 Check valve with built-in magnetic rubber tube
专利摘要:
[Technical field of invention] Conventionally, as shown in Fig. 5 (b), as shown in (a) of the conventional check valve diaphragm, the valve is divided into a hydraulic valve check valve, a valve spring system, and a closed pneumatic check valve according to a use. There is a flaw. [purpose] The present invention is a means to solve the problem, it is used to solve the conventional check valve defects and to improve the function of the more advanced check valve to solve the conventional defects and to use the industry in a way that is configured with more advanced technology To provide a check valve with a built-in magnetic rubber tube for shielding fluid flow, characterized in that for [Configuration] The magnetic flow is characterized in that the magnetic force is formed in the magnetic rubber tube tube 1 so that the magnetic rubber tube tube is built in the check valve body tube 23 with the magnetic rubber tube tube built therein to facilitate the fluid flow. Is to provide a check valve with a built-in magnetic rubber tube [effect] By eliminating the defects of the conventional check valve and improving the function with a more advanced check valve, the magnetic force is formed in the magnetic rubber tube tube 1, and the magnetic rubber tube tube with the built-in check valve body tube 23 There is an effect to provide a check valve with a built-in magnetic rubber tube tube for closing and closing the fluid flow, characterized in that the built-in assembly, the method configured to facilitate the flow of the fluid flow. 公开号:KR20030015176A 申请号:KR1020020078938 申请日:2002-12-09 公开日:2003-02-20 发明作者:이광석 申请人:이광석； IPC主号:
专利说明:
Check valve with built-in magnetic rubber tube for shielding fluid flow [44] It is to provide a check valve with a built-in magnetic rubber tube tube that eliminates the drawbacks of the prior art and uses fluids for industrial purposes in a method constructed by more advanced technology. [45] Conventionally, as shown in FIG. 5 as a means for use in industrial machines, FIG. 5 is divided into a hydraulic type and a pneumatic check valve as shown in (b). [46] In order to improve these disadvantages of the prior art, the present invention is divided into conventional valve check valves, valve spring systems, and closed pneumatic check valves according to the purpose of using them according to the purpose of the more advanced invention than the conventional one. To provide an excellent effect, [47] The magnetic rubber tube tube (1) is embedded in the check valve body tube (23) in which the magnetic rubber tube tube is embedded, so that the hydraulic check valve and the pneumatic check valve can be distinguished and used in a manner that acts as a combined method. It is an industrial invention and it has the characteristics in providing the outstanding effect. [1] 1 is a side view of the present invention [2] 2 is a plan view of the present invention [3] 3 is a perspective view of the present invention [4] 4 is a working degree of the present invention [5] (A) Directional action of fluid flow due to the opening of the magnetic rubber tube tube which closes the fluid flow of the present invention. [6] (B) The action of blocking the magnetic flow backflow by closing the magnetic rubber tube tube which closes the fluid flow of the present invention. [7] 5 is a conventional check valve [8] (A) Conventional Faucet Valve Check Valve [9] (B) Conventional valve spring system, closed pneumatic check valve [10] ※ Explanation of Relief for Main Parts of Drawing [11] One . Magnetic Rubber Tube [12] 2 . Upper Magnetic Rubber Plate [13] 3. Magnetic rubber tube system.Closed [14] 4 . Angled Nut on Fluid Outlet Side [15] 5. Spiral groove for assembling pipe at fluid outlet side [16] 6. Fluid outlet [17] 7. Tension spring fixing ring inside check valve body clearance [18] 8 . Tension Spring [19] 9. Tension spring fixing ring composed of magnetic rubber tube [20] 10. Lower Magnetic Rubber Plate [21] 11. Rubber plate flange connected to magnetic rubber tube tube [22] 12. Protruding pin insertion hole formed in rubber plate flange [23] 13. Fluid inlet [24] 14. Spiral groove for assembling pipe at the fluid inlet side [25] 15. Angled nut on the fluid intake side [26] 16. Protruding pin [27] 17. Groove [28] 18. Angled lumbar groove and protruding blade [29] 19. Binding ring [30] 20. Flange angle edge of flange end of check valve body with magnetic rubber tube [31] 21. Flange of check valve body with magnetic rubber tube [32] 22. Fluid Inlet of Magnetic Rubber Tube [33] 23. Check valve body with magnetic rubber tube [34] : Direction of fluid flow [35] ※ FIG. 5 is a relief description of the main parts of the drawing of the conventional check valve opening degree [36] 5,1. Fluid flow inlet [37] 5,2. Fluid flow system, closed valve motion protruding ring [38] 5,4. Hydraulic Fluid Flow Meters, Lung Valves [39] 5,5. Fluid flow outlet [40] 5,6. Hydraulic Fluid Flow Meters, Closed Valve Pins [41] 5,7. Pneumatic Fluid Flow Meter, Close Valve Spring [42] 5,8. Pneumatic Fluid Flow Meter, Lung Valve [43] : Direction of fluid flow [48] By working with a more advanced invention than the conventional one. [49] More specifically, the lower magnetic rubber plate 10 and the upper magnetic rubber plate 2 are formed in the magnetic rubber tube tube 1 and embedded in the check valve body 23 in which the magnetic rubber tube tube is embedded. The tension spring fixing ring (9) and the tension spring fixing ring (7) configured inside the check valve body tube are provided with a tension spring (8). [50] Magnetic rubber tube tube (1) is fixedly supported to prevent the separation of the magnetic rubber tube tube (1) to exert an excellent effect, and the magnetic rubber formed on the check valve body (23) in which the magnetic rubber tube tube is embedded A concave groove formed in the engagement ring (19) by forming a protruding pin (16) and a flange end side inclined angle blade (20) of the check valve body in which the magnetic rubber tube tube is built in the flange 21 of the check valve body in which the tube tube is built. (17) and the protruding pin into the protruding pin fitting hole (12) formed in the rubber plate flange formed on the rubber plate flange (11) assembled at the same time, respectively assembled into the concave groove and the protruding blade (18) at an angle. (6) was inserted into the closed closing step so that the pressure of the fluid does not leak. [51] Angled nut (4) on the fluid outlet side for easy assembly when assembling in various systems for industrial use of the check valve with magnetic rubber tube pipe which shields the fluid flow of the present invention, fluid outlet The spiral groove 5 for assembling the pipe on the side, the nut 15 formed with the angle of the fluid inlet side, and the spiral groove 14 for the pipe assembly on the fluid inlet side [52] 4 is a working degree of the present invention [53] (A) The check valve of the present invention is opened and the fluid flow direction to the fluid inlet 13 is ) Is introduced into the magnetic rubber tube tube through the fluid inlet (22) of the magnetic rubber tube tube, the upper magnetic rubber plate (2) and when passing through the closed port (3) [54] The lower magnetic rubber plate 10 is separated from each other by the pressure of the fluid and is configured to act as a method of bringing and providing an excellent effect of smoothly flowing the fluid flow. [55] Also, [56] (B) As illustrated in the operation diagram of the situation where the check valve of the present invention is closed and the fluid flow is stopped. [57] When the fluid pressure at the fluid outlet port 6 is low, the upper magnetic rubber plate 2 and the lower magnetic rubber plate 10 are attracted to each other by magnetic force, and the magnetic rubber tube system and the closed port 3 are closed. [58] It is to provide a structure that works by providing a structure that provides an excellent effect that the fluid flow is stopped and the flow of fine fluid is not reversed. [59] By working with a more advanced invention than the conventional one. [60] More specifically, the lower magnetic rubber plate 10 and the upper magnetic rubber plate 2 are formed in the magnetic rubber tube tube 1 and embedded in the check valve body 23 in which the magnetic rubber tube tube is embedded. The tension spring fixing ring (9) and the tension spring fixing ring (7) configured inside the check valve body tube are provided with a tension spring (8). [61] Magnetic rubber tube tube (1) is fixedly supported to prevent the separation of the magnetic rubber tube tube (1) to exert an excellent effect, and the magnetic rubber formed on the check valve body (23) in which the magnetic rubber tube tube is embedded A concave groove formed in the engagement ring (19) by forming a protruding pin (16) and a flange end side inclined angle blade (20) of the check valve body in which the magnetic rubber tube tube is built in the flange 21 of the check valve body in which the tube tube is built. (17) and the projection pin into the projection pin fitting hole (12) formed in the rubber plate flange formed on the rubber plate flange 11 formed at the same time and assembled into the concave groove and the protruding blade (18) at an angle. (6) was inserted into the closing step so that the pressure of the fluid does not leak. [62] Nut (4) with a fluid discharge port angled for easy assembly when assembling in various systems for industrial use of a check valve with a magnetic rubber tube tube for shielding the fluid flow of the present invention. The spiral groove 5 for assembling the pipe on the side, the nut 15 formed with the angle of the fluid inlet side, and the spiral groove 14 for the pipe assembly on the fluid inlet side [63] 4 is a working degree of the present invention [64] (A) The check valve of the present invention is opened, as illustrated in the direction of flow of fluid. [65] Fluid flow direction to the fluid inlet (13) ) Is introduced into the magnetic rubber tube tube through the fluid inlet (22) of the magnetic rubber tube tube, the upper magnetic rubber plate (2) and when passing through the closed port (3) [66] The lower magnetic rubber plate 10 is separated from each other by the pressure of the fluid and is configured to act as a method of bringing an excellent effect of providing a smooth flow of the fluid flow. [67] Also, [68] (B) As illustrated in the operation diagram of the situation where the check valve of the present invention is closed and the fluid flow is stopped. [69] When the fluid pressure at the fluid outlet port 6 is low, the upper magnetic rubber plate 2 and the lower magnetic rubber plate 10 are attracted to each other by the magnetic force, and the magnetic rubber tube system and the closing port 3 are closed to stop the fluid flow. It is composed of a structure that does not flow back to the flow of fine fluid so that it can use both a hydraulic check valve and a pneumatic check valve to have an excellent effect. This has the effect of providing a check valve.
权利要求:
Claims (2) [1" claim-type="Currently amended] A tension spring fixing ring formed on the magnetic rubber tube tube by forming the lower magnetic rubber plate 10 and the upper magnetic rubber plate 2 on the magnetic rubber tube tube 1 and embedding them in the check valve body 23 having the magnetic rubber tube tube embedded therein. (9) and tension spring (8) to tension spring retaining ring (7) formed inside the body of the check valve body. Magnetic rubber tube tube (1) is fixedly supported to prevent the separation of the magnetic rubber tube tube (1) to exert an excellent effect, and the magnetic rubber formed on the check valve body (23) in which the magnetic rubber tube tube is embedded A concave groove formed in the engagement ring (19) by forming a protruding pin (16) and a flange end side inclined angle blade (20) of the check valve body in which the magnetic rubber tube tube is built in the flange 21 of the check valve body in which the tube tube is built. (17) and the projection pin into the projection pin fitting hole (12) formed in the rubber plate flange formed on the rubber plate flange 11 formed at the same time and assembled into the concave groove and the protruding blade (18) at an angle. (6) was inserted into the closed closing step so that the pressure of the fluid does not leak, In order to industrially use a check valve with a magnetic rubber tube tube that blocks fluid flow, the nut (4) formed at an angle on the fluid outlet side for easy assembly when assembled into various systems, and a pipe on the fluid outlet side. The spiral groove 5 for assembly, the angled nut 15 on the fluid inlet side, and the spiral groove 14 for assembling the pipe on the fluid inlet side are formed and assembled to form a fluid flow direction toward the fluid inlet 13 ( The upper magnetic rubber plate (2) and the lower magnetic rubber plate (10) are introduced into the magnetic rubber tube tube through the fluid inlet (22) of the magnetic rubber tube tube and pass through the closed hole (3). The magnetic rubber tube tube is built-in to check the fluid flow, which is characterized by the method of combining the functions of the faucet check valve and the pneumatic check valve, which are separated from each other and bring about the excellent effect of the fluid flow flowing smoothly. Valv [2" claim-type="Currently amended] The method of claim 1 When the fluid pressure at the fluid outlet port 6 is low, the upper magnetic rubber plate 2 and the lower magnetic rubber plate 10 are attracted to each other by the magnetic force, and the magnetic rubber tube system and the closing port 3 are closed to stop the fluid flow. Check valve with built-in magnetic rubber tube to shield the fluid flow, which is characterized by a method of combining the functions of a hydraulic check valve and a pneumatic check valve.
类似技术:
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引用文献:
公开号 | 申请日 | 公开日 | 申请人 | 专利标题
法律状态:
2002-12-09|Application filed by 이광석 2002-12-09|Priority to KR1020020078938A 2003-02-20|Publication of KR20030015176A
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申请号 | 申请日 | 专利标题 KR1020020078938A|KR20030015176A|2002-12-09|2002-12-09|Check valve with built-in magnetic rubber tube| 相关专利
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