2results about How to "Overall structure coordination" patented technology

The invention discloses a jacket type ammonia-hydrogen co-combustion heat supply combustor and an operation process thereof. A fuel source is pure hydrogen or ammonia-hydrogen mixed gas. The combustor comprises a premixing cavity, a combustor base, a jacket type cooling structure, a temperature control system, a rotational flow stabilizing device and an ignition device, the jacket type cooling structure is composed of a combustor outer wall and a flame tube with spiral flow guide fins, air flows downwards in a spiral mode, and the combustor has the oxygen supply and cooling functions; the temperature control system regulates and controls air and fuel flow according to temperature through a temperature measuring device, a regulating valve and a controller, the rotational flow stabilizing device is composed of a rotational flow device, a flow guide pipe and a flow guide cover so as to strengthen flame stability, and the ignition device is used for safe ignition. According to the invention, hot tail gas generated by combustion supplies heat to rear-end equipment in a heat exchange manner; the device has the characteristics of high energy utilization rate, few pollutants, compact structure, high adaptability, active cooling of the combustor, stable combustion flame, stable and controllable energy supply temperature and the like.

This invention relates to the field of environmental protection equipment technology, specifically disclosing an automatic garbage bag breaking machine and a method for separating garbage bags using it. The bag breaking machine includes a bag breaking platform, a bag identification and positioning device and a robotic arm installed on the platform, a bag breaking mechanism and a secondary clamping mechanism installed inside the platform; the platform has a feeding port; the secondary clamping mechanism includes a main clamping component and an auxiliary clamping component. The robotic arm grabs the garbage bag according to the positioning information from the bag identification and positioning device and transfers it to the feeding port. The main clamping component and the auxiliary clamping component work together to clamp the garbage bag from the side and support it from the bottom. The bag breaking mechanism cuts the garbage bag firmly held by the secondary clamping mechanism. This technical solution achieves fully automatic and precise grabbing, stable clamping, and controllable cutting of garbage bags through the coordinated operation of various components, effectively avoiding the safety risks of manual intervention and significantly improving the efficiency and reliability of bag breaking and separation.