AU2016102369A4

AU2016102369A4 - Leakage protection apparatus

Info

Publication number: AU2016102369A4
Application number: AU2016102369A
Authority: AU
Inventors: Michael Liu
Original assignee: Suzhou Theleader M&e Products Co Ltd
Current assignee: Suzhou Theleader M&e Products Co Ltd
Priority date: 2015-09-23
Filing date: 2016-05-30
Publication date: 2019-05-09
Anticipated expiration: 2024-05-30
Also published as: DE212016000015U1; WO2017049944A1; AU2016327733A1; CN204962150U

Abstract

Abstract Provided is a leakage protection device, comprising a wrapping tape, two tiers and a diverter nozzle. The wrapping tape is used for wrapping around outer surfaces 5 of pipe connectors. One end of the wrapping tape is provided with a loop fastener and buttons. The loop fastener and the buttons are located on a front face of the wrapping tape. The buttons are located on one side of the loop fastener close to the middle of the wrapping tape. The other end of the wrapping tape is provided with button holes and a hook fastener. The button holes and the hook fastener are located .o on a back face of the wrapping tape. The hook fastener is located on one side of the button holes close to the middle of the wrapping tape. The loop fastener is used for attachment to the hook fastener. The buttons are used for fastening by passing through the button holes. The middle of the wrapping tape is further provided with a diverter hole. The two tiers are used for tying two side edges of the wrapping tape .5 respectively onto two pipes connected to each other. One end of the diverter nozzle is connected to the diverter hole, and the other end thereof is connected to a collector through a hose. The present utility model can effectively prevent harmful fluid from spurting outwards when leakage occurs and is economical and environment-friendly.

Description

Leakage Protection Device

Technical Field

The present utility model relates to a leakage protection device.

Background Art

Generally, a fluid pipeline needs to be formed by connecting pipes to one .0 another. The connection between two connected pipes usually needs some pipe connectors. Specifically, the pipe connectors may be flanges, and a seal is further arranged between the flanges of two pipes for the purpose of sealing. However, the seal may age or be damaged over time, resulting in fluid leakage, and even spurting of fluid in a high-pressure pipe, which can affect the environment or the health of .5 staff. In addition, some precious or useful fluid is wasted due to leakage.

Summary of the Utility Model

In view of the shortcomings of the prior art, the utility model aims to provide a leakage protection device which can effectively prevent harmful fluid from spurting :o outwards when leakage occurs and is economical and environment-friendly.

In order to achieve the above object, the utility model adopts the following technical solution:

a leakage protection device comprising:

a wrapping tape, used for wrapping around an outer surface of a pipe 25 connector, one end of the wrapping tape being provided with a loop fastener and buttons, the loop fastener and the buttons being located on a front face of the wrapping tape, the buttons being located on one side of the loop fastener close to the middle of the wrapping tape, the other end of the wrapping tape being provided with button holes and a hook fastener, the button holes and the hook fastener being located on a back face of the wrapping tape, the hook fastener being located on one

2016102369 30 May 2016 side of the button holes close to the middle of the wrapping tape, the loop fastener being used for attachment to the hook fastener, the buttons being used for fastening by passing through the button holes, and the middle of the wrapping tape being further provided with a diverter hole;

two tiers, used for tying two side edges of the wrapping tape respectively onto two pipes connected to each other; and a diverter nozzle, with one end being connected to the diverter hole and the other end being connected to a collector through a hose.

The two tiers are both cable ties, the two side edges of the wrapping tape are .0 provided with cable tie penetrating holes respectively, and each cable tie is sleeved by penetrating through the corresponding cable tie penetrating hole.

One end of each cable tie is provided with a ratchet, the other end of each cable tie is provided with an insertion end used for being inserted into the ratchet, and the ratchet is located outside the corresponding cable tie penetrating hole.

.5 The two tiers are both ropes, the two side edges of the wrapping tape are provided with rope penetrating holes respectively, a middle section of each rope is sleeved by penetrating through the rope penetrating holes, and two ends of each rope are located outside the rope penetrating holes.

A plurality of the buttons and the button holes are provided, and the plurality io of buttons and the plurality of button holes are all arranged along the width of the wrapping tape.

The utility model has the following beneficial effects.

Compared with the prior art, in the utility model, the wrapping tape is utilized for wrapping around the outer surfaces of the pipe connectors; the diverter nozzle is located under the wrapping tape; the two tiers are located on two opposite sides of the pipe connectors respectively; and the two tiers are used for tying the two side edges of the wrapping tape respectively onto the two pipes connected to each other, so as to form an enclosed space inside the wrapping tape. In this way, fluid leaked around the pipe connectors can be contained inside the enclosed space and collected through the diverter nozzle, so that spurting of harmful fluid can be effectively prevented when leakage occurs, and direct harm to human bodies and damage to

2016102369 30 May 2016 equipment can be prevented. In addition, the diverter nozzle enables collection of leaked fluid, which is economical and environment-friendly.

Brief Description of the Drawings

Fig. 1 is a structural schematic illustration of the utility model in an expanded state; and

Fig. 2 is a structural schematic illustration of the utility model in use.

In the drawings: wrapping tape 10; loop fastener 11; button 12; button hole 13; hook fastener 14; diverter hole 15; tier 20; ratchet 21; insertion end 22; diverter .0 nozzle 30; pipe connector 40; and pipe 50.

Detailed Description of Embodiments

Hereinafter, the utility model will be further described in conjunction with the accompanying drawings and particular embodiments.

.5 As shown in Figs. 1 and 2, a leakage protection device according to the utility model comprises a wrapping tape 10, two tiers 20 and a diverter nozzle 30. The wrapping tape 10 is used for wrapping around outer surfaces of pipe connectors 40. One end of the wrapping tape 10 is provided with a loop fastener 11 and buttons 12. The loop fastener 11 and the buttons 12 are located on a front face of the wrapping :o tape 10. The buttons 12 are located on one side of the loop fastener 11 close to the middle of the wrapping tape 10. The other end of the wrapping tape 10 is provided with button holes 13 and a hook fastener 14. The button holes 13 and the hook fastener 14 are located on a back face of the wrapping tape 10. The hook fastener 14 is located on one side of the button holes 13 close to the middle of the wrapping tape 10. The loop fastener 11 is used for attachment to the hook fastener 14. The buttons 12 are used for fastening by passing through the button holes 13. The middle of the wrapping tape 10 is further provided with a diverter hole 15. The two tiers 20 are used for tying two side edges of the wrapping tape 10 respectively onto two pipes 50 connected to each other. One end of the diverter nozzle 30 is connected to the diverter hole 15, and the other end thereof is connected to a collector through a hose.

2016102369 30 May 2016

When the utility model is in use, the wrapping tape 10 is utilized for wrapping around the outer surfaces of the pipe connectors 40; the diverter nozzle 30 is located under the wrapping tape 10; the two tiers 20 are located on two opposite sides of the pipe connectors 40 respectively; and the two tiers 20 are used for tying the two side edges of the wrapping tape 10 respectively onto the two pipes 50 connected to each other, so as to form an enclosed space inside the wrapping tape 10. In this way, fluid leaked around the pipe connectors 40 can be contained inside the enclosed space and collected through the diverter nozzle 30, so that spurting of harmful fluid can be effectively prevented when leakage occurs, and direct harm to human bodies and .0 damage to equipment can be prevented. In addition, the diverter nozzle 30 enables collection of leaked fluid, which is economical and environment-friendly.

In the embodiment, the pipe connectors 40 are flanges, and when in use, the wrapping tape 10 is wrapped around outer surfaces of the two flanges. Of course, the utility model is also applicable to situations where the pipe connectors 40 may .5 be other components.

Further, a plurality of the buttons 11 and the button holes 13 are provided, and the plurality of buttons 11 and the plurality of button holes are 13 all arranged along the width of the wrapping tape 10.

Further, the two tiers 20 are both cable ties, the two side edges of the wrapping !0 tape 10 are provided with cable tie penetrating holes respectively, and each cable tie is sleeved by penetrating through the corresponding cable tie penetrating hole.

Further, one end of each cable tie is provided with a ratchet 21, the other end of each cable tie is provided with an insertion end 22 used for being inserted into the ratchet 21, and the ratchet 21 is located outside the corresponding cable tie penetrating hole, so that fixation can be achieved conveniently and looseness does not occur easily.

In another embodiment, the two tiers 20 can both be ropes alternatively, the two side edges of the wrapping tape 10 are provided with rope penetrating holes respectively, a middle section of each rope is sleeved by penetrating through the rope penetrating holes, and two ends of each rope are located outside the rope penetrating holes. When in use, the two ends of each rope are used for tightly tying

2016102369 30 May 2016 the wrapping tape 10. Preferably, the ropes are made of polytetrafluoroethylene which is corrosion-resistant.

Preferably, in the embodiment, the wrapping tape 10 is made of a corrosionresistant material with stretching-resistant and tear-resistant properties, such as polytetrafluoroethylene.

Preferably, the area between the two sides of the wrapping tape 10 is partially or totally transparent, having an excellent effect of visibility.

Preferably, the buttons 12 are made of a corrosion-resistant material. Preferably, the buttons 12 are in the shape of a water drop, so as to facilitate .0 installation.

Preferably, the diverter nozzle 30 is made of polytetrafluoroethylene which has a corrosion-resistant property, and facilitates easy installation of the hose, and the hose is not prone to disengagement after being installed. Preferably, the diverter nozzle 30 is of a pagoda-shaped structure.

.5 For those skilled in the art, various other corresponding changes and variations may be made according to the technical solutions and concepts described above, and all such changes and variations should fall within the protection scope of the claims of the utility model.

Claims

Claims

2016102369 30 May 2016

1. A leakage protection device, characterized by comprising: a wrapping tape for wrapping around outer surfaces of pipe connectors, one 5 end of the wrapping tape being provided with a loop fastener and buttons, the loop fastener and the buttons being located on a front face of the wrapping tape, the buttons being located on one side of the loop fastener close to the middle of the wrapping tape, the other end of the wrapping tape being provided with button holes and a hook fastener, the button holes and the hook fastener being located on a back .0 face of the wrapping tape, the hook fastener being located on one side of the button holes close to the middle of the wrapping tape, the loop fastener being used for attachment to the hook fastener, the buttons being used for fastening by passing through the button holes, and the middle of the wrapping tape being further provided with a diverter hole;

.5 two tiers for tying two side edges of the wrapping tape respectively onto two pipes connected to each other; and a diverter nozzle, with one end being connected to the diverter hole and the other end being connected to a collector through a hose.

:o
2. The leakage protection device according to claim 1, characterized in that the two tiers are both cable ties, the two side edges of the wrapping tape are provided with cable tie penetrating holes respectively, and each cable tie is sleeved by penetrating through the corresponding cable tie penetrating hole.

25
3. The leakage protection device according to claim 2, characterized in that one end of each cable tie is provided with a ratchet, the other end of each cable tie is provided with an insertion end used for being inserted into the ratchet, and the ratchet is located outside the corresponding cable tie penetrating hole.

30
4. The leakage protection device according to claim 1, characterized in that

2016102369 30 May 2016 the two tiers are both ropes, the two side edges of the wrapping tape are provided with rope penetrating holes respectively, a middle section of each rope is sleeved by penetrating through the rope penetrating holes, and two ends of each rope are located outside the rope penetrating holes.
5. The leakage protection device according to claim 1, characterized in that a plurality of the buttons and a plurality of the button holes are provided, and the plurality of buttons and the plurality of button holes are all arranged along the width of the wrapping tape.