mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing a NdFeB permanent magnetic material, comprising steps as follows: carrying out ingredients-mixing, smelting, strip casting, hydrogen crushing, disproportionation reaction and jet milling to obtain NdFeB fine powder with an average particle diameter D50 of 1μm; placing the NdFeB fine powder and a CoZr thermal resistance wire respectively in a thermal resistance evaporation deposition device with the vacuum degree of 10 3 Pa; setting parameters so as to uniformly disperse the NdFeB fine powder; heating the CoZr thermal resistance wire to evaporate and deposit CoZr particles on the NdFeB fine powder; taking out the covered NdFeB fine powder after its temperature is decreased to room temperature; performing orientation molding, sintering and heat treatment on the covered NdFeB fine powder so as to obtain the NdFeB permanent magnetic material. carrying out ingredients-mixing, smelting, strip casting, hydrogen crushing, disproportionation reaction and jet milling to obtain NdFeB fine powder with an average particle diameter D50 of 1μm; placing the NdFeB fine powder and a CoZr thermal resistance wire respectively in a thermal resistance evaporation deposition device with the vacuum degree of 10 3 Pa; setting parameters so as to uniformly disperse the NdFeB fine powder; heating the CoZr thermal resistance wire to evaporate and deposit CoZr particles on the NdFeB fine powder; taking out the covered NdFeB fine powder after its temperature is decreased to room temperature; performing orientation molding, sintering and heat treatment on the covered NdFeB fine powder so as to obtain the NdFeB permanent magnetic material.
A method of providing a disaster recovery service for broadcast media providers, the method comprising: comparing operating parameters for each application program running in a primary media system of a respective media provider to a plurality of preprogrammed expected operating parameters, wherein the plurality of preprogrammed expected operating parameters are is defined by a subscription that controls a level of service provided by the disaster recovery service for the respective media provider; determining an occurrence of a disaster recovery condition based on the comparing; preparing and allocating at least one resources in a cloud computing environment for switchover based on the subscription; in response to receiving a determination of the occurrence of the disaster recovery condition, sending a trigger to at least one pre-identified individual or an automated method; and in response to receiving the trigger, switching over at least one operation to the allocated at least one_resources in the cloud computing environment. comparing operating parameters for each application program running in a primary media system of a respective media provider to a plurality of preprogrammed expected operating parameters, wherein the plurality of preprogrammed expected operating parameters are is defined by a subscription that controls a level of service provided by the disaster recovery service for the respective media provider; determining an occurrence of a disaster recovery condition based on the comparing; preparing and allocating at least one resources in a cloud computing environment for switchover based on the subscription; in response to receiving a determination of the occurrence of the disaster recovery condition, sending a trigger to at least one pre-identified individual or an automated method; and in response to receiving the trigger, switching over at least one operation to the allocated at least one_resources in the cloud computing environment.
A coated article comprising a metal substrate; a coating disposed thereon, wherein the coating is derived from a composition comprising: a liquid carrier; a binder system comprising a first resin component comprising at least a fluoropolymer, wherein the fluoropolymer comprises up to 70% by weight polyvinylidene difluoride (PVDF); an organic polymeric filler material having a particle size (D 50 ) of 5 to 15 μm; and an inorganic filler material having a particle size (D 50 ) of 5 to 15 μm. a metal substrate; a coating disposed thereon, wherein the coating is derived from a composition comprising: a liquid carrier; a binder system comprising a first resin component comprising at least a fluoropolymer, wherein the fluoropolymer comprises up to 70% by weight polyvinylidene difluoride (PVDF); an organic polymeric filler material having a particle size (D 50 ) of 5 to 15 μm; and an inorganic filler material having a particle size (D 50 ) of 5 to 15 μm. a liquid carrier; a binder system comprising a first resin component comprising at least a fluoropolymer, wherein the fluoropolymer comprises up to 70% by weight polyvinylidene difluoride (PVDF); an organic polymeric filler material having a particle size (D 50 ) of 5 to 15 μm; and an inorganic filler material having a particle size (D 50 ) of 5 to 15 μm.
Apparatus comprising: a fluid inlet for receiving fluid, in particular fuel, from a fluid source, a fluid outlet and a conduit disposed therebetween; fluid inspection means for inspecting a fluid within the conduit , the inspection means being configured to provide an output indicative of a type of fluid in the conduit ; valve means operable selectively to prevent or allow flow of fluid through the conduit from the fluid inlet to the fluid outlet ; and control means configured automatically to cause the valve means to prevent or allow flow of fluid through the conduit in dependence on the output of the fluid inspection means and permitted fluid information, the permitted fluid information being information indicative of a type of fluid that is to be permitted to flow through the conduit , wherein the apparatus is portable, the apparatus being configured to be removably attachable to a fluid storage tank inlet; characterised in that the apparatus comprises an electrical generator configured to generate electrical power to charge a charge storage device in response to flow of fluid through the apparatus during an operation in which fluid flows from the fluid inlet to the fluid outlet via the conduit , the charge storage device being arranged to provide a supply of electrical power for the apparatus, and the apparatus further comprises input means for receiving the permitted fluid information, wherein the input means comprises a radio frequency identification (RFID) tag reader . a fluid inlet for receiving fluid, in particular fuel, from a fluid source, a fluid outlet and a conduit disposed therebetween; fluid inspection means for inspecting a fluid within the conduit , the inspection means being configured to provide an output indicative of a type of fluid in the conduit ; valve means operable selectively to prevent or allow flow of fluid through the conduit from the fluid inlet to the fluid outlet ; and control means configured automatically to cause the valve means to prevent or allow flow of fluid through the conduit in dependence on the output of the fluid inspection means and permitted fluid information, the permitted fluid information being information indicative of a type of fluid that is to be permitted to flow through the conduit , wherein the apparatus is portable, the apparatus being configured to be removably attachable to a fluid storage tank inlet; characterised in that the apparatus comprises an electrical generator configured to generate electrical power to charge a charge storage device in response to flow of fluid through the apparatus during an operation in which fluid flows from the fluid inlet to the fluid outlet via the conduit , the charge storage device being arranged to provide a supply of electrical power for the apparatus, and the apparatus further comprises input means for receiving the permitted fluid information, wherein the input means comprises a radio frequency identification (RFID) tag reader .
A solar heat power generation system comprising a heat transfer fluid flow path through which a heat transfer fluid receiving solar heat flows, and a heating system for heating the heat transfer fluid flow path , the heat transfer fluid flow path being constituted by a plurality of members which are connected in series and have different electric resistances, the heating system comprising: an energizer that energizes the heat transfer fluid flow path by supplying an electric current to the heat transfer fluid flow path so as to heat the heat transfer fluid flow path ; a temperature measurer that measures temperature of one member among the plurality of members; and a processor that compares the measured temperature of the one member with assumed temperature of the one member, set in advance, with respect to an energization time and performs processing according to a result of the comparison, wherein the processor controls energization performed by the energizer according to the comparison result, and wherein the assumed temperature of the one member with respect to the energization time is set such that the plurality of members is warmed without exceeding the quality assurance temperature of each member of the plurality of members. an energizer that energizes the heat transfer fluid flow path by supplying an electric current to the heat transfer fluid flow path so as to heat the heat transfer fluid flow path ; a temperature measurer that measures temperature of one member among the plurality of members; and a processor that compares the measured temperature of the one member with assumed temperature of the one member, set in advance, with respect to an energization time and performs processing according to a result of the comparison, wherein the processor controls energization performed by the energizer according to the comparison result, and wherein the assumed temperature of the one member with respect to the energization time is set such that the plurality of members is warmed without exceeding the quality assurance temperature of each member of the plurality of members.
A method for identifying a user input in a user input device , the method including: detecting edges in an output signal generated by a switch in the user input device ; identifying a first-to-second-state edge as being indicative of a transition from a first state to a second state; counting down to a first rest period upon identifying the first-to-second-state edge; before completion of the counting down to the first rest period, restarting the counting down upon each detection of a further edge in the output signal; detecting a second-to-first-state edge in the output signal that occurs after completion of the counting down to the first rest period; identifying the second-to-first-state edge as being indicative of a transition from the second state to the first state; identifying edges in the output signal between the first-to-second-state edge and the second-to-first-state edge, that occur less than the first rest period after an immediately preceding edge in the output signal, as bounce signals; characterized in that the method further includes: recording intervals between successive identified bounce signals; and adjusting the first rest period based on a longest interval of the recorded intervals. detecting edges in an output signal generated by a switch in the user input device ; identifying a first-to-second-state edge as being indicative of a transition from a first state to a second state; counting down to a first rest period upon identifying the first-to-second-state edge; before completion of the counting down to the first rest period, restarting the counting down upon each detection of a further edge in the output signal; detecting a second-to-first-state edge in the output signal that occurs after completion of the counting down to the first rest period; identifying the second-to-first-state edge as being indicative of a transition from the second state to the first state; identifying edges in the output signal between the first-to-second-state edge and the second-to-first-state edge, that occur less than the first rest period after an immediately preceding edge in the output signal, as bounce signals; characterized in that the method further includes: recording intervals between successive identified bounce signals; and adjusting the first rest period based on a longest interval of the recorded intervals. recording intervals between successive identified bounce signals; and adjusting the first rest period based on a longest interval of the recorded intervals.
A container holder arrangement for containers with a discharge opening, comprising a stationary part fixed to a stationary holding means , and a part movable with a movable holding means , wherein the movable part comprises a device arranged to be guided by a guide arrangement , arranged at the stationary part , and a spring means is arranged to supply a force to press said movable holding means towards said stationary holding means , characterized in that the stationary holding means forms a stationary clamping plane and the movable holding means forms a movable clamping plane, in that at least one of said holding means is made of wire, and in that said movable part comprises a U-shaped rod with an outer leg , an inner leg , and a bridging portion , where the length (11, L2) of each leg is essentially larger than the width (B) of the bridging portion of said U-shaped rod , wherein said movable holding means is arranged at said outer leg at a larger distance (L3) from the bridging part than said width (B) of the bridging portion of said U-shaped rod , wherein said inner leg is arranged to interact with a first part of said guide arrangement and said outer leg is arranged to interact with a second part of said guide arrangement to provide linear displacement.
Method for recording a reference biometric data item in a biometric smart card comprising a biometric sensor, comprising: beginning a bank transaction protected by a personal secret code, a user of the biometric smart card entering a personal secret code on a first external device to authorize the bank transaction between the biometric smart card and a second external device by means of the first external device, the biometric smart card verifying and validating the entered personal secret code, the method being characterized in that it further comprises: in response to the validation , by the biometric smart card, of the entered personal secret code, authorizing the bank transaction and recording a biometric data item acquired by the biometric sensor, as a reference biometric data item to authorize a future transaction, and a step of modifying a secure transaction mechanism so that the recorded reference biometric data item is used instead of the personal secret code to authorize a future transaction, the modification of the secure mechanism being cancelled upon the detection of a predetermined event or in a random manner, so that the personal secret code is again used to authorize a transaction. beginning a bank transaction protected by a personal secret code, a user of the biometric smart card entering a personal secret code on a first external device to authorize the bank transaction between the biometric smart card and a second external device by means of the first external device, the biometric smart card verifying and validating the entered personal secret code, the method being characterized in that it further comprises: in response to the validation , by the biometric smart card, of the entered personal secret code, authorizing the bank transaction and recording a biometric data item acquired by the biometric sensor, as a reference biometric data item to authorize a future transaction, and a step of modifying a secure transaction mechanism so that the recorded reference biometric data item is used instead of the personal secret code to authorize a future transaction, the modification of the secure mechanism being cancelled upon the detection of a predetermined event or in a random manner, so that the personal secret code is again used to authorize a transaction. in response to the validation , by the biometric smart card, of the entered personal secret code, authorizing the bank transaction and recording a biometric data item acquired by the biometric sensor, as a reference biometric data item to authorize a future transaction, and a step of modifying a secure transaction mechanism so that the recorded reference biometric data item is used instead of the personal secret code to authorize a future transaction, the modification of the secure mechanism being cancelled upon the detection of a predetermined event or in a random manner, so that the personal secret code is again used to authorize a transaction.
A buffing disk pad comprising a foam body, provided with an attachment surface for fastening to the rotary disk pad of a buffing machine and having an active surface wetted by the buffing liquid and brought into contact with the surface to be polished (S), having a buffing liquid tank incorporated in the foam body , the buffing disk pad being characterized in that it comprises: - the tank having a dispensing valve in an axial position connecting to the active surface of the foam body , - the valve having a valve seat which is closed by a closing device returning to the closed position and provided with a control device which opens the valve by forcibly pressing the active surface of the foam body against the surface to be polished (S). - the tank having a dispensing valve in an axial position connecting to the active surface of the foam body , - the valve having a valve seat which is closed by a closing device returning to the closed position and provided with a control device which opens the valve by forcibly pressing the active surface of the foam body against the surface to be polished (S).
rotor part of an impact mill , which has a plurality of rotor tool knives which can be separably attached to a knife mounting plate , wherein each rotor tool knife can be attached to an assigned knife position by means of a knife holder and the entire rotor part can be attached to an assigned knife position by means of a rotor part attachment sleeve attached to a drive in an impact mill housing at a defined radial distance to a stator part with a majority of stator tools mounted in a rotatable manner around a longitudinal axis, characterised in that a spacer recess is recessed from each rotor tool knife , a knife retaining recess and a plate spacer recess are recessed from the knife fastening plate at each knife position, and one distance disc per rotor tool knife can be rotated in the spacer recess and fixed in the plate spacer recess , wherein a stop bead circumferential to an upper edge of the distance disc is arranged and each knife holder fixes a rotor tool knife to the knife mounting plate and thus enables a parallel movement of the rotor tool knife by interaction with the distance disc and perpendicular to the longitudinal axis (L). a spacer recess is recessed from each rotor tool knife , a knife retaining recess and a plate spacer recess are recessed from the knife fastening plate at each knife position, and one distance disc per rotor tool knife can be rotated in the spacer recess and fixed in the plate spacer recess , wherein a stop bead circumferential to an upper edge of the distance disc is arranged and each knife holder fixes a rotor tool knife to the knife mounting plate and thus enables a parallel movement of the rotor tool knife by interaction with the distance disc and perpendicular to the longitudinal axis (L).
Fitting assembly for two leaves of a window or door that can be slid towards one another, wherein the end faces of the leaves are in contact when slid together, the fitting assembly comprising the following: a) a first connecting-rod assembly for a first leaf , it being possible to move the first connecting-rod assembly into a sliding position, in which the first leaf can slide, and into a blocking position, in which the first leaf cannot slide; b) a second connecting-rod assembly for a second leaf , it being possible to move the second connecting-rod assembly into a sliding position, in which the second leaf can slide, and into a blocking position, in which the second leaf cannot slide; characterized in that the fitting assembly comprises a first projection on the first connecting-rod assembly , wherein the first projection can be movably arranged on the first leaf and the fitting assembly comprises a second projection that can be arranged on the second leaf , the first projection being able to pass by the second projection when the leaves are slid towards one another in the blocking position of the first connecting-rod assembly and colliding with the second projection when the leaves are slid towards one another in the sliding position of the first connecting-rod assembly . a) a first connecting-rod assembly for a first leaf , it being possible to move the first connecting-rod assembly into a sliding position, in which the first leaf can slide, and into a blocking position, in which the first leaf cannot slide; b) a second connecting-rod assembly for a second leaf , it being possible to move the second connecting-rod assembly into a sliding position, in which the second leaf can slide, and into a blocking position, in which the second leaf cannot slide;
A rudder control unit for an aircraft, said rudder control unit including at least one support frame intended to be mounted in a floor (P) of the aircraft (AC), pedals and a set of functionalities, the rudder control unit including a main module comprising at least said pedals and said set of functionalities, said main module consisting of a single piece and being configured such that it can be moved and positioned on the support frame , using a unique movement unit , the movement unit including a unique assembly of two cooperating guide rails , each of said guide rails being shaped as a circular arc with a diameter greater than two meters, the movement unit including at least four rollers rotatably mounted under the main module and positioned substantially at four corners of the main module and configured to be able to move, in pairs, in the two guide rails , respectively, the rollers being arranged such that the axes of rotation thereof are always oriented, regardless of the position thereof during a movement, along the radius of said circular arc at the corresponding position.