37results about How to "Accurate data recording" patented technology

The invention relates to a controller of a converter of a dual-fed wind power generator, which is formed by connecting a touch display screen, a PLC module, a data acquisition and control module and a network interface module, wherein the touch display screen is connected with the PLC module, the PLC module is connected with one end of the network interface module, the other end of the network interface module is connected with a control and pitch control system of a wind turbine, the PLC module is further connected with the data acquisition and control module, and the data acquisition and control module is simultaneously connected with a rotor side power module and a network side power module. The controller adopts the modular design and can realize the double closed-loop control of a power outer loop and a current inner loop through acquisition, analysis and treatment of various analog signals, digital quantity signals and rotation speed signals, and simultaneously realize the functions of centralized acquisition of data, fault prediction, diagnosis and the like, and has the characteristics of strong anti-interference ability, abundant network interfaces, fast measurement speed, high control precision, friendly man-machine interface and the like.

The invention relates to a comprehensive test device for cigarette lighters of motor vehicles, and the comprehensive test device comprises an installation countertop 18, wherein a controller 17 is arranged on the installation countertop18, and the upside of the controller 17 is provided with a control countertop; on the installation countertop 18, one side of the controller 17 is provided with a sliding table 5, the other side of the sliding table 5 is provided with a stepping motor and a fixing device 6, the other sides of the stepping motor and the fixing device are provided with a cigarette lighter plug clamping device 7, and the other side of the cigarette lighter plug clamping device 7 is provided with a cigarette lighter socket fixing device 8. The device disclosed by the invention has the beneficial effects that 1, multiple cigarette lighters are tested simultaneously and mutually independently; 2, the data record is comprehensive and accurate; 3, the control cost of a PLC (programmable logic controller) is low; 4, the countertop operation is humanized; and 5, the mechanical design is ingenious.

The invention provides an extra / ultra-high voltage (E / UHV) DC transmission converter valve light triggering thyristor level detection device. The device comprises a power frequency power supply unit, a resistance-capacitance measurement unit, a control unit, an RPU detection unit, a data setting and display unit and a light reception unit, wherein a thyristor level comprises a thyristor, a reverse recovery period protection unit, a thyristor damping loop and a thyristor voltage monitoring unit, the power frequency power supply unit and the resistance-capacitance measurement unit are connected with the thyristor, the RPU detection unit is connected with an RPU, and the light reception unit is connected with the power frequency power supply unit, the control unit and the data setting and display unit through fibers and TVM. Through the device, detection on converter valve light triggering thyristor level triggering, thyristor conduction voltage drop, damping parameters, RPU protection function and TVM board monitoring function is carried out, a problem that item-by-item detection is required during light triggering converter valve thyristor level test or overhaul because of no integrated test equipment is solved, and the device further has advantages of high detection efficiency, accurate data record and strong flexibility.

The invention discloses a detecting and testing device and method for an inverter or a charger. The detecting and testing device comprises a power supply host, a detection system and a module to be detected, and is characterized in that the module to be detected comprises a three-phase inverter detection module I for simulating a dining car, or a three-phase inverter detection module II for simulating a local train, or a detection module III for testing a uniform single-phase inverter, a uniform charger, a non-uniform single-phase inverter and a non-uniform charger; the power supply host and the detection system 2 are electrically connected, the power supply host comprises a DC power supply generation unit arranged at the upper layer, a simulated neutral-section passing unit arranged at the middle layer and a monitoring unit arranged at the lower layer; and the detection system comprises a chassis assembly with a box-type structure, a control panel arranged at the front end face of the chassis assembly and a detection unit installed inside the chassis assembly. The detecting and testing device has the characteristics of simple structure, convenient operation, stable quality, accurate judgment, wide test object, high adaptability and the like.

The invention belongs to the technical field of a sports training device, and particularly relates to an intelligent football pace training system and an intelligent football pace training method. Theintelligent football pace training system comprises a flexible ladder arranged on the ground and a pace monitoring device; the flexible ladder comprises several rope grids along the longitudinal direction of the flexible ladder; the pace monitoring device comprises a supporting bracket arranged on the ground along the longitudinal direction of the flexible ladder, a line of obstacle avoiding sensors evenly arranged on the supporting bracket and a controller electrically connected with the obstacle avoiding sensors; except for the last obstacle avoiding sensor, probes of the last obstacle avoiding sensors are aligned to the middle position of every rope grid; the controller comprises an input module, a display screen, a transmission module, a storage module and a control module. The intelligent football pace training system applies intelligent timing to replace traditional artificial timing, thus the data record is more efficient and accurate, the coach's burden is lightened and the coach's time cost is reduced; through the recorded data, the athletic training state can be scored and evaluated.

The magnetic recording medium includes: a non-magnetic support; and a magnetic layer including ferromagnetic powder and a binding agent, wherein the ferromagnetic powder is selected from the group consisting of hexagonal strontium ferrite powder and s-iron oxide powder, and has an average particle size of 5 nm or more and 20 nm or less, wherein the magnetic layer has a servo pattern, and wherein an average area Sdc of magnetic clusters of the magnetic recording medium in a DC demagnetization state, measured by a magnetic force microscope is 0.2×104 nm2 or more and less than 5.0×104 nm2.

An intelligent character construction and analysis system includes a 96 personality parameter template module, scene environment feature template module, behavioral event template module, behavior mode template module of character in scene, goal determination and response scheme template module of character scene behavior, character parameter record table module of robot or user, behavior mode record table module of character in scene, robot or user collection module, character engine process thread management module, network platform end and local application end, etc. The invention presets the behavior mode of the robot or the user in the scene through the character construction, and then compares the preset result with the actual result, thereby supplementing and correcting the preset result and the template data, and completes the optimization of the robot character construction and the personality growth, the user character analysis and the behavior prediction through the continuous iterative training.

A warrant recording system includes a setting apparatus and a tire pressure detector. The setting apparatus is connected with the internet for acquiring a standard time. The setting apparatus writes the acquired standard time into the tire pressure detector, such that an initial timestamp is recorded in the tire pressure detector. Therefore, the setting apparatus automatically inputs a warrant period into the tire pressure detector, thus assuring the accurate record of the initial time point of the warrant period.

The invention belongs to the technical field of medical waste treatment, and particularly discloses a blood sample temporary storage device for an inpatient area. The blood sample temporary storage device comprises a temporary storage cylinder, wherein a sample temporary storage mechanism and a temporary storage control mechanism matched with the sample temporary storage mechanism are arranged in the temporary storage cylinder; a movement supporting mechanism is arranged on the bottom surface of the temporary storage cylinder; a temporary storage cover is arranged at the top end of the temporary storage cylinder, a temporary storage top surface is arranged at the top end of the temporary storage cover, a sample temporary storage opening is formed in the temporary storage top surface, and an automatic switch structure is arranged on the sample temporary storage opening; and a sample outlet matched with the temporary storage mechanism is formed in the temporary storage cylinder. According to the blood sample temporary storage device, by arranging the sample temporary storage mechanism and the temporary storage control mechanism in the temporary storage cylinder, collection and intelligent pretreatment actions of blood samples are achieved, centralized treatment and temporary storage of vacuum blood collection tubes are facilitated, the collection time of the vacuum blood collection tubes is effectively shortened, the time of contact with the vacuum blood collection tubes during manual operation is shortened, the collected vacuum blood collection tubes can be accurately recorded and counted, and the probability of losing the vacuum blood collection tubes is reduced.

A ratio of an erase current and a peak current when starting recording is defined as K=iER / iPK (S1), and iER11 is set equal to K×iPK1, and an ideal value iER11 of an erase current that should be increased according to a temperature change is determined (S2). A value obtained by subtracting a current iBT at a bottom level emission intensity when starting recording from a current at an erase level emission intensity after the temperature rises is defined as iER1. By measuring this iER1, an ideal value iER11 of the erase current is subtracted from iER1, and the resultant current is defined as iBT11 (S3). This iBT11 is set as an adjustment value of the bottom current, and a value obtained by adding this adjustment value to a bottom current when starting recording is set as a bottom current after change.

The invention relates to a method for realizing large-capacity data recording in a pod, which is suitable for realizing the large-capacity data recording under a real-time embedded environment of the pod. The method comprises the steps of setting an annular buffer region supported by an operation system; calling a library function to establish an annular buffer region for high-speed data in each route during initializing; inquiring a register state of a high-speed RS422 interface by inquiring and moving each period of a data function in a main working thread, and inputting data into the annular buffer region when a storage register is in a half-full state; periodically inquiring the data situation of the annular buffer region, calling an electronic hard disc writing function in the main working thread when the data meet a 2K state, and writing the data in an electronic hard disc.

The present invention discloses a quick conductive paste filling device based on an electrode cap. The device comprises a plurality of flexible elastic belts and a plurality of suction injection ballsarranged on the elastic belts, and when the elastic belts are bent to have the same radian as the electrode cap, and the suction injection balls on the elastic belts are correspondingly inserted intoelectrode cavities in the electrode cap one by one. The plurality of the suction injection balls are arranged on the plurality of the flexible elastic belts, distribution of the suction injection balls on the whole filling device is consistent with distribution of electrodes on the electrode cap to be injected, as the elastic belts have certain elasticity, certain elastic belts can be bent to beattached to the electrode cap, suction ports of the plurality of the suction injection balls are inserted into the cavities of the electrode cap, by manually pressing the injection balls, conductive paste filling of the plurality of the electrode cavities is completed at one time, whole filling time can be shortened to 5 minutes, working efficiency is greatly improved, and data recording of brainelectrical activities is more accurate.

The magnetic recording medium includes a non-magnetic support; and a magnetic layer including a ferromagnetic powder, in which an anisotropic magnetic field Hk is more than 5.0 kOe and less than 7.5 kOe, an anisotropic magnetic field distribution is more than 0.75 and less than 1.20, the magnetic layer has a servo pattern, the ferromagnetic powder is a hexagonal strontium ferrite powder, and an average particle size of the hexagonal strontium ferrite powder is 9 nm to 20 nm.

The invention discloses a fault detection system of an AC turnout switch machine and a method thereof. The fault detection system comprises a current sampling device, a voltage sampling device and a fault analysis module, wherein, the input ends of the current sampling device and the voltage sampling device are respectively connected with a circuit to be tested of a turnout switch machine room, and the output ends of the current sampling device and the voltage sampling device are connected with the fault analysis module; and the fault analysis module is divided into a status monitoring moduleduring the turnout operation period and a status monitoring module during the turnout power-receiving period which are used for detecting operating condition, procedure parameters and fault message of the turnout switch machine and outputting the operating condition, the procedure parameters and the fault message through a status display interface. The practical fault detection system of the turnout switch machine and the method thereof proposed by the invention start from fault detection of the turnout switch machine to provide effective technique means for real-time monitoring of the turnout switch machine and provide guarantee for safety operation of the turnout switch machine.

The magnetic recording medium includes a non-magnetic support; and a magnetic layer including a ferromagnetic powder, in which the ferromagnetic powder is a hexagonal strontium ferrite powder, an activation volume of the hexagonal strontium ferrite powder is 850 nm3 to 1200 nm3, the magnetic layer has a servo pattern, and an alignment degree of the hexagonal strontium ferrite powder obtained by analyzing the magnetic layer by X-ray diffraction is 1.3 to 8.5.

The invention relates to the technical field of municipal pipeline operation, in particular to a municipal pipeline tail end drainage control device. The device comprises a fire hydrant (1), a water inlet connecting pipe (2), an electromagnetic valve (3), a main pipe (6) and an electromagnetic flowmeter (7) which are sequentially connected; a turbidity sensor (4) is mounted on the main pipe (6); the electromagnetic valve (3), the turbidity sensor (4) and the electromagnetic flowmeter (7) are all connected with a PLC automatic control system (5); and the tail end of the main pipe (6) is connected with a drainage pipe (10). The device can realize automatic control and record changes of parameters such as turbidity, flow, time and the like in the municipal water supply pipeline tail end flushing drainage process, is used for finely managing the municipal pipeline tail end drainage process, saves the drainage quantity, improves the drainage efficiency, and improves the water quality of a water supply pipeline.

The invention discloses a high-altitude leaf sampling and data recording system, comprising an aerial photographing vehicle, a leaf sampling assembly fixed on the aerial photographing vehicle and a remote controller terminal, wherein the aerial photographing vehicle comprises a master control chip, a positioning chip, a clamp motor, a punching motor and a labeling motor; the signal output end of the positioning chip is connected with the signal input end of the master control chip; the signal output end of the master control chip is connected with the control ends of the clamp motor, the punching motor and the labeling motor; the leaf sampling assembly comprises a leaf clamp, a puncher used for punching a leaf and a labeling mechanism used for labeling a leaf sample; the power ends of the clamp motor, the punching motor and the labeling motor are respectively connected with the control ends of the clamp, the puncher and the labeling mechanism; a leaf is sampled and labeled by the leaf sampling assembly so as to form a leaf sample; and corresponding label information and parameter information of the leaf sample are transmitted to the remote controller terminal via a wireless transmission module and stored in a memory. The high-altitude leaf sampling and data recording system improves convenience of field leaf sampling.

The disclosure relates to a medical imaging device, a method for supporting medical personnel, a corresponding computer program product, and a corresponding computer-readable storage medium. In the method, a 3D data record is received from a first imaging modality and image data of an examination object is received from a second imaging modality. Different tissue regions of the same organ are imaged with different imaging properties at least under the second imaging modality. A tissue boundary is detected between the tissue regions in the image data. For registration of the image data with the 3D data record, the tissue boundary is aligned at a corresponding tissue boundary in the 3D data record. In addition, or alternatively, based on the tissue boundary, an automatic movement compensation takes place of a movement of the examination object which has occurred during the generation of the image data.