switches (101 ; 501), each of said volatile switches comprising an active layer (103 ; 503) made of an OTS material, the plurality of volatile switches being divided into two groups in such a way as to form a message, - each of the volatile switches of the first group having been initialized beforehand or programmed by means of an initialization voltage or a programming voltage, - none of the volatile switches of the second group having been initialized beforehand or programmed by means of an initialization voltage or a programming voltage, - said message being formed by the initialized or non-initialized states of each of the switches of the matrix. - each of the volatile switches of the first group having been initialized beforehand or programmed by means of an initialization voltage or a programming voltage, - none of the volatile switches of the second group having been initialized beforehand or programmed by means of an initialization voltage or a programming voltage, - said message being formed by the initialized or non-initialized states of each of the switches of the matrix.
A cell isolation instrument , comprising: a container having an opening; a sealing member which seals the opening; and a pair of pinching parts which is connected to the sealing member and configured to be openable or closable by pressing, wherein the pair of pinching parts is provided with ridges and grooves on at least a portion of a pinching surface for pinching a biological tissue, wherein the sealing member includes: a large-diameter part to which the pair of pinching parts are attached; a small-diameter part which is provided with a second communication hole for communicating a solution with an external apparatus; and a mesh filter ; characterized in that the large-diameter part is provided with a first communication hole for communicating the solution containing isolated cells and wherein the mesh filter is provided between the first communication hole and the second communication hole to filter the solution, wherein the pair of pinching parts is provided with ridges and grooves in at least a portion of an opposite surface to a pinching surface for pinching a biological tissue. a container having an opening; a sealing member which seals the opening; and a pair of pinching parts which is connected to the sealing member and configured to be openable or closable by pressing, wherein the pair of pinching parts is provided with ridges and grooves on at least a portion of a pinching surface for pinching a biological tissue, wherein the sealing member includes: a large-diameter part to which the pair of pinching parts are attached; a small-diameter part which is provided with a second communication hole for communicating a solution with an external apparatus; and a mesh filter ; characterized in that the large-diameter part is provided with a first communication hole for communicating the solution containing isolated cells and wherein the mesh filter is provided between the first communication hole and the second communication hole to filter the solution, wherein the pair of pinching parts is provided with ridges and grooves in at least a portion of an opposite surface to a pinching surface for pinching a biological tissue. a large-diameter part to which the pair of pinching parts are attached; a small-diameter part which is provided with a second communication hole for communicating a solution with an external apparatus; and a mesh filter ; characterized in that the large-diameter part is provided with a first communication hole for communicating the solution containing isolated cells and wherein the mesh filter is provided between the first communication hole and the second communication hole to filter the solution, wherein the pair of pinching parts is provided with ridges and grooves in at least a portion of an opposite surface to a pinching surface for pinching a biological tissue.
A system for measuring and/or characterizing a multi-element antenna wherein the multi-element antenna comprises at least two antenna elements (A1... A8) the system comprising a vector network analyzer with at least two input/output ports (P1...P8), wherein each input/output port (P1...P8) of the vector network analyzer is connected to one antenna element (A1...A8) of the multi-element antenna and wherein the vector network analyzer has generator means for generating waves at each of its input/output ports (P1...P8), which are coherent to each other, the system further comprising manipulation means for manipulating the position of at least one antenna element (A1...A8) of the multi-element antenna , wherein the manipulation means and the generator means are synchronized, the vector network analyzer further comprises receiver means for coherently receiving waves at each of its input/output ports (P1...P8), and synchronization means for synchronizing the generator means and the receiver means of the vector network analyzer in a manner that there is coherence between generating the waves and receiving the waves.
A process for the synthesis of a compound according to Formula I, comprising reacting a compound according to Formula II: R 1 -C(=O)Cl with a compound according to Formula III to obtain the compound according to Formula I: wherein R 1 = phenyl, R 2 = methyl; R 3 = hydrogen; R 4 = hydrogen; R 5 = hydrogen; and R 6 = hydrogen, the compound being 2-(N-methylbenzamido) phenyl benzoate; or wherein R 1 = phenyl, R 2 = hydrogen; R 3 = hydrogen; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 2-benzamide-4-(tert-butyl) phenyl benzoate; or wherein R 1 = phenyl, R 2 = methyl; R 3 = hydrogen; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 4-(tert-butyl)-2-(N-methylbenzamido) phenyl benzoate; or wherein R 1 = phenyl, R 2 = methyl; R 3 = methyl; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 4-(tert-butyl)-2-(N-methylbenzamido)-6-methyl phenyl benzoate. wherein R 1 = phenyl, R 2 = methyl; R 3 = hydrogen; R 4 = hydrogen; R 5 = hydrogen; and R 6 = hydrogen, the compound being 2-(N-methylbenzamido) phenyl benzoate; or wherein R 1 = phenyl, R 2 = hydrogen; R 3 = hydrogen; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 2-benzamide-4-(tert-butyl) phenyl benzoate; or wherein R 1 = phenyl, R 2 = methyl; R 3 = hydrogen; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 4-(tert-butyl)-2-(N-methylbenzamido) phenyl benzoate; or wherein R 1 = phenyl, R 2 = methyl; R 3 = methyl; R 4 = hydrogen; R 5 = tert-butyl; and R 6 = hydrogen, the compound being 4-(tert-butyl)-2-(N-methylbenzamido)-6-methyl phenyl benzoate.
A method for producing an activated pectin-containing biomass composition, the method comprising: A) mixing a starting pectin-containing biomass material comprising an insoluble fiber component and an insoluble protopectin component with an aqueous solution of an alcohol to form a mixture; B) activating the starting pectin-containing biomass material to form an activated pectin-containing biomass composition comprising the insoluble fiber component and a soluble pectin component by subjecting the starting pectin-containing biomass material to (i) an activating solution formed by adding hydrochloric acid to the mixture to adjust the pH of the mixture within the range from 0.5 to 2.5, and (ii) heat to a temperature greater than 40 °C; C) applying mechanical energy either (i) to the mixture of step A), (ii) during the activating of step B), or (iii) to the mixture of step A) and during the activating of step B); and D) separating the activated pectin-containing biomass composition from the mixture; wherein during the method the alcohol present in the mixture is at or greater than 35 weight percent based on the total weight of the mixture; wherein an acid solution containing from 3 wt. % to 37 wt. % hydrochloric acid is added to the mixture in step B). A) mixing a starting pectin-containing biomass material comprising an insoluble fiber component and an insoluble protopectin component with an aqueous solution of an alcohol to form a mixture; B) activating the starting pectin-containing biomass material to form an activated pectin-containing biomass composition comprising the insoluble fiber component and a soluble pectin component by subjecting the starting pectin-containing biomass material to (i) an activating solution formed by adding hydrochloric acid to the mixture to adjust the pH of the mixture within the range from 0.5 to 2.5, and (ii) heat to a temperature greater than 40 °C; C) applying mechanical energy either (i) to the mixture of step A), (ii) during the activating of step B), or (iii) to the mixture of step A) and during the activating of step B); and D) separating the activated pectin-containing biomass composition from the mixture; wherein during the method the alcohol present in the mixture is at or greater than 35 weight percent based on the total weight of the mixture; wherein an acid solution containing from 3 wt. % to 37 wt. % hydrochloric acid is added to the mixture in step B).
A robot purifier comprising: a purifying part which draws, purifies, and discharges air; and a driving part which is located at a lower end of the purifying part and is capable of autonomous driving, wherein the purifying part is capable of rotating 360 degrees horizontally, wherein the driving part comprises: a body ; a ball bearing which is fixed to the body ; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part , a window lower cover is located at a portion of the center of the lower cover , which is connected to the driving part , and a gear head is located on one side of the window lower cover , and wherein an outside of the gear head is engaged with an inside of the gear . a purifying part which draws, purifies, and discharges air; and a driving part which is located at a lower end of the purifying part and is capable of autonomous driving, wherein the purifying part is capable of rotating 360 degrees horizontally, wherein the driving part comprises: a body ; a ball bearing which is fixed to the body ; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part , a window lower cover is located at a portion of the center of the lower cover , which is connected to the driving part , and a gear head is located on one side of the window lower cover , and wherein an outside of the gear head is engaged with an inside of the gear . a body ; a ball bearing which is fixed to the body ; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part , a window lower cover is located at a portion of the center of the lower cover , which is connected to the driving part , and a gear head is located on one side of the window lower cover , and wherein an outside of the gear head is engaged with an inside of the gear .
A mould for forming a joint spacer device or a part thereof, comprising: - at least one rigid container body provided with at least one first perimeter profile delimiting at least one first moulding surface intended to shape at least one first portion of said joint spacer or said part thereof; - at least one rigid cover provided with at least one second perimeter profile delimiting at least one second moulding surface intended to shape at least one second portion of said joint spacer or said part thereof, said at least one rigid container body and said at least one rigid cover being engageable in a removable manner to each other, at said first and said second perimeter profile , so as to delimit a cavity corresponding to the external configuration of said joint spacer or said part thereof said mould comprising weakening means on said at least one rigid container body and on said rigid cover so that both said at least one rigid container body and said at least one rigid cover are separable into parts to allow the extraction of said at least one spacer device or said at least one part thereof, moulded between them, wherein said at least one first moulding surface is provided to form a longitudinal half of said at least one spacer device and said at least one second moulding surface is provided to form the other longitudinal half of said at least one spacer device, wherein said first and/or said second moulding surface is/are formed in a respective base , said at least one first and/or second perimeter profile extending substantially orthogonally to and away from said respective base , characterized in that said mould comprises at least one perimeter wall having an inclined plane between said at least one first and/or second perimeter profile and the respective base . - at least one rigid container body provided with at least one first perimeter profile delimiting at least one first moulding surface intended to shape at least one first portion of said joint spacer or said part thereof; - at least one rigid cover provided with at least one second perimeter profile delimiting at least one second moulding surface intended to shape at least one second portion of said joint spacer or said part thereof,
Injection overmolding device comprising at least one indexed rotary turret on which cooled molds are installed, each mold comprising a plurality of cavities and stationary stations arranged around said turret, including at least a first station , a second station and a third station that are used, respectively, for carrying out the operations of positioning the inserts in the cavities of the mold, injecting plastic material into the cavities of the mold and demolding the at least partially cooled objects, said device comprising, for each cavity , independent injection means .
A lens module comprising: a lens unit comprising a protrusion , the lens unit being configured to move in a direction of an optical axis of the lens module; a driver configured to drive the lens unit in the direction of the optical axis; a movement guide comprising an inclination part disposed on a surface contacting the lens unit, the protrusion of the lens unit being disposed on a surface contacting the movement guide and being configured to slide along the inclination part while the lens unit is being driven to move in the direction of the optical axis by the driver; and a pre-loader configured to provide a pre-load between the lens unit and the movement guide in the direction of the optical axis, wherein the protrusion of the lens unit is in contact with the inclination part of the movement guide while the lens unit and the movement guide are provided with the pre-load, characterized in that the pre-loader comprises: a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, wherein the pre-loader is configured to provide the pre-load between the lens unit and the movement guide by a magnetic force of the yoke portion and the magnet portion. a lens unit comprising a protrusion , the lens unit being configured to move in a direction of an optical axis of the lens module; a driver configured to drive the lens unit in the direction of the optical axis; a movement guide comprising an inclination part disposed on a surface contacting the lens unit, the protrusion of the lens unit being disposed on a surface contacting the movement guide and being configured to slide along the inclination part while the lens unit is being driven to move in the direction of the optical axis by the driver; and a pre-loader configured to provide a pre-load between the lens unit and the movement guide in the direction of the optical axis, wherein the protrusion of the lens unit is in contact with the inclination part of the movement guide while the lens unit and the movement guide are provided with the pre-load, characterized in that the pre-loader comprises: a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, a yoke portion disposed on the lens unit; and a magnet portion disposed on the movement guide, wherein the pre-loader is configured to provide the pre-load between the lens unit and the movement guide by a magnetic force of the yoke portion and the magnet portion.
A stand comprises: a ring comprising sleeves formed thereon; and legs , characterized in that each leg comprises: a pivot inserted in a corresponding one of the sleeves to pivotally connect the legs to the ring ; and a protrusion for abutment against the ring to limit outward pivoting of the legs relative to the ring . a ring comprising sleeves formed thereon; and legs , characterized in that each leg comprises: a pivot inserted in a corresponding one of the sleeves to pivotally connect the legs to the ring ; and a protrusion for abutment against the ring to limit outward pivoting of the legs relative to the ring . a pivot inserted in a corresponding one of the sleeves to pivotally connect the legs to the ring ; and a protrusion for abutment against the ring to limit outward pivoting of the legs relative to the ring .
A solar power generation module, comprising: a lower substrate into which solar cells are inserted; and an upper substrate disposed on the lower substrate, wherein the lower substrate comprises piercing parts configured to pass through the lower substrate , or spatial groove parts formed in their respective groove shapes in the lower substrate , each of the solar cells is disposed in a space between each of the piercing parts or the spatial groove parts of the lower substrate , the upper substrate is disposed at an upper part of the lower substrate into which the solar cells are inserted, wherein the lower substrate and the upper substrate are composed of a transparent material of a glass, acrylic, polycarbonate, PC, polyethylene, PE, or polymethyl methacrylate, PMMA, material. wherein the lower substrate comprises piercing parts configured to pass through the lower substrate , or spatial groove parts formed in their respective groove shapes in the lower substrate , each of the solar cells is disposed in a space between each of the piercing parts or the spatial groove parts of the lower substrate , the upper substrate is disposed at an upper part of the lower substrate into which the solar cells are inserted, wherein the lower substrate and the upper substrate are composed of a transparent material of a glass, acrylic, polycarbonate, PC, polyethylene, PE, or polymethyl methacrylate, PMMA, material.