4results about How to "Easy to try" patented technology

The invention provides a foretaste type food cabinet. The foretaste type food cabinet comprises a container; the storage shelf, the heating device, the delivery device and the pickup device are arranged in the container; wherein the storage shelf is used for storing meal boxes filled with foretaste samples; the goods taking device is used for moving meal boxes on the storage shelf to the heating device; the heating device is used for heating the foretaste sample in the meal box; after the foretaste sample is heated, the goods taking device is further used for moving the meal box to the goods discharging device; the goods outlet device is arranged at a goods outlet of the container and used for conveying the meal boxes out of the container through the goods outlet. Therefore, the meal box filled with the foretaste sample is placed in the foretaste type food cabinet, so that the foretaste sample can be prevented from being polluted, and the food safety is ensured; and meanwhile, the foretaste sample can be heated, so that the foretaste sample has a better taste, the user experience is improved, and the positive effect of foretaste promotion activities is ensured.

The patent discloses a batch cleaning and nursing device for contact lenses, which comprises a nursing bin base and an operation table, the nursing bin base and the operation table are connected through wires, wireless or contact, a plurality of nursing bins are arranged on the nursing bin base, the plurality of nursing bins are regularly or irregularly arranged on the nursing bin base, and nursing liquid is arranged in the nursing bin; at least one first electrode and at least one second electrode are arranged in the nursing bin, the first electrode and the second electrode are electrically opposite; an upper cover is arranged above the nursing bin, a groove corresponding to the nursing bin is arranged on the upper cover, and the groove can accommodate the lens; the operation table at least comprises a control button and a control system, the control button and the control system are connected, and the control button is configured to control the operation of the nursing bin on the nursing bin base through the control system. The device is convenient for hospitals or optometry clinics to manage contact lenses.

The application discloses a low-altitude economy cloud platform service packaging and dynamic combination charging system and method, relates to the technical field of low-altitude economy service management and charging, and comprises the following steps: a service packaging module encapsulates low-altitude core capabilities into standardized APIs and generates documents; a service arrangement module combines services through a visual interface, intelligently analyzes dependencies and provides fault-tolerant compensation; a multi-dimensional charging module collects multi-dimensional resource consumption data and generates detailed account bills; an open gateway and service market module provides unified access and service subscription management; a resource adaptation layer integrates basic capabilities and adapts to heterogeneous devices; a developer ecological support module provides whole-process development and profit sharing support; and a system operation and maintenance module guarantees stable operation and elastic scaling of the platform. The application reduces the development threshold through standardized packaging, accelerates application innovation through visual arrangement, and improves resource utilization efficiency through multi-dimensional charging; the application has high stability and adaptability, and realizes efficient operation and large-scale development of low-altitude economy services.

The utility model relates to the technical field of medical instruments, in particular to a 3D printing integrated gap retainer which comprises a workbench used for supporting the whole device, a manufacturing mechanism used for conducting integrated printing forming on the instruments is arranged on the workbench, and an adjusting mechanism used for adjusting and adapting the instruments is arranged on one side of the manufacturing mechanism. According to the utility model, the manufacturing mechanism is arranged, so that the device can be used for integrally manufacturing the gap retainer, and intraoral data of a child patient is obtained through the oral scanner, so that an oral tooth model of the child patient is preferentially printed through the 3D printer, and then the gap retainer is integrally and accurately manufactured through computer aided design and a 3D printing technology; the gap retainer is applied to gap maintenance of a child patient suffering from early deciduous teeth loss, the problems that manual manufacturing is poor in precision and not high in tooth adaptation degree are solved, the manufacturing process of the gap retainer is time-saving and labor-saving, and the precision and the adaptation degree are also greatly improved.