mhurhangee/patent-ind-claim-en huggingface dataset:
Key for a motor vehicle suitable for engaging with a bit and comprising: - a housing comprising a receptacle including two flanges ; - a pivoting yoke suitable for being mounted between the two flanges of said receptacle and comprising: - a recess ; - two primary grooves ; - at least one secondary groove ; - a control pusher , partially inserted into said recess of said yoke , and comprising at least one primary protrusion suitable for: - being engaged in one of the two primary grooves when said control pusher is in the released position (p31) so as to prevent said yoke from rotating; - being disengaged from said primary groove when said control pusher is in the depressed position (p32) so as to allow said yoke to rotate; - being prevented from translating by a part of said yoke so as to avoid the disassembly of said control pusher from said receptacle when said housing is open, characterized in that said yoke is suitable for being angularly offset relative to an immobilized position (p11) so as to allow the partial insertion of said control pusher into its recess and of said at least one primary protrusion into said at least one secondary groove . - a housing comprising a receptacle including two flanges ; - a pivoting yoke suitable for being mounted between the two flanges of said receptacle and comprising: - a recess ; - two primary grooves ; - at least one secondary groove ; - a control pusher , partially inserted into said recess of said yoke , and comprising at least one primary protrusion suitable for: - being engaged in one of the two primary grooves when said control pusher is in the released position (p31) so as to prevent said yoke from rotating; - being disengaged from said primary groove when said control pusher is in the depressed position (p32) so as to allow said yoke to rotate; - being prevented from translating by a part of said yoke so as to avoid the disassembly of said control pusher from said receptacle when said housing is open, characterized in that - a recess ; - two primary grooves ; - at least one secondary groove ; - a control pusher , partially inserted into said recess of said yoke , and comprising at least one primary protrusion suitable for: - being engaged in one of the two primary grooves when said control pusher is in the released position (p31) so as to prevent said yoke from rotating; - being disengaged from said primary groove when said control pusher is in the depressed position (p32) so as to allow said yoke to rotate; - being prevented from translating by a part of said yoke so as to avoid the disassembly of said control pusher from said receptacle when said housing is open, characterized in that - being engaged in one of the two primary grooves when said control pusher is in the released position (p31) so as to prevent said yoke from rotating; - being disengaged from said primary groove when said control pusher is in the depressed position (p32) so as to allow said yoke to rotate; - being prevented from translating by a part of said yoke so as to avoid the disassembly of said control pusher from said receptacle when said housing is open, characterized in that
A method for ordering, sorting and/or focusing particles in a first microfluidic channel system, the method comprising the steps of i. providing for a first microfluidic channel comprising at least a first and a second inlet and a first outlet, ii. injecting a first fluid into the first microfluidic channel through said first inlet, iii. injecting a second fluid into the first microfluidic channel through said second inlet, wherein the viscosity of the first fluid is higher than the viscosity of the second fluid, such that the two fluids flow in a laminar fashion unmixed side by side, and one of the two fluids comprises the particles to be ordered, sorted and/or focused, wherein a third fluid is injected in a third inlet and the viscosity of the three fluids is selected such that the first fluid separates the second fluid from the third fluid and all three fluids flow in a laminar manner unmixed for at least the length of the first microfluidic channel, wherein the particles are comprised in the second fluid and the viscosity of the first fluid is selected such that the particles in the second fluid are confined by the first fluid to the space occupied by the second fluid. i. providing for a first microfluidic channel comprising at least a first and a second inlet and a first outlet, ii. injecting a first fluid into the first microfluidic channel through said first inlet, iii. injecting a second fluid into the first microfluidic channel through said second inlet, wherein the viscosity of the first fluid is higher than the viscosity of the second fluid, such that the two fluids flow in a laminar fashion unmixed side by side, and one of the two fluids comprises the particles to be ordered, sorted and/or focused,
A composition [composition (C)] comprising: - a vinylidene chloride polymer [VDC polymer]; and - from 0.05 to 5 % by weight (wt%), with respect to the weight of VDC polymer, of at least one sorbate ester [sorbate (I)] of formula (I): wherein R 1 is a C 1 -C 12 hydrocarbon group, preferably a C 1 -C 6 alkyl group. - a vinylidene chloride polymer [VDC polymer]; and - from 0.05 to 5 % by weight (wt%), with respect to the weight of VDC polymer, of at least one sorbate ester [sorbate (I)] of formula (I): wherein R 1 is a C 1 -C 12 hydrocarbon group, preferably a C 1 -C 6 alkyl group.
An aircraft mission systems (MS) network architecture, comprising: a plurality of districts , each district associated with a physical subdivision of an aircraft, each district comprising: at least one first MS smart network access point (SNAP) device configured to connect a MS network to one or more MS components disposed within the district, the MS network comprising a plurality of MS SNAP devices communicatively connected in a first topology via a network trunk; at least one first air vehicle systems (AVS) SNAP device configured to connect an AVS network to one or more AVS components disposed within the district, the AVS network comprising a plurality of AVS SNAP devices communicatively connected in a second topology via a second network trunk; and the MS network including at least one second MS SNAP device communicatively coupled to a second AVS SNAP device of the AVS network via a guarded network bridge. a plurality of districts , each district associated with a physical subdivision of an aircraft, each district comprising: at least one first MS smart network access point (SNAP) device configured to connect a MS network to one or more MS components disposed within the district, the MS network comprising a plurality of MS SNAP devices communicatively connected in a first topology via a network trunk; at least one first air vehicle systems (AVS) SNAP device configured to connect an AVS network to one or more AVS components disposed within the district, the AVS network comprising a plurality of AVS SNAP devices communicatively connected in a second topology via a second network trunk; and at least one first MS smart network access point (SNAP) device configured to connect a MS network to one or more MS components disposed within the district, the MS network comprising a plurality of MS SNAP devices communicatively connected in a first topology via a network trunk; at least one first air vehicle systems (AVS) SNAP device configured to connect an AVS network to one or more AVS components disposed within the district, the AVS network comprising a plurality of AVS SNAP devices communicatively connected in a second topology via a second network trunk; and the MS network including at least one second MS SNAP device communicatively coupled to a second AVS SNAP device of the AVS network via a guarded network bridge.
An air filter for a dust collector, comprising: an end cap ; a filter element coupled at a first end to the end cap; a rectangular filter flange assembly having a bottom surface coupled to a second end of the filter element and extending radially beyond the periphery of the filter element and providing a surface for mounting the air filter to a dust collector, the rectangular filter flange assembly having a central aperture open to an interior region bounded by the filter element; characterized in that filter element is a circular cylindrical filter element, and in that at least one perimeter gasket is disposed on a top surface of the filter flange assembly radially outward of the filter element and circumscribing the central aperture , wherein the gasket is rectangular, and wherein the rectangular filter flange assembly comprises a recessed channel formed in the bottom surface and receiving the filter element . an end cap ; a filter element coupled at a first end to the end cap; a rectangular filter flange assembly having a bottom surface coupled to a second end of the filter element and extending radially beyond the periphery of the filter element and providing a surface for mounting the air filter to a dust collector, the rectangular filter flange assembly having a central aperture open to an interior region bounded by the filter element;
A method of forming a three-dimensional object comprising: non-deterministically generating halftone data for the portions of a slice of three-dimensional model data of the three-dimensional object that overlap with a previous slice, wherein non-deterministically generating halftone data comprises randomizing by at least one of: randomly selecting a start position of a halftone matrix used to generate the halftone data; and preloading a number of random errors in an error diffusion halftoner before halftoning. randomly selecting a start position of a halftone matrix used to generate the halftone data; and preloading a number of random errors in an error diffusion halftoner before halftoning.
A machine for filling and packaging bottles, cartridges, syringes and the like, comprising a wall that separates an operating chamber in which at least one handling arm is arranged, from a treatment chamber in which is placed at least one station for the treatment of at least one container , said at least one handling arm facing said at least one station , also comprising an intermediate element which comprises, on at least one portion thereof, at least one first coupling member of form and size conjugated to that of at least one second coupling member integral to said station and to that of a third coupling member integral to said handling arm so as to be alternatively operatively associable to said station and to said handling arm , characterized in that said intermediate element further comprises coupling means , integral to the intermediate element , differing from said first coupling member and being configured to removably be coupled to and hold said at least one container to be treated.
An anti-CGRP antibody comprising a variable light chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 51 and a variable heavy chain polypeptide having the amino acid sequence set forth in SEQ ID NO: 53.
Method for determining the compressive tensile force acting on a fuel cell stack as a result of at least one clamping element , wherein the fuel cell stack has a plurality of fuel cells arranged in the stacking direction (S) between two end plates and at least one clamping element tensioned in the stacking direction (S) between the end plates , the method having the steps: a) exciting an oscillation of an oscillatory section of the at least one clamping element ; b) detecting an acoustic signal emanating from the oscillatory section of the at least one clamping element ; c) determining a fundamental frequency of the detected acoustic signal; d) determining a tensile force acting on the oscillatory section of the at least one clamping element based on the determined fundamental frequency, the length of the oscillatory section and the linear mass allocation of the at least one clamping element . a) exciting an oscillation of an oscillatory section of the at least one clamping element ; b) detecting an acoustic signal emanating from the oscillatory section of the at least one clamping element ; c) determining a fundamental frequency of the detected acoustic signal; d) determining a tensile force acting on the oscillatory section of the at least one clamping element based on the determined fundamental frequency, the length of the oscillatory section and the linear mass allocation of the at least one clamping element .
An air conditioner, comprising: a first part , an assembling and disassembling groove being provided thereon, a locking hole being provided on the assembling and disassembling groove ; a second part having a locking structure thereon; the air conditioner being characterized by comprising a guide member slidably cooperated with the dismounting groove ; and a locking block slidably arranged on the guide member , a biasing force toward the second part being disposed on the locking block ; the guide member being movable to a locking position, and the locking block being configured to extend out of the locking hole partially and lock the locking structure on the second part ; the guide member being movable to an unlocking position, the locking block being configured to retract to the dismounting groove so as to disengage the first part from the second part . a first part , an assembling and disassembling groove being provided thereon, a locking hole being provided on the assembling and disassembling groove ; a second part having a locking structure thereon; the air conditioner being characterized by comprising a guide member slidably cooperated with the dismounting groove ; and a locking block slidably arranged on the guide member , a biasing force toward the second part being disposed on the locking block ; the guide member being movable to a locking position, and the locking block being configured to extend out of the locking hole partially and lock the locking structure on the second part ; the guide member being movable to an unlocking position, the locking block being configured to retract to the dismounting groove so as to disengage the first part from the second part .
Filter unit for blood and blood derivatives comprising a body defined by two injection-moulded half-shells of thermoplastic polymer material, there being present between said half-shells a cavity containing a filtering element having two opposing flat faces , an inlet opening and an outlet opening made on the opposing outside surfaces of said body communicating with said cavity , each of said half-shells comprising a projecting perimetral flange , characterised in that the flanges of the overlapping half-shells are in direct contact and are welded together along a single weld line to define a flange of the body of the filter unit and join the two half-shells together, the flanges being welded together over their entire surface without any foreign component placed between them and in particular without the filtering element being present between them, said half-shells having a face facing the cavity of said body of the filter unit from which project ribs capable of pressing against the opposing faces of the filtering element , said ribs defining channels between them such as to encourage the movement of blood and blood derivative from inlet opening to outlet opening of said body of the filter unit, the filtering element being wholly contained within cavity of such body and pressed by shelves projecting into such cavity from each half-shell , the projecting shelves being located close to the edges of said half-shells on their faces close to their perimetral edges, the projecting shelves pressing on the two opposing flat faces of the filtering element in the vicinity of one of its perimetral edges , said shelves holding said filtering element in a stable position within cavity , so that said filtering element does not interfere with the welding of the half-shells , said thermoplastic polymer material being yielding and semi-rigid, the thermoplastic polymer material having a Shore A hardness of between 85 and 95.
A hydrolysable sheet obtained by impregnating a base paper sheet provided with a water-soluble binder, with a chemical solution, wherein the base paper sheet is obtained by applying a ply process to a plurality of sheets of base paper and has a basis weight of from 30 gsm to 150 gsm, the chemical solution contains a cross-linking agent, which causes the water-soluble binder to initiate a cross-linking reaction, and a polyhydric alcohol having three or more hydroxyl groups as a solvent, and with respect to a weight of the base paper sheet, the base paper sheet is impregnated with the polyhydric alcohol having three or more hydroxyl groups at 1% to 20% by weight characterized in that said water-soluble binder includes a carboxyl group, a compounding ratio of softwood pulp to hardwood pulp in the base paper sheet is less than 1/1, and the base paper sheet is in a state in which a content of the water-soluble binder increases from inside towards a front surface and a back surface in a thickness direction of the base paper sheet.
Process for preparing polyoxyalkylenepolyols, comprising the step of reacting an alkylene oxide with carbon dioxide in the presence of an H-functional starter compound and of a double metal cyanide catalyst, characterized in that the reaction is also conducted in the presence of an α,β-epoxy-γ-haloalkane.
A biosensor , comprising: a substrate having pixels ; photodiodes disposed in the substrate respectively corresponding to the pixels; pixelated filters 110') disposed on the substrate in correspondence with the pixels; an excitation light rejection layer disposed on the pixelated filters ; and an immobilization layer disposed on the excitation light rejection layer , characterized in that some of the pixelated filters are organic color filters and the other pixelated filters are dielectric interference filters . a substrate having pixels ; photodiodes disposed in the substrate respectively corresponding to the pixels; pixelated filters 110') disposed on the substrate in correspondence with the pixels; an excitation light rejection layer disposed on the pixelated filters ; and an immobilization layer disposed on the excitation light rejection layer , characterized in that some of the pixelated filters are organic color filters and the other pixelated filters are dielectric interference filters .
A bone anchor assembly , comprising: a bone anchor ; a receiver member having proximal and distal ends, wherein the distal end of the receiver member is adapted to be coupled to a proximal end of the bone anchor and wherein the receiver member defines a recess configured to receive a rod ; a closure mechanism adapted to be threadably mated to the proximal end of the receiver member , thereby to capture the rod in the recess; and a wing having a first portion , a second portion that defines an auxiliary bone anchor opening , and a spanning portion that connects the first and second portions ; characterized by : a nut configured to threadably engage the closure mechanism to secure the first portion of the wing to the proximal end of the receiver member such that the first portion of the wing is a proximal portion disposed proximal to the receiver member , the spanning portion of the wing extends in a proximal-distal direction, and the second portion of the wing is a distal portion disposed distal to the proximal portion of the wing . a bone anchor ; a receiver member having proximal and distal ends, wherein the distal end of the receiver member is adapted to be coupled to a proximal end of the bone anchor and wherein the receiver member defines a recess configured to receive a rod ; a closure mechanism adapted to be threadably mated to the proximal end of the receiver member , thereby to capture the rod in the recess; and a wing having a first portion , a second portion that defines an auxiliary bone anchor opening , and a spanning portion that connects the first and second portions ; characterized by : a nut configured to threadably engage the closure mechanism to secure the first portion of the wing to the proximal end of the receiver member such that the first portion of the wing is a proximal portion disposed proximal to the receiver member , the spanning portion of the wing extends in a proximal-distal direction, and the second portion of the wing is a distal portion disposed distal to the proximal portion of the wing .
An apparatus comprising: an end effector assembly , an actuator rod assembly , and a disposable surgical instrument tip assembly ; the actuator rod assembly being connected to the end effector assembly to transfer a force on the actuator rod assembly to the end effector assembly ; the disposable surgical instrument tip assembly comprising a locking tip cover ; the locking tip cover comprising: an external tip cover and a locking device ; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover , and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly , and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly ; the end effector assembly comprising an end effector body assembly and an end effector coupled to the end effector body assembly; and the end effector body assembly being mounted in the central lumen of the locking device so that the locking device has two degrees of freedom relative to the end-effector body assembly. the actuator rod assembly being connected to the end effector assembly to transfer a force on the actuator rod assembly to the end effector assembly ; the disposable surgical instrument tip assembly comprising a locking tip cover ; the locking tip cover comprising: an external tip cover and a locking device ; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover , and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly , and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly ; the external tip cover comprising a proximal end portion and a distal end; the locking device being mounted inside the proximal end portion of the external tip cover , and the locking device comprising an inner wall defining a central lumen; the external tip cover and the locking device being configured to be mounted on the end effector assembly , and a portion of the end effector assembly being within the locking device when mounted on the end effector assembly ; the end effector assembly comprising an end effector body assembly and an end effector coupled to the end effector body assembly; and the end effector body assembly being mounted in the central lumen of the locking device so that the locking device has two degrees of freedom relative to the end-effector body assembly.