46results about How to "No manual input required" patented technology

The invention discloses a load selection device and an automatic melt index instrument. The load selection device comprises a weight box and a plurality of weights stacked in the weight box, and inserting rods used for selecting the weights, wherein a box opening is formed in the bottom of the weight box; a gap allowing the inserting rod to be horizontally inserted is reserved between the adjacentweights; at least one column of inserting holes are formed in a front plate of the weight box from top to bottom, the inserting holes correspond to the gaps in a one-to-one mode, the inserting rods are inserted into the gaps with the corresponding heights from the inserting holes, the weights located below the inserting rods in the weight box can freely fall off, and the other weights are supported by the inserting rods; the weight box is also provided with a plurality of sensors, the plurality of sensors are respectively used for detecting inserting rods which are inserted into the weight box and are located at different heights, and each sensor corresponds to a preset test load value. The test load can be quickly selected and switched by controlling the operation of the inserting rod; after the test load is switched, the test load value can be automatically identified without manual input; the device is simple in structure, high in reliability and low in cost.

An automatically generating system of multiple exciting sources used in analog analysis comprises a parameter input module, a computer host and a pattern output boundary. It is featured as forming computer host by an exciting source generating module including a signal generating sub module, an expansion application sub module, a hybrid signal generating sub module and addition sub module. The method for automatically generating multiple exciting sources used in analog analysis is also disclosed.

The invention discloses a robot teaching method, device and robot, which determine the first information of the position of the robot relative to the preset reference position of the equipment located around the robot; determine the teaching point of the equipment relative to the preset reference position of the equipment The second information of the reference position; according to the determined first information and second information, determine the third information of the position of the teaching point of each device relative to the robot; according to the determined third information, determine that the robot is to be transported object's trajectory. Therefore, the teaching of the robot can be realized through a simple method, and the teaching process can be completed at the handling site without networking or manual input operation, which greatly improves the teaching efficiency.

The invention provides a transaction system and a transaction method based on a vehicle-mounted device. The transaction system comprises a vehicle-mounted device, a cloud server, a merchant server and a payment server. The vehicle-mounted device receives order form operation information, submits order form data to the merchant server based on interaction with the cloud server and receives payment prompts corresponding to the order form data. The vehicle-mounted device receives payment operation information from a user, conducts payment operation to the payment server based on interaction with the cloud server and receives a payment result. The cloud server conducts interaction respectively with the vehicle-mounted device and the merchant server to achieve cloud processing relevant to the order form data. The cloud server conducts interaction respectively with the vehicle-mounted device and the merchant server to achieve cloud processing relevant to the payment operation. The merchant server processes the order form data and provides order form confirmation signals corresponding to the order form date for the cloud server. The payment server processes the payment operation and provides the payment result for the cloud server.