45results about How to "No nudity" patented technology

A modularized thermal insulation device comprises a plurality of thermal insulation modules and connecting structures. Each thermal insulation module is composed of the four parts of a metal shell, a thermal insulation material, a cross-shaped structure and a plurality of sets of bolted connection through holes, each set of connecting structures is composed of nuts, a first gasket, a second gasket and bolts, the adjacent thermal insulation modules are matched with each other through a dislocated mode, and the thermal insulation modules and the outer wall surfaces of equipment and pipelines are compressed by adopting the bolts; aiming at some equipment and pipelines which need to be heated and thermal insulated and also need to be subjected to rapid natural convection cooling after the work of the equipment and the pipelines is completed, the thermal insulation device can ensure the integrity in the mounting and dismounting processes, and can also obviously improve the rapidness of mounting and dismounting; and the thermal insulation device adopts the connecting bolts so that close fit of the thermal insulation modules and the outer wall surfaces of the equipment and the pipelines can be ensured, the thermal insulation effect is greatly improved, and heating elements of the outer wall surfaces of the equipment and the pipelines can be prevented from being burned down due to the fact that the thermal insulation effect is bad.

The invention discloses a plant growth regulator for an oak tree. The plant growth regulator is prepared from the following raw materials by weight: 150-250 parts of 2-4D butyl ester, 250-350 parts of chlormequat chloride, and 900000-1200000 parts of water. Compared with the prior art, after the provided plant growth regulator is used in spraying, a leaf of the oak tree matures 20 days later, the leaf yield of an oak tree garden is increased by more than four times compared with the yield of a tender shoot, the amount of labor used in growing and transferring a tussah is reduced by two thirds, and the plant growth regulator is favorable for large-scale breeding of the tussah. The moisture content and the maturity of the processed leaf of the oak tree are better than those of the tender shoot, and the processed leaf of the oak tree is more suitable for the tussah to eat to grow. The oak tree garden is not exposed, thereby being beneficial for the environmentally friendliness of the oak tree garden.

The invention discloses a non-corrosive electricity conduction and resistance reduction material and a maintenance-free grounding device comprising the non-corrosive electricity conduction and resistance reduction material. The non-corrosive electricity conduction and resistance reduction material is mainly composed of raw material asphalt, graphite or / and calcined coke and cement. The maintenance-free grounding device comprising the non-corrosive electricity conduction and resistance reduction material comprises 4-8 grounding electrodes which are horizontally arranged or vertically buried under the ground. The grounding electrodes are mutually connected through metal grounding down leads and horizontal metal grounding bodies to form a metal grounding looped network. Each grounding electrode comprises a metal grounding body and a non-corrosive electricity conduction and resistance reduction material layer, wherein the thickness of the non-corrosive electricity conduction and resistance reduction material layer is 30-45 millimeters, and the use amount of the non-corrosive electricity conduction and resistance reduction material wrapped around the outer surface of every one-meter long portion of the metal grounding body is 6-8 kilograms. The metal grounding down leads, the horizontal metal grounding bodies and the metal grounding bodies are connected in a welded mode. By means of the technical scheme of the non-corrosive electricity conduction and resistance reduction material and the maintenance-free grounding device comprising the non-corrosive electricity conduction and resistance reduction material, the corrosion problem of an existing grounding device can be solved effectively.

An ascending aorta repair stent anchored by the innominate artery, including the ascending aorta stent segment and the innominate artery stent segment, the innominate artery part of the stent is first released, and then the main part is released, and the distal opening of the main part is facing the aortic arch lumen far away end, the main part of the stent covers the primary tear of the ascending aorta with dissection. After release, the body portion terminates above the sinotubular junction. The longitudinal beam structure is made of temperature-dependent shape-memory metal materials extending to the greater curvature of the aortic arch and the lesser curvature of the aortic arch that continue to the innominate artery. Stick to the aortic wall. The stent is anchored only by the special anatomical shape of the ascending aorta and the innominate artery and the memory metal stringer structure. It is used for patients with type A aortic dissection who are waiting for surgery when there are surgical contraindications in the acute stage, and provides opportunities for follow-up surgical treatment for patients with acute type A aortic dissection with high surgical risk.