KR102396488B1 - Teflon lining peeling prevention tank using jacket - Google Patents

Abstract

The present invention relates to a Teflon lining peeling prevention tank using a jacket, wherein a dimple jacket is installed to allow cooling water to flow to reduce temperature of a circumference of the tank to perform mixing to prevent a Teflon lining from being peeled at specific temperature or having reduced adhesion. The Teflon lining peeling prevention tank using the cooling water has an upper pipe in a space between an outer wall and an inner wall of the tank to supply the cooling water in a ring form to reduce heat of the tank to prevent the Teflon lining from being peeled.

Description

Teflon lining peeling prevention tank using jacket}

The present invention relates to a Teflon lining peeling prevention tank using a jacket, and more particularly, a Teflon lining is peeled off by providing an upper pipe in the space between the outer and inner walls of the tank to supply cooling water in a ring shape to lower the heat of the tank. It is about a Teflon lining peeling prevention tank using cooling water to prevent the phenomenon.

The present invention relates to a Teflon lining peeling prevention tank using a jacket, and more particularly, by installing a jacket, which is any one of a dimple jacket, a barrel jacket, and a corrugated jacket, to allow coolant to flow, thereby lowering the temperature of the tank edge to ensure that the Teflon lining is specified. It is about a Teflon lining peeling prevention tank using a jacket so that it does not peel off at temperature or the adhesive strength falls.

Generally used tank materials are made of iron or stainless steel, but when a material such as sulfuric acid with high acidity is put into the tank, there is a problem that the inner wall of the tank may be corroded.

To prevent corrosion, the inner wall of the tank is lined with Teflon.

However, when using the Teflon lining, the adhesive strength of the lining is lowered depending on a specific temperature or there is a problem of peeling from the inner wall of the tank.

Republic of Korea Patent No. 10-1238020 Republic of Korea Patent No. 10-1099029

An object of the present invention is to provide a configuration to prevent the phenomenon of peeling off the Teflon lining by supplying cooling water in the space between the outer wall and the inner wall of the tank to lower the heat of the tank.

An object of the present invention is to provide a configuration for preventing the Teflon lining from peeling off or from losing adhesive strength by lowering the temperature of the edge of the tank by installing a jacket, which is any one of a dimple jacket, a barrel jacket, and a corrugated jacket, so that the coolant flows. .

The present invention is characterized in that the upper pipe is provided in the space between the outer wall and the inner wall of the tank to reduce the heat of the tank by supplying cooling water in a ring shape to prevent the Teflon lining from peeling off.

In one embodiment, the Teflon lining peeling prevention tank, a Teflon-lined tank formed as a double of the inner and outer surfaces, the inner wall surface is Teflon-lined, the inner wall of the tank formed inside the Teflon-lined tank, and Teflon-lined on the outer wall surface, , a tank outer wall formed outside the Teflon-lined tank, a cooling water supply pipe formed on one side of the cooling water circulation pipe to supply cooling water to the cooling water circulation side, and a cooling water circulation pipe formed as a circular tube on the upper part between the inner wall of the tank and the outer wall of the tank; , a plurality of coolant injection holes formed around the coolant circulation pipe to spray the coolant injected into the coolant circulation pipe toward the outer wall side of the tank inner wall, and one side of the lower side of the tank outer wall to discharge the coolant flowing along the outer wall surface of the tank inner wall It is characterized in that it consists of a cooling water discharge pipe.

In another embodiment, the Teflon lining peeling prevention tank is a double cooling formed so as to be detachably attached to the outer periphery of the Teflon lining tank in order to lower the heat generated in the Teflon lining tank by the circulating refrigerant and the injected and discharged air. It further includes a jacket means, wherein the double cooling jacket means comprises: a first opening/closing jacket formed so as to be able to be opened and closed on one side around the jacket hinge; The first opening/closing jacket and the second opening/closing jacket are integrated with a jacket hinge formed to be connected to one side each so that the first opening/closing jacket and the second opening/closing jacket are rotated to be able to open and close, and the first opening/closing jacket and the second opening/closing jacket are caught by the lock ring A locking pin formed on one side of the first opening/closing jacket so that it can be locked, a locking ring formed on one side of the second opening/closing jacket so that the locking pin is hung, and a connection between the locking pin and the first opening and closing jacket so that the locking pin can be rotated a pin hinge to be used, a contact member inserted into the spring groove formed in the first opening/closing jacket and the second opening/closing jacket so as to be in close contact with the outer surface of the tank, and one side to press and compress the contact spring when the contact member is in close contact with the outer surface of the tank outer wall A compression member connected to the contact member and inserted so that the other side flows in the spring groove, and a spring groove formed in each of the first opening/closing jacket and the second opening/closing jacket so that the contact spring can be compressed or relaxed by the pressing member; , a close contact spring formed to be compressed and relaxed in the spring groove, an injection fan formed on one side of the second opening and closing jacket to inject external air into the space between the double cooling jacket means and the tank outer wall, and the injected air is circulated A discharge fan formed on one side of the first opening/closing jacket to discharge to the outside, a cooling enclosure formed in the first opening/closing jacket and the second opening/closing jacket, respectively, so that the cooling agent is embedded and the cooling circulation pipe is buried therein; and a cooling circulation pipe A circulation pump respectively formed on one side of the first opening/closing jacket and the second opening/closing jacket so that the refrigerant circulated through the drain pipe is supplied back to the injection pipe side through the drain pipe, and the refrigerant moving through the circulation pump is cooled. A cooler connected by a moving pipe to one side of the circulation pump for A cooling circulation pipe formed inside the cooling enclosure to deliver the refrigerant to the refrigerant built into the cooling enclosure, an injection pipe formed on one side of the cooling circulation pipe to inject the refrigerant to the cooling circulation pipe side through the cooler, and a cooling circulation pipe It is characterized in that it consists of a drain pipe formed on the other side of the cooling circulation pipe to drain the refrigerant circulated through the circulation pump side.

The present invention is characterized in that by installing a jacket that is any one of a dimple jacket, a barrel jacket, and a corrugated jacket, the temperature of the edge of the tank is lowered to prevent the Teflon lining from peeling off at a specific temperature or the adhesive force from dropping by allowing the coolant to flow.

In one embodiment, the Teflon lining peeling prevention exchange device includes a Teflon lining tank, a dimple jacket coupled to the outer circumferential surface of the Teflon lining tank to lower the heat of the Teflon lining tank, and the inside of the dimple jacket so that the coolant flows from the top to the bottom A cooling water circulation space formed by characterized in that

In another embodiment, the Teflon lining peeling prevention exchange device,

In order to lower the heat generated in the Teflon-lined tank by the circulating refrigerant and the air injected and discharged, it further includes a double cooling jacket means formed so as to be detachably attached to the outer periphery of the Teflon-lined tank,

The double cooling jacket means includes a first opening/closing jacket formed to be openable and openable on one side around the jacket hinge, a second opening/closing jacket formed to be openable and openable on the other side around the jacket hinge, a first opening/closing jacket and a second A jacket hinge formed to be connected to one side of each of the first opening and closing jacket and the second opening and closing jacket so that the opening and closing jacket is rotated to be able to open and close, and the first opening and closing jacket so that the first opening and closing jacket and the second opening and closing jacket can be integrated by being caught by a lock ring A locking pin formed on one side, a locking ring formed on one side of the second opening/closing jacket to hang the locking pin, a pin hinge connected to the locking pin and the first opening/closing jacket so that the locking pin can be rotated, and Teflon lining The adhesion member formed on the first opening and closing jacket and the second opening and closing jacket so as to be in close contact with the outer surface of the tank, one side is connected to the adhesion member, and the other end is connected to the spring A compression member inserted and formed to flow in the groove, a spring groove formed in each of the first opening/closing jacket and the second opening/closing jacket so that the contact spring can be compressed or relaxed by the compression member, and compressed and relaxed within the spring groove A close contact spring formed, an injection fan formed on one side of the second opening/closing jacket to inject external air into the space between the double cooling jacket means and the Teflon-lined tank, and a first to circulate the injected air and discharge it to the outside A discharge fan formed on one side of the opening/closing jacket, a cooling enclosure formed in the first opening/closing jacket and the second opening/closing jacket, respectively, so that the cooling agent is built-in and the cooling circulation pipe is buried therein, and the refrigerant circulated through the cooling circulation pipe is discharged through the discharge pipe A circulation pump respectively formed on one side of the first opening/closing jacket and the second opening/closing jacket so that the refrigerant can be circulated by supplying it back to the injection pipe side through the A cooler that is connected and formed, a cooling circulation pipe formed inside the cooling enclosure to deliver the refrigerant injected through the injection pipe to the coolant built in the inside of the cooling enclosure, and a cooling circulation to inject the refrigerant to the cooling circulation pipe side through the cooler The injection pipe formed on one side of the pipe and the refrigerant circulated through the cooling circulation pipe are transferred to the circulation pump side. It is characterized in that it consists of a drain pipe formed on the other side of the cooling circulation pipe to discharge water to the

The present invention provides an effect of reducing the heat of the tank by supplying cooling water in the space between the outer and inner walls of the tank to prevent the Teflon lining from peeling off.

As described above, the present invention provides the effect of preventing the Teflon lining from peeling off or the adhesive force from falling by lowering the temperature of the tank edge by installing the dimple jacket to allow the coolant to flow.

1 is a view of the present invention Teflon lining peeling prevention tank.
FIG. 2 is a detailed view of FIG. 1 .
3 is a view of a double cooling jacket means, which is another embodiment for the Teflon lining peeling prevention tank.
FIG. 4 is a detailed view of FIG. 3 .
5 is a view of a cooling water guide means according to another embodiment of the Teflon lining peeling prevention tank.
FIG. 6 is a detailed view of FIG. 5 .
7 is a view of the present invention Teflon lining peeling prevention tank.
FIG. 8 is a detailed view of FIG. 7 .
9 is a view of a double cooling jacket means, which is another embodiment for the Teflon lining peeling prevention tank.
FIG. 10 is a detailed view of FIG. 9 .
11 is a view of a heat pipe means, which is another embodiment for the Teflon lining peeling prevention tank.
12 is a detailed view of FIG. 11 .
13 is a view showing a dimple jacket installed on the outer peripheral surface of the Teflon-coated tank of the present invention.
14 is a view showing a barrel jacket installed on the outer peripheral surface of the Teflon-coated tank of the present invention.
15 is a view showing a corrugated jacket installed on the outer peripheral surface of the Teflon coating tank of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scope equivalents as those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

Hereinafter, the present invention will be described in detail with reference to the drawings.

Figure 1 is a view of the present invention Teflon lining peeling prevention tank 100, Figure 2 is a detailed view of Figure 1.

As shown in the figure, the Teflon lining peeling prevention tank 100 is provided with an upper pipe in the space between the outer and inner walls of the tank to supply cooling water in a ring shape to lower the heat of the tank to prevent the Teflon lining from peeling off. characterized in order to prevent it.

The Teflon lining peeling prevention tank 100 is a Teflon lined tank 110, a tank inner wall 111, a tank outer wall 112, a cooling water supply pipe 113, a cooling water circulation pipe 114, a cooling water injection port 115, a cooling water discharge pipe. (116).

The Teflon-lined tank 110 is characterized in that it is formed in a double of the inside and the outside.

The tank inner wall 111 is characterized in that the inner wall surface is Teflon-lined, and is formed inside the Teflon-lined tank 110 .

The tank outer wall 112 is Teflon-lined on the outer wall surface, characterized in that the Teflon-lined tank 110 is formed outside.

The cooling water supply pipe 113 is formed to supply cooling water to the cooling water circulation pipe 114 side, and the cooling water supply pipe 113 is formed at one side of the cooling water circulation pipe 114 .

The cooling water circulation pipe 114 is formed at an upper portion between the tank inner wall 111 and the tank outer wall 112, and the cooling water circulation pipe 114 is formed as a circular tube.

The coolant injection hole 115 is formed to spray the coolant injected into the coolant circulation pipe 114 toward the outer wall surface of the tank inner wall 111 . characterized in that it is formed.

The cooling water discharge pipe 116 is formed to discharge the cooling water flowing along the outer wall surface of the tank inner wall 111, and the cooling water discharge pipe 116 is formed on one side of the lower side of the tank outer wall 112.

3 is a view of the double cooling jacket means 200, which is another embodiment for the Teflon lining peeling prevention tank 100, and FIG. 4 is a detailed view of FIG.

As shown in the drawing, the double cooling jacket means 200 is configured to be further included in the Teflon lining peeling prevention tank 100, and the double cooling jacket means 200 is a circulating refrigerant and air injected and discharged. In order to lower the heat generated in the Teflon-lined tank 110 by the Teflon-lined tank 110, it is characterized in that it is formed so as to be detachably attached to the outer periphery.

The double cooling jacket means 200 includes a first opening and closing jacket 210, a second opening and closing jacket 211, a jacket hinge 212, a lock pin 213, a lock ring 214, a pin hinge 215, and close contact. Member 216, compression member 217, spring groove 218, close contact spring 219, injection fan 220, exhaust fan 221, cooling enclosure 222, circulation pump 223, cooler 224 ), a cooling circulation pipe 225 , an injection pipe 226 , and a drain pipe 227 .

The first opening and closing jacket 210 is characterized in that it is formed so as to be able to open and close to one side about the jacket hinge (212).

The second opening and closing jacket 211 is characterized in that it is formed so as to be able to open and close to the other side around the jacket hinge 212.

The jacket hinge 212 is formed such that the first opening/closing jacket 210 and the second opening/closing jacket 211 are rotated to open and close, and the jacket hinge 212 includes the first opening/closing jacket 210 and the second opening and closing jacket 211. The jacket 211 is characterized in that it is formed to be connected to one side, respectively.

The locking pin 213 is caught by the locking ring 214 so that the first opening/closing jacket 210 and the second opening/closing jacket 211 can be integrated. 210) is characterized in that it is formed on one side.

The locking ring 214 is formed so that the locking pin 213 is hung, and the locking ring 214 is formed on one side of the second opening and closing jacket 211 .

The pin hinge 215 is formed so that the lock pin 213 can be rotated, and the pin hinge 215 is connected to the lock pin 213 and the first opening/closing jacket 210. .

The adhesion member 216 is formed to be in close contact with the outer surface of the tank outer wall 112, and the adhesion member 216 has a spring groove 218 formed in the first opening and closing jacket 210 and the second opening and closing jacket 211. It is characterized in that the insertion is formed in the.

The compression member 217 is formed to press and compress the contact spring 219 when the contact member 216 is in close contact with the outer surface of the tank outer wall 112, and the compression member 217 has one side on the contact member 216. It is connected, characterized in that the other side is inserted so as to flow in the spring groove (218).

The spring groove 218 is formed so that the contact spring 219 can be compressed or relaxed by the compression member 217, and the spring groove 218 includes the first opening and closing jacket 210 and the second opening and closing jacket. (211) It is characterized in that it is formed in each.

The close contact spring 219 is characterized in that it is formed to be compressed and relaxed in the spring groove (218).

The injection fan 220 is formed to inject external air into the space between the double cooling jacket means 200 and the tank outer wall 112, and the injection fan 220 is the second opening and closing jacket 211 on one side. characterized in that it is formed by

The exhaust fan 221 is formed to circulate the injected air to the outside, and the exhaust fan 221 is characterized in that it is formed on one side of the first opening/closing jacket 210 .

The cooling enclosure 222 has a built-in cooling agent and a cooling circulation pipe 225 is embedded therein. The cooling enclosure 222 is provided in the first opening and closing jacket 210 and the second opening and closing jacket 211, respectively. characterized in that it is formed.

The circulation pump 223 is formed so that the refrigerant circulated through the cooling circulation pipe 225 can be circulated by supplying the refrigerant circulated through the cooling circulation pipe 225 back to the injection pipe 226 through the discharge pipe 227. ) is characterized in that each of the first opening and closing jacket 210 and the second opening and closing jacket 211 are formed on one side.

The cooler 224 is formed to cool the refrigerant moved through the circulation pump 223 , and the cooler 224 is connected to one side of the circulation pump 223 by a moving pipe.

The cooling circulation pipe 225 is formed to deliver the refrigerant injected through the injection pipe 226 to the cooling agent built in the cooling enclosure 222 , and the cooling circulation pipe 225 is the cooling enclosure 222 . It is characterized in that it is formed inside.

The injection pipe 226 is formed to inject the refrigerant to the cooling circulation pipe 225 side through the cooler 224, and the injection pipe 226 is formed on one side of the cooling circulation pipe 225. .

The drain pipe 227 is formed to discharge the refrigerant circulated through the cooling circulation pipe 225 toward the circulation pump 223, and the drain pipe 227 is formed on the other side of the cooling circulation pipe 225. characterized.

5 is a view of the cooling water guide means 300, which is another embodiment for the Teflon lining peeling prevention tank 100, and FIG. 6 is a detailed view of FIG.

As shown in the drawing, the cooling water guide means 300 is further included in the Teflon lining peeling prevention tank 100, and the cooling water guide means 300 is between the tank inner wall 111 and the tank outer wall 112. It is characterized in that the cooling water is sprayed from the center and the lower part of the to maximize the cooling effect.

The cooling water guide means 300 includes a fixed spray guide means 310 and a rotational spray guide means 320 , and the fixed spray guide means 310 is located in the center between the tank inner wall 111 and the tank outer wall 112 . It is fixed to the lower portion and is characterized in that it is formed so that the coolant is sprayed.

The fixed injection guide means 310 includes a first guide pipe 311 , a central injection pipe 312 , a second guide pipe 313 , and a lower part pipe 314 .

The first guide pipe 311 is formed to support the central injection pipe 312 based on the cooling water circulation pipe 114 , and the first guide pipe 311 is formed on both sides of the lower side of the cooling water circulation pipe 114 . It is characterized in that it is vertically formed.

The central injection pipe 312 is formed to inject cooling water to the outer surface of the central position of the tank inner wall 111, and the central injection pipe 312 is formed on one side of the first guide pipe 311. .

The second guide pipe 313 is formed to support the lower part pipe 314 with respect to the central injection pipe 312, and the second guide pipe 313 is directed to both sides of the lower part of the central injection pipe 312. It is characterized in that it is vertically formed.

The lower part pipe 314 is formed to inject cooling water to the outer surface of the lower position of the tank inner wall 111, and the lower part pipe 314 is formed on one side of the second guide pipe 313. .

The rotational spray guide means 320 is rotated in the center between the tank inner wall 111 and the tank outer wall 112 and is characterized in that the coolant is sprayed.

The rotational injection guide means 320 is a guide fixing bar 321, a rotation guide member 322, a rotation rail 323, a rotation tube 324, a rotation gear 326, a driving gear 327, a rotation motor ( 328).

The guide fixing bar 321 is formed to fix the circular rotating guide member 322 to the lower portion of the cooling water circulation pipe 114, and the guide fixing bar 321 is formed on both sides of the cooling water circulation pipe 114 lower side. characterized by being

The rotation guide member 322 is fixed to the cooling water circulation pipe 114 by a guide fixing bar 321, and is characterized in that it is formed in a circular shape so that the circular rotation pipe 324 can be rotated.

The rotary rail 323 is formed so that the upper portion of the rotary tube 324 is coupled to be slidable, and the rotary rail 323 is formed in a circular shape with the lower surface of the rotary guide member 322 .

The rotating tube 324 is coupled to the rotating rail 323, characterized in that it is formed to enable a rotating slide.

The rotation gear 326 is formed to be rotated by rotational power in engagement with the driving gear 327, and the rotation gear 326 is formed around the side surface of the rotation tube 324.

The driving gear 327 is formed to receive rotational power from the rotational motor 328 and provide it to the rotational gear 326 side, and the driving gear 327 has one side connected to the motor shaft of the rotational motor 328 and , characterized in that the circumferential surface is formed to mesh with the rotary gear (326).

The rotation motor 328 is formed to generate and provide rotational power to the driving gear 327 side, and the rotation motor 328 is characterized in that it is formed on one side of the rotation guide member 322 .

In the above, the configuration of the double cooling jacket means 200 and the cooling water guide means 300 is characterized in that any one configuration is selected and included in the Teflon lining peeling prevention tank 100 .

Figure 7 is a view of the present invention Teflon lining peeling prevention tank 400, Figure 8 is a detailed view of Figure 7.

As shown in the drawing, the Teflon lining peeling prevention tank 400 is installed with a dimple jacket 411 to allow coolant to flow, thereby lowering the temperature at the edge of the tank so that the Teflon lining does not peel at a specific temperature or the adhesive strength is reduced. characterized in that

The Teflon lining peeling prevention tank 400 includes a Teflon lining tank 410 , a dimple jacket 411 , a cooling water circulation space 412 , a cooling water inlet pipe 413 , and a cooling water outlet pipe 414 .

The Teflon-lined tank 410 is characterized in that it is formed.

The dimple jacket 411 is formed to lower the heat of the Teflon-lined tank 410, and the dimple jacket 411 is coupled to the outer peripheral surface of the Teflon-lined tank 410.

The cooling water circulation space 412 is formed so that the cooling water flows from the top to the bottom, and the cooling water circulation space 412 is formed inside the dimple jacket 411 .

The cooling water injection pipe 413 is formed to introduce cooling water into the dimple jacket 411, and the cooling water injection pipe 413 is formed on one side of the upper side of the dimple jacket 411.

The cooling water discharge pipe 414 is formed to discharge the cooling water inside the dimple jacket 411, and the cooling water discharge pipe 414 is formed on one side of the lower side of the dimple jacket 411.

9 is a view of a double cooling jacket means 500, which is another embodiment for the Teflon lining peeling prevention tank 400, and FIG. 10 is a detailed view of FIG.

As shown in the drawing, the double cooling jacket means 500 is configured to further include the Teflon lining peeling prevention tank 400, and the double cooling jacket means 500 includes circulating refrigerant and air injected and discharged. In order to lower the heat generated in the Teflon-lined tank 410 by the Teflon-lined tank 410, it is characterized in that it is formed to be detachably attached to the outer circumference.

The double cooling jacket means 500 includes a first opening and closing jacket 510, a second opening and closing jacket 511, a jacket hinge 512, a locking pin 513, a locking ring 514, a pin hinge 515, and close contact. Member 516, compression member 517, spring groove 518, close contact spring 519, injection fan 520, exhaust fan 521, cooling enclosure 522, circulation pump 523, cooler 524 ), a cooling circulation pipe 525 , an injection pipe 526 , and a discharge pipe 527 .

The first opening and closing jacket 510 is characterized in that it is formed so as to be able to open and close to one side about the jacket hinge 512 .

The second opening and closing jacket 511 is characterized in that it is formed so as to be able to open and close to the other side around the jacket hinge (512).

The jacket hinge 512 is formed so that the first opening/closing jacket 510 and the second opening/closing jacket 511 are rotated to open and close, and the jacket hinge 512 includes the first opening/closing jacket 510 and the second opening/closing jacket 511. The jacket 511 is characterized in that it is formed to be connected to one side, respectively.

The locking pin 513 is hooked on the locking ring 514 so that the first opening/closing jacket 510 and the second opening/closing jacket 511 can be integrated. 510) is characterized in that it is formed on one side.

The locking ring (514) is formed so that the locking pin (513) is hung, and the locking ring (514) is formed on one side of the second opening/closing jacket (511).

The pin hinge 515 is formed so that the lock pin 513 can be rotated, and the pin hinge 515 is connected to the lock pin 513 and the first opening/closing jacket 510. .

The adhesion member 516 is formed to be in close contact with the outer surface of the Teflon-lined tank 410, and the adhesion member 516 is formed in the first opening and closing jacket 510 and the second opening and closing jacket 511. do.

The compression member 517 is formed to press and compress the contact spring 519 when the contact member 516 is in close contact with the outer surface of the Teflon-lined tank 410, and the pressing member 517 has one side of the contact member 516 ), and the other side is characterized in that the insertion is formed so as to flow in the spring groove (518).

The spring groove 518 is formed so that the contact spring 519 can be compressed or relaxed by the compression member 517, and the spring groove 518 includes the first opening and closing jacket 510 and the second opening and closing jacket. (511) is characterized in that it is formed in each.

The close contact spring 519 is characterized in that it is formed to be compressed and relaxed in the spring groove (518).

The injection fan 520 is formed to inject external air into the space between the double cooling jacket means 500 and the Teflon lining tank 410, and the injection fan 520 is a second opening and closing jacket 511. It is characterized in that it is formed on one side.

The exhaust fan 521 is formed to circulate the injected air to discharge to the outside, and the exhaust fan 521 is characterized in that it is formed on one side of the first opening and closing jacket 510 .

The cooling enclosure 522 has a built-in cooling agent and is formed such that a cooling circulation pipe 525 is embedded therein. characterized in that it is formed.

The circulation pump 523 is formed so that the refrigerant circulated through the cooling circulation pipe 525 is supplied back to the injection pipe 526 through the discharge pipe 527 so that the refrigerant can be circulated. ) is characterized in that each of the first opening and closing jacket 510 and the second opening and closing jacket 511 are formed on one side.

The cooler 524 is formed to cool the refrigerant moved through the circulation pump 523, and the cooler 524 is connected to one side of the circulation pump 523 by a moving pipe.

The cooling circulation pipe 525 is formed to deliver the refrigerant injected through the injection pipe 526 to the refrigerant built in the cooling enclosure 522, and the cooling circulation pipe 525 is the cooling enclosure 522. It is characterized in that it is formed inside.

The injection pipe 526 is formed to inject the refrigerant to the cooling circulation pipe 525 side through the cooler 524, and the injection pipe 526 is formed on one side of the cooling circulation pipe 525. .

The drain pipe 527 is formed to drain the refrigerant circulated through the cooling circulation pipe 525 toward the circulation pump 523, and the drain pipe 527 is formed on the other side of the cooling circulation pipe 525 characterized.

11 is a view of a heat pipe means 600 that is another embodiment for the Teflon lining peeling prevention tank 400, and FIG. 12 is a detailed view of FIG.

As shown in the figure, the heat pipe means 600 is configured to further include the Teflon lining peeling prevention tank 400, and the heat pipe means 600 is to cool the outer surface of the Teflon lining tank 410. It is characterized in that it is formed to be detachably attached to the slide from the outer surface of the Teflon-lined tank 410 for this purpose.

The heat pipe means 600 includes a heat dissipation member 610, a heat dissipation fin 611, a heat pipe 612, a refrigerant 613, a thermoelectric element 614, a heat dissipation fan 615, a coupling protrusion 616, and a coupling groove. (617).

The heat dissipation member 610 is formed to receive heat from the Teflon-lined tank 410 and radiate heat to the outside, and the heat dissipation member 610 is formed to be detachable from the Teflon-lined tank 410. .

The heat dissipation fins 611 are formed to dissipate heat on the heat dissipation member 610 to the outside, and a plurality of the heat dissipation fins 611 are formed on one side of the heat dissipation member 610 .

One side of the heat pipe 612 is connected to the thermoelectric element 614 to transmit cold air, and the heat pipe 612 is characterized in that a plurality of heat pipes 612 are formed inside the heat dissipation member 610 .

The refrigerant 613 is formed to provide the entire inside of the heat dissipating member 610 with cool air transmitted through the heat pipe 612, and the refrigerant 613 is filled into the heat dissipating member 610. .

The thermoelectric element 614 is formed to provide cool air toward the heat pipe 612 , and the thermoelectric element 614 is formed on one side of the upper portion of the heat dissipation member 610 .

The heat dissipation fan 615 is formed to cool the heat generated in the thermoelectric element 614 , and the heat dissipation fan 615 is formed on one side of the thermoelectric element 614 .

The coupling protrusion 616 is formed so that the coupling groove 617 of the heat dissipation member 610 can be slide-coupled, and the coupling protrusion 616 is formed around the outer circumference of the Teflon-lined tank 410. .

The coupling groove 617 is formed to be slidably coupled to the coupling protrusion 616 , and the coupling recess 617 is formed on both sides of the heat dissipation member 610 .

In the above, the configuration of the double cooling jacket means 500 and the heat pipe means 600 is characterized in that any one configuration is selected and included in the Teflon lining peeling prevention tank 400 .

In the present invention, the jacket installed on the outer periphery of the tank is characterized by installing a jacket that is any one of a dimple jacket, a barrel jacket, and a goal jacket.

13 is a view showing the dimple jacket installed on the outer peripheral surface of the Teflon-coated tank of the present invention.

14 is a view showing a barrel jacket installed on the outer peripheral surface of the Teflon-coated tank of the present invention.

15 is a view showing a corrugated jacket installed on the outer peripheral surface of the Teflon-coated tank of the present invention.

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may also be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims described below rather than the above detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

100: Teflon lining peeling prevention tank
110: Teflon lining tank 111: tank inner wall
112: tank outer wall 113: cooling water supply pipe
114: cooling water circulation pipe 115: cooling water injection port
116: cooling water discharge pipe
200: double cooling jacket means
210: first opening and closing jacket 211: second opening and closing jacket
212: jacket hinge 213: lock pin
214: lock ring 215: pin hinge
216: adhesion member 217: compression member
218: spring groove 219: close contact spring
220: injection fan 221: exhaust fan
222: cooling enclosure 223: circulation pump
224: cooler 225: cooling circulation pipe
226: injection pipe 227: drain pipe
300: cooling water guide means
310: fixed injection guide means 311: first guide pipe
312: central injection pipe 313: second guide pipe
314: lower division officer
320: rotational injection guide means 321: guide fixing bar
322: rotation guide member 323: rotation rail
324: rotating tube 326: rotating gear
327: drive gear 328: rotation motor
400: Teflon lining peeling prevention tank
410: teflon lining tank 411: dimple jacket
412: cooling water circulation space 413: cooling water injection pipe
414: coolant outlet pipe
500: double cooling jacket means
510: first opening and closing jacket 511: second opening and closing jacket
512: jacket hinge 513: lock pin
514: lock ring 515: pin hinge
516: adhesion member 517: compression member
518: spring groove 519: close contact spring
520: injection fan 521: exhaust fan
522: cooling enclosure 523: circulation pump
524: cooler 525: cooling circulation pipe
526: injection pipe 527: drain pipe
600: heat pipe means
610: heat dissipation member 611: heat dissipation fin
612: heat pipe 613: refrigerant
614: thermoelectric element 615: heat dissipation fan
616: coupling projection 617: coupling groove
700: magnetic tank

Claims (3)

In the Teflon lining peeling prevention tank for installing a dimple jacket to lower the temperature of the edge of the tank by allowing the coolant to flow, so that the Teflon lining does not peel off at a specific temperature or the adhesive strength decreases,
The Teflon lining peeling prevention tank,
Teflon lined tank and
A dimple jacket formed by bonding to the outer circumferential surface of the Teflon-lined tank to lower the heat of the Teflon-lined tank;
a cooling water circulation space formed inside the dimple jacket so that the cooling water flows from the top to the bottom;
a coolant injection pipe formed on one side of the upper part of the dimple jacket to introduce coolant into the inside of the dimple jacket;
It consists of a cooling water outlet pipe formed on one side of the lower part of the dimple jacket to discharge the coolant inside the dimple jacket,
The Teflon lining peeling prevention tank,
In order to lower the heat generated in the Teflon-lined tank by the circulating refrigerant and the air injected and discharged, it further includes a double cooling jacket means formed so as to be detachably attached to the outer periphery of the Teflon-lined tank,
The double cooling jacket means,
A first opening and closing jacket formed so as to be able to be opened and closed to one side around the jacket hinge,
A second opening and closing jacket formed so as to be able to open and close to the other side around the jacket hinge,
A jacket hinge formed to be connected to one side of each of the first opening and closing jacket and the second opening and closing jacket so that the first opening and closing jacket and the second opening and closing jacket are rotated to be able to open and close;
a lock pin formed on one side of the first opening and closing jacket so that the first opening and closing jacket and the second opening and closing jacket can be integrated by being caught on the lock ring;
A locking ring formed on one side of the second opening and closing jacket so that the locking pin is caught;
a pin hinge connected to the locking pin and the first opening/closing jacket so that the locking pin can be rotated;
Adhesive members formed on the first opening and closing jacket and the second opening and closing jacket so as to be in close contact with the outer surface of the Teflon-lined tank;
When the adhesion member is in close contact with the outer surface of the Teflon-lined tank, one side is connected to the adhesion member to press and compress the adhesion spring, and the other end is inserted and formed so as to flow in the spring groove;
a spring groove formed in each of the first opening/closing jacket and the second opening/closing jacket so that the contact spring can be compressed or relaxed by the pressing member;
A close contact spring formed to be compressed and relaxed in the spring groove;
An injection fan formed on one side of the second opening and closing jacket to inject external air into the space between the double cooling jacket means and the Teflon lining tank;
An exhaust fan formed on one side of the first opening and closing jacket to circulate the injected air and discharge it to the outside;
a cooling box having a built-in cooling agent and formed in the first opening and closing jacket and the second opening and closing jacket, respectively, so that the cooling circulation pipe is buried therein;
A circulation pump which is respectively formed on one side of the first opening and closing jacket and the second opening and closing jacket so that the refrigerant circulated through the cooling circulation pipe is supplied back to the injection pipe side through the discharge pipe, and the refrigerant is circulated;
A cooler connected by a moving pipe to one side of the circulation pump to cool the refrigerant moving through the circulation pump;
a cooling circulation pipe formed inside the cooling enclosure to deliver the refrigerant injected through the injection pipe to the cooling agent built in the inside of the cooling enclosure;
An injection pipe formed on one side of the cooling circulation pipe to inject the refrigerant to the cooling circulation pipe side through the cooler;
Teflon lining peeling prevention tank, characterized in that it consists of a drain pipe formed on the other side of the cooling circulation pipe to discharge the refrigerant circulated through the cooling circulation pipe to the circulation pump side.

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