CN205936672U - Hydraulic support operating valve blocking device - Google Patents
Hydraulic support operating valve blocking device Download PDFInfo
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- CN205936672U CN205936672U CN201620941401.1U CN201620941401U CN205936672U CN 205936672 U CN205936672 U CN 205936672U CN 201620941401 U CN201620941401 U CN 201620941401U CN 205936672 U CN205936672 U CN 205936672U
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- connecting plate
- hole
- blocking device
- driving lever
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- Mechanically-Actuated Valves (AREA)
Abstract
The utility model relates to a mine hydraulic support safety arrangement specifically is hydraulic support operating valve blocking device, and solve under the present mine hydraulic support operating valve and expose outside and do not have blocking device, the easy problem that takes place the mistake and move the phenomenon, the scheme is: including first connecting plate and second connecting plate, the first connecting plate fixedly connected with U couple that appear division has the cotter hole on the U -shaped is geted in touch, the end of second connecting plate is fixed with the sleeve pipe, overlaps the intraductal pivot of having worn, and open at the pivot both ends has the through -hole, has worn long U -shaped shutting pole in the through -hole, and the U -shaped part hook of U -shaped shutting pole is in the U -shaped couple, and the cotter hole interpolation of U -shaped couple end has the split pin. The advantage: 1, simple structure, low in manufacturing cost is honest and clean, 2, it is easy and simple to handle, the split pin is extracted or plugged, U -shaped shutting pole is rotated and shutting and unblock to the hydraulic control valve can be realized, 3, two bodies of rod on the U -shaped shutting pole are located operating valve driving lever both sides respectively, and the two -way operating valve driving lever emergence mistake that prevents is moved, and factor of safety is high.
Description
Technical field
This utility model is related to mine hydraulic support safety guard, specially hydraulic chock running valve blocking device.
Background technology
Hydraulic prop equipment is extremely universal in pit mining work surface, and hydraulic support is mainly used in recovery process under mine
Top board is managed and supports.The poke-rod type of hydraulic pressure in groups that hydraulic chock running valve is mostly transversely arranged manipulates valve, due to
The manipulation valve of hydraulic support mostly exposed outside, and no safety interlock system, in the complex environment of down-hole, easily there is false touch
The phenomenon by mistake touched, causes support apparatus malfunction, has a strong impact on production safety.Therefore, design a kind of structure simple, easy to operate,
Can Reliable guarantee hydraulic chock running valve the hydraulic chock running valve blocking device of nonaction will not occur is that extremely have must
Want.
Content of the invention
This utility model solves that under current mine, hydraulic chock running valve is exposed outside and do not have blocking device, is susceptible to
The problem of nonaction, provides a kind of hydraulic chock running valve blocking device.
This utility model is achieved through the following technical solutions:Hydraulic chock running valve blocking device, including solid respectively
Due to manipulating the first connecting plate of valve body two ends and the second connecting plate, one end of described first connecting plate and the second connecting plate with
Manipulate valve body termination to be fixedly connected, another termination extends along manipulating valve driving lever direction, and the elongated end of described first connecting plate is fixed
It is connected with the U-shaped hook towards the second connecting plate direction bending, one end of described U-shaped hook is fixedly connected with the first connecting plate,
The other end has pin hole along U-shaped hook place face vertical direction insertion;The extended tip of described second connecting plate be fixed with
Manipulate the vertical sleeve pipe in valve driving lever place face, be installed with the rotating shaft that sleeve pipe is stretched out at two ends in described sleeve pipe, the two of described rotating shaft stretches out
End has through hole along rotating shaft radial direction, and the minimum range of described two through hole should ensure that more than the maximum gauge manipulating valve driving lever, described
It is installed with U-shaped deadlock lever, the opening two ends of described U-shaped deadlock lever are each passed through two through hole in rotating shaft, and described U-shaped closes in through hole
The U-shaped portion of locking bar is divided and is hooked in U-shaped hook, and described U-shaped is linked up with the pin hole of the other end and is inserted with split pin.Connecting plate is to whole
Its fixing supporting role of individual blocking device.First connecting plate elongated end is fixed with U-shaped hook, forms the lock of blocking device.The
Two connecting plate extended tips are fixed with sleeve pipe, are installed with rotating shaft in sleeve pipe, and rotating shaft is installed with U-shaped deadlock lever, make U-shaped deadlock lever and
Two connecting plates form articulated structure, and U-shaped deadlock lever can rotate around the axis.Two through hole minimum range is more than the maximum manipulating valve driving lever
It is ensured that the body of rod two ends of U-shaped deadlock lever are located at respectively and manipulate valve driving lever both sides, constraint manipulates valve driving lever and cannot dial to both sides diameter
Dynamic, play two-way malfunction protective effect.The U-shaped portion of U-shaped deadlock lever divide be hooked on U-shaped hook in, and with split pin U-shaped hook
Termination pin joint is so that U-shaped deadlock lever is limited in U-shaped hook.
Described U-shaped deadlock lever passes through the termination of through hole to side bending or to be installed with anticreep pin.U-shaped deadlock lever passes through through hole
One end bends or wears anticreep pin, and when preventing from rotating U-shaped deadlock lever, termination is deviate from by through hole.
This utility model has advantages below:1st, structure is simple, cheap for manufacturing cost;2nd, easy and simple to handle, extract or plug
Split pin, rotates U-shaped deadlock lever and can achieve the locking to hydraulically operated valve and unblock;3rd, U-shaped deadlock lever two body of rod position respectively
In manipulating valve driving lever both sides, two-way prevent from manipulating valve driving lever there is malfunction, safety coefficient is high.
Brief description
Fig. 1 is this utility model structural front view;
Fig. 2 is this utility model top view;
Fig. 3 is this utility model scheme of installation;
In figure:1- manipulates valve body, 2- first connecting plate, 3- second connecting plate, and 4- manipulates valve driving lever, and 5-U shape is linked up with, and 6- covers
Pipe, 7- rotating shaft, 8-U shape deadlock lever, 9- split pin.
Specific embodiment
Hydraulic chock running valve blocking device, including being individually fixed in the first connecting plate 2 manipulating valve body 1 two ends and the
One end of two connecting plates 3, described first connecting plate 2 and the second connecting plate 3 is fixedly connected with manipulating valve body 1 termination, another termination
Extend along manipulating valve driving lever 4 direction, the elongated end of described first connecting plate 2 is fixedly connected with curved towards the second connecting plate 3 direction
Bent U-shaped hook 5, one end of described U-shaped hook 5 is fixedly connected with the first connecting plate 2, and the other end hangs down along U-shaped hook 5 place face
Nogata has pin hole to insertion;The extended tip of described second connecting plate 3 is fixed with vertical with manipulating valve driving lever 4 place face
Sleeve pipe 6, is installed with the rotating shaft 7 that sleeve pipe 6 is stretched out at two ends in described sleeve pipe 6, two external parts of described rotating shaft 7 have along rotating shaft 7 radial direction
Through hole, the minimum range of described two through hole should ensure that more than the maximum gauge manipulating valve driving lever 4, is installed with U-shaped and closes in described through hole
Locking bar 8, the opening two ends of described U-shaped deadlock lever 8 are each passed through two through hole in rotating shaft 7, the U-shaped portion of described U-shaped deadlock lever 8
Divide and be hooked in U-shaped hook 5, described U-shaped is linked up with the pin hole of 5 other ends and is inserted with split pin 9.
When being embodied as, described U-shaped deadlock lever 8 passes through the termination of through hole to side bending or to be installed with anticreep pin.
During use, two bodies of rod of U-shaped deadlock lever 8 are respectively placed in manipulation valve driving lever 4 both sides, by the U-shaped of U-shaped deadlock lever 8
Part is hooked in U-shaped hook 5, links up with the through hole interpolation cottering 9 of 5 terminations in U-shaped, U-shaped deadlock lever 8 is carried out spacing.U
8 liang of bodies of rod of shape deadlock lever are located at respectively and manipulate valve driving lever 4 both sides, play and prevent two-way misoperation from using.Prop up when needing manipulation hydraulic pressure
During frame, extract split pin 9, the U-shaped portion of U-shaped deadlock lever 8 is divided to deviate from U-shaped hook 5, by U-shaped deadlock lever 8 to the second connection
Plate 3 direction push, then U-shaped deadlock lever 8 under the support of sleeve pipe 6, around the shaft 7 rotation, by two bodies of rod of U-shaped deadlock lever 8 from
Manipulate the abjection of valve driving lever 4 both sides, release to the constraint manipulating valve driving lever 4, now can stir manipulation valve driving lever 4 and control hydraulic pressure to prop up
Frame lifts.U-shaped deadlock lever 8 passes through the termination bending of through hole or is installed with anticreep pin, can prevent from pushing or stretch U-shaped deadlock lever 8
Deviate from the through hole of rotating shaft 7 during transverse shifting.
Claims (2)
1. a kind of hydraulic chock running valve blocking device it is characterised in that:Including being individually fixed in manipulation valve body(1)Two ends
First connecting plate(2)With the second connecting plate(3), described first connecting plate(2)With the second connecting plate(3)One end with manipulate valve body
(1)Termination is fixedly connected, and another termination is along manipulation valve driving lever(4)Direction extends, described first connecting plate(2)Elongated end fix
It is connected with towards the second connecting plate(3)The U-shaped hook of direction bending(5), described U-shaped hook(5)One end and the first connecting plate
(2)It is fixedly connected, the other end is linked up with along U-shaped(5)The vertical direction insertion of place face has pin hole;Described second connecting plate(3)
Extended tip be fixed with and manipulate valve driving lever(4)The vertical sleeve pipe in place face(6), described sleeve pipe(6)Inside it is installed with two ends to stretch out
Sleeve pipe(6)Rotating shaft(7), described rotating shaft(7)Two external parts along rotating shaft(7)Radially have through hole, the minimum of described two through hole
Distance should ensure that more than manipulation valve driving lever(4)Maximum gauge, be installed with U-shaped deadlock lever in described through hole(8), described U-shaped locking
Bar(8)Opening two ends be each passed through rotating shaft(7)Upper two through hole, described U-shaped deadlock lever(8)U-shaped portion divide and be hooked on U-shaped
Hook(5)Interior, described U-shaped hook(5)It is inserted with split pin in the pin hole of the other end(9).
2. hydraulic chock running valve blocking device according to claim 1 it is characterised in that:Described U-shaped deadlock lever(8)Wear
The termination crossing through hole to side bending or is installed with anticreep pin.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201620941401.1U CN205936672U (en) | 2016-08-26 | 2016-08-26 | Hydraulic support operating valve blocking device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201620941401.1U CN205936672U (en) | 2016-08-26 | 2016-08-26 | Hydraulic support operating valve blocking device |
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CN205936672U true CN205936672U (en) | 2017-02-08 |
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CN201620941401.1U Active CN205936672U (en) | 2016-08-26 | 2016-08-26 | Hydraulic support operating valve blocking device |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109237114A (en) * | 2018-10-25 | 2019-01-18 | 兖矿东华重工有限公司 | A kind of development machine and its proportional multi-path reversing valve blocking device |
-
2016
- 2016-08-26 CN CN201620941401.1U patent/CN205936672U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109237114A (en) * | 2018-10-25 | 2019-01-18 | 兖矿东华重工有限公司 | A kind of development machine and its proportional multi-path reversing valve blocking device |
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