mhurhangee/patent-ind-claim-en huggingface dataset:
Anti-shock device for the protection of a timepiece component pivotally mounted between a first end and a second end of said component , said component being made of material that is at least partially magnetically permeable or at least partially magnetic at said first end and at said second end , said device including a first pole piece and a second pole piece disposed on both sides of said first and second ends, said device including, on both sides of said first and second ends, on one hand, means for attracting said first end to keep said first end abutting on said first pole piece , and on the other, in proximity to said second pole piece , means for attracting said second end towards said second pole piece , such that said means for attracting said first end , on one hand, and said means for attracting said second end , on the other, can move along a direction (D) between stop members, and said device includes, on both sides of said first and second ends, at a greater air-gap distance, by the value of a determined operational play (J), than the distance of centres between said first end and said second end , a first surface of said first pole piece and a second surface of said second pole piece , characterised in that said first pole piece and said second pole piece are arranged either to be each attracted by a magnetic field transmitted by said first end and respectively said second end , or indeed to each generate a magnetic field attracting said first end and respectively said second end , such that the magnetic attraction forces being exerted on said component at the two ends (2; 3) thereof are of different intensity, so as to attract said component via one of the said two ends thereof, in direct or indirect contact onto only one of said surfaces (5; 7) of said pole pieces (4; 6), and said first pole piece and said second pole piece can each move inside a chamber between two stop members (41, 42; 43, 44) along said direction (D), and said device includes means for dampening the movement of each of said pole pieces (4; 6) inside the respective chamber thereof and/or means for elastically returning each of said pole pieces (4; 6), said damping means and/or said elastic return means being arranged to absorb the energy transmitted to said pole pieces (4; 6) in the event of a shock, and to return after said shock each of said pole pieces (4; 6) to the position of stable equilibrium occupied thereby prior to said shock.
A method of operation of a head mountable display (HMD) system in which a stereoscopic image is displayed by a display screen of the HMD, in which the stereoscopic image is formed by a first image and a second image, the first image and the second image projected onto a virtual display screen (VDS), the first image and the second image including one or more objects, in which a position of the first image and a position of the second image on the display screen are adjustable in a lateral direction, in which a position at which the VDS for the stereoscopic image is observed by a user wearing the HMD is dependent upon a lateral displacement between the position of the first image and the position of the second image on the display screen, the method comprising the steps of: setting the position of the first image and the position of the second image on the display screen in response to a depth parameter of a region of interest (ROI) in respect of the stereoscopic image for display to thereby set the position of the VDS for the stereoscopic image for display to be substantially equal to the depth represented by the depth parameter of the ROI in respect of the stereoscopic image for display; and generating the stereoscopic image, formed by the first and second images, for display having image parallax altered appropriate to the depth parameter of the ROI and the position of the VDS set by the setting step to display the ROI in respect of the stereoscopic image at a depth substantially equal to the depth represented by the depth parameter of the ROI, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display. setting the position of the first image and the position of the second image on the display screen in response to a depth parameter of a region of interest (ROI) in respect of the stereoscopic image for display to thereby set the position of the VDS for the stereoscopic image for display to be substantially equal to the depth represented by the depth parameter of the ROI in respect of the stereoscopic image for display; and generating the stereoscopic image, formed by the first and second images, for display having image parallax altered appropriate to the depth parameter of the ROI and the position of the VDS set by the setting step to display the ROI in respect of the stereoscopic image at a depth substantially equal to the depth represented by the depth parameter of the ROI, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display.
A recombinant soluble protein and/or nucleic acid for use in a method of treating a hyperimmune response in a subject, the method comprising administering to the subject a therapeutically effective amount of the recombinant soluble protein and/or nucleic acid, wherein the recombinant soluble protein and/or nucleic acid is: (i) a recombinant soluble CD5L:p40 heterodimer and/or nucleic acids encoding CD5L and p40; (ii) a recombinant soluble CD5L:CD5L homodimer and/or a nucleic acid encoding a CD5L homodimer; and/or (iii) a recombinant soluble CD5L and/or a nucleic acid encoding CD5L. (i) a recombinant soluble CD5L:p40 heterodimer and/or nucleic acids encoding CD5L and p40; (ii) a recombinant soluble CD5L:CD5L homodimer and/or a nucleic acid encoding a CD5L homodimer; and/or (iii) a recombinant soluble CD5L and/or a nucleic acid encoding CD5L.
An apparatus for identifying a patient and marking containers of biological products or test tubes associated to said patient before collecting said biological products to be analyzed, comprising: • a high security portable hardware device for processing and storing the patient's data capable of associating the patient's personal data and biometric data, • a reading and patient biometric recognition device of said portable hardware device, • a personal computer interacting with an operator and connected to a local communications network for exchanging information with remote data storage means , • one or more computerized labeling machines of test tubes , each comprising a printer of barcodes onto labels adapted to receive printing commands after comparing expected and detected specimens accommodated in a positioning and recognition device supported by said labeling machine and applying said labels to said test tubes , characterized in that each of said labeling machines comprises a processing and control board integrating an application which, if biometric data detected in real time on the patient by said reading and patient biometric recognition device coincides with biometric data of the same patient stored into the high security portable hardware device , queries the remote data storage means twice, firstly to recall the personal data of the patient associated with the detected biometric data from the remote data storage means , and then to extract the list of tests to be performed entered into remote data storage means associated with the patient. • a high security portable hardware device for processing and storing the patient's data capable of associating the patient's personal data and biometric data, • a reading and patient biometric recognition device of said portable hardware device, • a personal computer interacting with an operator and connected to a local communications network for exchanging information with remote data storage means , • one or more computerized labeling machines of test tubes , each comprising a printer of barcodes onto labels adapted to receive printing commands after comparing expected and detected specimens accommodated in a positioning and recognition device supported by said labeling machine and applying said labels to said test tubes ,
An electronic converter unit to be arranged external to a pump unit , wherein the pump unit includes a housing , which comprises a signal source for emitting a signal, wherein the electronic converter unit comprises: - a first signal detector for detecting the signal emitted from the signal source of the pump unit , - a converter unit for converting the detected signal to an electrical signal, and - transmission means for transmitting the electrical signal to an external communication unit , characterised in that the electronic converter unit further is configured to operate in a signal converter mode using the first signal detector and a signal repeater mode using a second signal detector, and that the electronic converter unit is configured to automatically set itself to signal converter mode, if the first signal detector detects a signal from the signal source of the pump unit , and to signal repeater mode, if the first signal detector does not detect a signal from said signal source. - a first signal detector for detecting the signal emitted from the signal source of the pump unit , - a converter unit for converting the detected signal to an electrical signal, and - transmission means for transmitting the electrical signal to an external communication unit , characterised in that the electronic converter unit further is configured to operate in a signal converter mode using the first signal detector and a signal repeater mode using a second signal detector, and that the electronic converter unit is configured to automatically set itself to signal converter mode, if the first signal detector detects a signal from the signal source of the pump unit , and to signal repeater mode, if the first signal detector does not detect a signal from said signal source.
A method of configuring standby printing devices in a workflow environment, the method comprising: at a printing device, selecting a standby device based on one or more predefined factors when a triggering event occurs with respect to the printing device, wherein the standby device is operable to perform a job assigned to the printing device; ascertaining whether the standby device has a configuration that matches the configuration of the printing device; when a configuration of the standby device does not match a configuration of the printing device, sending configuration data from the printing device to the standby device, the printing device and the standby device being in communication with one another, the configuration data comprising firmware and/or settings information stored in memory of the printing device; and responsive to the standby device receiving the configuration data, the standby device installing the firmware in memory of the standby device and/or configuring settings of the standby device according to the settings information. at a printing device, selecting a standby device based on one or more predefined factors when a triggering event occurs with respect to the printing device, wherein the standby device is operable to perform a job assigned to the printing device; ascertaining whether the standby device has a configuration that matches the configuration of the printing device; when a configuration of the standby device does not match a configuration of the printing device, sending configuration data from the printing device to the standby device, the printing device and the standby device being in communication with one another, the configuration data comprising firmware and/or settings information stored in memory of the printing device; and responsive to the standby device receiving the configuration data, the standby device installing the firmware in memory of the standby device and/or configuring settings of the standby device according to the settings information.
A process for the production of a urea product to be diluted with water so as to form an aqueous urea comprising solution, the process comprising: (a) obtaining an aqueous urea stream from or after a recovery section in a urea production process; (b) subjecting said solution to flash crystallization at subatmospheric pressure, so as to obtain a crystallized urea powder and an ammonia and water containing vapor, wherein the crystallized urea powder contains less than 0.2 wt.% water; (c) packaging the crystallized urea powder as obtained in step (b) in a non water-permeable package under conditions such that the water content in the packaged product is maintained below 0.2 wt.%. (a) obtaining an aqueous urea stream from or after a recovery section in a urea production process; (b) subjecting said solution to flash crystallization at subatmospheric pressure, so as to obtain a crystallized urea powder and an ammonia and water containing vapor, wherein the crystallized urea powder contains less than 0.2 wt.% water; (c) packaging the crystallized urea powder as obtained in step (b) in a non water-permeable package under conditions such that the water content in the packaged product is maintained below 0.2 wt.%.
A vehicle comprising an air supply system for supplying air to an on board consumer and a tyre , said air supply system comprising an air compressor and a dryer connectable to the tyre , and said on board consumer having a respective consumer reservoir ; characterised in that said consumer reservoir is equipped with a respective pressure sensor , and in that the air supply system is configured to: prior to shut down of the vehicle , increase the pressure in the tyre ; upon starting the vehicle , measure by the pressure sensor the pressure in the consumer reservoir ; and if the pressure in the consumer reservoir is lower than a desired pressure, use deflated air from the tyre to increase the pressure in the consumer reservoir . prior to shut down of the vehicle , increase the pressure in the tyre ; upon starting the vehicle , measure by the pressure sensor the pressure in the consumer reservoir ; and if the pressure in the consumer reservoir is lower than a desired pressure, use deflated air from the tyre to increase the pressure in the consumer reservoir .
A process for heating and conditioning an at least partially deactivated catalyst, the process comprising: transferring an at least partially deactivated catalyst from a reactor to a combustor; heating the at least partially deactivated catalyst to combust coke deposits on the at least partially deactivated catalyst to produce a further deactivated catalyst; and subjecting the further deactivated catalyst to conditioning in a catalyst conditioner to produce a regenerated catalyst; wherein one or more of the reactor, the combustor, or the catalyst conditioner is a fluid solids contacting device comprising: a vessel ; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords ; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform ; a plurality of chairs attached directly or indirectly to an interior surface of the vessel and spaced circumferentially apart to support the structural member; and wherein each structural member is supported on one or more of the plurality of chairs . transferring an at least partially deactivated catalyst from a reactor to a combustor; heating the at least partially deactivated catalyst to combust coke deposits on the at least partially deactivated catalyst to produce a further deactivated catalyst; and subjecting the further deactivated catalyst to conditioning in a catalyst conditioner to produce a regenerated catalyst; wherein one or more of the reactor, the combustor, or the catalyst conditioner is a fluid solids contacting device comprising: a vessel ; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords ; a vessel ; a first grid assembly section which comprises a plurality of horizontal chords spaced horizontally apart from each other and a plurality of grid platform(s) inserted between the horizontal chords and supported or held by the horizontal chords ; wherein each horizontal chord comprises a structural member and each grid platform is attached to one or more horizontal chords in a manner to prevent upward movement of the grid platform ; a plurality of chairs attached directly or indirectly to an interior surface of the vessel and spaced circumferentially apart to support the structural member; and wherein each structural member is supported on one or more of the plurality of chairs .
A method implemented by a first terminal device , the method comprising: adapting a sidelink discontinuous reception, SL DRX, configuration based on measured sidelink, SL, congestion characterised by : extending active time of the first terminal device when the measured SL congestion is increasing; and reducing the active time of the first terminal device when the measured SL congestion is decreasing, wherein the active time is extended by applying a secondary DRX cycle during each existing DRX cycle when the measured SL congestion is above a first configured threshold, and the active time is reduced by disabling the secondary DRX cycle when the measured SL congestion is below a second configured threshold, or wherein the active time is extended by applying a secondary timer during each existing DRX cycle when the measured SL congestion is above a first configured threshold, and the active time is reduced by disabling the secondary timer when the measured SL congestion is below a second configured threshold. extending active time of the first terminal device when the measured SL congestion is increasing; and reducing the active time of the first terminal device when the measured SL congestion is decreasing, wherein the active time is extended by applying a secondary DRX cycle during each existing DRX cycle when the measured SL congestion is above a first configured threshold, and the active time is reduced by disabling the secondary DRX cycle when the measured SL congestion is below a second configured threshold, or wherein the active time is extended by applying a secondary timer during each existing DRX cycle when the measured SL congestion is above a first configured threshold, and the active time is reduced by disabling the secondary timer when the measured SL congestion is below a second configured threshold.
Assembly of an engine with an aircraft pylon , comprising a front engine attachment , a rear engine attachment , and a force reacting assembly comprising a connection device fastened to the pylon and two rods , the connection device comprising: - a shoe fastened to the pylon ; - a spreader , extending along a longitudinal axis between first and second ends (122a-b), and having a central part connected to the shoe by a main connection comprising a main rotation pin and axis (133, Rp) contained in a plane of symmetry (V) of the connection device ; - two fittings as one with the shoe and disposed on either side of the plane of symmetry (V), wherein each fitting has two arms between which the spreader is positioned; a first, respectively second, rod comprising a front end fastened to the engine and a rear end fastened to the first, respectively second, end of the spreader (122a, b) and to the first, respectively second, fitting by a secondary connection , the spreader comprising two extensions , with one extension arranged at each end of the spreader and extending the spreader in a direction parallel to the longitudinal axis (L) of the spreader, characterized in that each extension is associated with a pair of elastic stops sandwiching the extension, and wherein, for the first, respectively second, end of the spreader (122a-b), each stop , which is positioned between an arm of the first, respectively second, fitting and the extension , has a section in the shape of a U open towards the inside of the connection device with a first leg fastened to the arm of said fitting , a second leg intended to be in contact with the extension , and a base joining the two legs (122a, b) and arranged at a distance from said fitting. - a shoe fastened to the pylon ; - a spreader , extending along a longitudinal axis between first and second ends (122a-b), and having a central part connected to the shoe by a main connection comprising a main rotation pin and axis (133, Rp) contained in a plane of symmetry (V) of the connection device ; - two fittings as one with the shoe and disposed on either side of the plane of symmetry (V), wherein each fitting has two arms between which the spreader is positioned;
A handling device for removing, from a plate-like material, a workpiece part which has been produced by separating machining, the device comprising - a housing having at least one handle , - a gripping element arranged at the lower end of the handle , - a gripping surface arranged at an end face of the gripping element , the gripping surface being designed to contact the workpiece part to be gripped, - a rechargeable battery arranged on the housing , the battery providing energy to the gripping element , - a control element for activating and deactivating the gripping element , characterized in that - a control device is provided on or in the housing of the handling device , the control device actuating a data interface for transmitting information to an external data processing device, wherein the control device comprises a tracking system by means of which the location and/or position of the handling device can be detected. - a housing having at least one handle , - a gripping element arranged at the lower end of the handle , - a gripping surface arranged at an end face of the gripping element , the gripping surface being designed to contact the workpiece part to be gripped, - a rechargeable battery arranged on the housing , the battery providing energy to the gripping element , - a control element for activating and deactivating the gripping element , characterized in that - a control device is provided on or in the housing of the handling device , the control device actuating a data interface for transmitting information to an external data processing device, wherein the control device comprises a tracking system by means of which the location and/or position of the handling device can be detected.
A concrete comprising: cement; aggregate; and a boehmite alumina, the boehmite alumina having an average crystallite size measured on the plane of from 2 nm to 80 nm, an agglomerated particle size of less than 350 nm as measured in water, and a calcined surface area of from 2 m 2 /g to 300 m 2 /g. cement; aggregate; and a boehmite alumina, the boehmite alumina having an average crystallite size measured on the plane of from 2 nm to 80 nm, an agglomerated particle size of less than 350 nm as measured in water, and a calcined surface area of from 2 m 2 /g to 300 m 2 /g.