3results about How to "Reach resources" patented technology

This utility model discloses a heat exchanger for VOCs recovery and treatment, comprising two heat exchange tubes, each with an open end and sealed connection to a distribution pipe. The upper and lower parts of the distribution pipes are respectively connected to a refrigerant outlet pipe and a refrigerant inlet pipe. The upper and lower parts of the heat exchange tubes are also respectively connected to an exhaust gas inlet pipe and an exhaust gas outlet pipe, with the exhaust gas outlet pipe of the upper heat exchange tube connected to the exhaust gas inlet pipe of the lower heat exchange tube. A heat exchange component is located in the middle of each heat exchange tube, with its inner cavity connected to the distribution pipe. The outer surface of the heat exchange component is located within the inner cavity of the heat exchange tube, for heat exchange with the exhaust gas. A condensate outlet pipe is connected to the lower part of each heat exchange tube. The refrigerant can continuously flow in this system, entering the distribution pipe from the refrigerant inlet pipe, then entering the heat exchange component, and finally flowing out through the refrigerant outlet pipe. This circulation design allows the refrigerant to fully exchange heat with the exhaust gas, improving the refrigerant utilization rate.

The application provides a network architecture of an open wireless access network, comprising: a site A and a site B respectively established by at least two operators; the site A and the site B are respectively provided with non-shared service management and arrangement modules; the service management and arrangement modules are respectively internally provided with non-real-time RAN intelligent controllers; the site A and the site B are respectively provided with shareable internal network elements which are in communication connection through a plurality of interoperation interfaces; wherein, the site A and the site B are further respectively provided with shareable near-real-time RAN intelligent controllers. The application further provides a method for realizing resources in the network architecture and equipment and a computer readable storage medium thereof.

The invention provides an automatic cleaning method and device for a double-cavity integrated cooker, electronic equipment and a medium, and relates to the field of integrated cookers, the method comprises the following steps: obtaining the turbidity of a heating chassis detected by a turbidity sensor in a first cavity of the double-cavity integrated cooker; according to the corresponding relation between the turbidity grade and the opening duration of the exhaust channel, target cleaning duration is determined; controlling the exhaust hole of the second chamber to be closed, and controlling the steam inlet of the second chamber and the steam outlet of the first chamber to be opened, so that blade-shaped steam formed after steam generated when the second chamber of the double-chamber integrated cooker is used for cooking dishes at present passes through the steam inlet, the exhaust channel and the steam outlet reaches the heating base plate; and the heating chassis is cleaned according to the target cleaning duration. According to the steam treatment device, steam discharged from the second chamber can be effectively collected and treated, so that the steam elimination effect is remarkably improved, waste of waste heat is avoided, and the purposes of energy conservation, emission reduction and resource recovery are achieved.