mhurhangee/patent-ind-claim-en huggingface dataset:
Removable pack for the reactivation of a turboshaft engine of a helicopter, comprising a gas generator equipped with a drive shaft , said turboshaft engine being capable of operating in at least one standby mode during a stable flight of the helicopter, said removable pack comprising: - a removable gearbox comprising a gearbox output shaft , - controlled means for rotating said gearbox output shaft , referred to as reactivation means of said turboshaft engine, comprising at least: • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft , and controlled means for rotating said first gearbox input shaft , • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft , and controlled means for rotating said second gearbox input shaft , - mechanical means capable of reversibly coupling said gearbox output shaft to said drive shaft of said gas generator, the removable pack being characterised in that said controlled means for rotating said first gearbox input shaft of said first reactivation device are capable of driving said first input shaft at a predetermined speed for a period that is less than the period required for said means for rotating said second input shaft of said second reactivation device to drive said second input shaft at a predetermined speed, said first reactivation device thus forming a device for rapid reactivation of said turboshaft engine , and said second reactivation device forming a device for normal reactivation of said turboshaft engine . - a removable gearbox comprising a gearbox output shaft , - controlled means for rotating said gearbox output shaft , referred to as reactivation means of said turboshaft engine, comprising at least: • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft , and controlled means for rotating said first gearbox input shaft , • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft , and controlled means for rotating said second gearbox input shaft , • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft , and controlled means for rotating said first gearbox input shaft , • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft , and controlled means for rotating said second gearbox input shaft , - mechanical means capable of reversibly coupling said gearbox output shaft to said drive shaft of said gas generator,
A method for processing information, comprising: obtaining , by an electromagnetic radiation measurement instrument installed on a cleaning robot, intensities of electromagnetic radiation of locations which the cleaning robot passes during movement of the cleaning robot; generating a representation of a route which the cleaning robot passes and creating a distribution map of electromagnetic radiation according to the intensities of electromagnetic radiation, the distribution map of electromagnetic radiation being configured to reflect an electromagnetic radiation distribution of a route which the cleaning robot passes, and intensities of electromagnetic radiation being recorded on the representation of the route; and generating a protective measure against the electromagnetic radiation according to the distribution map of electromagnetic radiation. obtaining , by an electromagnetic radiation measurement instrument installed on a cleaning robot, intensities of electromagnetic radiation of locations which the cleaning robot passes during movement of the cleaning robot; generating a representation of a route which the cleaning robot passes and creating a distribution map of electromagnetic radiation according to the intensities of electromagnetic radiation, the distribution map of electromagnetic radiation being configured to reflect an electromagnetic radiation distribution of a route which the cleaning robot passes, and intensities of electromagnetic radiation being recorded on the representation of the route; and generating a protective measure against the electromagnetic radiation according to the distribution map of electromagnetic radiation.
Method for treating industrial water from the petroleum or gas industries or respectively industrial water having a temperature higher than 55°C and lower than or equal to 98°C, said water containing organic matter, said method comprising: - a step of physical separation producing wastes and an effluent, said step comprising a physical separation step or respectively a membrane separation step of a microfiltration or ultrafiltration type conducted on at least one membrane chosen from the group constituted by the immersed membranes or pressurized membranes made of polytetrafluoroethylene (PTFE) and the tubular membranes made of polyvinylidene fluoride (PVDF); - a step of adsorption of at least one part of said organic matter present in said effluent on at least one adsorbent resin chosen from the group comprising the non-ionized reticulated resins and the microporous carbonated resins; - a step of reverse osmosis filtration downstream from said adsorption step. - a step of physical separation producing wastes and an effluent, said step comprising a physical separation step or respectively a membrane separation step of a microfiltration or ultrafiltration type conducted on at least one membrane chosen from the group constituted by the immersed membranes or pressurized membranes made of polytetrafluoroethylene (PTFE) and the tubular membranes made of polyvinylidene fluoride (PVDF); - a step of adsorption of at least one part of said organic matter present in said effluent on at least one adsorbent resin chosen from the group comprising the non-ionized reticulated resins and the microporous carbonated resins; - a step of reverse osmosis filtration downstream from said adsorption step.
An electrode wire material, wherein the electrode wire material has a scale-style micro-texture on the surface, and the electrode wire material comprises: i) a copper zinc alloy substrate layer as an inner layer; ii) an interdiffusion layer as an intermediate layer; iii) a plating layer as an outer layer having the scale-style micro-texture; and the outer layer has a thickness of 2 to 20 μm; in the electrode wire material the content of Zn gradually decreases and the content of Cu gradually increases from the outside to the inside in the radial direction, characterised in that the electrode wire material has a tensile strength of 900 to 1200 MPa; the intermediate layer has a thickness of 5 to 30 μm; the intermediate layer is continuous; the content of Zn in the interdiffusion layer is 64.56 to 43.15 wt% and the content of Cu in the interdiffusion layer is 31.8 to 55.23 wt% . i) a copper zinc alloy substrate layer as an inner layer; ii) an interdiffusion layer as an intermediate layer; iii) a plating layer as an outer layer having the scale-style micro-texture; and the outer layer has a thickness of 2 to 20 μm; in the electrode wire material the content of Zn gradually decreases and the content of Cu gradually increases from the outside to the inside in the radial direction, characterised in that the electrode wire material has a tensile strength of 900 to 1200 MPa; the intermediate layer has a thickness of 5 to 30 μm; the intermediate layer is continuous; the content of Zn in the interdiffusion layer is 64.56 to 43.15 wt% and the content of Cu in the interdiffusion layer is 31.8 to 55.23 wt% .
An authentication method based on a contact list, comprising: acquiring feature attribute information of contacts in a contact list of a user; acquiring, when it is detected that a third-party user requests adding the user as a friend, feature attribute information of the third-party user; matching the feature attribute information of the third-party user with the feature attribute information of each of the contacts in the contact list respectively; characterized by further comprising: adding first prompt information in a request interface received by the user, if a matching result of the feature attribute information of the third-party user and the feature attribute information of any contact in the contact list satisfies a preset condition, wherein the first prompt information is used for prompting the user to verify an identity of the third-party user; and updating the feature attribute information of the contacts in the contact list of the user. acquiring feature attribute information of contacts in a contact list of a user; acquiring, when it is detected that a third-party user requests adding the user as a friend, feature attribute information of the third-party user; matching the feature attribute information of the third-party user with the feature attribute information of each of the contacts in the contact list respectively; characterized by further comprising: adding first prompt information in a request interface received by the user, if a matching result of the feature attribute information of the third-party user and the feature attribute information of any contact in the contact list satisfies a preset condition, wherein the first prompt information is used for prompting the user to verify an identity of the third-party user; and updating the feature attribute information of the contacts in the contact list of the user.
A timepiece movement comprising: a stepping motor that has a rotor for rotating an indicating hand ; a control unit to rotate the rotor by using a main drive pulse (P1) and an auxiliary drive pulse (P2), and to determine a reference position of the indicating hand by detecting a rotation state of the rotor when the indicating hand is rotated by using a detection drive pulse based on the main drive pulse; a train wheel to transmit a drive force of the stepping motor to the indicating hand, and that has a first gear and a second gear which mesh with each other; and an elastic portion that is disposed in the first gear, and that is elastically deformed by coming into contact with the second gear when the indicating hand is located at the reference position, wherein the first gear includes an elastic tooth which is a tooth belonging to the first gear, and which has a first tooth surface facing an upstream side in a first rotation direction of the first gear and a second tooth surface facing a downstream side in the first rotation direction, wherein one of the first tooth surface and the second tooth surface is formed from the elastic portion, and characterized in that the other one of the first tooth surface and the second tooth surface is formed from a rigid body. a stepping motor that has a rotor for rotating an indicating hand ; a control unit to rotate the rotor by using a main drive pulse (P1) and an auxiliary drive pulse (P2), and to determine a reference position of the indicating hand by detecting a rotation state of the rotor when the indicating hand is rotated by using a detection drive pulse based on the main drive pulse; a train wheel to transmit a drive force of the stepping motor to the indicating hand, and that has a first gear and a second gear which mesh with each other; and an elastic portion that is disposed in the first gear, and that is elastically deformed by coming into contact with the second gear when the indicating hand is located at the reference position, wherein the first gear includes an elastic tooth which is a tooth belonging to the first gear, and which has a first tooth surface facing an upstream side in a first rotation direction of the first gear and a second tooth surface facing a downstream side in the first rotation direction, wherein one of the first tooth surface and the second tooth surface is formed from the elastic portion, and characterized in that the other one of the first tooth surface and the second tooth surface is formed from a rigid body.
A printed article (10, 10', 10") with an anti-counterfeiting function, comprising: a base layer , a surface layer formed via an ink printing and printed onto the base layer, and at least one anti-counterfeit label formed via an ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10"), the anti-counterfeit label shows on the printed article (10, 10', 10"), wherein the at least one anti-counterfeit label is at least one fluorescent anti-counterfeit label formed via a fluorescent ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10") and onto the fluorescent anti-counterfeit label , the fluorescent anti-counterfeit label emits a fluorescent light on the printed article (10, 10', 10") characterized by further comprising: at least one projection type anti-counterfeit label formed via an ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10") from the base layer and onto the projection type anti-counterfeit label , the at least one projection type anti-counterfeit label shows on a front side of the printed article (10, 10', 10"). a base layer , a surface layer formed via an ink printing and printed onto the base layer, and at least one anti-counterfeit label formed via an ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10"), the anti-counterfeit label shows on the printed article (10, 10', 10"), wherein the at least one anti-counterfeit label is at least one fluorescent anti-counterfeit label formed via a fluorescent ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10") and onto the fluorescent anti-counterfeit label , the fluorescent anti-counterfeit label emits a fluorescent light on the printed article (10, 10', 10") characterized by further comprising: at least one projection type anti-counterfeit label formed via an ink printing and disposed between the base layer and the surface layer , whereby when a light is shone onto the printed article (10, 10', 10") from the base layer and onto the projection type anti-counterfeit label , the at least one projection type anti-counterfeit label shows on a front side of the printed article (10, 10', 10").
A coffee machine comprising a machine body, the machine body having a front wall , a rear wall , two side walls , a top and a base , the coffee machine comprising a reservoir for water, a compartment in said machine body for housing said reservoir in an horizontally extractable manner from the front wall of the coffee machine, and a means for filling said reservoir from above by gravitational fall, characterized in that said filling means comprises a manifold for supplying said reservoir that has an upper loading mouth and a lower unloading mouth located above said underlying reservoir , said manifold is housed in said machine body in a housing compartment delimited by an external wall of said machine body that has a through opening for access to said manifold , said manifold being in the form of a horizontal drawer slidable with a horizontal direction through said opening between an operative position in which said loading mouth is accessible for filling and a non-operative position in which it is inaccessible, said housing compartment for housing said manifold being positioned above said housing compartment for housing said reservoir and communicating below with said housing compartment for housing said reservoir .
A method for producing an organic compound nano-powder comprising: mixing in a kneader a granular organic compound, a granular carbohydrate compound comprising at least any one of a sugar and a sugar alcohol and with amount of 0.3 times or more by mass relative to amount of the organic compound, and liquid in which the organic compound is insoluble or poorly soluble; wet-milling the organic compound using the granular carbohydrate compound so that an average particle diameter thereof becomes 500 nm or less and a 90%-diameter thereof becomes less than 1500 nm, wherein the wet-milling is carried out while kneading the mixture, and wherein the average particle diameter and the 90%-diameter are measured by a dynamic light scattering photon correlation method; and dispersing the mixture with an anti-agglomeration agent after wet-milling. mixing in a kneader a granular organic compound, a granular carbohydrate compound comprising at least any one of a sugar and a sugar alcohol and with amount of 0.3 times or more by mass relative to amount of the organic compound, and liquid in which the organic compound is insoluble or poorly soluble; wet-milling the organic compound using the granular carbohydrate compound so that an average particle diameter thereof becomes 500 nm or less and a 90%-diameter thereof becomes less than 1500 nm, wherein the wet-milling is carried out while kneading the mixture, and wherein the average particle diameter and the 90%-diameter are measured by a dynamic light scattering photon correlation method; and dispersing the mixture with an anti-agglomeration agent after wet-milling.
Rollo assembly intended for use in an open roof construction for a vehicle, comprising a hollow winding tube for a rollo screen , a fixator mounted for a rotation within the winding tube, which fixator projects from one end of the winding tube and is intended to be mounted in a stationary mounting member , a torsion spring positioned within the hollow winding tube having a first end attached to the hollow winding tube and a second end attached to the fixator and intended for preloading the hollow winding tube to rotate relative to the fixator in a direction for winding the rollo screen on the hollow winding tube and a locking arrangement which is movable between a locked position in which the hollow winding tube cannot rotate relative to the fixator and a release position in which a relative rotation between the fixator and hollow winding tube is possible, wherein the hollow winding tube is provided with at least one substantially axially extending inner locking channel and wherein the fixator for each locking channel is provided with a locking projection intended for cooperation with said locking channel, which locking projection through a cooperation between the fixator and a stationary part (4;13;17;23) is axially movable between a locked position occurring when the fixator is not yet mounted in the stationary mounting member and in which the locking projection is housed in the locking channel , and a release position occurring when the fixator is mounted in the stationary mounting member and in which the locking projection is moved out of the locking channel, wherein the locking projection is directly attached to the fixator which is capable of an axial movement relative to the hollow winding tube , characterized in that the axial movement of the fixator as well as a limited rotation of the fixator is caused by a cooperation between respective parts of the fixator and of the stationary mounting member (4;13;17;23) and wherein said respective parts comprise a first channel part in the stationary mounting member having a first transverse width and a second channel part connecting to said first channel part and defining an undercut portion with larger transverse width, and wherein said respective parts further comprise mounting wings on the fixator which, in a first rotational mounting position of the fixator define a transverse width in correspondence with the first transverse width of the first channel part and which in a second rotational mounted position of the fixator may be received in the undercut portion of the second channel part.
Gravity-type conveyor system comprising at least one running rail and at least one carriage , wherein the running rail and the carriage are mutually adapted and the running rail is embraced by the carriage , the carriage being characterized by a. a U-shaped carriage body which is configured for embracing the running rail and which comprises a first and a second leg which are interconnected by a transversely extending connection portion , wherein the legs are laterally contiguous to the connection portion , wherein b. the first leg has first rollers (6a,b) which are attached to the internal side of the former, and c. the second leg has second rollers (7a,b) which are attached to the internal side of the former, and d. the connection portion has third rollers (8a,b) which are attached to the internal side of the former, and e. the first and the second rollers (6a,b; 7a,b) are vertically disposed, and f. the third rollers (8a,b) are horizontally disposed. a. a U-shaped carriage body which is configured for embracing the running rail and which comprises a first and a second leg which are interconnected by a transversely extending connection portion , wherein the legs are laterally contiguous to the connection portion , wherein b. the first leg has first rollers (6a,b) which are attached to the internal side of the former, and c. the second leg has second rollers (7a,b) which are attached to the internal side of the former, and d. the connection portion has third rollers (8a,b) which are attached to the internal side of the former, and e. the first and the second rollers (6a,b; 7a,b) are vertically disposed, and f. the third rollers (8a,b) are horizontally disposed.