3results about How to "Run sync" patented technology

The application discloses an automatic conveying line and relates to the technical field of automatic equipment, which comprises a frame, a plurality of working boxes arranged on the frame, sliding rails installed on the frame and penetrating through the working boxes, a plurality of sliding blocks uniformly arranged on the sliding rails, a same driving mechanism drivingly connected with the sliding blocks, the driving mechanism driving the sliding blocks to slide along the sliding rails, support rods rotatably installed on the sliding blocks, products to be conveyed fixedly installed on the top of the support rods, rollers fixedly installed at the bottom of the support rods and friction belts selectively installed on the frame and abutting against the rollers in one or more working boxes. The automatic conveying line has the advantages that the same driving mechanism is used to drive the plurality of sliding blocks, so that the investment in the driving device is reduced; the rollers and the friction belts are arranged, so that no additional power is needed when the products to be conveyed are rotated in the conveying process; one conveying line can realize the completion of multiple processes, no additional manpower is needed for connection, and the automation degree of the conveying line is improved.

This application discloses a method, apparatus, device, and storage medium for determining a reference time. The method for determining the reference time includes: acquiring identification information; generating a target reference time based on the identification information; the target reference time being any time; and determining the target reference time as the reference time of at least one device associated with the identification information.

This invention aims to overcome the shortcomings of existing foam pumps used in smart toilets and provide a foam pump for smart toilets with a simple structure and high foam generation and delivery efficiency. The foam pump includes a foam-generating component, a diaphragm pump component, a drive component, and a peristaltic pump component connected in sequence. The foam-generating component includes a flow divider, a bubble mesh structure, and a flow divider cover. The flow divider and the flow divider cover are connected to form a liquid inlet chamber, an air inlet chamber, and a mixing foam-generating chamber. The bubble mesh structure is disposed in the mixing foam-generating chamber. The liquid inlet chamber, the air inlet chamber, and the mixing foam-generating chamber are respectively connected to the diaphragm pump component. The peristaltic pump component includes a flexible tube with a foaming liquid inlet at one end and a liquid inlet at the other end. The drive component includes a motor, which is connected to the diaphragm pump component and the peristaltic pump component through a first output shaft and a second output shaft, respectively. The motor drives the diaphragm pump component and the peristaltic pump component simultaneously through the two output shafts.