mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detecting a functional failure in a power gearbox, in particular an epicyclic gearbox in an aircraft gas turbine engine comprising a) measuring operational data in the gas turbine engine of at least two operational parameters dependent on the power generation and / or power consumption of the gas turbine engine and / or the power gearbox , b) obtaining analyzed operational data comprising time data, angular data of a rotation, frequency data and / or phase data from the measured operational data , c) using the analyzed operational data in a comparison with stored baseline operational data to determine deviation data from the baseline operational data , d) determining at least two time dependent trend data analyses from the deviation data , and e) generating a signal and / or a protocol for controlling the epicyclic power gearbox and / or the gas turbine engine based on the at least two time dependent trend data analyses , in particular if a predetermined condition or threshold is exceeded. a) measuring operational data in the gas turbine engine of at least two operational parameters dependent on the power generation and / or power consumption of the gas turbine engine and / or the power gearbox , b) obtaining analyzed operational data comprising time data, angular data of a rotation, frequency data and / or phase data from the measured operational data , c) using the analyzed operational data in a comparison with stored baseline operational data to determine deviation data from the baseline operational data , d) determining at least two time dependent trend data analyses from the deviation data , and e) generating a signal and / or a protocol for controlling the epicyclic power gearbox and / or the gas turbine engine based on the at least two time dependent trend data analyses , in particular if a predetermined condition or threshold is exceeded.
A system for supplying energy to an implanted medical device for implantation in a patient's body, comprising an internal charger arranged to be implanted in the patient's body, the internal charger comprising a first coil, an external charger arranged to wirelessly transmit energy to supply the internal charger with energy, the external charger comprising a second coil, and a wireless feedback system arranged to transmit feedback information from the internal charger to the external charger, wherein the feedback information is based on information obtained from at least one radio frequency identification (RFID) transmitter, wherein the system is characterised in that ; the feedback information from the internal charger to the external charger is related to the strength of an electromagnetic field generated by the external charger, the at least one RFID transmitter is arranged to change its identification in response to the electromagnetic field at the transmitter and to transmit the changed identification when interrogated, wherein the RFID transmitter is arranged to set its identification according to the strength of the received electromagnetic field. an external charger arranged to wirelessly transmit energy to supply the internal charger with energy, the external charger comprising a second coil, and a wireless feedback system arranged to transmit feedback information from the internal charger to the external charger, wherein the feedback information is based on information obtained from at least one radio frequency identification (RFID) transmitter, wherein the system is characterised in that ; the feedback information from the internal charger to the external charger is related to the strength of an electromagnetic field generated by the external charger, the at least one RFID transmitter is arranged to change its identification in response to the electromagnetic field at the transmitter and to transmit the changed identification when interrogated, wherein the RFID transmitter is arranged to set its identification according to the strength of the received electromagnetic field.
A head-up display , comprising: a first panel ; a second panel ; and an optical system located in an optical path along which image light emitted from the first panel and the second panel travels to the left and right eyes of a user, the first panel comprising first subpixels arranged at a first pitch (H P ) in a parallax direction, in which direction binocular parallax is provided to the user's eyes, the second panel comprising second subpixels arranged at a second pitch in the parallax direction, the second panel and the first panel being placed along the optical path at a predetermined distance (g), the second panel being configured to produce, based on an image displayed on the first panel , a parallax image for providing binocular parallax to the user's eyes, the optical system enabling the parallax image to be provided in enlarged dimension to the user's eyes, the first pitch (H P ) and the second pitch being equal to each other; wherein the first panel is configured to display a right-eye image and a left-eye image, which are arranged at a third pitch in the parallax direction, in the first subpixels , the second subpixels of the second panel are configured to form a light-transmitting region and a light-blocking region , which are arranged at the third pitch in the parallax direction, and the third pitch is calculated based on a distance between the first panel and the second panel, a focal length of the optical system, and an interocular distance between the user's eyes. a first panel ; a second panel ; and an optical system located in an optical path along which image light emitted from the first panel and the second panel travels to the left and right eyes of a user, the first panel comprising first subpixels arranged at a first pitch (H P ) in a parallax direction, in which direction binocular parallax is provided to the user's eyes, the second panel comprising second subpixels arranged at a second pitch in the parallax direction, the second panel and the first panel being placed along the optical path at a predetermined distance (g), the second panel being configured to produce, based on an image displayed on the first panel , a parallax image for providing binocular parallax to the user's eyes, the optical system enabling the parallax image to be provided in enlarged dimension to the user's eyes, the first pitch (H P ) and the second pitch being equal to each other; wherein the first panel is configured to display a right-eye image and a left-eye image, which are arranged at a third pitch in the parallax direction, in the first subpixels , the second subpixels of the second panel are configured to form a light-transmitting region and a light-blocking region , which are arranged at the third pitch in the parallax direction, and the third pitch is calculated based on a distance between the first panel and the second panel, a focal length of the optical system, and an interocular distance between the user's eyes.
Artificial lawn comprising a top layer of artificial grass fibres and a substructure comprising a number of underlying layers including a base layer , one or more intermediate layers and a pipe system , wherein the aforesaid substructure is surrounded by an envelope , wherein said envelope is constructed so that the level of the water present within the envelope is vertically adjustable, wherein the adjustment of the aforesaid level can be carried out by using said pipe system positioned within the aforesaid envelope , through which pipe system water can be passed, which water can exit to the aforesaid layers of the substructure, and wherein water can be withdrawn from the aforesaid substructure using the aforesaid pipe system , said pipe system making it possible to supply water to the substructure, so that the water level in the substructure, seen in vertical direction, will rise, or to withdraw water from the substructure, so that the water level will fall, seen in vertical direction, characterised in that the envelope i Z surrounds the substructure on all sides and s made of a water-impermeable film selected from the group consisting of high density polyethylene (HDPE) and ethylene propylene diene monomer (EPDM).
A battery cover color change method, carried out by an electronic device, wherein the electronic device comprises an application and a battery cover , and the method comprising: sending, by the application, first audio data to an audio playing process; in the audio playing process, obtaining color change data based on the first audio data, wherein the color change data corresponds to rhythms of the first audio data; and playing the first audio data while the battery cover changes colors in accordance with the rhythms of the first audio data driven by the color change data; characterized in that the first audio data sequentially passes through an application layer , an application framework , an audio hub service layer , an audio hardware abstraction layer , and a kernel layer in the audio playing process; wherein the kernel layer comprises a battery cover virtual device and an audio virtual device , wherein the battery cover virtual device and the audio virtual device are independent of each other. sending, by the application, first audio data to an audio playing process; in the audio playing process, obtaining color change data based on the first audio data, wherein the color change data corresponds to rhythms of the first audio data; and playing the first audio data while the battery cover changes colors in accordance with the rhythms of the first audio data driven by the color change data; characterized in that the first audio data sequentially passes through an application layer , an application framework , an audio hub service layer , an audio hardware abstraction layer , and a kernel layer in the audio playing process; wherein the kernel layer comprises a battery cover virtual device and an audio virtual device , wherein the battery cover virtual device and the audio virtual device are independent of each other.
A track part, in particular a low-alloy steel rail for rail vehicles, characterized in that the steel comprises, in the rail head of the track part, a ferrite portion of 5-15 vol%, an austenite portion of 5-20 vol%, a martensite portion of 5-20 vol%, and a portion of carbide-free bainite of 55-75 vol%, and wherein the low-alloy steel comprises as alloying components carbon, silicon, manganese, chromium, molybdenum and optionally vanadium, phosphorus and/or sulfur and the balance iron and no alloying component is present in an amount larger than 1.8 wt%, wherein a low-alloy steel having the following reference analysis is used: 0.2 - 0.6 wt-% C 0.9 - 1.2 wt-% Si 1.2 - 1.8 wt-% Mn 0.15 - 0.8 wt-% Cr 0.01 - 0.15 wt-% Mo, and optionally 0 - 0.25 wt-% V, in particular 0.01 - 0.25 wt-% V 0 - 0.016 wt-% P, in particular 0.01 - 0.016 wt-% P 0 - 0.016 wt-% S, in particular 0.01 - 0.016 wt-% S balance: iron.
An air purification tent comprising: a tent , at least partly made from a semipermeable flexible material, said tent is intended to be suspended above a platform such that the material is enclosing the platform and an enclosed space is created; an air purification device arranged in the tent, said device comprising an air inlet arranged outside the enclosed space, and an air outlet arranged within the enclosed space; wherein air from outside the tent is flowing through the air purifying device and into the enclosed space such that the enclosed space is filled with pure air, characterized in that the area of the tent surrounding the air purification device consist of a less permeable material than the rest of the tent to prevent short circuiting of clean air in the air treatment device.
A heat exchanger comprising a jacket element and an insert element , wherein the insert element is arranged in the operating state inside the jacket element , wherein the insert element has a longitudinal axis , wherein the insert element includes an insert jacket element and at least one web element , arranged in an angle of 25 degrees up to and including 75 degrees with respect to the longitudinal axis , the web element having a first end and a second end , the first end and the second end of the web element being connected to the insert jacket element at different locations, the web element comprising a web element channel , the web element channel extending from the first end of the web element to the second end of the web element , characterized in that the insert jacket element includes an insert jacket channel which is fluid-conductively connected to one of the web element channels , wherein an intermediate jacket element is arranged between the insert jacket element and the jacket element , wherein the insert jacket channel is fluidly connected to an intermediate jacket element channel .
Receiving means for a cleaning device for inserting into a basket element of the cleaning device , the receiving means being used to receive at least one tube and comprising the following features: - a plurality of retaining elements each comprising a plurality of through-openings ; - a plurality of insert elements which can each be inserted into one of the retaining elements and each comprise a receiving region which is designed to receive the tube ; - at least one connection element which is designed to connect the tube to a rinsing strip of the cleaning device in order to introduce a cleaning liquid into the tube , characterized in that the receiving means comprises a frame unit formed from a plurality of frame elements and the plurality of retaining elements assembled with the frame elements , the insert elements each comprising a first hooking element in a first edge region and a second hooking element in a second edge region , which hooking elements are designed to hook the relevant insert element into one of the retaining elements , and a plurality of through-openings of a relevant retaining element each being arranged in a row on opposite legs of the retaining element for receiving the first hooking element and the second hooking element . - a plurality of retaining elements each comprising a plurality of through-openings ; - a plurality of insert elements which can each be inserted into one of the retaining elements and each comprise a receiving region which is designed to receive the tube ; - at least one connection element which is designed to connect the tube to a rinsing strip of the cleaning device in order to introduce a cleaning liquid into the tube , the receiving means comprises a frame unit formed from a plurality of frame elements and the plurality of retaining elements assembled with the frame elements , the insert elements each comprising a first hooking element in a first edge region and a second hooking element in a second edge region , which hooking elements are designed to hook the relevant insert element into one of the retaining elements , and a plurality of through-openings of a relevant retaining element each being arranged in a row on opposite legs of the retaining element for receiving the first hooking element and the second hooking element .
Prosthetic foot comprising a keel ; said keel comprising two separate elements that are fixed to each other, namely : - an horizontal U-shaped elastic ankle oriented in a way as having the two branches of said U pointed towards the forefoot , - an elastic blade that extends along the foot bottom ; characterised in that the ankle lower branch free end is fixed to the blade central area and the keel is embedded in an encapsulation material . - an horizontal U-shaped elastic ankle oriented in a way as having the two branches of said U pointed towards the forefoot , - an elastic blade that extends along the foot bottom ;
A data processing method, executed by a first coordination server responsible for task allocation and management in a first distributed server cluster in a blockchain network, wherein the method comprises: receiving (S30) a data reading request sent by a client device, wherein the data reading request comprises a code value; when the code value is matched in first code value configuration data, obtaining (S32) a location value corresponding to the code value based on the first code value configuration data, wherein the location value is associated with a location of a block data in a blockchain, the first code value configuration data comprises at least one code value that corresponds to a location value; when the location value satisfies a location value determining condition, obtaining (S24) block data identified by the location value in the blockchain; and sending (S26) a reading result to the client device based on the obtained block data; when the location value does not satisfy the location value determining condition, sending (S34) the location value to a second coordination server, the second coordination server responsible for task allocation and management in a second distributed server cluster in the blockchain network; receiving (S36) block data that is sent by the second coordination server and identified by the location value in the blockchain; and sending (S38) a reading result to the client device based on the received block data. receiving (S30) a data reading request sent by a client device, wherein the data reading request comprises a code value; when the code value is matched in first code value configuration data, obtaining (S32) a location value corresponding to the code value based on the first code value configuration data, wherein the location value is associated with a location of a block data in a blockchain, the first code value configuration data comprises at least one code value that corresponds to a location value; when the location value satisfies a location value determining condition, obtaining (S24) block data identified by the location value in the blockchain; and sending (S26) a reading result to the client device based on the obtained block data; when the location value does not satisfy the location value determining condition, sending (S34) the location value to a second coordination server, the second coordination server responsible for task allocation and management in a second distributed server cluster in the blockchain network; receiving (S36) block data that is sent by the second coordination server and identified by the location value in the blockchain; and sending (S38) a reading result to the client device based on the received block data.
A surgical assembly comprising a switching assembly which is arranged to receive a DC signal for use in generating an electrical field proximate a site of a surgical procedure for ionizing and removing particles suspended proximate the surgical site, and a second signal for use in cutting, sealing or cauterizing tissue of the patient during the surgical procedure, the assembly further comprising a surgical tool comprising a tool-piece , the switching assembly being arranged to switch the application of the DC signal and second signal to the tool-piece, and a controller for controlling the switching assembly to control the application of the DC signal to the tool-piece during a first time interval, the DC and second signals being separated by a third interval during which the DC and second signals are removed from the tool-piece and the application of the second signal to the tool-piece for a second time interval, wherein the controller comprises a timing arrangement configured to time the application of the DC signal to the tool-piece following the second interval, such that the first and second intervals are non-overlapping intervals, wherein that the timing arrangement is arranged to time the application of the DC signal in dependence of a cessation of the second signal, and wherein any residual capacitive charge accumulated during the preceding first interval is allowed to discharge or dissipate during the third interval, the assembly comprising at least one resistor for enabling the discharge or dissipation of residual charge.
Method for operating a motor vehicle, in particular a passenger car, with at least one drive engine and an automatic transmission , wherein a mechanism is provided with a clutch pedal for separating the drive connection and a shift lever for manually shifting the transmission ratios, and wherein an electronic control unit is provided, by means of which the functions of clutching and shifting are converted into corresponding control signals for the automatic transmission , characterised in that the control unit of the automatic transmission can be shifted by means of a shifting device from manual transmission to automatic transmission, wherein then the control signals of the clutch pedal and the gear shift signals of the shift lever are suppressed accordingly.
A button type sealing box cover , comprising an upper cover , a lower cover, a dish seal ring , a button and a lever spring mechanism, the button is mounted in a button hole of the upper cover , the dish seal ring is fixed at a periphery of the lower cover; the button type sealing box cover also comprises a rotary toothed member and a vertical shaft ; the rotary toothed member comprises a sleeve and spline teeth , a quantity of the spline teeth is N wherein N is three; a top and a bottom side of each spline tooth of the spline teeth is respectively provided with a sliding surface , each sliding surface being a part of a respective helicoid, with the respective helicoid of each sliding surface at the top side rotating counterclockwise and with the respective helicoid of each sliding surface at the bottom side rotating clockwise, the sliding surfaces at the top sides of the spline teeth having the same helical angle and the sliding surface at the bottom sides of the spline teeth having the same helical angle; the rotary toothed member is rotatably mounted at a lower section of the vertical shaft , with an upper end of the vertical shaft fixed on the button ; a lower section of the button hole of the upper cover is provided with a bottom plate ; the bottom plate comprises an N-groove spline hole ; each tooth groove of the N-groove spline hole has a width matching with a width of each spline tooth of the rotary toothed member ; a bottom side of the bottom plate is provided with an end gear ; the end gear comprises 2N end teeth each tooth groove of the end gear is shaped corresponding to a shape of the top side of each spline tooth of the rotary toothed member ; each said tooth groove of the N-groove spline hole is located at a respective tooth groove of the end gear ; the button type sealing box cover is characterized in that , the lower cover comprises a 2N-groove spline hole ; an axial top surface of each spline tooth of the 2N-groove spline hole comprises a sliding surface , each sliding surface being a part of a respective helicoid rotating clockwise and with the same helical angle as the sliding surface at the bottom side of each spline tooth of the rotary toothed member ; each tooth groove of the 2N-groove spline hole has a width matching with the width of each said spline tooth of the rotary toothed member ; each said tooth groove of the N-groove spline hole offsets each corresponding tooth groove of the 2N-groove spline hole in a circumferential direction of the rotary toothed member , whereby when the button is pressed, the rotary toothed member slides downward along the N-groove spline hole , and after the spline teeth of the rotary toothed member has left the N-groove spline hole , each sliding surface at the bottom side of each spline tooth comes into contact with the sliding surface at the axial top of a corresponding spline tooth of the 2N-groove spline hole , and when the rotary toothed member continues to move downward with the button , it rotates along said sliding surfaces , entering the tooth grooves of the 2N-groove spline hole .