Constant strength reinforcement ring for horizontal vessel
A reinforcement ring and equal strength technology, applied in the structural field of horizontal containers, can solve the problems of wasting reinforcement ring materials, uneconomical, waste of reinforcement ring manpower, etc., and achieve the goal of reducing material costs, saving materials, and reducing cylinder weight Effect
Inactive Publication Date: 2010-03-03
CSSC SHENGHUI EQUIP
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Problems solved by technology
In fact, the circumferential internal force borne by the horizontal vessel at the saddle is not constant along the circumference. Therefore, the height of the reinforcement ring web determined by the maximum circumferential internal force at the corner of the circumferential saddle is taken as the height of the entire circumference of the reinforcement ring. The height of the web is uneconomical, which greatly wastes the material needed to make the ring, and also wastes the manpower required to make the ring
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[0017] The structure of an equal-strength reinforcing ring for a horizontal container according to the present invention will be further described in detail below in conjunction with the accompanying drawings.
[0018] An equal-strength reinforcing ring for a horizontal container, the structure of which is as follows Figure 5 As shown, it is composed of web plate 6 and edge plate 7, such as figure 1 , figure 2 As shown, the height of its web 6 changes correspondingly with the change of the circumferential internal force on the circumference of the saddle 1 of the horizontal container 2, that is, as figure 1 As shown, when the horizontal container 2 adopts the internal reinforcement ring, on the circumference of the saddle 1 of the horizontal container 2, the circumferential internal force of the horizontal container at the corner of the saddle 4 is the largest, then here The height h1 of the web 6 of the reinforcement ring 3 is also the highest; the circumferential inter...
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The invention discloses an constant strength reinforcement ring for a horizontal vessel, the webplate height of which changes correspondingly along with the change of circumferential internal force imposed on the horizontal vessel at the circumference of a saddle, namely at the place where the horizontal vessel bears larger circumferential internal force on the circumference of the saddle, the webplate height of the reinforcement ring is increased correspondingly; while at the place where the horizontal vessel bears less circumferential internal force on the circumference of the saddle, the webplate height of the reinforcement ring is decreased correspondingly. The constant strength reinforcement ring for the horizontal vessel is a reinforcement ring which is arranged at the saddle of thehorizontal vessel.
Description
technical field [0001] The invention belongs to the structural field of horizontal containers, and in particular relates to a structure of a reinforcing ring arranged at a saddle of a horizontal container. Background technique [0002] Horizontal vessels are usually supported by saddle supports, and reinforcement rings are often provided at the saddles, generally internal reinforcement rings located inside the horizontal vessel or external reinforcement rings located outside the horizontal vessel. [0003] If the horizontal vessel does not have a reinforcing ring at the saddle, under the action of its own load and the reaction force of the saddle, the circumferential compressive stress of the cylinder produced by the maximum circumferential compressive force at the lowest point of the saddle It often becomes an obstacle restricting the optimal design of the cylinder; in addition, if the horizontal vessel does not have a reinforcing ring at the saddle and the saddle is at a c...
Claims
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Inventor 赵产兴
Owner CSSC SHENGHUI EQUIP