TWM611156U - Cylinder leakage treatment equipment - Google Patents

Abstract

A steel cylinder leakage treatment equipment includes a sealed cylinder and a transfer rack. The sealing cylinder includes a cylinder body, a cover module and a plurality of fixed modules. The barrel has a bottom wall and a surrounding wall connected to the peripheral side of the bottom wall. The cover module is connected to the outer side of the surrounding wall and has a cover that is pivotally connected to the surrounding wall. The cover has a plurality of gaps distributed at intervals. The fixed modules are connected to the outside of the surrounding wall and the positions correspond to the notches. Each fixed module has a rod that detachably passes through the corresponding notch, and a pressing head connected to the end of the rod to press against the cover. . The pressing head is operable to move relative to the cover to adjust the pressure against the cover. The transfer frame is connected to the cylinder body to support the sealing cylinder.

Description

Cylinder leakage treatment equipment

The new model relates to a steel cylinder leakage treatment equipment, in particular to a steel cylinder leakage treatment equipment for small steel cylinders.

The liquid stored in general industrial steel cylinders is usually prone to risk of harm to the environment or human body when the cylinder leaks. Therefore, if a cylinder leaks, it needs to be dealt with urgently. When a leak is found in a cylinder during use, it cannot be stopped at the site. The cylinder needs to be transported to a specific treatment site to unload the remaining liquid in the cylinder. The cylinder must be packed in a sealed container during the process of transporting the cylinder to prevent The leaked material is dangerous.

Although there are currently airtight containers used to transport small steel cylinders, there are still shortcomings in the convenience and sealing properties of use, which need to be improved.

Therefore, one of the objectives of the present invention is to provide a steel cylinder leakage treatment equipment that can solve the aforementioned problems.

Therefore, in some embodiments, the new type of steel cylinder leakage treatment equipment includes a sealed cylinder and a transfer rack. The sealing cylinder includes a cylinder body, a cover module and a plurality of fixed modules. The barrel has a bottom wall and a surrounding wall connected to the peripheral side of the bottom wall. The bottom wall and the surrounding wall jointly define a chamber, and the surrounding wall defines an opening relative to the bottom wall. The cover module is connected to the outside of the surrounding wall and has a cover pivotally connected to the surrounding wall and close to the opening, so that the cover can openably close the opening, and the cover has a cover that covers the The opening and the closed portion surrounding the top edge of the wall, an outer ring portion extending radially outward from the outer circumference of the closed portion, and a plurality of grooves spaced apart from the outer ring portion, and each groove is formed by the outer ring portion The outer periphery of the hole is recessed toward the closed portion. The fixed modules are connected to the outer side of the surrounding wall and are located close to the opening and respectively correspond to the notches. Each of the fixed modules has a rod that detachably passes through the corresponding notch, and a rod connected to the rod The end of the body has a pressing head pressed against the cover body, and the pressing head is operable to move relative to the cover body to adjust the pressure against the cover body. The transfer frame is connected with the cylinder body to support the sealing cylinder.

In some embodiments, each fixing module further has a pivotal member arranged on the surrounding wall, the rod body has a screw portion screwed with the pressing head, and a screw portion extending from the screw portion and located at The pivotal portion at the opposite end of the pressing head is pivotally connected with the pivotal member so that the rod body can pivot relative to the pivotal member.

In some embodiments, the pressing head has a concave hole for clamping a tool, so that the pressing head can be rotated by the tool.

In some embodiments, the cover module further has a holding seat provided on the surrounding wall, and a connecting member provided on the cover body and pivotally connected to the holding seat, so that the cover body can pivot The ground is connected to the surrounding wall.

In some embodiments, the cover module further has a cover opening unit for keeping the cover open, and the cover opening unit has a first pivot seat provided on the connecting member, and a first pivot seat provided on the surrounding part. A second pivoting seat close to the bottom wall and a pair of elastic rods. Two ends of the pair of elastic rods are pivotally connected to the first pivoting seat and the second pivoting seat, respectively.

In some embodiments, each elastic rod has a spring portion and two pivotal end portions respectively connected to opposite ends of the spring portion, and the pivotal ends are respectively connected to the first pivot seat and the The second pivot seat is pivotally connected.

In some embodiments, the transfer frame further includes a main frame body and a rod connected to the surrounding wall. The main frame body has a pair of vertical rods spaced apart from each other, and a shaft rod connected to the bottom ends of the pair of vertical rods. , A pull rod connected to the top of the pair of vertical rods for holding, two connecting rods respectively connecting the pair of vertical rods and the surrounding wall, and a connecting piece connecting the shaft rod and the surrounding wall.

In some embodiments, the support rod has a fixed rod portion arranged on the surrounding wall and close to the bottom wall, and a support portion screwed to the fixed rod portion to be adjustable in length.

In some embodiments, the barrel and the cover are made of metal, and the inner surface is plated with a protective layer made of a polymer material to prevent corrosion.

In some embodiments, the bottom wall is in the shape of a truncated cone that protrudes outward and forms a discharge port, and the cylinder body further has a valve element arranged on the bottom wall and used for opening and closing the discharge port.

The present invention has at least the following effects: the lid body can more tightly close the opening of the cylinder body through the cooperation of the cover module and the fixing modules, so as to improve the sealing performance. Moreover, it is easy to operate when the cover is closed, which can improve the convenience of use.

Referring to FIGS. 1 to 4, an embodiment of the new type of steel cylinder leakage treatment equipment 100 includes a sealing tube 10 and a transfer rack 20.

The sealing cylinder 10 includes a cylinder body 1, a cover module 2 and a plurality of fixing modules 3. The barrel 1 has a bottom wall 11 and a surrounding wall 12 connected to the peripheral side of the bottom wall 11, the bottom wall 11 and the surrounding wall 12 jointly define a chamber 13, and the surrounding wall 12 defines a space relative to the bottom The opening 14 of the wall 11. The containing chamber 13 is used for accommodating a steel cylinder (not shown), and the opening 14 is used for allowing the steel cylinder to enter and exit the containing chamber 13. In this embodiment, the bottom wall 11 is in the shape of a truncated cone that protrudes outward, that is, a truncated cone that protrudes downward, and forms an outlet 111 to facilitate the leakage of liquid chemicals from the cylinder and The neutralized waste liquid is discharged. The barrel 1 also has a valve 15 arranged on the bottom wall 11 and used for opening and closing the discharge port 111.

The cover module 2 is connected to the outside of the surrounding wall 12 and has a cover 21 pivotally connected to the surrounding wall 12 and close to the opening 14, so that the cover 21 can open and close the opening 14. The cover 21 has a closed portion 211 covering the opening 14 and the top edge of the surrounding wall 12, an outer ring portion 212 extending radially outward from the outer circumference of the closed portion 211, and a plurality of spaces distributed on the outer ring portion The notches 213 of 212, and each notch 213 is recessed from the outer periphery of the outer ring portion 212 toward the closing portion 211. In this embodiment, the cover module 2 further has a holding seat 22 provided on the surrounding wall 12, and a connecting member 23 provided on the cover body 21 and pivotally connected to the holding seat 22, so that the The cover 21 is pivotally connected to the surrounding wall 12. In addition, the cover module 2 also has a cover opening unit 24 for keeping the cover body 21 open. The cover opening unit 24 has a first pivot seat 241 arranged on the connecting member 23, and a first pivot seat 241 arranged on the connecting member 23. A second pivot seat 242 surrounding the wall 12 and close to the bottom wall 11, and a pair of elastic rods 243, both ends of the pair of elastic rods 243 are respectively connected to the first pivot seat 241 and the second pivot The seat 242 is pivotally connected. Each elastic rod 243 has a spring portion 243a and two pivot ends 243b respectively connected to opposite ends of the spring portion 243a, and the pivot ends 243b are connected to the first pivot seat 241 and the second The two pivot seats 242 are pivotally connected. When the lid body 21 is not subjected to external force, the lid opening unit 24 provides a pulling force to keep the lid body 21 in an open state, so as to facilitate the insertion or removal of the steel cylinder into the chamber 13. When the cover 21 is closed on the barrel 1 by an external force, the spring portions 243a of the elastic rods 243 are stretched and accumulate a reset elastic force, and after the external force applied to the cover 21 is removed, that is, The spring portions 243a of the elastic rods 243 can be reset and drive the cover 21 to pivot back to the open state. In this embodiment, the cover module 2 further has a hand piece 25 provided on the outer surface of the cover body 21 for the user to hold and open and close the cover body 21 conveniently.

The fixing modules 3 are connected to the outside of the surrounding wall 12 and are located close to the opening 14 and correspond to the notches 213 of the cover 21 respectively. Each fixing module 3 has a rod 31 movably passing through the corresponding notch 213, and a pressing head 32 connected to the end of the rod 31 to press against the cover 21, the pressing head 32 is operable to move relative to the cover 21 to adjust the pressure against the cover 21. In this embodiment, each fixing module 3 further has a pivotal member 33 provided on the surrounding wall 12, the rod body 31 has a screw portion 311 screwed to the pressing head 32, and a self-supporting The screw portion 311 extends and is located at the pivot portion 312 at the opposite end of the pressing head 32. The pivot portion 312 is pivotally connected to the pivot member 33 so that the rod 31 can pivot relative to the pivot member 33. The pressing head 32 has a concave hole 321 for clamping a tool (not shown), so that the pressing head 32 can be rotated by the tool. To close the cover 21, first pivot the rod 31 of the fixed module 3 outward so that the pressing heads 32 leave the pivot path of the cover 21. When leaning against the top edge of the surrounding wall 12, the rods 31 are pivoted to the corresponding notches 213 so that the rods 31 pass through the corresponding notches 213, and then the pressing heads 32 are rotated, The pressing head 32 is moved to the cover 21 along the screw portion 311 of the corresponding rod 31 until it is pressed against the cover 21. To rotate the pressing head 32, you can use a torque wrench as a tool and set a fixed pressure value (for example, 30 pounds of torque) to lock the pressing head 32, and make the locking pressure of the pressing head 32 the same Therefore, the force of the cover 21 can be made uniform.

In this embodiment, the barrel 1 and the cover 21 are made of metal, and the inner surface is plated with a protective layer made of a polymer material to prevent corrosion. The protective layer can prevent the metal surface from being damaged by chemical substances leaking from the cylinder.

The transfer frame 20 is connected to the barrel 1 to support the sealed barrel 10. In this embodiment, the transfer frame 20 includes a main frame 4, a rod 5 and a wheel unit 6 for rolling on the ground. The main frame 4 and the support rod 5 are connected to the surrounding wall 12, and the wheel unit 6 is connected to the main frame 4 and supports the barrel 1 together with the support rod 5 so that the opening 14 of the barrel 1 faces upward The ground supports stand on the ground. The main frame 4 has a pair of vertical rods 41 spaced apart from each other, a shaft 42 connected to the bottom ends of the pair of vertical rods 41, a pull rod 43 connected to the top of the pair of vertical rods 41 for holding by hand, and two rods respectively connected to the pair of vertical rods. 41 and the surrounding wall 12 connecting rod 44, and a connecting piece 45 connecting the shaft 42 and the surrounding wall 12. Each vertical rod 41 has a vertical section 411 connected to the shaft 42 and an inclined section 412 extending from the vertical section 411 obliquely upward and away from the barrel 1. The pull rod 43 is connected to the ends of the inclined sections 412. The wheel unit 6 has two wheels 61 which are connected to two ends of the shaft 42 respectively. The user holds the pull rod 43 and applies force, so that the wheels 61 can roll on the ground and link the sealing cylinder 10 to move the sealing cylinder 10 conveniently and effortlessly. The supporting rod 5 has a fixed rod portion 51 arranged on the surrounding wall 12 and close to the bottom wall 11, and a supporting portion 52 screwed to the fixed rod portion 51 to be adjustable in length. The supporting portion 52 is used for supporting the ground, and can be extended and shortened relative to the fixed pole 51 by being screwed to the fixed pole 51. When the ground is uneven, the support portion 52 can be adjusted to adapt to the height of the ground, so that the barrel 1 can be kept upright without tilting.

In addition, in this embodiment, the sealing cylinder 10 further includes a sealing ring 7 (O-ring) disposed on the cylinder body 1 and adjacent to the opening 14 to seal the gap between the cylinder body 1 and the cover 21 , To increase the air tightness of the chamber 13.

However, the above are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

100: Steel cylinder leakage treatment equipment 10: Sealing cylinder 20: Transfer rack 1: barrel 11: bottom wall 111: Outlet 12: Surround the wall 13: Room 14: opening 15: Valve 2: Capping module 21: Lid 211: closed part 212: Outer Ring 213: missing slot 22: Holder 23: Connector 24: Opening unit 241: First pivot seat 242: second pivot seat 243: Elastic rod 243a: Spring part 243b: pivot end 25: Handheld 3: Fixed module 31: Rod body 311: Screw part 312: Pivot 32: Pressing the head 321: concave hole 33: pivot 4: Main frame 41: Pole 411: Upright Section 412: Inclined section 42: Axle 43: lever 44: connecting rod 45: connecting piece 5: Support rod 51: Fixed pole 52: Support 6: Wheel unit 61: wheels 7: Sealing ring

The other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, among which: Figure 1 is a perspective view of an embodiment of the new type of steel cylinder leakage treatment equipment; Figure 2 is a perspective view of the embodiment from another perspective; Figure 3 is a perspective view of the embodiment from another perspective; and Fig. 4 is a schematic side view of the cover of the embodiment in the closed state.

100: Steel cylinder leakage treatment equipment

10: Sealing cylinder

20: Transfer rack

1: barrel

11: bottom wall

111: Outlet

12: Surround the wall

13: Room

14: opening

15: Valve

2: Capping module

21: Lid

211: closed part

212: Outer Ring

213: missing slot

22: Holder

23: Connector

24: Opening unit

241: First pivot seat

242: second pivot seat

243: Elastic rod

25: Handheld

3: Fixed module

31: Rod body

32: Pressing the head

321: concave hole

33: pivot

4: Main frame

41: Pole

411: Upright Section

412: Inclined section

42: Axle

43: lever

44: connecting rod

45: connecting piece

5: Support rod

51: Fixed pole

52: Support

6: Wheel unit

61: wheels

7: Sealing ring

Claims (10)

A steel cylinder leakage treatment equipment, including: A sealed cylinder, including A cylinder having a bottom wall and a surrounding wall connected to the peripheral side of the bottom wall, the bottom wall and the surrounding wall jointly define a chamber, and the surrounding wall defines an opening relative to the bottom wall, The cover module is connected to the outside of the surrounding wall and has a cover pivotally connected to the surrounding wall and close to the opening, so that the cover can openably close the opening, and the cover has a cover The opening and the closed portion surrounding the top edge of the wall, an outer ring portion extending radially outward from the outer circumference of the closed portion, and a plurality of grooves spaced apart from the outer ring portion, and each groove is formed by the outer ring The outer periphery of the part is recessed into the closed part, and A plurality of fixed modules are connected to the outside of the surrounding wall and are located close to the opening and respectively correspond to the notches. Each of the fixed modules has a rod that can move through the corresponding notch, and a connecting rod The end of the rod body has a pressing head pressed against the cover, and the pressing head is operable to move relative to the cover to adjust the pressure against the cover; and A transfer frame is connected with the cylinder body to support the sealing cylinder. The steel cylinder leakage treatment equipment according to claim 1, wherein each fixed module further has a pivotal member arranged on the surrounding wall, the rod body has a screw part screwed with the pressing head, and a self-contained The screw portion extends and is located at a pivotal portion at the opposite end of the pressing head, and the pivotal portion is pivotally connected with the pivotal member so that the rod body can pivot relative to the pivotal member. According to claim 2, the steel cylinder leakage treatment equipment, wherein the pressing head has a concave hole for clamping a tool, so that the pressing head can be rotated by the tool. The steel cylinder leakage treatment equipment according to claim 1, wherein the cover module further has a holding base provided on the surrounding wall, and a connecting piece provided on the cover body and pivotally connected to the holding base, so that The cover is pivotally connected with the surrounding wall. According to claim 4, the steel cylinder leakage treatment equipment, wherein the capping module further has a cap opening unit for keeping the lid body open, and the cap opening unit has a first pivot seat provided on the connecting member , A second pivoting seat arranged on the surrounding wall and close to the bottom wall, and a pair of elastic rods, both ends of the pair of elastic rods are respectively connected to the first pivoting seat and the second pivoting seat Pivot. According to claim 5, the steel cylinder leakage treatment equipment, wherein each elastic rod has a spring portion and two pivotal ends connected to opposite ends of the spring portion, and the pivotal ends are respectively connected to the first A pivot seat and the second pivot seat are pivotally connected. According to claim 1, the steel cylinder leakage treatment equipment, wherein the transfer rack further includes a main frame body and a rod connected to the surrounding wall, the main frame body has a pair of vertical rods spaced apart from each other, and a connecting rod A shaft at the bottom end of the opposite pole, a pull rod connected to the top of the opposite pole for holding, two connecting rods respectively connecting the opposite pole and the surrounding wall, and a connecting piece connecting the shaft and the surrounding wall. The steel cylinder leakage treatment equipment according to claim 7, wherein the support rod has a fixed rod part arranged on the surrounding wall and close to the bottom wall, and a support part screwed to the fixed rod part so as to be adjustable in length . According to claim 1, wherein the cylinder body and the cover body are made of metal, and the inner surface is plated with a protective layer made of polymer material to prevent corrosion. The steel cylinder leakage treatment equipment according to claim 1, wherein the bottom wall is in the shape of a truncated cone protruding outward and forms a discharge port, and the cylinder body also has a bottom wall for opening and closing the discharge port. Valve parts.

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