6results about How to "Synchronous acquisition" patented technology

The application provides a multi-finger tactile acquisition device, comprising: a plurality of finger tactile sensing modules and a wrist centralized processing module; the finger tactile sensing module comprises a first wearable base corresponding to a finger tip, a composite silica gel force transmission unit connected with the first wearable base for conducting finger tip contact force, and a finger tip tactile sensing unit for sensing finger tip contact force; the wrist centralized processing module comprises a second wearable base corresponding to a wrist and a processing mainboard, the processing mainboard is packaged in the second wearable base, the processing mainboard is in communication connection with the finger tip tactile sensing unit of the plurality of finger tactile sensing modules through a customized cable, a star-shaped topology network is formed to receive data of finger tip contact force; and the processing mainboard is used for transmitting the data of finger tip contact force to other electronic devices. The problems of multi-channel data acquisition, real-time processing, stable power supply, neat wiring and comfortable wearing are solved, and the overall hand tactile information in complex operation can be comprehensively, synchronously and efficiently acquired.

The application relates to the field of shield model testing and monitoring, and particularly discloses a slurry balance shield model testing device, which comprises a soil bin, a counterforce frame fixed to one side of the soil bin, a moving cabin capable of reciprocating sliding between the soil bin and the counterforce frame, and a multi-source sensor system. The moving cabin comprises a slurry cabin and an air cushion cabin which are independent of each other. A cutter head is arranged at the front end of the slurry cabin. A centrifugal pump is connected in series to a slurry inlet pipeline and a slurry discharge pipeline of the slurry cabin. The multi-source sensor system comprises a torque sensor connected to the cutter head, a pressure sensor connected to the slurry cabin, a pump body acceleration sensor connected to the centrifugal pump, and a condenser microphone arranged in the soil bin and facing a tunneling face. The device can simulate the coupling process of shield tunneling and slurry circulation under laboratory conditions in a high simulation mode, and can realize the synchronous and real-time collection of key multi-source physical parameters of cabin pressure, cutter head load, pumping vibration and tunneling face acoustic signals, thereby providing technical support for in-depth research on the evolution mechanism of complex working conditions such as slurry balance shield lagging.

The application provides a multifunctional testing device for simulating a real use scene of a paper diaper, and relates to the technical field of paper diaper performance detection. The multifunctional testing device comprises a base, a large arm connected to the base, a first rotating component arranged on the large arm, a small arm rotatably connected to the large arm through the first rotating component, a turning flange connected to the small arm, a second rotating component arranged on the turning flange, a baby posture simulation model connected to the output end of the second rotating component, a liquid simulation unit in communication with the baby posture simulation model through a liquid pipeline, a temperature control unit connected to the liquid simulation unit, a gas simulation unit arranged in the baby posture simulation model and used for outputting gas, a sensing unit arranged on the surface and / or inside of the baby posture simulation model, and a control unit electrically connected to the first rotating component, the second rotating component, the liquid simulation unit, the temperature control unit, the gas simulation unit and the sensing unit respectively.

The invention discloses an automobile switch operating force testing method, which comprises the following steps of: (1) pressing a key, monitoring force and stroke data in real time, recording, storing and generating a data sequence when the operating force is greater than or equal to a preset minimum force Fmin, and stopping when the operating force exceeds a threshold value or is pressed in place; (2) traversing the force data sequence, identifying extreme points and storing the extreme points into an array, processing adjacent extreme points of the same type, and calculating a force peak-valley difference value; (3) traversing the array set, calculating a force peak valley difference value of adjacent different types of extreme points, comparing the difference value with a preset threshold value, and screening an effective difference value to form an array; (4) sorting the difference value array, if the difference value is invalid, judging that the curve is invalid, and if the difference value is invalid, judging that the curve is invalid, otherwise, judging that the curve is invalid. If yes, storing the peak-valley extreme point data into a two-dimensional array, and forming a force-stroke relation array in combination with the stroke data; according to the method, through multi-condition filtering and peak valley detection, automatic and accurate testing of the automobile switch operating force is achieved, and the problems that an existing method is poor in interference resistance and prone to misjudgment are solved.

The application relates to a data collection method and device, computer equipment and a computer readable storage medium. The method comprises the following steps: in response to a timer interrupt instruction, entering a timer interrupt program, starting a clock counter and recording an initial count value; in the timer interrupt program, starting an electrocardiogram measurement module, a heart sound measurement module and a blood pressure measurement module according to a preset order according to preset assembly instructions, and measuring state data corresponding to a user; when the current count value of the clock counter reaches a threshold value, closing the electrocardiogram measurement module, the heart sound measurement module and the blood pressure measurement module according to the preset order based on the corresponding assembly instructions to obtain a target data set; based on the initial count value and the current count value, a data collection duration is obtained, and based on the target data set and the data collection duration, target state data is obtained. The method can realize high-precision synchronous collection of electrocardiogram data, heart sound data and brachial artery pressure data.

The invention discloses an in-situ attenuated total reflection Fourier transform infrared spectrum detection method based on microwave heating, and belongs to the technical field of spectrum detection and analysis. According to the method, a design strategy that microwave heating and an infrared spectrum system are arranged separately is adopted, and a high-refractive-index infrared reflection crystal is used as a unique coupling detection area, so that real-time infrared spectrum monitoring of a reaction system is realized. The detection method disclosed by the invention is particularly suitable for in-situ monitoring of hydrogenation, cracking and conversion reaction of an oxygen-containing or unsaturated substituent compound on a furan ring or a benzene ring, and is compatible with microwave and catalytic reaction mechanism research, material interface reaction analysis and spectroscopic characterization of a biomass derivative conversion process; the method has the advantages of being accurate in temperature control, high in response speed, high in signal stability and good in data repeatability, dynamic spectrum tracking can be conducted on a complex reaction system, a traditional external heating detection mode is compatible, and the space matching degree and the time resolution of microwave field in-situ characterization are remarkably improved.