mhurhangee/patent-ind-claim-en huggingface dataset:
A radio-frequency ablation catheter having a spiral structure, comprising an elongated catheter body, wherein an electrode support of a spiral shape is disposed at a front end of the catheter body, one or more electrodes are disposed on the electrode support, and a control handle is disposed at a rear end of the catheter body, a shape and a diameter of the spiral shape of the electrode support are changed by pulling or pushing a wall-attachment adjusting wire , wherein a rear section of the wall-attachment adjusting wire is slidably disposed in one lumen in the catheter body; a rear end of the wall-attachment adjusting wire is connected to a control component disposed on the control handle , or a rear end of the wall-attachment adjusting wire penetrates through the control handle and then is connected to a control component on a peripheral device; and a front section of the wall-attachment adjusting wire penetrates out of the electrode support and then is exposed outside the electrode support, characterized in that a front end of the wall-attachment adjusting wire returns to the interior of the electrode support, then returns to the rear end of the catheter body through a lumen in the electrode support and the catheter body, and is fixed on the control handle or is fixed on the control component . a shape and a diameter of the spiral shape of the electrode support are changed by pulling or pushing a wall-attachment adjusting wire , wherein a rear section of the wall-attachment adjusting wire is slidably disposed in one lumen in the catheter body; a rear end of the wall-attachment adjusting wire is connected to a control component disposed on the control handle , or a rear end of the wall-attachment adjusting wire penetrates through the control handle and then is connected to a control component on a peripheral device; and a front section of the wall-attachment adjusting wire penetrates out of the electrode support and then is exposed outside the electrode support, characterized in that a front end of the wall-attachment adjusting wire returns to the interior of the electrode support, then returns to the rear end of the catheter body through a lumen in the electrode support and the catheter body, and is fixed on the control handle or is fixed on the control component .
A trash receptacle comprising: a compartment enclosed by walls of the trash receptacle, wherein the compartment is configured to receive trash; two parallel, horizontal and substantially straight bars within the compartment , each bar having an affixed end secured to a wall, lid, floor/base, frame, door or ceiling of the compartment, or to an independent rack or stand disposed within the compartment, and a free end, so that the bars are structurally configured to receive and dispense garbage bags ; and a respective clip mechanism at the free end of each bar , wherein each clip mechanism is configured to capture a front edge of a deployed bag and so to prevent the bag from sliding off the bars or from collapsing inward. a compartment enclosed by walls of the trash receptacle, wherein the compartment is configured to receive trash; two parallel, horizontal and substantially straight bars within the compartment , each bar having an affixed end secured to a wall, lid, floor/base, frame, door or ceiling of the compartment, or to an independent rack or stand disposed within the compartment, and a free end, so that the bars are structurally configured to receive and dispense garbage bags ; and a respective clip mechanism at the free end of each bar , wherein each clip mechanism is configured to capture a front edge of a deployed bag and so to prevent the bag from sliding off the bars or from collapsing inward.
A method of local decision making in a communications system comprising an operator device in communication with a plurality of gateway devices and a plurality of edge devices in communication with each gateway device, the method comprising: receiving encrypted data at a gateway device from an edge device for transmission to the operator device, wherein the encrypted data is encrypted with a public key such that it can be decrypted with a corresponding private key and a function of the data can be computed without the private key using Functional Encryption, FE, wherein the gateway device does not have access to the private key; applying , at the gateway device, an operator to the encrypted data to compute a value of a function of the input data using FE without decrypting the encrypted data, the operator being associated with a decryption key; determining , at the gateway device, an action to be taken based on the value; and taking the determined action. receiving encrypted data at a gateway device from an edge device for transmission to the operator device, wherein the encrypted data is encrypted with a public key such that it can be decrypted with a corresponding private key and a function of the data can be computed without the private key using Functional Encryption, FE, wherein the gateway device does not have access to the private key; applying , at the gateway device, an operator to the encrypted data to compute a value of a function of the input data using FE without decrypting the encrypted data, the operator being associated with a decryption key; determining , at the gateway device, an action to be taken based on the value; and taking the determined action.
Method for synchronizing a first and second media stream , said first and second media stream being transmitted by at least one media source in a network via a first and second media path to one or more terminals , the method comprising: measuring timing information associated with arrival times of media packets in said first and second media stream using a measuring module positioned at a first location in said first and second media paths, wherein said measuring module is located in said one or more terminals; in said network generating buffer instructions for at least one buffer on the basis of said timing information, said at least one buffer delaying, on the basis of said buffer instructions, one or more media packets transmitted over said media paths to said one or more terminals such that arrival times of media packets at said one or more terminals are substantially synchronized, the method characterized in said buffer being positioned at a second location , different from the first location, in at least one of said first or second media path. measuring timing information associated with arrival times of media packets in said first and second media stream using a measuring module positioned at a first location in said first and second media paths, wherein said measuring module is located in said one or more terminals; in said network generating buffer instructions for at least one buffer on the basis of said timing information, said at least one buffer delaying, on the basis of said buffer instructions, one or more media packets transmitted over said media paths to said one or more terminals such that arrival times of media packets at said one or more terminals are substantially synchronized, the method characterized in said buffer being positioned at a second location , different from the first location, in at least one of said first or second media path.
Hydraulic steering system for a vehicle, in particular an industrial truck, comprising: - a steering cylinder having two chambers and a corresponding hydraulic connector (12a1, 12b1) on each of the two chambers for actuating a steering movement of at least one wheel of the vehicle; - at least one hydraulic pump; - at least one hydraulic tank for receiving hydraulic oil; and - a steering block comprising: ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder ; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals; the controllable valve assembly also being designed to be switchable into at least one neutral position in which it permits a flow of hydraulic oil between the two chambers of the steering cylinder, and the hydraulic steering system further comprising a pump device which is designed to drive the flow of hydraulic oil between the two chambers of the steering cylinder when the valve assembly is in the neutral position, characterised in that the valve assembly is switchable into two neutral positions, each of which allow one of the two flow directions of hydraulic oil from one of the chambers of the steering cylinder into the other. - a steering cylinder having two chambers and a corresponding hydraulic connector (12a1, 12b1) on each of the two chambers for actuating a steering movement of at least one wheel of the vehicle; - at least one hydraulic pump; - at least one hydraulic tank for receiving hydraulic oil; and - a steering block comprising: ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder ; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals; ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder ; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals;
Multifunctional seating system, including a floor , consisting of dovetail between crossbars and cruises to be realized by inserting such cruises ends within the inner tubular space of the crossbars , provided with a geometrically distributed plurality of protruding pins forming constraints and support of soft blades or other completion elements , wherein the interlocking between crossbars and cruises is made by means of reliefs suitable for making an elastic anchor engagement within corresponding holes located in the crossbars .
A system for producing sausage-shaped products (S), like sausages, containing a flowable filling material in a tubular or bag-shaped packaging casing (M) and a suspension element (L), like a suspension loop, the system includes a clipping machine (CM) for producing the sausage-shaped products (S), a discharge device (DD) for discharging the sausage-shaped products (S) out of the clipping machine (CM) in a transportation direction (T) and a feeding device (FD) for feeding a rod-like element (R) into a loading position in which the sausage-shaped products (S) are adapted to be stored by means of their suspension loops (L) on the rod-like element (R) directly by the discharge device (DD), wherein the discharge device (DD) comprises a conveyor means having a first and a second end with the first end directed to the clipping machine (CM) and the second end directed in transportation direction (T), a catching device for catching a suspension element (L) of a sausage-shaped product (S) and for guiding the suspension element (L) in transportation direction (T), and a telescopic device for reversibly moving the second end of the conveyor means in transportation direction (T).
A method for verifiable version control performed by a client computer, the method comprising: encrypting (206; 610) at least a part of the content of a file into a change-set data structure, each change-set describing the difference between the last version of the file and a new version, using a secret key shared among a plurality of users; and signing (211; 615) the change-set data structure using a private signing key of a user of the client computer; wherein the change-set data structure comprises a hash taken over a signature digest of a last significant change, wherein a significant change is one of: a change-set that adds a new file, a change-set that removes a file, a group change that adds a new member, and/or a group change that removes a member. encrypting (206; 610) at least a part of the content of a file into a change-set data structure, each change-set describing the difference between the last version of the file and a new version, using a secret key shared among a plurality of users; and signing (211; 615) the change-set data structure using a private signing key of a user of the client computer; wherein the change-set data structure comprises a hash taken over a signature digest of a last significant change, wherein a significant change is one of: a change-set that adds a new file, a change-set that removes a file, a group change that adds a new member, and/or a group change that removes a member.
A method of transmitting a video stream, including: a) intercepting a video stream from a server to a video client on a user device ; b) throttling onwards transmission of the video stream to the video client such that a buffer for the video stream on the video client remains close to real time playback; c) analysing content within the video of the video stream for pornographic content; and d) performing an action in relation to the onward transmission to the video client as a result of the analysis of the content, wherein the action includes blocking onward transmission of the video stream when the content of the video is deemed by the analysis to exceed a specific pornographic threshold; wherein the throttling continues during the analysis of the content and ceases when the analysis is complete. a) intercepting a video stream from a server to a video client on a user device ; b) throttling onwards transmission of the video stream to the video client such that a buffer for the video stream on the video client remains close to real time playback; c) analysing content within the video of the video stream for pornographic content; and d) performing an action in relation to the onward transmission to the video client as a result of the analysis of the content,
A method of producing a manufactured object, comprising forming the manufactured object by performing, once or a plurality of times, a step of forming a powder layer having material powders containing powders of an inorganic compound and a step of irradiating a predetermined region of a surface of the powder layer with an energy beam to fuse/solidify the material powders , wherein in the step of fusing/solidifying the material powders , an amorphous-rich region and a crystalline-rich region are formed, characterized in that the amorphous-rich region and the crystalline-rich region are formed separately by changing at least one of an output of the energy beam , a relative position between the surface of the powder layer and a focus of the energy beam , and a scanning rate of the energy beam . wherein in the step of fusing/solidifying the material powders , an amorphous-rich region and a crystalline-rich region are formed, characterized in that the amorphous-rich region and the crystalline-rich region are formed separately by changing at least one of an output of the energy beam , a relative position between the surface of the powder layer and a focus of the energy beam , and a scanning rate of the energy beam .
Device for measuring the tensile force in a tensioning belt with - a holding device for holding a spring element, - an elastically deformable spring element that is held by the holding device and on which a section of the tensioning belt can absorb forces and elastically deform the spring element and - an electronic sensor unit with - a sensor arrangement that measures the excursion of the spring element and generates a data signal, - an emitter for transmitting the data signal to a receiving unit, - a microprocessor that is connected with the sensor arrangement and the emitter and - an energy source for supplying the electronic sensor unit with current and - an electronic receiving unit for receiving the data signal from the emitter with - a receiver - a display for displaying the data signal and - a microprocessor that is connected with the receiver and the display, characterized in that during the increase of the tensioning force, the opposed ends of the spring element come closer to each other and the sensor arrangement is placed at the opposed ends of the spring element so that the distance of the opposed ends of the spring element is measured by the sensor arrangement . - a holding device for holding a spring element, - an elastically deformable spring element that is held by the holding device and on which a section of the tensioning belt can absorb forces and elastically deform the spring element and - an electronic sensor unit with - a sensor arrangement that measures the excursion of the spring element and generates a data signal, - an emitter for transmitting the data signal to a receiving unit, - a microprocessor that is connected with the sensor arrangement and the emitter and - an energy source for supplying the electronic sensor unit with current and - an electronic receiving unit for receiving the data signal from the emitter with - a receiver - a display for displaying the data signal and - a microprocessor that is connected with the receiver and the display, - a receiver - a display for displaying the data signal and - a microprocessor that is connected with the receiver and the display,
Braking method of an agricultural or work vehicle equipped with a hydraulic transmission (HY) wherein a hydraulic pump (HP) is driven by a prime mover (E) to power a hydraulic motor (HM), wherein the hydraulic motor is operationally connected to at least one vehicle wheel (W), the hydraulic pump having variable displacement with the relative displacement controlled proportionally to the rotation speed (Engine Speed) of the prime mover (E), the hydraulic motor having variable displacement, the method comprising a first step of forcing (ST1) a displacement increase of the hydraulic motor (HM) till to a predetermined value, when, in dynamic conditions (C1) of the vehicle, a relating accelerator pedal is completely released (C2) and a signal (C3) indicating the need to brake the vehicle is present and when the displacement of the hydraulic motor is increased following said first step (ST1), as a result of a pressure on the accelerator pedal, the method comprises a third step (ORD) to restore the ordinary control strategy of the displacement of the hydraulic motor; said braking method is further characterized in that said ordinary control strategy provides that the displacement of the hydraulic motor is inversely proportional to the speed of the vehicle.
A method of controlling application of forces to a first portion and a second portion (192a") of a surface of an object , the method comprising: applying a first force to the first portion of the surface of the object , the first force being applied by pressurizing a bladder formed by a flexible wall ; and applying a second force to the second portion (192a") of the surface of the object , the second force being applied using the bladder ; and wherein: applying the second force comprises applying an external force to a permeable contact member disposed inside the bladder ; applying the first force and applying the second force overlaps in time, and a magnitude of the first force is different from a magnitude of the second force ; and pressurizing the bladder further comprises applying the first force to the second portion (192a") of the surface of the object , in addition to the second force . applying a first force to the first portion of the surface of the object , the first force being applied by pressurizing a bladder formed by a flexible wall ; and applying a second force to the second portion (192a") of the surface of the object , the second force being applied using the bladder ; and wherein: applying the second force comprises applying an external force to a permeable contact member disposed inside the bladder ; applying the first force and applying the second force overlaps in time, and a magnitude of the first force is different from a magnitude of the second force ; and pressurizing the bladder further comprises applying the first force to the second portion (192a") of the surface of the object , in addition to the second force . applying the second force comprises applying an external force to a permeable contact member disposed inside the bladder ; applying the first force and applying the second force overlaps in time, and a magnitude of the first force is different from a magnitude of the second force ; and pressurizing the bladder further comprises applying the first force to the second portion (192a") of the surface of the object , in addition to the second force .
A vehicle interior component comprising: - a base ; - a bin configured for (a) a first state wherein the bin is secured to the base in a closed position and (b) a second state wherein the bin is moveable relative to the base ; and - a carrier movable between a closed position and an open position relative to the base ; wherein the bin is configured to move in a first direction relative to the base from the closed position to a first open position and in a second direction relative to the base from the closed position to a second open position; wherein the bin is configured to move relative to the carrier between the closed position of the bin and the second open position of the bin ; wherein the base comprises a front opening (FO) and a side opening (SO1, SO2); wherein the bin is configured to move from the closed position to the first open position through the front opening (FO) of the base , 2100), said first open position comprising a translated position; wherein the bin is configured to move from the closed position to the second open position through the side opening (SO1, SO2) of the base , said second open position comprising a rotated position; wherein the bin is configured to slide in the first direction and to rotate in the second direction. - a base ; - a bin configured for (a) a first state wherein the bin is secured to the base in a closed position and (b) a second state wherein the bin is moveable relative to the base ; and - a carrier movable between a closed position and an open position relative to the base ; wherein the bin is configured to move in a first direction relative to the base from the closed position to a first open position and in a second direction relative to the base from the closed position to a second open position; wherein the bin is configured to move relative to the carrier between the closed position of the bin and the second open position of the bin ; wherein the base comprises a front opening (FO) and a side opening (SO1, SO2); wherein the bin is configured to move from the closed position to the first open position through the front opening (FO) of the base , 2100), said first open position comprising a translated position; wherein the bin is configured to move from the closed position to the second open position through the side opening (SO1, SO2) of the base , said second open position comprising a rotated position; wherein the bin is configured to slide in the first direction and to rotate in the second direction.