mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the selective hydrogenation of polyunsaturated compounds containing at least 2 carbon atoms per molecule, such as diolefins and/or acetylenic compounds and/or alkenylaromatic compounds, contained in a hydrocarbon feedstock having a final boiling point below or equal to 300°C, which process being carried out at a temperature between 0 and 300°C, at a pressure between 0.1 and 10 MPa, at a hydrogen/(polyunsaturated compounds to be hydrogenated) molar ratio between 0.1 and 10 and at an hourly space velocity of between 0.1 and 200 h -1 when the process is carried out in the liquid phase, or at a hydrogen/(polyunsaturated compounds to be hydrogenated) molar ratio between 0.5 and 1000 and at an hourly space velocity of between 100 and 40 000 h -1 when the process is carried out in the gas phase, in the presence of a catalyst comprising an alumina support and an active phase comprising nickel, said active phase not comprising a metal from Group VIB, the nickel being in the form of nanoparticles, of which their size, measured in their oxide form, is between 4 and 6 nm, said catalyst being prepared by a process comprising at least: i) a step of bringing said support into contact with at least one solution containing at least one nickel precursor; ii) a step of bringing said support into contact with at least one solution containing at least one organic compound comprising at least one carboxylic acid function, said organic compound comprises between 1 and 10 carbon atoms; iii) a step of drying said impregnated support at a temperature below 250°C; iv) a step of calcining said catalyst obtained in step iii) at a temperature of between 250 and 1000°C; characterized in that step i) is carried out before step ii) . i) a step of bringing said support into contact with at least one solution containing at least one nickel precursor; ii) a step of bringing said support into contact with at least one solution containing at least one organic compound comprising at least one carboxylic acid function, said organic compound comprises between 1 and 10 carbon atoms; iii) a step of drying said impregnated support at a temperature below 250°C; iv) a step of calcining said catalyst obtained in step iii) at a temperature of between 250 and 1000°C; characterized in that step i) is carried out before step ii) .
Thermal storage for a walk-in cold room comprising a plurality of storage cells (12a-e), in which a storage medium is accommodated, wherein a first cooling line in which a first coolant can be supplied for cooling the storage medium is routed in the storage cells (12a-e), wherein the first cooling lines are connected to a device for selectively supplying the first coolant to the storage cells (12a-e), and a second cooling line is accommodated in the storage cells (12a-e), wherein the second cooling lines are connected via a further device , and a controller is provided, by means of which the storage cells (12a-e) and the storage medium accommodated therein can be cooled by supplying the first coolant via the first cooling lines and the device and a second coolant can be supplied via the second cooling lines and the further device from at least one of the storage cells (12a-e), wherein the storage media accommodated in the storage cells (12a-e) comprise different phase change temperatures, wherein temperature measuring devices which transmit at least the temperature of the storage medium to the controller are arranged in or on the individual storage cells (12a-e).
A vortex-generating arrangement, comprising: an aerodynamic surface ; an inner surface disposed inward from the aerodynamic surface; a first slot disposed in the aerodynamic surface and extending between the aerodynamic surface and the inner surface; a second slot disposed in the aerodynamic surface and extending between the aerodynamic surface and the inner surface; and a strake , comprising: a first tab extending through the first slot; and a second tab extending through the second slot. an aerodynamic surface ; an inner surface disposed inward from the aerodynamic surface; a first slot disposed in the aerodynamic surface and extending between the aerodynamic surface and the inner surface; a second slot disposed in the aerodynamic surface and extending between the aerodynamic surface and the inner surface; and a strake , comprising: a first tab extending through the first slot; and a second tab extending through the second slot. a first tab extending through the first slot; and a second tab extending through the second slot.
A rainproof curtain wall comprising an inner lining layer , a plurality of resilient bumps arrayed on a side of the inner lining layer , and a surface layer provided on a side of the resilient bumps departing from the inner lining layer , characterized in that , the first inner lining layer comprises a first mesh layer, and the surface layer comprises a second mesh layer .
An arrangement comprising an actuatable door for an aircraft passenger suite installed within an aircraft cabin, said door comprising: a flexible privacy divider , the flexible privacy divider being configured to actuate between a stowed divider position and a deployed divider position; a cartridge , the cartridge being configured to actuate between a stowed cartridge position and a deployed cartridge position via at least one intermediate cartridge position; and a mechanism housed within the cartridge, the mechanism being configured to actuate the flexible privacy divider between the stowed divider position and the deployed divider position, the flexible privacy divider being at least partially stowed within the cartridge when in the stowed divider position, the actuatable door being configured to couple to a suite wall of the aircraft passenger suite, the suite wall including an opening configured to allow for access to the passenger suite from an open area within the aircraft cabin; the arrangement comprising an interlocking assembly ; the cartridge being held in the deployed cartridge position across the opening via said interlocking assembly when the flexible privacy divider is in the deployed divider position across the opening, the actuatable door being configured to actuate between a stowed door position and a deployed door position via at least one intermediate door position, the actuatable door being configured to separate the passenger suite from the open area within the aircraft cabin when in the deployed door position and provide privacy to the aircraft passenger suite. a flexible privacy divider , the flexible privacy divider being configured to actuate between a stowed divider position and a deployed divider position; a cartridge , the cartridge being configured to actuate between a stowed cartridge position and a deployed cartridge position via at least one intermediate cartridge position; and a mechanism housed within the cartridge, the mechanism being configured to actuate the flexible privacy divider between the stowed divider position and the deployed divider position, the flexible privacy divider being at least partially stowed within the cartridge when in the stowed divider position, the actuatable door being configured to couple to a suite wall of the aircraft passenger suite, the suite wall including an opening configured to allow for access to the passenger suite from an open area within the aircraft cabin; the arrangement comprising an interlocking assembly ; the cartridge being held in the deployed cartridge position across the opening via said interlocking assembly when the flexible privacy divider is in the deployed divider position across the opening, the actuatable door being configured to actuate between a stowed door position and a deployed door position via at least one intermediate door position, the actuatable door being configured to separate the passenger suite from the open area within the aircraft cabin when in the deployed door position and provide privacy to the aircraft passenger suite.
A pile preparation unit (PPU) for preparing a pile of sheets having a first end optionally standing on a pallet and opposite a free second end , a front edge side and a side edge side , the pile preparation unit comprising: - a rotation base configured for standing on a floor and for supporting - a rotation unit configured with an infeed side for receiving a pile of sheets in a feed direction , the rotation unit having a rotation unit frame with a rotation unit frame cross section the rotation unit configured to rotate about the feed direction : - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face ; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and in that the edge side support unit further is configured with a pile support unit configured with a pile support face for engaging and supporting the front edge side of the pile of sheets . - a rotation base configured for standing on a floor and for supporting - a rotation unit configured with an infeed side for receiving a pile of sheets in a feed direction , the rotation unit having a rotation unit frame with a rotation unit frame cross section the rotation unit configured to rotate about the feed direction : - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face ; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and in that the edge side support unit further is configured with a pile support unit configured with a pile support face for engaging and supporting the front edge side of the pile of sheets . - an edge side support unit configured with an edge side support face to support an edge side of the pile of sheets when the pile of sheets is in a rotated position to lean on the edge side support face ; the pile preparation unit being characterized in that it further comprises - a lift unit configured to engage a lift plate to the free second end of the pile of sheets in the pile preparation position and to lift a pile of sheets and
An inhaler article for use in an inhaler system for providing a dry powder to the lungs of a user, the inhaler article comprising: a body extending along a longitudinal axis from a mouthpiece end to a distal end ; a capsule cavity defined within the body and bounded downstream by a filter element and bounded upstream and distally by a deformable element , the deformable element deforms by folding back onto itself to define an open aperture and to form an open distal end and allow the inhaler article to receive swirling or rotational inhalation airflow during consumption through the open distal end ; and a capsule disposed within the capsule cavity and containing dry powder. a body extending along a longitudinal axis from a mouthpiece end to a distal end ; a capsule cavity defined within the body and bounded downstream by a filter element and bounded upstream and distally by a deformable element , the deformable element deforms by folding back onto itself to define an open aperture and to form an open distal end and allow the inhaler article to receive swirling or rotational inhalation airflow during consumption through the open distal end ; and a capsule disposed within the capsule cavity and containing dry powder.
An additive manufacturing apparatus, comprising: a build module comprising: a build chamber ; a powder recovery chamber ; and a build module worksurface including a build chamber opening communicating with the build chamber ; and at least one of but less than all of the following elements: (a) a directed energy source ; (b) a powder supply ; (c) a powder applicator ; and a workstation comprising: the remainder of elements (a)-(c) not included in the build module ; and an enclosure sized to enclose the build module , the directed energy source , the powder supply , and the powder applicator ; and a transport mechanism comprising a turntable disposed partially within the enclosure and defining a transport-mechanism worksurface configured to receive the build module therein, the transport-mechanism worksurface being coplanar with the build-module worksurface so as to define a virtual workplane, and the transport mechanism being configured to move the build module in to and out of the workstation . a build module comprising: a build chamber ; a powder recovery chamber ; and a build module worksurface including a build chamber opening communicating with the build chamber ; and at least one of but less than all of the following elements: (a) a directed energy source ; (b) a powder supply ; (c) a powder applicator ; and a build chamber ; a powder recovery chamber ; and a build module worksurface including a build chamber opening communicating with the build chamber ; and at least one of but less than all of the following elements: (a) a directed energy source ; (b) a powder supply ; (c) a powder applicator ; and (a) a directed energy source ; (b) a powder supply ; (c) a powder applicator ; and a workstation comprising: the remainder of elements (a)-(c) not included in the build module ; and an enclosure sized to enclose the build module , the directed energy source , the powder supply , and the powder applicator ; and the remainder of elements (a)-(c) not included in the build module ; and an enclosure sized to enclose the build module , the directed energy source , the powder supply , and the powder applicator ; and a transport mechanism comprising a turntable disposed partially within the enclosure and defining a transport-mechanism worksurface configured to receive the build module therein, the transport-mechanism worksurface being coplanar with the build-module worksurface so as to define a virtual workplane, and the transport mechanism being configured to move the build module in to and out of the workstation .
Mobile support usable for executing at least one installation operation of a mobile device adapted to execute land maintenance operations, wherein said mobile support comprises: - at least one gripping portion configured to allow an operator to grip and/or push or drag said mobile support , - movement means configured to allow an advancement of said mobile support keeping in contact with the ground, and - at least one constraining portion configured to carry an antenna module , characterized b y further comprising means for defining and/or simulating at least one encumbrance, said means for defining and/or simulating being configured to define and/or simulate at least one encumbrance related to the encumbrance of said mobile device and/or related to the encumbrance of at least one payload of said mobile device . - at least one gripping portion configured to allow an operator to grip and/or push or drag said mobile support , - movement means configured to allow an advancement of said mobile support keeping in contact with the ground, and - at least one constraining portion configured to carry an antenna module ,
An apparatus for a user equipment, the apparatus comprising means for: receiving , from a target cell via a source cell, information concerning at least one beam of the target cell, the at least one beam being at least one candidate beam for random access free handover and the information comprising at least one uplink grant dedicated to the user equipment and associated with the at least one beam; receiving information concerning a backup resource from the target cell via the source cell; determining that none of the at least one beam is usable for the random access free handover, and establishing a connection to the target cell using the backup resource, wherein the backup resource comprises one of a contention-based random access resource for a contention-based random access process, contention-free random access resource for a contention-free random access process and a grant-free contention-based uplink resource for transmitting a handover complete message without performing a random access process. receiving , from a target cell via a source cell, information concerning at least one beam of the target cell, the at least one beam being at least one candidate beam for random access free handover and the information comprising at least one uplink grant dedicated to the user equipment and associated with the at least one beam; receiving information concerning a backup resource from the target cell via the source cell; determining that none of the at least one beam is usable for the random access free handover, and establishing a connection to the target cell using the backup resource, wherein the backup resource comprises one of a contention-based random access resource for a contention-based random access process, contention-free random access resource for a contention-free random access process and a grant-free contention-based uplink resource for transmitting a handover complete message without performing a random access process.
An X-ray scanner, comprising: an X-ray source configured to emit X-rays; a detector configured to detect the X-rays that are emitted from the X-ray source, wherein the detector and the X-ray source are spaced apart by a space; an indicator configured to indicate a target position, wherein the indicator is located on a periphery of the space; an actuator configured to actuate the indicator to perform a translation or a combination of a translation and a swing, wherein the actuator is connected with the indicator; and a frame connected with the detector ; characterised in that the indicator includes a laser light connected with only a first side of the frame , and the actuator is configured to actuate the laser light to perform the translation only along the first side of the frame . an X-ray source configured to emit X-rays; a detector configured to detect the X-rays that are emitted from the X-ray source, wherein the detector and the X-ray source are spaced apart by a space; an indicator configured to indicate a target position, wherein the indicator is located on a periphery of the space; an actuator configured to actuate the indicator to perform a translation or a combination of a translation and a swing, wherein the actuator is connected with the indicator; and a frame connected with the detector ; characterised in that the indicator includes a laser light connected with only a first side of the frame , and the actuator is configured to actuate the laser light to perform the translation only along the first side of the frame .
A tracking device for use with a medical instrument having a shaft and a medical device navigation system, the tracking device comprising: an elongated closed tubular substrate having an exterior surface and a longitudinal axis , wherein the elongated closed tubular substrate has a pair of open ends and is configured to be slid over the shaft along the longitudinal axis, in use; and a first electrical trace defining a first coil circumferentially disposed on the elongated closed tubular substrate, having a first navigation axis ; further comprising: a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis ; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis ; wherein the first coil, the second coil, and the third coil are each formed on separate discrete layers of the elongated closed tubular substrate, the first, second and third coils configured to interact with the navigation system; wherein each of the first, second and third navigation axes are different axes. an elongated closed tubular substrate having an exterior surface and a longitudinal axis , wherein the elongated closed tubular substrate has a pair of open ends and is configured to be slid over the shaft along the longitudinal axis, in use; and a first electrical trace defining a first coil circumferentially disposed on the elongated closed tubular substrate, having a first navigation axis ; further comprising: a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis ; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis ; a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis ; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis ; wherein the first coil, the second coil, and the third coil are each formed on separate discrete layers of the elongated closed tubular substrate, the first, second and third coils configured to interact with the navigation system; wherein each of the first, second and third navigation axes are different axes.
A dispersant composition comprising: - at least one alkyl polyglucoside, and - a diester of formula (B) in which R and R', being the same or different, represent an alkyl group, linear or branched, comprising from 1 to 10 carbon atoms, and Z is a linear or branched group of formula -(C n H 2n )-, n being an integer from 1 to 10, the dispersant composition being such that the mass ratio of the proportion by weight of alkyl polyglycoside relative to the proportion by weight of diester of formula (B) is from 7.4 to 18.0. - at least one alkyl polyglucoside, and - a diester of formula (B) in which R and R', being the same or different, represent an alkyl group, linear or branched, comprising from 1 to 10 carbon atoms, and Z is a linear or branched group of formula -(C n H 2n )-, n being an integer from 1 to 10, the dispersant composition being such that the mass ratio of the proportion by weight of alkyl polyglycoside relative to the proportion by weight of diester of formula (B) is from 7.4 to 18.0.
A method of assisting the driving of a vehicle traveling in a lane , the method being performed by at least one processor , the method comprising the steps of: - Receipt of a lane change request; - Achieving a vehicle position with respect to a target path of the vehicle along the lane on which the vehicle is traveling; - if the distance between the vehicle position and the direction-of-travel indicator is greater than a margin of error, reaching a vehicle position from the direction-of-travel indicator of the vehicle after a period of time has elapsed, and - If the distance between the vehicle position determined after the expiry of the time period and the track specification is less than the margin of error, confirmation of the lane change request. - Receipt of a lane change request; - Achieving a vehicle position with respect to a target path of the vehicle along the lane on which the vehicle is traveling; - if the distance between the vehicle position and the direction-of-travel indicator is greater than a margin of error, reaching a vehicle position from the direction-of-travel indicator of the vehicle after a period of time has elapsed, and - If the distance between the vehicle position determined after the expiry of the time period and the track specification is less than the margin of error, confirmation of the lane change request.