Fixed supporting device for vertically mounting enamel discharge tube of ozone generator and preventing shifting and gliding

Abstract

The utility model relates to the technical field of ozone preparation, in particular to an ozone generator enamel discharge tube vertically-installed anti-shifting and anti-sliding fixing and supporting device which comprises a first ozone generation tube, an ozone generation tube airflow channel area and an ozone discharge tube. The ozone generator is characterized in that the surface of the first ozone generating tube is connected with an enamel generating tube connecting external thread interruption joint in an inserted manner. According to the utility model, the epoxy plate supporting strip and the stainless steel pressing gasket ring are pressed through the connection of the epoxy plate supporting strip and the inner threaded port of the enamel ozone pipe and the connection of the inner threaded port of the enamel ozone pipe and the stainless steel fixing and pressing bolt at the upper end, so that the first ozone generating pipe and the second ozone generating pipe are prevented from moving and sliding down due to centripetal force; wherein the epoxy plate supporting strip is made of an epoxy material, is made of an insulating material, is non-conductive, has high strength and can bear the hanging and fixed installation of the two enamel ozone pipes, so that the ozone generating pipes cannot move and slide to the lower end of the stainless steel pipe outer electrode pipe due to transportation bumping due to the self weight of the ozone generating pipes.

Description

Technical Field

[0001] The utility model relates to the technical field of ozone preparation, in particular to a vertically installed anti-sliding and sliding fixing support device for an enamel discharge tube of an ozone generator. Background Art

[0002] At present, ozone is commonly used for disinfection and sterilization in food, pharmaceuticals, drinking water treatment, etc. Oxygen or air is the raw material for making ozone, and the production method is to use an ozone generator to ionize using a discharge tube and electrodes to produce ozone.

[0003] With the promotion and application of ozone disinfection technology for mineral water and purified water, the use of ozone for air sterilization in the pharmaceutical industry and the application of small household ozone generators have promoted the development of my country's ozone industry. However, when using existing ozone generators, the ozone generating tube installed in the stainless steel outer electrode tube for a long time will shift and slide due to the centripetal force. Once the shift and slide occur, the stainless steel fixing clamping bolt connected to the high voltage pole at the upper end of the ozone generating tube will come into close contact with the port of the stainless steel outer electrode tube, forming sparks, surface discharge, generating sparks, burning the ozone generating tube and the stainless steel outer electrode tube, damaging the ozone equipment, and causing very serious safety accidents. Utility Model Content

[0004] The utility model aims to provide a vertically installed anti-sliding fixed support device for an ozone generator enamel discharge tube, so as to solve the problem that the ozone generating tube installed in a stainless steel outer electrode tube for a long time will slide due to the centripetal force.

[0005] To achieve the above-mentioned purpose, the utility model provides the following technical solutions: a vertically installed anti-separation and sliding fixed support device for an ozone generator enamel discharge tube, comprising a first ozone generating tube, an ozone generating tube airflow channel area and an ozone discharge tube, the surface of the first ozone generating tube is plug-connected with an enamel generating tube connecting external threaded interrupt joint, the surface of the enamel generating tube connecting external threaded interrupt joint is plug-connected with a second ozone generating tube, the end of the first ozone generating tube away from the enamel generating tube connecting external threaded interrupt joint is fixedly connected with an enamel ozone tube internal threaded port, the surface of the enamel ozone tube internal threaded port is threadedly sleeved with an upper end stainless steel fixed clamping bolt, the surface of the first ozone generating tube is provided with a bolt position hole, the surface of the enamel ozone tube internal threaded port is sleeved with an epoxy plate support strip, the surface of the enamel ozone tube internal threaded port is sleeved with a stainless steel clamping gasket ring, the first The surface of the ozone generating tube is coated with an ozone generating tube outer enamel surface, the surface of the ozone generating tube outer enamel surface is wrapped with an enamel generating tube outer wall air gap S-shaped spacer tape, the surface of the enamel generating tube outer wall air gap S-shaped spacer tape is provided with an enamel generating tube outer wall air gap spacer tape contact point, the surface of the enamel generating tube outer wall air gap S-shaped spacer tape is connected with a stainless steel outer electrode tube through the ozone generating tube outer enamel surface, the surface of the stainless steel outer electrode tube is fixedly connected with a stainless steel upper end flower plate, the surface of the stainless steel outer electrode tube is fixedly connected with a stainless steel lower end flower plate, the interior of the stainless steel outer electrode tube is separated by the enamel generating tube outer wall air gap S-shaped spacer tape to form a left side area of ​​the air gap channel, the interior of the stainless steel outer electrode tube is separated by the enamel generating tube outer wall air gap S-shaped spacer tape to form a right side area of ​​the air gap channel, and the surface of the stainless steel outer electrode tube is provided with an air outlet port.

[0006] Preferably, the first ozone generating tube and the second ozone generating tube are both cylindrical, and the first ozone generating tube and the second ozone generating tube are vertically installed inside the stainless steel outer electrode tube.

[0007] Preferably, a circular hole is opened on the surface of the epoxy board support bar, and the length of the epoxy board support bar is greater than the diameter of the stainless steel outer electrode tube.

[0008] Preferably, the enamel generating tube outer wall air gap S-shaped spacer tape is in two groups, and the two groups of the enamel generating tube outer wall air gap S-shaped spacer tape are respectively wound around the surface of the first ozone generating tube and the second ozone generating tube, and the enamel generating tube outer wall air gap S-shaped spacer tape is made of insulating material.

[0009] Preferably, the contact points of the air gap tape on the outer wall of the enamel generating tube are wound around the outer surface of the ozone discharge tube, and the air flow channel area of ​​the ozone generating tube is located between the ozone discharge tube and the stainless steel outer electrode tube.

[0010] Preferably, the upper stainless steel fixing clamping bolt is connected to the high voltage bolt and tightened to serve as the high voltage terminal.

[0011] Preferably, the stainless steel outer electrode tube is connected to the low voltage terminal as the low voltage terminal and is located inside the stainless steel upper end flower plate and the stainless steel lower end flower plate.

[0012] Compared with the prior art, the beneficial effects of the utility model are:

[0013] 1. Through the connection between the epoxy board support strip and the inner threaded port of the enameled ozone tube, and the connection between the inner threaded port of the enameled ozone tube and the upper stainless steel fixing and clamping bolt, the epoxy board support strip and the stainless steel clamping gasket ring are compressed to prevent the first ozone generating tube and the second ozone generating tube from sliding down due to centripetal force. The epoxy board support strip is made of epoxy material, which is an insulating material that is non-conductive and has high strength to withstand the hanging and fixed installation of two enameled ozone tubes, so that the ozone generating tube will not slide down to the lower end of the outer electrode tube of the stainless steel tube due to its own weight during transportation and bumps, thereby avoiding equipment damage and major accidents.

[0014] 2. Through the connection between the enamel surface of the ozone generating tube and the S-shaped spacer tape of the air gap of the outer wall of the enamel generating tube, it can be ensured that when the ozone generating tube is installed in the stainless steel outer electrode tube, the left area and the right area of ​​the air gap channel between the enamel surface of the ozone generating tube and the inner wall of the stainless steel outer electrode tube are uniform in size, so that the discharge gaps in the four directions from the enamel surface of the ozone generating tube to the inner wall of the stainless steel outer electrode tube are basically consistent. The ozone generating tube can generate ozone uniformly on the front, back, left and right circumferential surfaces of the enamel surface of the outer surface of the ozone generating tube from top to bottom, and the air gap channel area of ​​the corona discharge can ensure that the corona discharge efficiency is greatly improved, and the ozone generating tube can operate safely, efficiently and stably during corona discharge. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a diagram of the fixed support position of the utility model ozone generator enamel discharge tube installed in a stainless steel tube to prevent sliding and sliding;

[0016] Figure 2 This is a top view of the ozone (enamel) discharge tube of the utility model;

[0017] Figure 3 For this utility model Figure 1 A schematic diagram of the enlarged structure at A in the middle;

[0018] Figure 4 For this utility model Figure 1 A schematic diagram of the enlarged structure at B in the middle;

[0019] Figure 5 For this utility model Figure 1 Schematic diagram of the enlarged structure at point C in the middle.

[0020] In the figure: 1. The first ozone generating tube; 2. The second ozone generating tube; 3. The enameled surface of the ozone generating tube; 4. The internal threaded port of the enameled ozone tube; 5. The upper stainless steel fixing clamping bolt; 6. The epoxy plate support bar; 7. The stainless steel clamping gasket ring; 8. The upper stainless steel flower plate; 9. The contact point of the air gap spacer tape on the outer wall of the enameled generating tube; 10. The left area of ​​the air gap channel; 11. The right area of ​​the air gap channel; 12. The enameled generating tube connecting the external threaded interrupter joint; 13. The lower stainless steel flower plate; 14. The air flow channel area of ​​the ozone generating tube; 15. The ozone discharge tube; 16. The air gap S-shaped spacer tape on the outer wall of the enameled generating tube; 17. The stainless steel outer electrode tube; 18. The bolt position hole; 19. The air outlet port. DETAILED DESCRIPTION

[0021] The following will be combined with the drawings in the embodiments of the utility model to clearly and completely describe the technical solutions in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all of the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the utility model.

[0022] See also Figure 1-5 , an embodiment provided by the utility model:

[0023] A vertically mounted anti-slip fixed support device for an ozone generator enamel discharge tube comprises a first ozone generating tube 1, an ozone generating tube airflow channel region 14 and an ozone discharge tube 15. The surface of the first ozone generating tube 1 is plugged and connected with an enamel generating tube connecting external thread interruption joint 12, and the surface of the enamel generating tube connecting external thread interruption joint 12 is plugged and connected with a second ozone generating tube 2. The first ozone generating tube 1 and the second ozone generating tube 2 are connected inside a stainless steel outer electrode tube 17 to ensure the ozone production function. One end of the first ozone generating tube 1 away from the enamel generating tube connecting external thread interruption joint 12 is fixedly connected with an enamel ozone tube internal thread port 4, and the surface of the enamel ozone tube internal thread port 4 is connected by The threaded sleeve is provided with an upper stainless steel fixing clamping bolt 5. Through the connection between the upper stainless steel fixing clamping bolt 5 and the inner threaded port 4 of the enameled ozone tube, the upper stainless steel fixing clamping bolt 5 is tightened to fix the first ozone generating tube 1 and the second ozone generating tube 2 inside the stainless steel outer electrode tube 17 to prevent the first ozone generating tube 1 and the second ozone generating tube 2 from sliding down in series. The surface of the first ozone generating tube 1 is provided with a bolt position hole 18 to facilitate the tightening and compression of the upper stainless steel fixing clamping bolt 5. The surface of the inner threaded port 4 of the enameled ozone tube is sleeved with an epoxy plate support strip 6. The surface of the inner threaded port 4 of the enameled ozone tube is sleeved with a stainless steel compression gasket ring 7. The two are compressed by the upper stainless steel fixing clamping bolt 5. The surface of the first ozone generating tube 1 can be fixed on the surface of the inner threaded port 4 of the enamel ozone tube. The surface of the first ozone generating tube 1 is coated with an ozone generating tube outer enamel surface 3. The surface of the ozone generating tube outer enamel surface 3 is wound with an enamel generating tube outer wall air gap S-shaped spacer tape 16. The surface of the enamel generating tube outer wall air gap S-shaped spacer tape 16 is provided with an enamel generating tube outer wall air gap spacer tape contact point 9. The surface of the enamel generating tube outer wall air gap S-shaped spacer tape 16 is connected with a stainless steel outer electrode tube 17 through the ozone generating tube outer enamel surface 3, and the ozone generating tube outer wall enamel surface 3 is separated from the inner wall of the stainless steel outer electrode tube 17 to form a uniform gap air gap channel left area 10 and air gap channel right area 11, so as to ensure that the ozone generating tube When the discharge is powered on, it is in a stable and normal state. The surface of the stainless steel outer electrode tube 17 is fixedly connected with a stainless steel upper end flower plate 8, and the surface of the stainless steel outer electrode tube 17 is fixedly connected with a stainless steel lower end flower plate 13 to ensure the stability of ozone production. The inside of the stainless steel outer electrode tube 17 is separated by an enamel generating tube outer wall air gap S-shaped spacer tape 16 to form an air gap channel left area 10, and the inside of the stainless steel outer electrode tube 17 is separated by an enamel generating tube outer wall air gap S-shaped spacer tape 16 to form an air gap channel right area 11. The surface of the stainless steel outer electrode tube 17 is provided with an air outlet port 19, and the oxygen-containing gas source enters the first ozone generating tube 1 and the second ozone generating tube 2 from the ozone generating tube air flow channel area 14.Ozone is formed by corona discharge from the left area 10 and the right area 11 of the air gap channel along the S-shaped path direction through the upper stainless steel fixing clamping bolt 5 and the stainless steel outer electrode tube 17, and then the gas flows out from the gas outlet port 19, completing the process of forming ozone from oxygen.

[0024] Furthermore, the first ozone generating tube 1 and the second ozone generating tube 2 are both cylindrical, and the first ozone generating tube 1 and the second ozone generating tube 2 are vertically installed inside the stainless steel outer electrode tube 17. The first ozone generating tube 1 and the second ozone generating tube 2 are connected and the surfaces of both are coated with the ozone generating tube outer enamel surface 3, so that the ozone generating tube outer enamel surface 3 can generate ozone uniformly by corona discharge on the 360-degree circumference from top to bottom.

[0025] Furthermore, a circular hole is provided on the surface of the epoxy plate support bar 6, and the length of the epoxy plate support bar 6 is greater than the diameter of the stainless steel outer electrode tube 17. The circular hole can be directly inserted into the joint of the inner threaded port 4 of the enamel ozone tube, and then can be mounted on the upper end of the stainless steel outer electrode tube 17 to prevent the first ozone generating tube 1 and the second ozone generating tube 2 from sliding down due to centripetal force.

[0026] Furthermore, the enamel generating tube outer wall air gap S-shaped spacer tape 16 is in two groups, with a thickness of about 0.5mm and a width of 5mm, and is made of insulating material. The two groups of enamel generating tube outer wall air gap S-shaped spacer tape 16 are respectively wound on the surface of the first ozone generating tube 1 and the second ozone generating tube 2. The enamel generating tube outer wall air gap S-shaped spacer tape 16 is made of insulating material. The enamel surface 3 on the outer surface of the ozone generating tube is wound with the enamel generating tube outer wall air gap S-shaped spacer tape 16 to separate the enamel surface 3 on the outer surface of the ozone generating tube from the inner wall of the stainless steel outer electrode tube 17, forming a left side area 10 of the air gap channel with uniform gap and a right side area 11 of the air gap channel, thereby ensuring that the ozone generating tube is in a stable and normal state when powered on and discharging.

[0027] Furthermore, the contact point 9 of the air gap tape on the outer wall of the enamel generating tube is wrapped around the outer surface of the ozone discharge tube 15, and the air flow channel area 14 of the ozone generating tube is located between the ozone discharge tube 15 and the stainless steel outer electrode tube 17, which is used to separate the gas flow area, so that when the surface of the enamel surface 3 of the outer surface of the ozone generating tube is uniformly corona discharged, the gas can most effectively contact to produce ozone.

[0028] Furthermore, the upper stainless steel fixing clamping bolt 5 is connected to the high voltage bolt and tightened as the high voltage pole. By tightening the upper stainless steel fixing clamping bolt 5 and then cooperating with the installation of the epoxy plate support bar 6, the first ozone generating tube 1 and the second ozone generating tube 2 can be fixedly installed inside the stainless steel outer electrode tube 17 to prevent them from sliding down and falling off.

[0029] Furthermore, the stainless steel outer electrode tube 17 is connected to the low voltage extreme point as the low voltage extreme point located inside the stainless steel upper end flower plate 8 and the stainless steel lower end flower plate 13, so that the gas passes through the high voltage extreme point and the low voltage extreme point in the S-shaped path direction to form ozone gas and flows out from the outlet of the lower end air flow channel.

[0030] Working principle: The oxygen-containing gas source enters from the air inlet of the air flow channel area at the upper port of the ozone generating tube, and then flows through the left area 10 and the right area 11 of the air gap channel between the ozone generating tube and the stainless steel outer electrode tube, passes through the high voltage extreme and the low voltage extreme corona discharge along the S-shaped path direction to form ozone gas, and finally flows out from the air outlet of the lower end air flow channel, completing the preparation process of forming ozone from oxygen.

[0031] By adopting the anti-sliding and sliding fixed support device for the ozone generating tube of this device, when the epoxy plate support strip is installed, the ozone generating tube will not slide down to the lower end of the stainless steel outer electrode tube due to its own weight and the bumpy transportation of the equipment. The stainless steel fixing clamping bolt connected to the high voltage pole at the upper end of the ozone generating tube and the port of the stainless steel outer electrode tube are ensured to be in a safe insulation distance area, so as to prevent the occurrence of electric sparks and ensure the safe, efficient and stable operation of the ozone generating tube.

[0032] It is obvious to those skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above, and that the present invention can be implemented in other specific forms without departing from the spirit or essential features of the present invention. Therefore, the embodiments should be regarded as exemplary and non-restrictive from any point of view, and the scope of the present invention is defined by the appended claims rather than the above description, and it is intended that all changes falling within the meaning and scope of the equivalent elements of the claims be included in the present invention. Any reference numeral in a claim should not be regarded as limiting the claim to which it relates.

Claims

1. A vertically mounted anti-sliding and sliding fixing support device for an ozone generator enamel discharge tube, comprising a first ozone generating tube (1), an ozone generating tube airflow channel region (14) and an ozone discharge tube (15), characterized in that: The surface of the first ozone generating tube (1) is plugged and connected with an enamel generating tube connecting external threaded interruption joint (12), and the surface of the enamel generating tube connecting external threaded interruption joint (12) is plugged and connected with a second ozone generating tube (2). The end of the first ozone generating tube (1) away from the enamel generating tube connecting external threaded interruption joint (12) is fixedly connected with an enamel ozone tube internal threaded port (4), and the surface of the enamel ozone tube internal threaded port (4) is threadedly sleeved with an upper stainless steel fixing and clamping bolt (5). The surface of the first ozone generating tube (1) is provided with a bolt position hole (18), and the surface of the enamel ozone tube internal threaded port (4) is sleeved with an epoxy plate support strip (6), and the surface of the enamel ozone tube internal threaded port (4) is sleeved with a stainless steel clamping gasket ring (7). The surface of the first ozone generating tube (1) is coated with an ozone generating tube external enamel surface (3), and the surface of the ozone generating tube external enamel surface (3) is wrapped with an enamel generating tube internal threaded port (5). The outer wall of the ozone generating tube has an S-shaped air gap spacer tape (16), the surface of the enamel generating tube outer wall air gap spacer tape (16) is provided with an enamel generating tube outer wall air gap spacer tape contact point (9), the surface of the enamel generating tube outer wall air gap S-shaped spacer tape (16) is abutted and connected with a stainless steel outer electrode tube (17) through the outer enamel surface (3) of the ozone generating tube, the surface of the stainless steel outer electrode tube (17) is fixedly connected with a stainless steel upper end flower plate (8), and the stainless steel outer electrode tube ( 17) is fixedly connected to the surface of a stainless steel lower end flower plate (13); the interior of the stainless steel outer electrode tube (17) is separated by an enamel generating tube outer wall air gap S-shaped spacer tape (16) to form an air gap channel left area (10); the interior of the stainless steel outer electrode tube (17) is separated by an enamel generating tube outer wall air gap S-shaped spacer tape (16) to form an air gap channel right area (11); and the surface of the stainless steel outer electrode tube (17) is provided with an air outlet port (19).

2. According to claim 1, a vertical installation anti-sliding and sliding fixing support device for an ozone generator enamel discharge tube, characterized in that: The first ozone generating tube (1) and the second ozone generating tube (2) are both cylindrical, and the first ozone generating tube (1) and the second ozone generating tube (2) are vertically installed inside the stainless steel outer electrode tube (17).

3. The vertical installation anti-sliding and sliding fixing support device for the ozone generator enamel discharge tube according to claim 1 is characterized in that: A circular hole is provided on the surface of the epoxy plate support bar (6), and the length of the epoxy plate support bar (6) is greater than the diameter of the stainless steel outer electrode tube (17).

4. The vertically mounted anti-sliding and sliding fixing support device for the ozone generator enamel discharge tube according to claim 1 is characterized in that: The enamel generating tube outer wall air gap S-shaped spacer tape (16) is in two groups, and the two groups of the enamel generating tube outer wall air gap S-shaped spacer tape (16) are respectively wound on the surface of the first ozone generating tube (1) and the second ozone generating tube (2), and the enamel generating tube outer wall air gap S-shaped spacer tape (16) is made of insulating material.

5. The vertical installation anti-sliding and sliding fixing support device for the ozone generator enamel discharge tube according to claim 1 is characterized in that: The air gap spacer tape contact point (9) of the outer wall of the enamel generating tube is wound around the outer surface of the ozone discharge tube (15), and the ozone generating tube air flow channel area (14) is located between the ozone discharge tube (15) and the stainless steel outer electrode tube (17).

6. The vertical installation anti-sliding and sliding fixing support device for the ozone generator enamel discharge tube according to claim 1 is characterized in that: The upper stainless steel fixing clamping bolt (5) is connected to the high voltage bolt and tightened to form the high voltage terminal.

7. The vertical installation anti-sliding and sliding fixing support device for the enamel discharge tube of an ozone generator according to claim 1, characterized in that: The stainless steel outer electrode tube (17) is connected to the low voltage terminal and is located inside the stainless steel upper end flower plate (8) and the stainless steel lower end flower plate (13) as the low voltage terminal.

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