mhurhangee/patent-ind-claim-en huggingface dataset:
A latch , adapted to fix a first object and a second object , and the latch comprising: a hollow pillar , comprising a first engaging portion and a second engaging portion opposite to each other, the hollow pillar having an inserting hole passing through the first engaging portion and the second engaging portion , and the first engaging portion configured to be disposed on the second object ; and a bolt , inserted into the inserting hole and movable between a first inserting position and a second inserting position; when the bolt is moved from the first inserting position to the second inserting position along a direction from the first engaging portion pointing to the second engaging portion , and the second engaging portion is expanded by the bolt in order to be disposed on the first object , wherein the bolt has a head portion and, when the bolt is at the second inserting position, the head portion covers at least part of the first engaging portion of the hollow pillar ; wherein the hollow pillar has a positioning recess at a side close to the inserting hole ; the bolt further comprises a first positioning protrusion and a second positioning protrusion ; when the bolt is at the first inserting position, the first positioning protrusion is located in the positioning recess and the second positioning protrusion of the bolt abuts the first engaging portion ; when the bolt is at the second inserting position, the second positioning protrusion is located in the positioning recess . a hollow pillar , comprising a first engaging portion and a second engaging portion opposite to each other, the hollow pillar having an inserting hole passing through the first engaging portion and the second engaging portion , and the first engaging portion configured to be disposed on the second object ; and a bolt , inserted into the inserting hole and movable between a first inserting position and a second inserting position; when the bolt is moved from the first inserting position to the second inserting position along a direction from the first engaging portion pointing to the second engaging portion , and the second engaging portion is expanded by the bolt in order to be disposed on the first object , wherein the bolt has a head portion and, when the bolt is at the second inserting position, the head portion covers at least part of the first engaging portion of the hollow pillar ; wherein the hollow pillar has a positioning recess at a side close to the inserting hole ; the bolt further comprises a first positioning protrusion and a second positioning protrusion ; when the bolt is at the first inserting position, the first positioning protrusion is located in the positioning recess and the second positioning protrusion of the bolt abuts the first engaging portion ; when the bolt is at the second inserting position, the second positioning protrusion is located in the positioning recess .
A kit for identifying the presence or absence of an aneuploidy of a target chromosome comprising amplification primers for amplifying regions of the nucleotide sequence species of one or more sets of paralogous sequences consisting of polynucleotides having nucleotide sequences corresponding to SEQ ID NOs: 4736, 4808, 4258, 4413, 4537, 4692, 4203, 4077, 4697, 4436, 3869, 4475, 4078, 4396, 4782, 4683, 4279, 3940, 4236, 3865, 4733, 4168, 3818, 4563, 4906, 3807, 3849, 4594, 4022, 4538, 4219, 4548, 4382, 4374, 4444, 4305, 4403, 4307, 4059, 4767, 3994, 4561, 4209, 3850, 4686, 3985, 4608, 3963, 4038, 4948, 4468, 4879, 4196, 3967, 4150 or 4102, each of said regions containing a site of variation between said nucleotide sequence species of a given set of paralogous sequences, wherein the amplification primers for a given region of a given set consist of a single pair of primers that hybridize adjacent to said site of variation to produce amplicons that contain said site of variation.
Electrical contact coupling for an automatic center buffer coupling of a rail vehicle, having a coupling housing in which an electrical interface unit with at least one connection contact is accommodated, which are accessible via a protective flap , arranged so as to be pivotable with respect to the coupling housing for covering or opening a front-side access to the at least one connection contact , for which purpose an actuating mechanism connected to the protective flap is provided, wherein the actuating mechanism comprises an actuating tappet arranged adjacent to the front access and projecting with respect thereto and has at least one rear toothed section , characterized in that the actuating mechanism is configured as a push rod mechanism and produces on the one hand a pivoting movement for the protective flap and on the other hand a feed movement with coordinated movement therewith for the coupling housing for making electrical contact with the at least one connection contact . which are accessible via a protective flap , arranged so as to be pivotable with respect to the coupling housing for covering or opening a front-side access to the at least one connection contact , for which purpose an actuating mechanism connected to the protective flap is provided, wherein the actuating mechanism comprises an actuating tappet arranged adjacent to the front access and projecting with respect thereto and has at least one rear toothed section , characterized in that the actuating mechanism is configured as a push rod mechanism and produces on the one hand a pivoting movement for the protective flap and on the other hand a feed movement with coordinated movement therewith for the coupling housing for making electrical contact with the at least one connection contact .
Process to inert non-swelling clays in at least one mineral component selected from sand and/or a mineral addition intended for the preparation of a hydraulic composition, comprising adding to the hydraulic composition, to the mineral component or to another constituent of the hydraulic composition 2 to 20% by mass, relative to the mass of swelling clays and dry non-swelling clays in the sand and/or mineral addition, of an inerting mixture comprising an organic molecule having a cationic charge density which is strictly lower than 0.5 meq/g and comprising at least two atoms each being capable of forming at least one hydrogen bond.
A method of communication, comprising: receiving, at a first access point , an access request from an access terminal , wherein the access request includes an identifier of the access terminal and an identifier of a second access point , wherein the second access point is a source access point of a handover for the access terminal, wherein the access request comprises a connection re-establishment request; receiving, at the first access point, an indication from the access terminal that a radio link failure occurred during the handover of the access terminal from the second access point; and sending a dedicated radio link failure message from the first access point to the second access point, wherein the dedicated radio link failure message comprises the indication that the radio link failure occurred during the handover from the second access point, and wherein the dedicated radio link failure message is used to adapt one or more mobility parameters relating to handover performance at the second access point. receiving, at a first access point , an access request from an access terminal , wherein the access request includes an identifier of the access terminal and an identifier of a second access point , wherein the second access point is a source access point of a handover for the access terminal, wherein the access request comprises a connection re-establishment request; receiving, at the first access point, an indication from the access terminal that a radio link failure occurred during the handover of the access terminal from the second access point; and sending a dedicated radio link failure message from the first access point to the second access point, wherein the dedicated radio link failure message comprises the indication that the radio link failure occurred during the handover from the second access point, and wherein the dedicated radio link failure message is used to adapt one or more mobility parameters relating to handover performance at the second access point.
Fastening system for holding belts , aimed to be used for transporting motor vehicles on loading flatbeds comprising one or more through-openings , said fastening system comprising at least one fastening element interposed between at least one of said belts and said flatbed , said fastening element being equipped with at least one fastening portion and with at least one connection or transmission portion of said belt , said fastening element being able to pass from a first operating position in which said fastening portion is passing through at least one of said openings to a second operating position in which said fastening portion is prevented from going out from said opening , and vice versa, said fastening system comprising at least one connecting girder to be arranged below said flatbed , said girder being equipped with at least one longitudinal seat , said fastening element being able to pass from said first operating position in which said fastening portion is passing through said opening and is unconstrained from said seat to said second operating position in which said fastening portion engages at least one of said seats and is prevented from going out from said opening , and vice versa, wherein said fastening portion is shaped substantially as a reverse "T" , characterised in that said fastening portion comprises due opposite appendixes axially going out of an end of said stem in a substantially perpendicular position with respect to a longitudinal axis of said stem , and said girder comprises at least two parallel and facing, longitudinal surfaces , each of said surfaces being equipped with at least one of said seats adapted to be engaged by a respective one of said appendixes of said fastening portion when said fastening element is in said second operating position.
100% Solids polycarbamate comprising less than 5 wt% total of biuret, cyanuric acid, and polyallophanate obtainable by a process to prepare polycarbamate comprising: adding urea to a polyol selected in the group consisting of oligomers or polymers derived from hydroxyl-containing acrylic monomeric units in the presence of at least one catalyst selected from the group consisting of: Al(III) acetylacetonate, Bismuth(III) trifluoromethanesulfonate, Bi(III) tri(2-ethylhexanoate), wherein the process achieves at least a 50% conversion of hydroxyl groups of the polyol.
A method for transmitting data by a station, STA, in a wireless local area network, WLAN, system, the method comprising: receiving a grant frame for dynamically allocating an allocation period within a data transmission interval, DTI, from an access point, AP, wherein the grant frame is received during the DTI, wherein the grant frame comprises dynamic allocation information for, during the allocation period, allocating either a plurality of channels including a primary channel of the WLAN system or at least one secondary channel except the primary channel; and transmitting data in the allocation period through either the plurality of channels including the primary channel or at least one secondary channel except the primary channel allocated by the dynamic allocation information, wherein, based on the plurality of channels including the primary channel being allocated during the allocation period, the STA transmits the data by bonding or aggregating the plurality of channels. receiving a grant frame for dynamically allocating an allocation period within a data transmission interval, DTI, from an access point, AP, wherein the grant frame is received during the DTI, wherein the grant frame comprises dynamic allocation information for, during the allocation period, allocating either a plurality of channels including a primary channel of the WLAN system or at least one secondary channel except the primary channel; and transmitting data in the allocation period through either the plurality of channels including the primary channel or at least one secondary channel except the primary channel allocated by the dynamic allocation information, wherein, based on the plurality of channels including the primary channel being allocated during the allocation period, the STA transmits the data by bonding or aggregating the plurality of channels.
A 3D imaging system comprising: a light source arranged to illuminate a scene with at least one optical pulse comprising light of at least two discrete wavelengths; an optical detector comprising an array of detection elements; and an optical modulator comprising a variable wavelength 2. filter interposed in the optical path between the scene and the optical detector, characterised in that the modulator is arranged to differentially amplitude modulate the two wavelengths in the reflected portion of the optical pulse as a function of time so that in a first mode of operation the modulator differentially modulates the amplitude of the two wavelengths such that the first wavelength is increasingly attenuated over time and the second wavelength is not attenuated or is decreasingly attenuated over that time and in a second mode of operation modulates the amplitude of the two wavelengths whereby the second wavelength is increasingly attenuated over time and the first wavelength is not attenuated or is decreasingly attenuated. a light source arranged to illuminate a scene with at least one optical pulse comprising light of at least two discrete wavelengths; an optical detector comprising an array of detection elements; and an optical modulator comprising a variable wavelength 2. filter interposed in the optical path between the scene and the optical detector, characterised in that the modulator is arranged to differentially amplitude modulate the two wavelengths in the reflected portion of the optical pulse as a function of time so that in a first mode of operation the modulator differentially modulates the amplitude of the two wavelengths such that the first wavelength is increasingly attenuated over time and the second wavelength is not attenuated or is decreasingly attenuated over that time and in a second mode of operation modulates the amplitude of the two wavelengths whereby the second wavelength is increasingly attenuated over time and the first wavelength is not attenuated or is decreasingly attenuated.
A bulged, forward-acting rupture disc comprising: a central bulged section comprising a concavo-convex dome ; a flat, annular flange section surrounding the central bulged section ; a transition region that is intermediate to and interconnects the central bulged section and the flange section ; and a line of opening that overlies the transition region , the line of opening comprising an area weakening the rupture disc such that when a pressure of a fluid acting upon a concave face of the dome reaches a predetermined threshold the rupture disc tears along the line of opening thereby providing an opening through the disc that has a diameter that is at least as large as an internal diameter of the flange section , characterized in that material making up the rupture disc has been removed from the disc in the area of the line of opening weakening the rupture disc without altering the metal grain structure in the transition region . a central bulged section comprising a concavo-convex dome ; a flat, annular flange section surrounding the central bulged section ; a transition region that is intermediate to and interconnects the central bulged section and the flange section ; and a line of opening that overlies the transition region , the line of opening comprising an area weakening the rupture disc such that when a pressure of a fluid acting upon a concave face of the dome reaches a predetermined threshold the rupture disc tears along the line of opening thereby providing an opening through the disc that has a diameter that is at least as large as an internal diameter of the flange section ,
A laminate comprising a first acrylic resin layer, a thermoplastic resin layer, and a second acrylic resin layer in this order, wherein the thermoplastic resin layer contains 71% or more of a component having a spin-spin relaxation time T 2 H in pulse NMR measurement of 0.03 ms or longer as measured with a method described in the description.
A vehicle behavior control device applied to a vehicle having a steerable front road wheel , the vehicle behavior control device comprising: a steering speed acquiring part configured to acquire a steering speed of the vehicle ; a driving force reduction flag setting part configured to set a driving force reduction flag, indicative of whether or not a condition for allowing a reduction of a driving force of the vehicle is satisfied, based on the steering speed; and a driving force reducing part configured to acquire a target additional deceleration to be added to the vehicle based on the steering speed, decide a driving force reduction amount required for realizing the target additional deceleration and start to reduce the driving force of the vehicle when the driving force reduction flag is set to a true value indicative of a state in which the condition for allowing the reduction of the driving force of the vehicle is satisfied, characterised in that the target additional deceleration increases to be closer to an upper limit value of 0.5 m/s 2 as the steering speed increases. a steering speed acquiring part configured to acquire a steering speed of the vehicle ; a driving force reduction flag setting part configured to set a driving force reduction flag, indicative of whether or not a condition for allowing a reduction of a driving force of the vehicle is satisfied, based on the steering speed; and a driving force reducing part configured to acquire a target additional deceleration to be added to the vehicle based on the steering speed, decide a driving force reduction amount required for realizing the target additional deceleration and start to reduce the driving force of the vehicle when the driving force reduction flag is set to a true value indicative of a state in which the condition for allowing the reduction of the driving force of the vehicle is satisfied, characterised in that the target additional deceleration increases to be closer to an upper limit value of 0.5 m/s 2 as the steering speed increases.
A surgical tool for removing an acetabular ball from an acetabular cup wherein the acetabular ball is affixed by means of a Morse taper to a stem extending from a concave surface of the acetabular cup characterized in that the tool comprises: a jaw shaft having two or more than two jaws disposed at a distal end thereof, each jaw being pivotable about an axis perpendicular to a central axis of the jaw shaft and the jaw shaft having a threaded proximal end; an outer shaft into which the jaw shaft is concentrically disposed, the outer shaft having a bell shaped element affixed to a distal end thereof, the bell shaped element being open at its distal end and being internally sized to cause the jaws to close when the jaws are drawn into the bell shaped element by proximal movement of the jaw shaft toward a proximal end of the tool and the bell shaped element having a circumferential bell edge at its distal end sized to engage a circumferential cup edge of the acetabular cup ; and a jaw shaft nut threaded onto the proximal end of the jaw shaft wherein tightening of the nut exerts pressure in a distal direction on the proximal end of the outer shaft causing the jaw shaft to move proximally relative to the outer shaft and thereby causing the jaws to exert a pulling force on the acetabular ball while causing the circumferential bell edge of the bell shaped element to exert an opposing force on the circumferential cup edge of the acetabular cup until sufficient tightening of the jaw shaft nut causes the acetabular ball to be released from the stem. a jaw shaft having two or more than two jaws disposed at a distal end thereof, each jaw being pivotable about an axis perpendicular to a central axis of the jaw shaft and the jaw shaft having a threaded proximal end; an outer shaft into which the jaw shaft is concentrically disposed, the outer shaft having a bell shaped element affixed to a distal end thereof, the bell shaped element being open at its distal end and being internally sized to cause the jaws to close when the jaws are drawn into the bell shaped element by proximal movement of the jaw shaft toward a proximal end of the tool and the bell shaped element having a circumferential bell edge at its distal end sized to engage a circumferential cup edge of the acetabular cup ; and a jaw shaft nut threaded onto the proximal end of the jaw shaft wherein tightening of the nut exerts pressure in a distal direction on the proximal end of the outer shaft causing the jaw shaft to move proximally relative to the outer shaft and thereby causing the jaws to exert a pulling force on the acetabular ball while causing the circumferential bell edge of the bell shaped element to exert an opposing force on the circumferential cup edge of the acetabular cup until sufficient tightening of the jaw shaft nut causes the acetabular ball to be released from the stem.