4results about How to "Normal flow" patented technology

The utility model relates to a kind of LPG high-efficiency gasifier, especially a kind of LPG high-efficiency gasifier with anti-pipeline freezing, including rack, LPG high-efficiency gasifier body and temperature control mechanism, LPG high-efficiency gasifier body is installed in rack, temperature control mechanism is used to heat and cool the pipeline of LPG high-efficiency gasifier body.The utility model can heat the inside of box by refrigeration heating all-in-one machine, hot gas in the box flows into temperature control pipe through hard pipe, hot gas is dissipated outward through temperature control pipe, to heat the pipeline of LPG high-efficiency gasifier body, avoid the freezing situation of the pipeline of LPG high-efficiency gasifier body, to avoid pipeline blockage, ensure that LPG can flow normally.

The utility model relates to valve equipment technical field, the utility model discloses a quick release mechanism and ball valve sealing device, including connecting unit, the connecting unit includes the bearing assembly, sets up in the extrusion assembly of bearing assembly inside and rotates the adjusting ring of bearing assembly outside, the adjusting ring and extrusion assembly sliding fit, wherein, extrusion assembly is provided with at least 2.

The ecological floating ball natural ventilation device comprises an air supply cylinder and a fixing plate, mounting grooves are symmetrically formed in the upper end of the inner side face of the air supply cylinder, one-way valves are fixedly connected into the mounting grooves, and the bottom of the inner side of the air supply cylinder is symmetrically connected with one ends of air guide pipes; and meanwhile, the upper end of the outer side face of the air supply cylinder is fixedly connected with a fixing plate, confluence grooves are correspondingly formed in the positions, opposite to the one-way valves, of the inner side face of the fixing plate, penetrating grooves are symmetrically formed in the surface of the fixing plate, and meanwhile the two ends of the penetrating grooves communicate with the corresponding confluence grooves through flow guide grooves. According to the natural ventilation device, airflow can stably flow through the one-way valve through cooperation of the fixing plate, the penetrating groove, the flow guide groove and the confluence groove, external liquid is prevented from synchronously flowing into the air supply cylinder along with the airflow, the one-way valve can be prevented from being blocked by external sundries, and the stability of the natural ventilation device in use is improved.

This invention provides a vascular occlusion mechanism and device, relating to the field of medical device technology. The vascular occlusion mechanism includes a first expansion ring, an expansion tube, and a second expansion ring. The first expansion ring has a first inner cavity with a pressure fluid inlet, and its inner circumference is provided with a first partition and a first through hole. The second expansion ring has a second inner cavity, and its inner circumference is provided with a second partition and a second through hole. The expansion tube includes a first expansion layer, a second expansion layer, and a support member. A first channel is formed within the inner circumference of the first expansion layer, and a second channel is formed between the first and second expansion layers. The first channel connects to both the first and second through holes, and the second channel connects to both the first and second inner cavities. This vascular occlusion mechanism allows for normal blood flow while simultaneously creating a protected area through which no blood flows. Even if the vessel wall adjacent to this protected area is damaged during surgery, bleeding will not occur, thus ensuring the patient's safety.