mhurhangee/patent-ind-claim-en huggingface dataset:
A coaxial main rotor system , comprising: a rotor mast assembly comprising an upper rotor mast and a coaxial counter-rotating lower rotor mast ; an upper rotor system comprising an upper rotor hub configured to couple a plurality of rotor blades to the upper rotor mast for selective rotation therewith, and an upper vibration reduction system comprising an upper vibration attenuator coupled to the upper rotor mast , the upper vibration attenuator being configured to orbit the upper rotor mast in response to N/rev vibrations in the upper rotor mast and disposed adjacently to the upper rotor hub ; and a coaxial counter-rotating lower rotor system comprising a lower rotor hub configured to couple a plurality of rotor blades to the lower rotor mast for selective rotation therewith, and a lower vibration reduction system comprising a lower vibration attenuator coupled to the coaxial counter-rotating lower rotor mast , the lower vibration attenuator being configured to orbit the lower rotor mast in response to N/rev vibrations in the lower rotor mast and disposed adjacently to the lower rotor hub . a rotor mast assembly comprising an upper rotor mast and a coaxial counter-rotating lower rotor mast ; an upper rotor system comprising an upper rotor hub configured to couple a plurality of rotor blades to the upper rotor mast for selective rotation therewith, and an upper vibration reduction system comprising an upper vibration attenuator coupled to the upper rotor mast , the upper vibration attenuator being configured to orbit the upper rotor mast in response to N/rev vibrations in the upper rotor mast and disposed adjacently to the upper rotor hub ; and a coaxial counter-rotating lower rotor system comprising a lower rotor hub configured to couple a plurality of rotor blades to the lower rotor mast for selective rotation therewith, and a lower vibration reduction system comprising a lower vibration attenuator coupled to the coaxial counter-rotating lower rotor mast , the lower vibration attenuator being configured to orbit the lower rotor mast in response to N/rev vibrations in the lower rotor mast and disposed adjacently to the lower rotor hub .
A method comprising: acquiring (S601), by a defense terminal , a suspect data traffic set, the suspect data traffic set including data traffic corresponding to each suspect IP address in a suspect IP address set included in original data traffic, the original data traffic being received by the defense terminal from a core router and the original data traffic being of a service terminal accessing a target terminal ; acquiring (S602), by the defense terminal , normal data traffic, the normal data traffic being data traffic that remains after the suspect data traffic set is cleaned by the defense terminal according to a preset defense strategy; acquiring (S603), by the defense terminal , host performance parameters, the host performance parameters being a set of parameters extracted from the target terminal after the defense terminal sends the normal data traffic to the target terminal; and quantifying (S604), by the defense terminal , a defense result at least based on a target parameter set, the target parameter set including at least the suspect data traffic set, the normal data traffic, and the host performance parameters; wherein the defense terminal improves the preset defense strategy according to the defense result. acquiring (S601), by a defense terminal , a suspect data traffic set, the suspect data traffic set including data traffic corresponding to each suspect IP address in a suspect IP address set included in original data traffic, the original data traffic being received by the defense terminal from a core router and the original data traffic being of a service terminal accessing a target terminal ; acquiring (S602), by the defense terminal , normal data traffic, the normal data traffic being data traffic that remains after the suspect data traffic set is cleaned by the defense terminal according to a preset defense strategy; acquiring (S603), by the defense terminal , host performance parameters, the host performance parameters being a set of parameters extracted from the target terminal after the defense terminal sends the normal data traffic to the target terminal; and quantifying (S604), by the defense terminal , a defense result at least based on a target parameter set, the target parameter set including at least the suspect data traffic set, the normal data traffic, and the host performance parameters; wherein the defense terminal improves the preset defense strategy according to the defense result.
A machine for compacting a ballast bed of a track with a machine frame supported on rail-based running gears and a height-adjustable stabilising unit connected thereto, comprising - a vibration drive , - an axle with wheel flange rollers movable on rails of the track , whose distance to each other extending perpendicularly to the longitudinal direction of the machine can be varied by means of a spreading drive , and - a roller clamp that can be pressed against the rails by means of clamping drives , characterised in that the spreading drive and/or the clamping drives are set up to apply a predefined variable horizontal load force (F B ) to the rails , and that a measuring device is arranged to detect a rail head deflection (Δs L/R ) and/or track gauge change (s 1 , s 2 , Δs 1 , Δs 2 ) caused by the variable load force (F B ). - a vibration drive , - an axle with wheel flange rollers movable on rails of the track , whose distance to each other extending perpendicularly to the longitudinal direction of the machine can be varied by means of a spreading drive , and - a roller clamp that can be pressed against the rails by means of clamping drives ,
A development cartridge mountable in a mounting portion provided in a photoreceptor cartridge which comprises a photoreceptor and is mountable in a body of an image forming apparatus, the development cartridge comprising: a development roller for developing an image by supplying toner to the photoreceptor ; a plurality of pressure-receiving portions arranged in an axial direction of the development roller and configured to receive a pressing force from the body , wherein the pressing force is in a direction parallel to a center line that connects a center of the photoreceptor and a center of the development roller when the development cartridge is mounted in the mounting portion of the photoreceptor cartridge; a memory unit electrically connected to the body to transfer information about the development cartridge to the body and comprising a plurality of first contact portions that contacts a plurality of second contact portions in the body for communication with the body , and a gear for transferring driving power from the body to the development roller characterized in that the plurality of first contact portions are a pressure receiving portion that is disposed opposite to a location where the gear is disposed, in the axial direction from among the plurality of pressure-receiving portions , wherein the plurality of first contact portions comprise a surface configured to receive the pressing force to fix the development cartridge to the mounting portion of the photoreceptor cartridge, wherein the surface is perpendicular to the center line. a development roller for developing an image by supplying toner to the photoreceptor ; a plurality of pressure-receiving portions arranged in an axial direction of the development roller and configured to receive a pressing force from the body , wherein the pressing force is in a direction parallel to a center line that connects a center of the photoreceptor and a center of the development roller when the development cartridge is mounted in the mounting portion of the photoreceptor cartridge; a memory unit electrically connected to the body to transfer information about the development cartridge to the body and comprising a plurality of first contact portions that contacts a plurality of second contact portions in the body for communication with the body , and a gear for transferring driving power from the body to the development roller characterized in that the plurality of first contact portions are a pressure receiving portion that is disposed opposite to a location where the gear is disposed, in the axial direction from among the plurality of pressure-receiving portions , wherein the plurality of first contact portions comprise a surface configured to receive the pressing force to fix the development cartridge to the mounting portion of the photoreceptor cartridge, wherein the surface is perpendicular to the center line.
Filtration system for a vacuum cleaner for cleaning swimming pools, comprising at least one cartridge for filtering fine debris, characterized in that it comprises an impervious flexible bag made from impervious material, for collecting bulky debris, inside which each filtration cartridge is secured so that the interior of each cartridge communicates with at least one discharge opening of said bag.
A composition comprising palmitoylethanolamide and an extract of Phyllanthus niruri.
An adhesive composition comprising: a) A first reaction product RP1 obtainable by reacting a first reaction mixture comprising at least one polyol PO and at least one polyisocyanate P, wherein the ratio of isocyanate groups to hydroxyl groups in the first reaction mixture has a value of at least 1.1, preferably in the range of 1.2 - 2.5, and b) A second reaction product RP2 obtainable by reacting a second reaction mixture comprising at least one monoisocyanate MI and at least one isocyanate reactive silane SI containing only one isocyanate reactive group selected from the group consisting of a hydroxyl group, mercapto group and amino group. a) A first reaction product RP1 obtainable by reacting a first reaction mixture comprising at least one polyol PO and at least one polyisocyanate P, wherein the ratio of isocyanate groups to hydroxyl groups in the first reaction mixture has a value of at least 1.1, preferably in the range of 1.2 - 2.5, and b) A second reaction product RP2 obtainable by reacting a second reaction mixture comprising at least one monoisocyanate MI and at least one isocyanate reactive silane SI containing only one isocyanate reactive group selected from the group consisting of a hydroxyl group, mercapto group and amino group.
A method for detecting an encounter of an automatic swimming pool cleaner with an object protruding from a pool surface, comprising: a. causing the automatic swimming pool cleaner to move along the pool surface; b. causing detection of a change of pitch of a body of the automatic swimming pool cleaner from a first position to a predetermined pitch angle; wherein the method comprises: c. activating a time counter based on the detected change of pitch; characterized in that the method further comprises: d. causing detection of the encounter of the automatic swimming pool cleaner with the object protruding from the pool surface based on the body returning to a pitch angle less than the predetermined pitch angle within a predetermined time period. a. causing the automatic swimming pool cleaner to move along the pool surface; b. causing detection of a change of pitch of a body of the automatic swimming pool cleaner from a first position to a predetermined pitch angle; wherein the method comprises: c. activating a time counter based on the detected change of pitch; characterized in that the method further comprises: d. causing detection of the encounter of the automatic swimming pool cleaner with the object protruding from the pool surface based on the body returning to a pitch angle less than the predetermined pitch angle within a predetermined time period.
A system comprising: at least one processor; a memory connected to the at least one processor; a diagnostic tool comprising: at least one program module loaded into the memory, the at least one program module creating a diagnostic workflow file, the diagnostic workflow file comprising instructions for controlling future diagnostic operations of a debugger without user interaction with the debugger as the debugger executes, wherein said instructions in the diagnostic workflow file can be executed conditionally; and wherein said controlling of future diagnostic operations of the debugger without user interaction with the debugger includes providing a diagnostic workflow engine configured for performing debug operations on a running application as directed by the diagnostic workflow file using code injection, wherein the conditional diagnostic instructions are dynamically injected into a created snapshot runtime of the executed application. at least one processor; a memory connected to the at least one processor; a diagnostic tool comprising: at least one program module loaded into the memory, the at least one program module creating a diagnostic workflow file, the diagnostic workflow file comprising instructions for controlling future diagnostic operations of a debugger without user interaction with the debugger as the debugger executes, wherein said instructions in the diagnostic workflow file can be executed conditionally; and wherein said controlling of future diagnostic operations of the debugger without user interaction with the debugger includes providing a diagnostic workflow engine configured for performing debug operations on a running application as directed by the diagnostic workflow file using code injection, wherein the conditional diagnostic instructions are dynamically injected into a created snapshot runtime of the executed application. at least one program module loaded into the memory, the at least one program module creating a diagnostic workflow file, the diagnostic workflow file comprising instructions for controlling future diagnostic operations of a debugger without user interaction with the debugger as the debugger executes, wherein said instructions in the diagnostic workflow file can be executed conditionally; and wherein said controlling of future diagnostic operations of the debugger without user interaction with the debugger includes providing a diagnostic workflow engine configured for performing debug operations on a running application as directed by the diagnostic workflow file using code injection, wherein the conditional diagnostic instructions are dynamically injected into a created snapshot runtime of the executed application.
Multichamber bag opening aid for opening peel seams in a multichamber bag system , comprising a rod-shaped central part with two distal gripping elements , characterized in that the central part consists of a rod, and the gripping elements are designed as a gripping disc , as a gripping disc with handle , or as a handwheel .
An optical module adapted for use in an optical system which is a network element, the optical module comprising: an electrical interface with the optical system ; circuitry connected to the electrical interface and configured to implement a plurality of functions; an optical interface connected to the circuitry; and timing circuitry connected to the electrical interface and the circuity associated with one or more of the plurality of functions, wherein the timing circuitry is located inside the optical module , wherein the timing circuitry is configured to implement the Precision Time Protocol, PTP, clock functionality with the optical system for one or more of mitigation of delay asymmetry within the optical module and establishment of a common time base for alignment with one or more additional optical modules (102A - 102D), wherein the optical module and the one or more additional optical modules (102A - 102D) are each in the network element. an electrical interface with the optical system ; circuitry connected to the electrical interface and configured to implement a plurality of functions; an optical interface connected to the circuitry; and timing circuitry connected to the electrical interface and the circuity associated with one or more of the plurality of functions, wherein the timing circuitry is located inside the optical module , wherein the timing circuitry is configured to implement the Precision Time Protocol, PTP, clock functionality with the optical system for one or more of mitigation of delay asymmetry within the optical module and establishment of a common time base for alignment with one or more additional optical modules (102A - 102D), wherein the optical module and the one or more additional optical modules (102A - 102D) are each in the network element.
A method of dust control in an environment, comprising: providing a polymer and an aqueous liquid to form a mixture, wherein the polymer comprises partially oxidized dextran, levan, and/or guar gum containing intact glycosidic bonds and functionalized with one or more amino moieties; and applying the mixture to an area that generates dust. providing a polymer and an aqueous liquid to form a mixture, wherein the polymer comprises partially oxidized dextran, levan, and/or guar gum containing intact glycosidic bonds and functionalized with one or more amino moieties; and applying the mixture to an area that generates dust.
A method to determine geometrical parameters and/or material state of a hollow object to be inspected by means of an in-situ taken radiographic image of the object , said object having geometrical and radiation physical parameters that can be described mathematically in a radiographic arrangement with known nominal parameters of the object , a source (γ) of radiation, and a radiation receiving device , the method comprising irradiating the object to be inspected by X- or gamma-radiation emitted by said source (γ) of radiation, receiving radiation passing through said object by said radiation receiving device and displaying the object to be inspected by said radiation receiving device as a radiographic image formed by the change in the radiation receiving device being essentially proportional to the amount of radiation having absorbed by said radiation receiving device , wherein maintaining the source (γ) of radiation, the object to be inspected and the radiation receiving device - within acceptable tolerance - in a mutually fixed geometrical position for a period of time that is required to take and/or detect the radiographic image, characterized in that the method further comprising dividing the thus obtained radiographic image into slices extending in parallel to one another from one edge of said image to an opposite edge thereof, wherein a width of the slices being defined by a pixel width available at the possible largest resolution of the radiation receiving device , then dividing each of the thus obtained image slices into pieces along each respective image slice by the pixel width available at the possible largest resolution of the radiation receiving device , assigning then a numerical value and an intercept to each piece thus obtained, wherein said value represents the change in the radiation receiving device due to the amount of radiation absorbed in the respective piece, and wherein said intercept extends from the source (γ) of radiation to the respective piece of the image along a straight line through the object , changing the value thus obtained for the respective piece by a nominal value representing the change in the radiation receiving device due to the amount of radiation absorbed in the respective piece, wherein said nominal value is derived on the basis of the nominal parameters of said radiographic arrangement before performing imaging the object in a previous calibration process, creating thereby a secondary radiographic image of the object , and then calculating the geometrical parameters and/or material state of the object by making use of the thus obtained secondary radiographic image on a piece by piece basis for each intercept belonging to the respective piece.
Method for operating a field device in process automation technology, whereby the field device has an NFC/RFID transponder, wherein an operating unit comprises an operating system which has an executable operating program, whereby the operating unit has an NFC/RFID reader, wherein the NFC/RFID transponder comprises a memory which has data which, when read by the NFC/RFID reader and interpreted by the operating system, triggers a call of the operating program in the operating unit, wherein the field device has a first communication interface for connecting the field device to a wireless communication network, wherein the operating unit has a second communication interface for connecting the operating unit to a wireless communication network which can be accessed by the operating program, whereby the data triggers a wireless connection between the field device and the operating unit via the operating program, whereby login data is required for the wireless connection between the field device and the operating unit and for authorization on the field device , where the logon data is stored in the NFC/RFID transponder and is read by the NFC/RFID reader. whereby new login data is created by the operating program after each connection, whereby the new credentials are transmitted to the NFC/RFID transponder by means of an NFC/RFID writing unit, whereby the login data already stored in the memory is replaced by the new login data. whereby the field device has an NFC/RFID transponder, wherein an operating unit comprises an operating system which has an executable operating program, whereby the operating unit has an NFC/RFID reader, wherein the NFC/RFID transponder comprises a memory which has data which, when read by the NFC/RFID reader and interpreted by the operating system, triggers a call of the operating program in the operating unit, wherein the field device has a first communication interface for connecting the field device to a wireless communication network, wherein the operating unit has a second communication interface for connecting the operating unit to a wireless communication network which can be accessed by the operating program, whereby the data triggers a wireless connection between the field device and the operating unit via the operating program, whereby login data is required for the wireless connection between the field device and the operating unit and for authorization on the field device , where the logon data is stored in the NFC/RFID transponder and is read by the NFC/RFID reader. whereby new login data is created by the operating program after each connection, whereby the new credentials are transmitted to the NFC/RFID transponder by means of an NFC/RFID writing unit, whereby the login data already stored in the memory is replaced by the new login data.
Power lift for an agricultural tractor, having a supporting structure which is able to be mounted on the agricultural tractor and to which left-hand and right-hand lower links and a central upper link are attached in a pivotably movable manner, wherein both the lower links and the upper link have associated coupling elements for attaching an agricultural attachment, wherein the two lower links are coupled together in a rotatable manner via a lifting shaft that is aligned with a lower-link pivot axis and can be pivoted jointly about the lower-link pivot axis with respect to the supporting structure by means of an actuating element extending between at least one of the lower links and a support point of the supporting structure , wherein the actuating element is a hydraulic lifting cylinder which is articulated to the lower link by a lower end and to the support point of the supporting structure by an upper end, characterized in that support point is configured in the form of a boom-shaped retaining leg that is attached to a top side of the differential housing and on which the hydraulic lifting cylinder is mounted with its upper end.