8results about How to "Accurate and efficient testing" patented technology

The invention provides a storage test device and method, and the device comprises a processor which is electrically connected with a to-be-tested machine through a plurality of channels, and a temperature control module is used for controlling the placement environment temperature of the storage test device; the working chain control module is used for configuring and calling a working chain of the to-be-tested machine, and the working chain at least comprises a starting step of the to-be-tested machine, a read-write step of the to-be-tested machine, a power failure processing step of the to-be-tested machine and a working state adjusting step of the to-be-tested machine; the power consumption calculation module is electrically connected to the plurality of to-be-tested machines, records the power supply current of the main controller as a first power supply current at each node of the working chain, records the power supply current of the flash memory chip as a second power supply current, and calculates the power consumption of the to-be-tested machines according to the first power supply current, the second power supply current and the power supply voltage of the to-be-tested machines; and obtaining power consumption data of the to-be-tested machine at each node of the working chain. The performance of the storage device can be accurately and efficiently evaluated.

The invention belongs to the technical field of inertial navigation, and discloses a method and a device for testing the dynamic precision of an attitude instrument based on constant angle pulse. The method does not need additional auxiliary equipment, does not need to calibrate the installation error between the attitude instrument and the rotary table in advance, is suitable for various rotation working conditions such as constant speed, acceleration and deceleration, swinging motion and sinusoidal motion, can efficiently and accurately complete the dynamic precision test of the attitude instrument, remarkably saves the time cost and the operation and maintenance cost of the test, and improves the test efficiency. And batch production and test work development of the attitude instrument are facilitated.

The present disclosure provides a data model automatic testing method and device and electronic equipment, and relates to the field of software testing. The method comprises the following steps: obtaining all attribute combinations of a plurality of preset attributes corresponding to a to-be-tested data model and a plurality of preset conditions, and determining all condition combinations corresponding to the to-be-tested data model according to the all attribute combinations and the plurality of preset conditions; obtaining preset attribute values of each preset attribute under each condition combination, and determining a first target result corresponding to each condition combination according to the preset attribute values of the preset attribute; generating a plurality of data requests corresponding to each condition combination respectively, and inputting the plurality of data requests into the to-be-tested data model to obtain a second target result corresponding to each condition combination output by the to-be-tested data model; and outputting an output test pass message of the to-be-tested data model when each second target result is equal to the first target result of the corresponding condition combination. The present disclosure can improve the comprehensive testing efficiency of the data model.

The utility model relates to a capacitor righting and testing integrated mechanism in the field of capacitor testing, which comprises a supporting seat, a righting station and a testing station are arranged on the supporting seat, the righting station is provided with a clamping and righting assembly for righting a capacitor, and the testing station is provided with a clamping and testing assembly for testing the righting capacitor. A clamping driver is arranged on the supporting seat, clamping ends are formed at the two ends of the clamping driver, and the clamping driver is connected with the righting and clamping assembly and the clamping and testing assembly through the clamping ends. The problem of large space occupation caused by separation of centralizing and testing equipment in a traditional scheme is solved, the space occupation and the equipment cost of multiple mechanisms are saved, meanwhile, the clamping driver can enable the clamping centralizing assembly and the clamping testing assembly to be controlled in a linkage mode, centralizing and testing of the capacitor can be completed under one-time driving of the clamping driver, and the clamping and testing efficiency is improved. And the test accuracy and reliability are improved.

The utility model discloses a convenient testing device for the compactness of silty-fine sand soil in an aeolian sand area, which goes deep into an exploration hole formed by a Luoyang shovel for testing and comprises a drill rod assembly and a cross plate assembly, the drill rod assembly comprises a rotating handle, a plurality of standard drill rod sections and a drill rod with gradually-changed sections which are detachably connected in sequence, and the standard drill rod sections are spliced one by one in the length direction; the cross plate assembly comprises a shaft rod and a cross plate stainless steel sheet, the shaft rod is detachably connected to the drill rod with the gradually-changed section, the cross plate stainless steel sheet is fixed around the shaft rod in the length direction to be in a cross shape, and a cross plate blade foot is arranged at the bottom of the cross plate stainless steel sheet and used for cutting sandy soil in the vertical direction and driving the cross plate assembly to be vertically pressed into a sandy soil layer. And the test position is reached. The testing device is simple in structure and easy and convenient to operate, has the advantages of being high in testing efficiency and accuracy, low in operation safety risk and high in applicability to traffic conditions of various exploration sites.

The invention discloses a contact thermal resistance and thermal rectification coefficient testing method, and belongs to the technical field of testing, and the testing method comprises the steps: testing the forward heat transfer contact thermal resistance and the forward heat transfer average heat flow of a first test sample and a second test sample which are stacked under the working conditions of set pressure and temperature; exchanging the positions of the first test sample and the second test sample, and testing the reverse heat transfer contact thermal resistance and the reverse heat transfer average heat flow under the set pressure and temperature working conditions; and calculating a thermal rectification coefficient according to the forward heat transfer average heat flow and the reverse heat transfer average heat flow. According to the invention, high-precision direct testing of contact thermal resistance and thermal rectification coefficient in different pressure and temperature ranges can be realized, and the device has the advantages of no need of installing a temperature sensor on a sample, simple and rapid operation and the like.

The present invention provides a method for rapidly detecting the redox capacity of a heterogeneous aquifer medium, and belongs to the technical field of redox analysis of aquifer medium. The method provided by selecting ethyl viologen and 2,2-azino-bis(3-ethyl-benzothiazoline-6-sulfonic acid) as chemical probes has higher reaction activity and more accurate test results than traditional chemical probes, and the reaction rate between the probe and the aquifer medium is faster, thereby realizing accurate and efficient testing of the redox capacity of the aquifer medium. The method provided by the present invention can be applied to the rapid and convenient testing of the redox capacity of the actual aquifer medium, and the test accuracy reaches mmol e ‑ / kg, the reaction and test time does not exceed 20min, which realizes low-cost, efficient, convenient and accurate testing of the redox capacity of heterogeneous aquifer media (such as sand, silt, and clay loam).

The present disclosure provides a method and device for testing a circuit board, electronic equipment and a storage medium. The method comprises: determining template data of a to-be-tested circuit board based on component information of the to-be-tested circuit board; determining sample template data corresponding to the to-be-tested circuit board; performing template defect detection on the template data of the to-be-tested circuit board based on the sample template data to obtain a target soldering area in a non-defect area; and controlling a mechanical arm to test the to-be-tested circuit board based on the target soldering area.