mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a biological sample, the method comprising the steps of: (a) mixing the biological sample with an alkaline composition that lyses cells and denatures DNA to create a first liquid composition, wherein the alkaline composition comprises a strong base in aqueous solution at a concentration of from 1.0 N to 2.2 N, and wherein the first liquid composition has a pH in the range of from pH 12.0 to pH 13.5 and has less than 0.001 % (w/v) detergent; (b) mixing the first liquid composition with a pH buffered detergent reagent to create a second liquid composition having a pH lower than pH 9.5, wherein the pH buffered detergent reagent comprises a pH buffer, a detergent, and a solid support particle that captures DNA; and (c) isolating a solid support particle, and any DNA captured thereon, from the second liquid composition. (a) mixing the biological sample with an alkaline composition that lyses cells and denatures DNA to create a first liquid composition, wherein the alkaline composition comprises a strong base in aqueous solution at a concentration of from 1.0 N to 2.2 N, and wherein the first liquid composition has a pH in the range of from pH 12.0 to pH 13.5 and has less than 0.001 % (w/v) detergent; (b) mixing the first liquid composition with a pH buffered detergent reagent to create a second liquid composition having a pH lower than pH 9.5, wherein the pH buffered detergent reagent comprises a pH buffer, a detergent, and a solid support particle that captures DNA; and (c) isolating a solid support particle, and any DNA captured thereon, from the second liquid composition.
A multi-pass method of sequencing a target sequence using nanopore sequencing, the method comprising: i) providing a non-naturally occurring concatemer nucleic acid molecule comprising monomeric units that comprise (a) the target sequence, and (b) a non-target sync sequence having a predetermined sequence, wherein copies of the target sequence are separated by non-target sync sequences that demarcate a target sequence boundary, wherein the concatemer comprises a plurality of copies of the target sequence and a plurality of copies of the sync sequence; and then ii) nanopore sequencing at least three copies of the target sequence in the concatemer, thereby obtaining a multi-pass sequence dataset, wherein the multi-pass sequence dataset comprises target sequence datasets for the at least three copies of the target sequence; and iii) using the multi-pass sequence dataset to determine the target sequence wherein the non-target sync sequences are used to align the target sequences in the multi-pass sequence dataset. i) providing a non-naturally occurring concatemer nucleic acid molecule comprising monomeric units that comprise (a) the target sequence, and (b) a non-target sync sequence having a predetermined sequence, wherein copies of the target sequence are separated by non-target sync sequences that demarcate a target sequence boundary, wherein the concatemer comprises a plurality of copies of the target sequence and a plurality of copies of the sync sequence; and then ii) nanopore sequencing at least three copies of the target sequence in the concatemer, thereby obtaining a multi-pass sequence dataset, wherein the multi-pass sequence dataset comprises target sequence datasets for the at least three copies of the target sequence; and iii) using the multi-pass sequence dataset to determine the target sequence wherein the non-target sync sequences are used to align the target sequences in the multi-pass sequence dataset.
Optical module for a motor vehicle comprising: - a light source ; - a radiator comprising a plate having a front face for supporting the light source and comprising a rear face spiked with cooling fins ; - a device for producing an air flow; - the radiator having at least one vent that passes through the radiator plate in the vicinity of the light source to allow the air flow to flow longitudinally between the front and rear of the radiator, characterized in that each vent is covered by at least one deflector which, a mouth of which is open towards the light source generally parallel to the front face of the radiator . - a light source ; - a radiator comprising a plate having a front face for supporting the light source and comprising a rear face spiked with cooling fins ; - a device for producing an air flow; - the radiator having at least one vent that passes through the radiator plate in the vicinity of the light source to allow the air flow to flow longitudinally between the front and rear of the radiator,
(Currently Amended) A banding tool, comprising: a head connected to a handle ; a knife comprising a band cutting edge having an arcuate shape and a buckle deformation edge spaced from the band cutting edge ; and a blade housing statically connected to the head , the blade housing having a first channel for operative receipt of the knife, the knife positioned away from an open, distal end of the first channel when in the first position, and positioned adjacent to the distal end of the first channel when in the second position, the blade housing having a second channel adapted to receive a band, the second channel oriented orthogonal to the first channel and having a first opening near the distal end of the first channel, and a second opening spaced from the first opening, the second channel adapted to receive the band , the first opening further comprising a blade edge integral with the blade housing that cooperates with the band cutting edge of the knife to sever the band positioned in the second channel and between said distal end of said first channel and said blade edge. a head connected to a handle ; a knife comprising a band cutting edge having an arcuate shape and a buckle deformation edge spaced from the band cutting edge ; and a blade housing statically connected to the head , the blade housing having a first channel for operative receipt of the knife, the knife positioned away from an open, distal end of the first channel when in the first position, and positioned adjacent to the distal end of the first channel when in the second position, the blade housing having a second channel adapted to receive a band, the second channel oriented orthogonal to the first channel and having a first opening near the distal end of the first channel, and a second opening spaced from the first opening, the second channel adapted to receive the band , the first opening further comprising a blade edge integral with the blade housing that cooperates with the band cutting edge of the knife to sever the band positioned in the second channel and between said distal end of said first channel and said blade edge.
A method performed by a terminal for performing synchronization in a wireless communication system to which beam forming is applied, the method comprising: receiving, from a base station , a synchronization signal block, SSB, including synchronization signals and a physical broadcast channel, PBCH; performing a first synchronization with the base station based on the SSB; storing previous synchronization information associated with the first synchronization, the previous synchronization information including beam search information, frequency synchronization acquisition information, and time synchronization acquisition information; identifying that a connection based on the first synchronization is lost, wherein the connection is identified to be lost in case that a first radio frequency, RF, module associated with the first synchronization is turned off; identifying whether a condition associated with a mobility of the terminal is satisfied while the first RF module is turned off; and performing a second synchronization with the base station based on the previous synchronization information, in case that the condition associated with the mobility of the terminal is satisfied while the RF module is turned off, wherein the stored previous synchronization information is maintained until the second synchronization is finished, and wherein the previous synchronization information is information about synchronization that is lost when the terminal turns off the RF module to enter a low power mode. receiving, from a base station , a synchronization signal block, SSB, including synchronization signals and a physical broadcast channel, PBCH; performing a first synchronization with the base station based on the SSB; storing previous synchronization information associated with the first synchronization, the previous synchronization information including beam search information, frequency synchronization acquisition information, and time synchronization acquisition information; identifying that a connection based on the first synchronization is lost, wherein the connection is identified to be lost in case that a first radio frequency, RF, module associated with the first synchronization is turned off; identifying whether a condition associated with a mobility of the terminal is satisfied while the first RF module is turned off; and performing a second synchronization with the base station based on the previous synchronization information, in case that the condition associated with the mobility of the terminal is satisfied while the RF module is turned off, wherein the stored previous synchronization information is maintained until the second synchronization is finished, and wherein the previous synchronization information is information about synchronization that is lost when the terminal turns off the RF module to enter a low power mode.
A production system for processing and inspecting tubes to form filtration tubes, the system comprising a laser cutting system configured to cut a plurality of slots, holes, and/or pores into and through a wall of the tube to form a filtration tube that is configured to filter solids from fluid; said production system being characterised by : a six-axis robotic arm configured to move each tube between a plurality of sub-systems, the sub-systems comprising: a tube input-output subsystem configured to hold a plurality of tubes, the robotic arm being configured to withdraw a tube for processing from the tube input-output subsystem ; an inspection system configured to receive and inspect the tube placed therein by the robotic arm , the inspection system configured to inspect the tube by scanning a surface of the tube to determine presence of abnormalities, defects, and/or quality issues; and a laser cutting system configured to receive the tube via the robotic arm moving said tube to the laser cutting system . a tube input-output subsystem configured to hold a plurality of tubes, the robotic arm being configured to withdraw a tube for processing from the tube input-output subsystem ; an inspection system configured to receive and inspect the tube placed therein by the robotic arm , the inspection system configured to inspect the tube by scanning a surface of the tube to determine presence of abnormalities, defects, and/or quality issues; and a laser cutting system configured to receive the tube via the robotic arm moving said tube to the laser cutting system .
A cableway station including: - a conveyor device for receiving and conveying at least one travel means , - a roof structure disposed substantially above the conveyor device , characterised in that the roof structure has at least one roof element which is moveable between a first and a second operating position (a, b) and which covers the conveyor device in the first operating position (a) and makes the conveyor device accessible for people in the second operating position (b). - a conveyor device for receiving and conveying at least one travel means , - a roof structure disposed substantially above the conveyor device ,
Method for damping lift mast torsional vibrations in an industrial truck, in particular a reach truck, having a load handling apparatus, which comprises a lift mast having at least two mast profiles, for receiving a load, wherein the load centre of a received load can be shifted laterally by means of a lateral shift device (P) which is controlled by means of a control device (C), wherein elastic deformations of the mast profiles are determined by means of a sensor system (S), wherein a torsion value is formed from the difference in the elastic deformations of the various mast profiles, said torsion value being fed back to the control device (C) in a closed control loop and being used to actively damp the lift mast torsional vibrations by way of adjusted actuation of the lateral shift device (P).
An energy transmission device for wireless transmission of energy to an active implant , comprising an extracorporeal transmitter coil electrically connectable to an energy source, and an implantable receiver coil which can be inductively coupled to the transmitter coil for wireless energy transmission, an extracorporeal secondary coil , a modulator, an implantable primary coil which can be inductively coupled to the secondary coil for wireless data transmission from the primary coil to the secondary coil, wherein the implantable primary coil is electrically connected to the modulator , wherein the modulator is adapted to modulate an AC voltage supplied to the implantable primary coil according to a data signal such that a data transmission from the implantable primary coil to the extracorporeal secondary coil is performed, wherein the frequency of the data transmission is different than the frequency with which the energy is transmitted from the transmitter coil to the receiver coil , wherein the data signal includes information regarding energy regulation of the energy to be transmitted from the transmitter coil and other information not regarding energy regulation, characterized in that the energy transmission device is adapted to perform a transmission of information regarding energy regulation of the energy to be transmitted from the transmitter coil by a pulse width modulated signal from the primary coil to the secondary coil , and that the energy transmission device is adapted to perform a transmission of other information, not regarding energy regulation, by a frequency modulation of the carrier frequency of the pulse width modulated signal or by a modulation of the frequency with which the pulses of the pulse width modulated signal are sent, and that the modulator is inductively coupled by a transmitter to an electrical conductor which is connected to the implanted primary coil .
Electrically conductive contact element for connecting a contact wire to a printed circuit board , wherein the contact element has a pin which is designed to be pressed into the printed circuit board , and the contact element has a wire receptacle which is designed to make contact with and to securely hold a longitudinal section of the contact wire in a cutting-in and/or pressing-in manner during insertion into the wire receptacle , characterized in that the wire receptacle is designed to receive and to make contact with the contact wire in a transverse axis which runs with at least one transverse component or transversely to a pin longitudinal axis of the pin , wherein an electrically conductive portion of the contact element has at least two contact sections with different material properties to one another, wherein the contact element has a contact section comprising the pin and has a contact section connected to the contact section comprising the pin and comprising the wire receptacle , wherein the contact section comprising the pin is formed from a stiffer and harder material than the contact section comprising the wire receptacle .
A method of preparing a tire with self-sealing properties, the method comprising the steps of: (i) providing a cured tire , the cured tire including a first bead , a second bead , a carcass layer extending from the first bead to the second bead , and an optional innerliner layer disposed interior to the carcass layer ; (ii) directly or indirectly applying a sealant composition to at least a portion of the carcass layer or to at least a portion of the optional innerliner layer ; and characterised by (iii) directly applying an air barrier composition to at least a portion of the carcass layer or to at least a portion of the optional innerliner layer . (i) providing a cured tire , the cured tire including a first bead , a second bead , a carcass layer extending from the first bead to the second bead , and an optional innerliner layer disposed interior to the carcass layer ; (ii) directly or indirectly applying a sealant composition to at least a portion of the carcass layer or to at least a portion of the optional innerliner layer ; and characterised by (iii) directly applying an air barrier composition to at least a portion of the carcass layer or to at least a portion of the optional innerliner layer .
Door handle assembly for a motor vehicle , having a handle support , a handle element which is mounted on the handle support so as to be movable from a neutral position via a ready position into an actuation position and back, an electronics module accommodated in the handle element , and at least one cable designed for the transmission of energy and/or information, wherein upon fitting in the neutral position in a vehicle door the handle element is arranged in straked alignment flush with the outer side of the vehicle door , and in the ready position protrudes in a protrusion direction with respect to the outer side of the vehicle door , wherein the at least one cable has a flexible cable section which extends from the handle support via the handle element as far as the electronics module and is connected to the electronics module , characterized in that a cable guide device designed to reposition the flexible cable section to track the handle element when the handle element moves between the neutral position and the actuation position is constructed on the handle support , wherein the guide device has a cable retaining element that is mounted movably on the handle support , and through which the flexible cable section passes. wherein upon fitting in the neutral position in a vehicle door the handle element is arranged in straked alignment flush with the outer side of the vehicle door , and in the ready position protrudes in a protrusion direction with respect to the outer side of the vehicle door , wherein the at least one cable has a flexible cable section which extends from the handle support via the handle element as far as the electronics module and is connected to the electronics module , characterized in that a cable guide device designed to reposition the flexible cable section to track the handle element when the handle element moves between the neutral position and the actuation position is constructed on the handle support , wherein the guide device has a cable retaining element that is mounted movably on the handle support , and through which the flexible cable section passes.
A vehicular lamp fitting comprising: a front lens body ; a rear lens unit disposed behind the front lens body; and a plurality of light sources (42a to 42c) that are disposed behind the rear lens unit, and that emit light, which passes through the rear lens unit and the front lens body in this order and is irradiated forward, so as to form a predetermined light distribution pattern, wherein the rear lens unit is a lens unit configured to condense, at least in a first direction, the light coming from the light sources and passing through the rear lens unit, and includes: a first entry surface through which the light coming from the light sources enters the rear lens unit; and a first exit surface through which the light coming from the light sources, which entered the rear lens unit, exits, the front lens body is a lens unit configured to condense, in a second direction intersecting the first direction, the light coming from the rear lens unit and passing through the front lens body, and includes: a second entry surface through which the light coming from the rear lens unit enters the front lens body; and a second exit surface through which the light coming from the rear lens unit, which entered the front lens body, exits, characterized in that the front lens body is disposed in an attitude that is inclined at a predetermined upward angle (θ2) , a surface shape of at least one of the first exit surface, the first entry surface, and the second entry surface is adjusted so that a focal line (FL3) of a projection lens constituted by the front lens body and the rear lens unit is a focal line extending in the horizontal direction, and the plurality of light sources are disposed along the focal line. the rear lens unit is a lens unit configured to condense, at least in a first direction, the light coming from the light sources and passing through the rear lens unit, and includes: a first entry surface through which the light coming from the light sources enters the rear lens unit; and a first exit surface through which the light coming from the light sources, which entered the rear lens unit, exits, the front lens body is a lens unit configured to condense, in a second direction intersecting the first direction, the light coming from the rear lens unit and passing through the front lens body, and includes: a second entry surface through which the light coming from the rear lens unit enters the front lens body; and a second exit surface through which the light coming from the rear lens unit, which entered the front lens body, exits, characterized in that the front lens body is disposed in an attitude that is inclined at a predetermined upward angle (θ2) , a surface shape of at least one of the first exit surface, the first entry surface, and the second entry surface is adjusted so that a focal line (FL3) of a projection lens constituted by the front lens body and the rear lens unit is a focal line extending in the horizontal direction, and the plurality of light sources are disposed along the focal line.
A round cutting insert for a milling tool, the round cutting insert having an insert centre axis (C 1 ) and a neutral plane (NP) extending perpendicularly to the insert centre axis (C 1 ), the round cutting insert including: - an upper round main surface defining an upper reference plane (UP) and a lower round main surface defining a lower reference plane (LP), which are equidistantly separated from the neutral plane (NP), - a circumferential side surface surrounding the insert centre axis (C 1 ) and extending between the upper and lower round main surfaces , - an upper cutting edge formed along the intersection of the upper round main surface and the circumferential side surface , and - a plurality of elongated support grooves arranged in the circumferential side surface , wherein each elongated support groove has a bottom surface extending in a lengthwise direction (L) with opposite flank surfaces converging toward the bottom surface and extending in parallel with the lengthwise direction (L) of the elongated support groove , characterized in that the lengthwise direction (L) of each elongated support groove is forming an acute angle θ with the neutral plane (NP) as seen in a side view of the round cutting insert , and at least one of the opposite flank surfaces of each elongated support groove is configured as a side support surface for the round cutting insert. - an upper round main surface defining an upper reference plane (UP) and a lower round main surface defining a lower reference plane (LP), which are equidistantly separated from the neutral plane (NP), - a circumferential side surface surrounding the insert centre axis (C 1 ) and extending between the upper and lower round main surfaces , - an upper cutting edge formed along the intersection of the upper round main surface and the circumferential side surface , and - a plurality of elongated support grooves arranged in the circumferential side surface , wherein each elongated support groove has a bottom surface extending in a lengthwise direction (L) with opposite flank surfaces converging toward the bottom surface and extending in parallel with the lengthwise direction (L) of the elongated support groove ,