mhurhangee/patent-ind-claim-en huggingface dataset:
A package comprising at least one first inner carrier and a second outer carrier , the or each of the at least one first inner carrier having a first tubular axis, the second outer carrier having a second tubular axis, and the second outer carrier being disposed, at least in part, on the outside of the first inner carrier such that the first and second tubular axes are substantially perpendicular, the package further comprising a group of articles (B), wherein the or each at least one first inner carrier is of the wraparound type and comprises: a top panel , first and second side panels (16, 116, 216, 316, 416, 516, 616, 716; 24, 124, 224, 324, 424, 524, 624, 724), a bottom wall (12, 112, 212, 312, 412, 512, 612, 712; 28, 128, 228, 328, 428, 528, 628, 728) and two opposite open ends, wherein the first tubular axis extends between the two opposite open ends; wherein the second outer carrier is of the wraparound type and comprises: a top panel , first and second side panels (15, 315, 415, 515, 615; 23, 323, 423, 523, 623), a bottom wall (13, 313, 413, 513, 613; 25, 325, 425, 525, 625) and two opposite open ends, wherein the second tubular axis extends between the two opposite open ends; wherein the first inner carrier is wrapped about the group of articles (B), wherein the second outer carrier is wrapped around the first inner carrier and the group of articles (B), wherein the second outer carrier comprises at least one locking tab (M3, M33, M43, M53, M63; M4, M54, M64) and wherein the first inner carrier comprises an aperture (R1/R2, R11/R12, R21/R22, R31/R32, R41, R42, A55, A65, A75; A2, A54, A64, A74), the first and second carriers (92, 192, 292, 392, 492, 590, 692a; 90, 390, 490, 592, 690) being configured such that when the package is formed, the locking tab (M3, M33, M43, M53, M63; M4, M54, M64) of the second outer carrier is received in said aperture (R1/R2, R11/R12, R21/R22, R31/R32, R41/R42, A55, A65, A75; A2, A54, A64, A74) of the first inner carrier for connecting the first inner and second outer carriers together, wherein the bottom wall (12/28, 112/128, 212/228, 312/328, 412/428, 512/528, 612/628, 712/728) of the first inner carrier is formed by a first bottom panel and a second bottom panel , characterised in that the first and second bottom panels are disposed in at least partial overlapping relationship, and wherein the aperture (R1/R2, R11/R12, R21/R22, R31/R32, R41/R42, A55, A65, A75; A2, A54, A64, A74) is defined in part by a first cutaway (R1, R11, R21, R31, R41, A55, A65, A75) struck from the first bottom panel and a second cutaway (R2, R12, R22, R32, R42, A54, A64, A74) struck from the second bottom panel .
Strapping station comprising a strapping unit provided with a rectangular frame which is intended to be crossed by an object to which a strap is to be applied when the strapping unit is in its operative position, along one side of the frame there being a strapping head adapted to feed a strap along the rectangular frame to form a strap ring tightened around the object, characterized in that the strapping unit is suspended from an arm which protrudes from a support to which the arm is rotatably constrained in a cantilevered manner about a vertical axis so that it can be moved away from said operative position.
High-pressure fuel injection system for internal combustion engines, having a fuel distributor and multiple fuel injection valves, wherein each of the fuel injection valves is arranged at a cup of the fuel distributor and wherein at least one of the fuel injection valves is fastened by means of a retaining element to the associated cup , wherein the retaining element has an at least substantially straight first limb and an at least substantially straight second limb , wherein the cup has at least one aperture which extends through a wall of the cup , wherein the first limb and the second limb are led at least partially through the at least one aperture , and wherein a connection sleeve of the fuel injection valve has a collar which, for the fastening of the fuel injection valve to the cup , is supported on the first limb of the retaining element and on the second limb of the retaining element , characterized in that two apertures are formed in the manner of passage bores which extend at least approximately in a plane, which is oriented perpendicular to an axis of the cup , on in each case two opposite sides of the wall , wherein the first limb and the second limb of the retaining element are, in an initial state, oriented non-parallel with respect to one another such that the limbs either converge on one another or diverge somewhat, whereby, by virtue of the limbs being correspondingly spread apart or pushed together, respectively, insertion into the passage bores formed parallel to one another is made possible, and a clamping force of the limbs with respect to the cup arises as a result in the installed state, and wherein, on the first limb of the retaining element , there is formed an abutment surface at which the collar of the connection sleeve of the fuel injection valve lies against the first limb , and wherein, on the second limb of the retaining element , there is formed an abutment surface at which the collar of the connection sleeve of the fuel injection valve lies against the second limb , and wherein the abutment surface of the first limb is formed by an embossment and the abutment surface of the second limb is formed by an embossment .
A process for the preparation of a C 1 -C 3 hydroxy compound, comprising the steps of: a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound, and b) Providing a hydrogenation catalyst material comprising Cu on carbon, then c) Reacting the composition of step a) with hydrogen in the presence of the catalyst of step b) and under conditions to provide gas phase hydrogenation of the oxygenate compound to obtain a hydrogenation product composition comprising the C 1 -C 3 hydroxy compound, and then d) Recovering the hydrogenation product composition wherein step c) is conducted under an initial hydrogen partial pressure of at least 0.5 bar. a) Providing an oxygenate feed composition comprising a C 1 -C 3 oxygenate compound, and b) Providing a hydrogenation catalyst material comprising Cu on carbon, then c) Reacting the composition of step a) with hydrogen in the presence of the catalyst of step b) and under conditions to provide gas phase hydrogenation of the oxygenate compound to obtain a hydrogenation product composition comprising the C 1 -C 3 hydroxy compound, and then d) Recovering the hydrogenation product composition
Luminous device , in particular a luminous lighting and/or signalling device for a land vehicle, comprising: - a luminous module comprising: - a monolithic electroluminescent source comprising electroluminescent elements ; - a primary optical system equipped with a plurality of convergent optics, at least one convergent optic being associated with each electroluminescent element and forming an image of the electroluminescent element with which it is associated; and the luminous device further comprising: - an optical projecting system forming an image of the images produced by the primary optical system; characterized in that : - the distance between said at least one convergent optic and the electroluminescent element with which said at least one convergent optic is associated is smaller than or equal to the object focal length of said at least one convergent optic in order to ensure the creation of a virtual image of the electroluminescent element; and - the optical projecting system is able to project a light beam from virtual images formed by the at least one convergent optic and serving as light sources for the optical projecting system which is focused on said virtual images. - a luminous module comprising: - a monolithic electroluminescent source comprising electroluminescent elements ; - a primary optical system equipped with a plurality of convergent optics, at least one convergent optic being associated with each electroluminescent element and forming an image of the electroluminescent element with which it is associated; and the luminous device further comprising: - a monolithic electroluminescent source comprising electroluminescent elements ; - a primary optical system equipped with a plurality of convergent optics, at least one convergent optic being associated with each electroluminescent element and forming an image of the electroluminescent element with which it is associated; and - an optical projecting system forming an image of the images produced by the primary optical system; - the distance between said at least one convergent optic and the electroluminescent element with which said at least one convergent optic is associated is smaller than or equal to the object focal length of said at least one convergent optic in order to ensure the creation of a virtual image of the electroluminescent element; and - the optical projecting system is able to project a light beam from virtual images formed by the at least one convergent optic and serving as light sources for the optical projecting system which is focused on said virtual images.
A method performed at and/or by a first device , the method comprising: - detecting signing data characteristic of a person when a person signs first information at the first device ; - outputting second information comprising at least a representation of the signing data to a second device ; - receiving a representation of at a least part of the second information from the second device ; - determining whether at least part of the representation of at least a part of the second information corresponds to at least part of the second information, wherein - if it has been determined that at least part of the representation of at least a part of the second information corresponds to at least part of the second information - at least the following steps are performed: - calculating a hash value over a combination of at least a representation of the first information and the representation of at least a part of the second information; - calculating a signature of the hash value over the combination of at least the representation of the first information and the representation of at least a part of the second information, in particular with a private key of the first device; and - issuing the signature of the hash value to the second device . - detecting signing data characteristic of a person when a person signs first information at the first device ; - outputting second information comprising at least a representation of the signing data to a second device ; - receiving a representation of at a least part of the second information from the second device ; - determining whether at least part of the representation of at least a part of the second information corresponds to at least part of the second information, - calculating a hash value over a combination of at least a representation of the first information and the representation of at least a part of the second information; - calculating a signature of the hash value over the combination of at least the representation of the first information and the representation of at least a part of the second information, in particular with a private key of the first device; and - issuing the signature of the hash value to the second device .
Adapter for filling a tank of a motorhome with a liquid under pressure, comprising a first coupling portion able to couple with an inlet mouth of the tank, a second coupling portion able to couple with one end of a flexible tube connected to a water tap of a water network, and a through hole which passes thought the adapter from a first end to a second end of the adapter , wherein the first coupling portion develops starting from the first end and the second coupling portion develops starting from the second end , characterized in that the first coupling portion is tapered towards the first end to allow the coupling with inlet mouths of tanks with different cross section, and provides an external surface with pressure relief grooves .
A method of evaluating stent expansion in a blood vessel defining a lumen comprising: receiving a first set of blood vessel image data of a stented blood vessel from a first imaging system; storing the first set of blood vessel image data in an electronic memory device in electronic communication with the first imaging system; detecting stent struts along a length of the stented vessel using one more software modules; generating a first representation of a segment of the blood vessel indicative of a level of stent expansion; determining, using the detected stent struts, a first end of the stent and a second end of the stent; characterized in defining a first offset distance, D1, from the first end of the stent and a second offset distance, D2, from the second end of the stent; generating a second representation of the segment of the blood vessel using D1 and D2 in combination with a tapering profile of the segment; and determining level of target stent expansion along blood vessel segment by comparing a first value associated with the first representation with a second value associated with the second representation at different positions along the length of the segment. receiving a first set of blood vessel image data of a stented blood vessel from a first imaging system; storing the first set of blood vessel image data in an electronic memory device in electronic communication with the first imaging system; detecting stent struts along a length of the stented vessel using one more software modules; generating a first representation of a segment of the blood vessel indicative of a level of stent expansion; determining, using the detected stent struts, a first end of the stent and a second end of the stent; defining a first offset distance, D1, from the first end of the stent and a second offset distance, D2, from the second end of the stent; generating a second representation of the segment of the blood vessel using D1 and D2 in combination with a tapering profile of the segment; and determining level of target stent expansion along blood vessel segment by comparing a first value associated with the first representation with a second value associated with the second representation at different positions along the length of the segment.
An underwater fiber optic cable comprising: at least one optical fiber ; and a jacket surrounding said at least one optical fiber and comprising a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of said jacket , and said jacket has a constant outer diameter along the length of the jacket as the predetermined buoyancy varies. at least one optical fiber ; and a jacket surrounding said at least one optical fiber and comprising a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of a polymer having a first density, and a plurality of particles distributed throughout the polymer having a second density greater than the first density, and having a predetermined volume fraction to thereby provide the underwater cable with a predetermined buoyancy when underwater; characterized in that the predetermined volume fraction varies along a length of said jacket so that the predetermined buoyancy varies along the length of said jacket , and said jacket has a constant outer diameter along the length of the jacket as the predetermined buoyancy varies.
A method of additive manufacturing an additive manufactured article comprising, (i) providing a mixture comprised of an organic reactive material and phase change material, (ii) dispensing said mixture through a nozzle to form an extrudate deposited on a base , (iii) moving the base , nozzle or combination thereof while dispensing the mixture so that there is horizontal displacement between the base and nozzle in a predetermined pattern to form an initial layer of the mixture on the base , (iv) repeating steps (ii) and (iii) to form a successive layer of the mixture adhered on the initial layer to form an additive manufactured part, and (v) allowing the organic reactive material to react forming a thermoset material having therein the phase change material to form the additive manufactured article, wherein the phase change material is from 1 % to 50% by volume of the additive manufactured article and steps (i) through (iv) are performed at a temperature less than a phase change temperature where the phase change material undergoes a phase change and the phase change temperature is less than a decomposition temperature where the thermoset material starts to decompose. (i) providing a mixture comprised of an organic reactive material and phase change material, (ii) dispensing said mixture through a nozzle to form an extrudate deposited on a base , (iii) moving the base , nozzle or combination thereof while dispensing the mixture so that there is horizontal displacement between the base and nozzle in a predetermined pattern to form an initial layer of the mixture on the base , (iv) repeating steps (ii) and (iii) to form a successive layer of the mixture adhered on the initial layer to form an additive manufactured part, and (v) allowing the organic reactive material to react forming a thermoset material having therein the phase change material to form the additive manufactured article, wherein the phase change material is from 1 % to 50% by volume of the additive manufactured article and steps (i) through (iv) are performed at a temperature less than a phase change temperature where the phase change material undergoes a phase change and the phase change temperature is less than a decomposition temperature where the thermoset material starts to decompose.
A trap balloon catheter , comprising: a catheter shaft extending distally from a hub of the catheter to a distal tip of the catheter, the catheter shaft having an overall length measured from the hub to the distal tip; a trap balloon attached to a distal end region of the catheter shaft, the trap balloon being designed to be expanded within a guide catheter to secure a guidewire between the trap balloon and an inner surface of the guide catheter; a trap balloon retainer coupled to the catheter shaft, the trap balloon retainer including a slidable member slidably disposed along the catheter shaft between a first position providing the catheter with a first working length and a second position providing the catheter with a second working length greater than the first working length; wherein the first working length is compatible with a first guide catheter length such that the trap balloon is prevented from being positioned distal of a distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the first working length; wherein the second working length is compatible with a second guide catheter length such that the trap balloon is prevented from being positioned distal of the distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the second working length; and wherein the overall length of the catheter shaft when the slidable member is at the first position is the same as the overall length of the catheter shaft when the slidable member is at the second position. a catheter shaft extending distally from a hub of the catheter to a distal tip of the catheter, the catheter shaft having an overall length measured from the hub to the distal tip; a trap balloon attached to a distal end region of the catheter shaft, the trap balloon being designed to be expanded within a guide catheter to secure a guidewire between the trap balloon and an inner surface of the guide catheter; a trap balloon retainer coupled to the catheter shaft, the trap balloon retainer including a slidable member slidably disposed along the catheter shaft between a first position providing the catheter with a first working length and a second position providing the catheter with a second working length greater than the first working length; wherein the first working length is compatible with a first guide catheter length such that the trap balloon is prevented from being positioned distal of a distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the first working length; wherein the second working length is compatible with a second guide catheter length such that the trap balloon is prevented from being positioned distal of the distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the second working length; and wherein the overall length of the catheter shaft when the slidable member is at the first position is the same as the overall length of the catheter shaft when the slidable member is at the second position.
A polymeric nanoparticle for encapsulating a hydrophilic bioactive agent, the polymeric nanoparticle comprising: a polymeric shell impermeable to water, and one or more aqueous cores enclosed by the polymeric shell, the one or more aqueous cores each containing the hydrophilic bioactive agent, wherein the polymeric shell is formed of a polymer containing a non-polar segment and a polar terminal group and has a thickness of 8-20 nm, and the polymeric nanoparticle has an outer diameter of 100-600 nm. a polymeric shell impermeable to water, and one or more aqueous cores enclosed by the polymeric shell, the one or more aqueous cores each containing the hydrophilic bioactive agent,