31results about How to "Avoid Manual Testing" patented technology

The invention relates to a method for detecting the level of a 3D printing laser vibrating mirror. After confirming that the printing platform is in a horizontal state, establish a cross coordinate, control the laser to print the first cross-shaped track on the printing platform, and then control the rotation of the cross coordinate to 0‑90° to control The laser continues to print the second cross-shaped track on the printing platform, and finally observe whether the intersection of the first cross-shaped track and the second cross-shaped track coincides to judge whether the vibrating mirror is installed horizontally. When the intersection of the first cross-shaped track and the second cross-shaped track coincides, the vibrating mirror is installed horizontally; when the intersection of the first cross-shaped track and the second cross-shaped track does not coincide, the vibrating mirror is not installed horizontally, This can achieve the purpose of quickly and automatically detecting whether the galvanometer is installed horizontally, thereby avoiding manual testing, greatly reducing labor costs and testing time, and improving printing yield and work efficiency.

The invention discloses a particle swarm optimization algorithm (PSO) based Android automatic testing method. Triggering of an application control can be carried out in a modularized manner; relatively efficient input test data can be generated; and software exception can be relatively efficiently triggered when convenience is achieved. The method comprises the following steps: (1) mounting an app on a simulator, starting view server service by a viewer module, and obtaining control hierarchy tree information of the app through a hierarchy viewer; (2) with the obtained control hierarchy tree information as input, organizing a tree structure convenient to traverse by a build tree method of a PSO module; (3) traversing a control hierarchy tree constructed by the build tree, and searching whether a historical test case exists or not in a test case module after traversing a node every time; and (4) calling a test case set stored in the test case module, thereby implementing automatic testing.

The invention relates a sensitivity attenuation test method and apparatus. The method comprises a step of obtaining the first reception sensitivity of a present channel in channels to be tested when the sensitivity attenuation tests of the channels to be tested of a terminal is carried out in order, a step of obtaining the second reception sensitivity of a former adjacent channel of the present channel in channels to be tested, and a step of determining whether the first reception sensitivity is trusted data according to the first reception sensitivity, the second reception sensitivity and a preset sensitivity jump threshold. According to the technical scheme, whether the first reception sensitivity is the trusted data can be accurately determined according to the first reception sensitivity, the second reception sensitivity and a preset sensitivity jump threshold, thus the accurate of the sensitivity test result of the present channel is ensured, and the sensitivity test efficiency can be substantially improved according to the method of automatically testing whether the first reception sensitivity is the trusted data.

The invention discloses an automatic psychological tester for tumor patients, which comprises a casing; and a wristband, which is fixedly installed on the outside of the casing, and is used to wear the casing on the wrist; a connecting wire, one end of which is fixed to the casing Connected and extended to the inside of the shell; blood oxygen saturation clip, which is electrically connected to the other end of the connection line, used to detect the blood oxygen and blood sugar information of the patient; charging power supply, which is fixedly installed on the shell Inside, used for power supply; display screen, which is fixedly installed on one side of the housing; sensor detection unit, which is fixedly installed inside the housing and extends to the other side of the housing, for detecting the patient Information such as blood pressure, blood sugar, heart rate, respiratory rate, and tone of voice. The invention provides an automatic psychological test method for tumor patients, which avoids the situation of manual testing through systematic calculation, and takes into account various information of patients to make the test results more accurate.

The invention discloses a battery cell testing device for intelligent electric vehicle production, which relates to the technical field of battery core testing devices, in particular to a battery cell testing device for intelligent electric vehicle production, comprising an installation base, and the inner side of the installation base is fixedly installed There is a progressive block, the inner side of the installation base is provided with a chute, a sliding block is movably sleeved in the chute opened on the inner side of the installation base, and a driving block is fixedly installed on the inner side of the sliding block, and the driving block is connected to the inner side of the sliding block. The tops of the progressive blocks are beveled. The battery cell testing device for the production of smart electric vehicles, by placing the battery cell in the inner cavity of the installation base, and then starting the hydraulic rod, so that the connecting plate drives the drive block to rise, so as to lift the battery cell, so that the battery cell enters the transmission The top of the incoming block, and during the lifting process, the cells can be arranged through the cooperation of the driving block and the progressive block, so that the cells are neat and orderly, which is convenient for later testing and improves the accuracy of the test results.

The invention relates to a wireless charging electronic float automatic test device, system and method. A wireless charging electronic float is provided with floating taillight and energy storage equipment. A device module comprises an installation position, a light sensing sensor, a floating taillight processor, a floating taillight control switch, a wireless charger, a wireless charging controlswitch, an electric energy detector, an electric energy comparator, a data recorder and a test controller. When the wireless charging electronic float automatic test device tests a wireless charging electronic float, performance parameters when the wireless charging electronic float works or charges can be detected by the sensor or other devices, such as the floating taillight and the energy storage equipment and the like. The starting of the floating taillight and the charging process of the energy storage equipment can be automatically controlled, and then, the automatic test system can completely avoid manual testing, each performance testing of the wireless charging electronic float can be completed, a test speed is fast and efficiency is high.