CN104816497A - Manual pressure machine device for controlling leakage of underground chamber through-wall pipe - Google Patents
Manual pressure machine device for controlling leakage of underground chamber through-wall pipe Download PDFInfo
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- CN104816497A CN104816497A CN201510207215.5A CN201510207215A CN104816497A CN 104816497 A CN104816497 A CN 104816497A CN 201510207215 A CN201510207215 A CN 201510207215A CN 104816497 A CN104816497 A CN 104816497A
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- manual pressure
- rocking bar
- ratchet
- pressure facility
- cuff
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Abstract
A manual pressure machine device for controlling leakage of an underground chamber through-wall pipe comprises a manual pressure machine connected with a manual pressure machine support. The manual pressure machine is placed on a manual pressure machine supporting seat through the manual pressure machine support, can move along the manual pressure machine supporting seat, is connected with a manual pressure machine ejector rod and ejects a water stop hoop through the manual pressure machine ejector rod, so that a rubber water-stop strip is compressed, and leakage of the through-wall pipe is controlled. Leakage of the underground chamber through-wall pipe can be more conveniently and effectively controlled and maintained.
Description
Technical field
The present invention relates to a kind of Manual pressure facility equipment administering underground chamber wall pipe seepage.
Background technology
Underground chamber comprises the pipelines such as underground transportation facilities is powered as tunnel and industry and civil buildings basement etc. all need to arrange, plumbing, pipeline all needs to pass through the requirement of underground chamber wallboard and buries wall pipe underground, underground water is often had to permeate the ground cavern along wall pipe in use procedure, need to take measures to administer, more existing administering method at present, materials'use life-span of general conventional improvement wall pipe seepage is far fewer than the design period of service of underground traffic tunnels etc., need frequent maintenance, and maintenance process is numerous and diverse not convenient.
Summary of the invention
The invention provides a kind of Manual pressure facility equipment administering underground chamber wall pipe seepage, can be more convenient effectively to underground chamber wall pipe seepage being carried out to improvement maintenance.
In order to achieve the above object, the invention provides a kind of Manual pressure facility equipment administering underground chamber wall pipe seepage, comprise Manual pressure facility, these Manual pressure facility are connected with Manual pressure facility support, these Manual pressure facility manually pressure facility Stent Implantation on Manual pressure facility bearing, and can move along Manual pressure facility bearing, these Manual pressure facility connect Manual pressure facility push rod, these Manual pressure facility manually pressure facility push rod hold out against sealing cuff, thus compress rubber water-proof bar, complete the treating seepage to wall pipe;
Described Manual pressure facility comprise:
Main shaft;
Ratchet, it is fixedly installed on main shaft;
Rocking bar, it is arranged on main shaft, can rotate around the spindle;
Ratchet, it contacts ratchet, and is fixedly connected with rocking bar;
Shell, it is set on main shaft, wraps ratchet and pawl, and is connected with rocking bar and ratchet.
The Manual pressure facility equipment of described improvement underground chamber wall pipe seepage also comprises:
Handle, it connects rocking bar;
Rocking bar limit assembly;
Hold concurrently and rocking bar fixation kit in ratchet location;
And, shell fixation kit.
Described ratchet comprises:
Ratchet body;
Ratchet through hole, it is positioned on Ratchet body, for passing main shaft;
Limiting through hole, it is positioned on Ratchet body, and it is spacing for rocking bar.
Described ratchet comprises:
Ratchet body;
Ratchet button, is exposed to outside shell;
Ratchet spring tongue, it is positioned in ratchet body, is provided with ratchet spring;
Ratchet through hole, it is positioned in ratchet body, for holding concurrently and rocking bar fixation kit through ratchet location.
Described main shaft comprises:
Spindle main body;
Pressure facility support alignment pin, it is positioned in spindle main body, for locating Manual pressure facility support;
Ratchet alignment pin, it is positioned in spindle main body, for fixed ratchet wheel;
Main shaft clamp nut, it is threaded with spindle main body, for compressing Manual pressure facility support.
Described shell comprises embedded shell and outer envelope;
Described embedded shell comprises:
Embedded shell main body;
Rocking bar spacing hole, it is positioned in embedded shell main body, spacing for rocking bar;
Shell fixing hole, it is positioned in embedded shell main body, fixes for shell;
Embedded shell through hole, it is positioned in embedded shell main body, for passing main shaft;
Described outer envelope comprises:
Outer envelope main body;
Outer envelope link bolt hole, it is positioned in outer envelope main body, fixes for shell;
Outer envelope through hole, it is positioned in outer envelope main body, for passing main shaft.
Described rocking bar comprises:
Rocking bar connecting portion, it connects main shaft;
Rocker upper arm, it connects rocking bar connecting portion, for connected with outer casing and ratchet;
Rocker lower arm, it connects rocking bar connecting portion, for connecting Manual pressure facility push rod;
Described rocking bar connecting portion comprises: bearing, wherein has rocking bar through hole, for passing main shaft (1-5);
Described rocker upper arm comprises:
Rocking bar rotary spacing bolt hole, spacing for rocking bar;
Holding concurrently and rocking bar fixed bolt hole in ratchet location, fixes with rocking bar for ratchet location is double;
Handle socket, for connecting handle;
Described rocker lower arm comprises: push rod jack, for connecting Manual pressure facility push rod.
Described handle comprises:
Handle main body;
Handle plug, it is arranged on handle main body lower end, for inserting handle socket.
Described rocking bar limit assembly comprises:
Rocking bar rotary spacing bolt, it is through rocking bar rotary spacing bolt hole and rocking bar spacing hole;
Rocking bar rotary spacing nut, it is connected with rocking bar rotary spacing bolt thread.
Hold concurrently in described ratchet location and rocking bar fixation kit comprises:
Hold concurrently and rocking bar set bolt in ratchet location, it is held concurrently and rocking bar fixed bolt hole, shell fixing hole and outer envelope link bolt hole through ratchet location;
Limit casing, it is set in ratchet location and holds concurrently with on rocking bar set bolt;
Shell and rocking bar attaching nut, itself and ratchet are located to hold concurrently and are threaded with rocking bar set bolt.
Described shell fixation kit comprises:
Shell connecting bolt, it is through outer envelope link bolt hole and shell fixing hole;
Limit casing, it is set on shell connecting bolt;
Outer envelope attaching nut, it is threaded with shell connecting bolt.
Described Manual pressure facility support casing is located on the main shaft of Manual pressure facility, and this Manual pressure facility support comprises:
Base plate, it connects Manual pressure facility bearing, can move along Manual pressure facility bearing;
Pole, it is fixedly connected with base plate;
Axle sleeve, it is fixedly connected with pole, for passing main shaft;
Axle sleeve cotter way, it is arranged in axle sleeve, and this axle sleeve cotter way mates with the pressure facility support alignment pin on main shaft, for locating Manual pressure facility support.
Described Manual pressure facility push rod inserts in the push rod jack of the rocking bar of Manual pressure facility, and this Manual pressure facility push rod comprises:
Push rod main body;
Push rod plug, it is arranged on the lower end of push rod main body, for inserting in the push rod jack of rocking bar;
Push rod comes directly towards, and it is arranged on the upper end of push rod main body, for holding out against sealing cuff.
Described Manual pressure facility bearing comprises:
Cuff in bearing, it is for being set in wall pipe; In this bearing, cuff can adopt engineering plastics manufacture, and its internal diameter alterable is to adapt to the pipeline of various outer diameter;
The outer cuff of bearing, it is sheathed, and to be fixed on cuff in bearing outside;
In described bearing, cuff comprises:
Cuff main body in bearing;
Cuff frictional resistance rubber strip in bearing, its embedding is arranged in the inboard groove of cuff main body in bearing, for increasing frictional force, prevents from sliding between Manual pressure facility bearing and wall pipe;
The outer cuff of described bearing comprises:
The outer cuff main body of bearing;
Deep floor, it is arranged in the outer cuff main body of bearing, for strengthening the intensity of the outer cuff of bearing;
The outer cuff of bearing holds bolt tightly, and it is arranged in the outer cuff main body of bearing, for regulating the elasticity of the outer cuff of bearing;
The outer cuff connecting portion of bearing, it is arranged in the outer cuff main body of bearing, for connecting Manual pressure facility support.
Described sealing cuff comprises:
Cuff main body, wherein has through hole, for being set in wall pipe;
Cuff projection ring flat-plate, it is arranged on cuff body top;
Cuff frictional resistance rubber strip, its embedding is arranged in the through-hole wall groove of cuff main body, for increasing frictional force, anti-sliding stop;
Cuff holds bolt tightly, and it is arranged in cuff main body, for regulating the elasticity of sealing cuff.
Described rubber water-proof bar is wedge shape, and this rubber water-proof bar comprises:
Pore, wherein filling with sealant;
Flange, seals.
The present invention can be more convenient effectively to underground chamber wall pipe seepage being carried out to improvement maintenance.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation administering the Manual pressure facility equipment of underground chamber wall pipe seepage provided by the invention.
Fig. 2 is the structural representation of Manual pressure facility in the present invention.
Fig. 3 be in Fig. 2 K-K to sectional view.
Fig. 4 is the structural representation of ratchet in Manual pressure facility.
Fig. 5 be in Fig. 4 A-A to sectional view.
Fig. 6 is the structural representation of ratchet in Manual pressure facility.
Fig. 7 be in Fig. 6 B-B to sectional view.
Fig. 8 is the front view of main shaft in Manual pressure facility.
Fig. 9 is the top view of main shaft.
Figure 10 be in Fig. 8 H-H to sectional view.
Figure 11 be in Fig. 8 J-J to sectional view.
Figure 12 is the structural representation of embedded shell in Manual pressure facility in Fig. 3.
Figure 13 be in Figure 12 C-C to sectional view.
Figure 14 is the partial enlarged drawing in Figure 13.
Figure 15 is the structural representation of Manual pressure facility China and foreign countries involucrum in Fig. 3.
Figure 16 be in Figure 15 D-D to sectional view.
Figure 17 is the structural representation of rocking bar in Manual pressure facility.
Figure 18 be in Figure 17 E-E to sectional view.
Figure 19 is the structural representation of handle in Manual pressure facility.
Figure 20 is the profile of handle in Manual pressure facility.
Figure 21 is the sectional view of limit casing in Manual pressure facility.
Figure 22 is the side view of limit casing in Manual pressure facility.
Figure 23 is the sectional view of Manual pressure facility support in Fig. 3.
Figure 24 be in Figure 23 G-G to sectional view.
Figure 25 be in Figure 23 F-F to sectional view.
Figure 26 is the front view of Manual pressure facility push rod.
Figure 27 is the side sectional view of Manual pressure facility push rod.
Figure 28 is the installation exemplary steps figure of each part in Manual pressure facility.
Figure 29 is the side sectional view of Manual pressure facility bearing.
Figure 30 is the top view of Manual pressure facility bearing.
Figure 31 be Manual pressure facility bearing bearing in the side sectional view of cuff.
Figure 32 be Manual pressure facility bearing bearing in the top view of cuff.
Figure 33 is the side sectional view of the outer cuff of bearing of Manual pressure facility bearing.
Figure 34 is top view and the partial sectional view of the outer cuff of bearing of Manual pressure facility bearing.
Figure 35 is the side view of sealing cuff.
Figure 36 is top view and the partial sectional view of sealing cuff.
Figure 37 is the profile of rubber water-proof bar.
Figure 38 is the finished product structure schematic diagram of rubber water-proof bar.
Detailed description of the invention
Following according to Fig. 1 ~ Figure 38, illustrate preferred embodiment of the present invention.
As shown in Figure 1, the invention provides a kind of Manual pressure facility equipment administering underground chamber wall pipe seepage, comprise Manual pressure facility 1, these Manual pressure facility 1 are connected with Manual pressure facility support 2, these Manual pressure facility 1 manually pressure facility support 2 are placed on Manual pressure facility bearing 4, and can move along Manual pressure facility bearing 4, these Manual pressure facility 1 connect Manual pressure facility push rod 3, these Manual pressure facility 1 manually pressure facility push rod 3 hold out against sealing cuff 5, thus compress rubber water-proof bar 6, complete the treating seepage to wall pipe 8.
As shown in Fig. 2, Fig. 3 and Figure 28, described Manual pressure facility 1 comprise:
Main shaft 1-5;
Ratchet 1-1, it is fixedly installed on main shaft 1-5;
Rocking bar 1-4, it is arranged on main shaft 1-5, can rotate around main shaft 1-5;
Ratchet 1-2, its contact ratchet 1-1, and be fixedly connected with rocking bar 1-4;
Shell 1-6, it is set on main shaft 1-5, wraps ratchet 1-1 and ratchet 1-2, and is connected with rocking bar 1-4 and ratchet 1-2;
Handle 1-7, it connects rocking bar 1-4.
Described Manual pressure facility 1 also comprise rocking bar limit assembly, hold concurrently and rocking bar fixation kit and shell fixation kit in ratchet location.
As shown in Figure 4 and Figure 5, described ratchet 1-1 comprises:
Ratchet body 1-1-3;
Ratchet through hole 1-1-1, it is positioned on Ratchet body 1-1-3, for passing main shaft 1-5;
Limiting through hole 1-1-2, it is positioned on Ratchet body 1-1-3, and it is spacing for rocking bar.
As shown in Figure 6 and Figure 7, described ratchet 1-2 comprises:
Ratchet body 1-2-4;
Ratchet button 1-2-1, is exposed to outside shell 1-6;
Ratchet spring tongue 1-2-2, it is positioned on ratchet body 1-2-4, is provided with ratchet spring 1-10;
Ratchet through hole 1-2-3, it is positioned on ratchet body 1-2-4, for holding concurrently and rocking bar set bolt 1-3-1 through ratchet location.
As shown in Fig. 8 ~ Figure 11, Figure 28, described main shaft 1-5 comprises:
Spindle main body 1-5-4;
Pressure facility support alignment pin 1-5-1, it is positioned on spindle main body 1-5-4, for locating Manual pressure facility support 2;
Ratchet alignment pin 1-5-2, it is positioned on spindle main body 1-5-4, for fixed ratchet wheel 1-2;
Main shaft clamp nut 1-5-3, it is threaded with spindle main body 1-5-4, for compressing Manual pressure facility support 2.
As shown in Fig. 3 and Figure 28, described shell 1-6 comprises embedded shell 1-6-1 and outer envelope 1-6-2.
As shown in figure 12, described embedded shell 1-6-1 comprises:
Embedded shell main body 1-6-10;
Rocking bar spacing hole 1-6-6, it is positioned on embedded shell main body 1-6-10, spacing for rocking bar;
Shell fixing hole 1-6-7, it is positioned on embedded shell main body 1-6-10, fixes for shell;
Embedded shell through hole 1-6-8, it is positioned on embedded shell main body 1-6-10, for passing main shaft 1-5.
As shown in Figure 15 and Figure 16, described outer envelope 1-6-2 comprises:
Outer envelope main body 1-6-11;
Outer envelope link bolt hole 1-6-5, it is positioned on outer envelope main body 1-6-11, fixes for shell;
Outer envelope through hole 1-6-9, it is positioned on outer envelope main body 1-6-11, for passing main shaft 1-5.
As shown in Figure 17 and Figure 18, described rocking bar 1-4 comprises:
Rocking bar connecting portion 1-4-7, it connects main shaft 1-5;
Rocker upper arm 1-4-8, it connects rocking bar connecting portion 1-4-7, for connected with outer casing 1-6 and ratchet 1-2;
Rocker lower arm 1-4-9, it connects rocking bar connecting portion 1-4-7, for connecting Manual pressure facility push rod 3.
Described rocking bar connecting portion 1-4-7 comprises: bearing 1-4-1, wherein has rocking bar through hole 1-4-6, for through main shaft 1-5 and with main shaft 1-5 close-fitting.
Described rocker upper arm 1-4-8 comprises:
Rocking bar rotary spacing bolt hole 1-4-2, spacing for rocking bar;
Holding concurrently and rocking bar fixed bolt hole 1-4-3 in ratchet location, fixes with rocking bar for ratchet location is double;
Handle socket 1-4-4, for connecting handle 1-7.
Described rocker lower arm 1-4-9 comprises: push rod jack 1-4-5, for connecting Manual pressure facility push rod 3.
As illustrated in figures 19 and 20, described handle 1-7 comprises:
Handle main body 1-7-2;
Handle plug 1-7-1, it is arranged on handle main body 1-7-2 lower end, for inserting handle socket 1-4-4.
As shown in Fig. 3, Figure 13, Figure 14 and Figure 28, described rocking bar limit assembly comprises:
Rocking bar rotary spacing bolt 1-8, it is through rocking bar rotary spacing bolt hole 1-4-2 and rocking bar spacing hole 1-6-6;
Rocking bar rotary spacing nut 1-6-4, it is threaded with rocking bar rotary spacing bolt 1-8.
Hold concurrently in described ratchet location and rocking bar fixation kit comprises:
Hold concurrently and rocking bar set bolt 1-3-1 in ratchet location, it is held concurrently and rocking bar fixed bolt hole 1-4-3, shell fixing hole 1-6-7 and outer envelope link bolt hole 1-6-5 through ratchet location;
Limit casing 1-9-1(is as shown in figure 21 and figure), it is set in ratchet location and holds concurrently with on rocking bar set bolt 1-3-1;
Shell and rocking bar attaching nut 1-3-2, itself and ratchet are located to hold concurrently and are threaded with rocking bar set bolt 1-3-1.
As shown in Figure 13, Figure 14, described shell fixation kit comprises:
Shell connecting bolt 1-9-2, it is through outer envelope link bolt hole 1-6-5 and shell fixing hole 1-6-7;
Limit casing 1-9-1(is as shown in figure 21 and figure), it is set on shell connecting bolt 1-9-2;
Outer envelope attaching nut 1-6-3, it is threaded with shell connecting bolt 1-9-2.
As shown in Fig. 2, Fig. 3, Figure 23 ~ Figure 25, Figure 28, described Manual pressure facility support 2 is set on the main shaft 1-5 of Manual pressure facility 1, and this Manual pressure facility support 2 comprises:
Base plate 2-1-1, it connects Manual pressure facility bearing 4, can move along Manual pressure facility bearing 4;
Pole 2-1, it is fixedly connected with base plate 2-1-1;
Axle sleeve 2-1-2, it is fixedly connected with pole 2-1, for passing main shaft 1-5;
Axle sleeve cotter way 2-1-3, it is arranged in axle sleeve 2-1-2, and this axle sleeve cotter way 2-1-3 mates, for locating Manual pressure facility support 2 with the pressure facility support alignment pin 1-5-1 on main shaft 1-5.
As shown in Fig. 2, Fig. 3, Figure 26 and Figure 27, described Manual pressure facility push rod 3 inserts in the push rod jack 1-4-5 of the rocking bar 1-4 of Manual pressure facility 1, and this Manual pressure facility push rod 3 comprises:
Push rod main body 3-3;
Push rod plug 3-1, it is arranged on the lower end of push rod main body 3-3, for inserting in the push rod jack 1-4-5 of rocking bar 1-4;
Push rod top 3-2, it is arranged on the upper end of push rod main body 3-3, for holding out against sealing cuff 5.
As shown in Figure 29 and Figure 30, described Manual pressure facility bearing 4 comprises:
Cuff 4-1 in bearing, it is for being set in wall pipe 8; In this bearing, cuff 4-1 can adopt engineering plastics manufacture, and its internal diameter alterable is to adapt to the pipeline of various outer diameter;
The outer cuff 4-3 of bearing, it is sheathed, and to be fixed on cuff 4-1 in bearing outside.
As shown in Figure 29 ~ Figure 32, in described bearing, cuff 4-1 comprises:
Cuff main body 4-1-1 in bearing;
Cuff frictional resistance rubber strip 4-2 in bearing, its embedding is arranged in the inboard groove of cuff main body 4-1-1 in bearing, for increasing frictional force, prevents from sliding between Manual pressure facility bearing 4 and wall pipe 8.
As shown in Figure 29, Figure 30, Figure 33 and Figure 34, the outer cuff 4-3 of described bearing comprises:
The outer cuff main body 4-6 of bearing;
Deep floor 4-4, it is arranged on the outer cuff main body 4-6 of bearing, for strengthening the intensity of the outer cuff 4-3 of bearing;
The outer cuff of bearing holds bolt 4-5 tightly, and it is arranged on the outer cuff main body 4-6 of bearing, for regulating the elasticity of the outer cuff 4-3 of bearing;
The outer cuff connecting portion 4-7 of bearing, it is arranged on the outer cuff main body 4-6 of bearing, for connecting Manual pressure facility support 2.
As shown in Fig. 1, Figure 35 and Figure 36, described sealing cuff 5 comprises:
Cuff main body 5-4, wherein has through hole, for being set in wall pipe 8;
Cuff projection ring flat-plate 5-1, it is arranged on cuff main body 5-4 top;
Cuff frictional resistance rubber strip 5-2, its embedding is arranged in the through-hole wall groove of cuff main body 5-4, for increasing frictional force, anti-sliding stop;
Cuff holds bolt 5-3 tightly, and it is arranged on cuff main body 5-4, for regulating the elasticity of sealing cuff 5.
As shown in Figure 37 and Figure 38, described rubber water-proof bar 6 is in wedge shape, and this rubber water-proof bar 6 comprises:
Pore 6-1, wherein filling with sealant;
Flange 6-2, seals.
In the present embodiment, ratchet 1-1 and ratchet 1-2 adopts steelwork, ratchet button 1-2-1 can adopt engineering plastics, main shaft 1-5 adopts steelwork, shell 1-6 adopts sheet metal, rocking bar 1-4 adopts steelwork and welds formation, bearing 1-4-1 adopts standardized product, Manual pressure facility support 2 adopts steelwork and welds formation, pressure facility push rod 3 is steelwork, handle 1-7 grip section part adopts vulcanie, all the other all adopt steelwork, limit casing 1-9-1 adopts steelwork, ratchet spring 1-10 and all kinds of bolt and nut adopt standard component, in sealing cuff 5 and Manual pressure facility bearing, cuff 4-1 all can adopt engineering plastics to make, rubber water-proof bar 6 can be made into continuous annular strip, all product can be formed.
As shown in Figure 28 and Fig. 1, the operation principle of assembling process of the present invention and improvement underground chamber wall pipe seepage is as follows:
1, ratchet alignment pin 1-5-2 and ratchet 1-1 is installed on main shaft 1-5;
2, outer envelope 1-6-2 is inserted double for ratchet location with rocking bar set bolt 1-3-1 and shell connecting bolt 1-9-2, then limit casing 1-9-1 is inserted in above-mentioned bolt, and ratchet 1-2 is inserted in outside limit casing 1-9-1, and ratchet spring 1-10 is inserted in ratchet spring tongue 1-2-2, and then outer envelope 1-6-2, embedded shell 1-6-1 are inserted in main shaft 1-5 centered by ratchet 1-1, finally shell connecting bolt 1-9-2 is connected with corresponding outer envelope attaching nut 1-6-3;
3, bearing 1-4-1 is embedded rocking bar 1-4, and rocking bar 1-4 is inserted in main shaft 1-5;
4, rocking bar rotary spacing bolt 1-8 is screwed into rocking bar rotary spacing nut 1-6-4, and shell and rocking bar attaching nut 1-3-2 and ratchet are located hold concurrently with rocking bar set bolt 1-3-1(, it is inserted in limit casing 1-9-1) be connected;
5, pressure facility support alignment pin 1-5-1 is installed on main shaft 1-5, then Manual pressure facility support 2 is inserted in main shaft 1-5, finally main shaft clamp nut 1-5-3 is screwed into main shaft 1-5;
6, in exterior wall 9 side of underground chamber body of wall (underground chamber body of wall comprises exterior wall 9 and the outer soil body 10 of wall), cut a small amount of concrete along wall pipe 8 periphery, form triangular groove 7;
7, the concrete chisel removal face along wall pipe 8 periphery applies the fluid sealant with sealing usefulness, as high modulus polyurethane fluid sealant;
8, rubber water-proof bar 6 is intercepted by wall pipe 8 girth, a certain amount of fluid sealant with sealing usefulness is clogged in the pore 6-1 of rubber water-proof bar 6 two, as high modulus polyurethane fluid sealant, rubber water-proof bar 6 is filled in triangular groove 7, and temporary adhesion is fixed on tube wall through walls formation rubber O-ring seal;
9, make it be close to underground chamber wallboard in wall pipe 8 sealing cuff 5 trap, just twist only cuff and hold bolt 5-3 tightly, sealing cuff 5 is tentatively fixed on tube wall through walls by the frictional resistance relying on cuff frictional resistance rubber strip 5-2 and wall pipe 8 to produce;
10, in wall pipe 8, itself and underground chamber wall pipe are maintained a certain distance Manual pressure facility bearing 4 trap, tighten the outer cuff of bearing and hold bolt 4-5 bolt tightly, rely on the frictional resistance that in bearing, cuff frictional resistance rubber strip 4-2 and wall pipe 8 produce that Manual pressure facility bearing 4 is fixed on tube wall through walls;
11, by Manual pressure facility 1 manually pressure facility support 2 be placed on Manual pressure facility bearing 4;
12, the push rod plug 3-1 of Manual pressure facility push rod 3 is inserted the push rod jack 1-4-5 of rocking bar 1-4, push rod is come directly towards 3-2 and prop up sealing cuff 5;
13, press down the handle 1-7 of Manual pressure facility 1, by rocking bar 1-4, ratchet 1-2, the transmission of ratchet 1-1, make Manual pressure facility push rod 3 can hold out against sealing cuff 5, Manual pressure facility 1 are carried out annular movement along Manual pressure facility bearing 4 and evenly holds out against sealing cuff 5, rubber O-ring seal is compressed by sealing cuff 5, produce extruding to being packed to the fluid sealant in the pore 6-1 of rubber water-proof bar 6 two with sealing usefulness simultaneously, make sealant sealing apolipsis rubber water-proof bar 6 seam extruded and form closed rubber O-ring seal, then tighten cuff and hold bolt 5-3 tightly, complete wall pipe treating seepage,
14, ratchet button 1-2-1 is pinned, upwards turn handle 1-7, removal Manual pressure facility push rod 3 holds out against the pressure of sealing cuff 5 and release Manual pressure facility push rod 3 from push rod jack 1-4-4, unloads Manual pressure facility 1 and extracts handle 1-7, removal Manual pressure facility bearing 4.
The present invention can carry out treating seepage maintenance to underground chamber wall pipe comparatively easily, when the aging and impermeable failure of rubber O-ring seal, can carry out maintain and replace to it easily and reinstall.
Although content of the present invention has done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to limitation of the present invention.After those skilled in the art have read foregoing, for multiple amendment of the present invention and substitute will be all apparent.Therefore, protection scope of the present invention should be limited to the appended claims.
Claims (10)
1. administer the Manual pressure facility equipment of underground chamber wall pipe seepage for one kind, it is characterized in that, comprise Manual pressure facility (1), these Manual pressure facility (1) are connected with Manual pressure facility support (2), these Manual pressure facility (1) manually pressure facility support (2) are placed on Manual pressure facility bearing (4), and can be mobile along Manual pressure facility bearing (4), these Manual pressure facility (1) connect Manual pressure facility push rod (3), these Manual pressure facility (1) manually pressure facility push rod (3) hold out against sealing cuff (5), thus compress rubber water-proof bar (6), complete the treating seepage to wall pipe (8),
Described Manual pressure facility (1) comprise:
Main shaft (1-5);
Ratchet (1-1), it is fixedly installed on main shaft (1-5);
Rocking bar (1-4), it is arranged on main shaft (1-5), can rotate around main shaft (1-5);
Ratchet (1-2), its contact ratchet (1-1), and be fixedly connected with rocking bar (1-4);
Shell (1-6), it is set on main shaft (1-5), wraps ratchet (1-1) and ratchet (1-2), and is connected with rocking bar (1-4) and ratchet (1-2);
Handle (1-7), it connects rocking bar (1-4);
Rocking bar limit assembly;
Hold concurrently and rocking bar fixation kit in ratchet location;
And, shell fixation kit.
2. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 1, it is characterized in that, described ratchet (1-1) comprises:
Ratchet body (1-1-3);
Ratchet through hole (1-1-1), it is positioned on Ratchet body (1-1-3), for passing main shaft (1-5);
Limiting through hole (1-1-2), it is positioned on Ratchet body (1-1-3), and it is spacing for rocking bar;
Described ratchet (1-2) comprises:
Ratchet body (1-2-4);
Ratchet button (1-2-1), is exposed to outside shell (1-6);
Ratchet spring tongue (1-2-2), it is positioned in ratchet body (1-2-4), is provided with ratchet spring (1-10);
Ratchet through hole (1-2-3), it is positioned in ratchet body (1-2-4), for holding concurrently and rocking bar fixation kit through ratchet location.
3. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 2, it is characterized in that, described main shaft (1-5) comprises:
Spindle main body (1-5-4);
Pressure facility support alignment pin (1-5-1), it is positioned in spindle main body (1-5-4), for locating Manual pressure facility support (2);
Ratchet alignment pin (1-5-2), it is positioned in spindle main body (1-5-4), for fixed ratchet wheel (1-2);
Main shaft clamp nut (1-5-3), it is threaded with spindle main body (1-5-4), for compressing Manual pressure facility support (2).
4. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 3, it is characterized in that, described shell (1-6) comprises embedded shell (1-6-1) and outer envelope (1-6-2);
Described embedded shell (1-6-1) comprises:
Embedded shell main body (1-6-10);
Rocking bar spacing hole (1-6-6), it is positioned on embedded shell main body (1-6-10), spacing for rocking bar;
Shell fixing hole (1-6-7), it is positioned on embedded shell main body (1-6-10), fixes for shell;
Embedded shell through hole (1-6-8), it is positioned on embedded shell main body (1-6-10), for passing main shaft (1-5);
Described outer envelope (1-6-2) comprises:
Outer envelope main body (1-6-11);
Outer envelope link bolt hole (1-6-5), it is positioned in outer envelope main body (1-6-11), fixes for shell;
Outer envelope through hole (1-6-9), it is positioned in outer envelope main body (1-6-11), for passing main shaft (1-5).
5. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 4, it is characterized in that, described rocking bar (1-4) comprises:
Rocking bar connecting portion (1-4-7), it connects main shaft (1-5);
Rocker upper arm (1-4-8), it connects rocking bar connecting portion (1-4-7), for connected with outer casing (1-6) and ratchet (1-2);
Rocker lower arm (1-4-9), it connects rocking bar connecting portion (1-4-7), for connecting Manual pressure facility push rod (3);
Described rocking bar connecting portion (1-4-7) comprises: bearing (1-4-1), wherein has rocking bar through hole (1-4-6), for through main shaft (1-5), and with main shaft (1-5) close-fitting;
Described rocker upper arm (1-4-8) comprises:
Rocking bar rotary spacing bolt hole (1-4-2), spacing for rocking bar;
Holding concurrently and rocking bar fixed bolt hole (1-4-3) in ratchet location, fixes with rocking bar for ratchet location is double;
Handle socket (1-4-4), for connecting handle (1-7);
Described rocker lower arm (1-4-9) comprises: push rod jack (1-4-5), for connecting Manual pressure facility push rod (3).
6. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 5, it is characterized in that, described handle (1-7) comprises:
Handle main body (1-7-2);
Handle plug (1-7-1), it is arranged on handle main body (1-7-2) lower end, for inserting handle socket (1-4-4);
Described rocking bar limit assembly comprises:
Rocking bar rotary spacing bolt (1-8), it is through rocking bar rotary spacing bolt hole (1-4-2) and rocking bar spacing hole (1-6-6);
Rocking bar rotary spacing nut (1-6-4), it is threaded with rocking bar rotary spacing bolt (1-8);
Hold concurrently in described ratchet location and rocking bar fixation kit comprises:
Hold concurrently and rocking bar set bolt (1-3-1) in ratchet location, it is held concurrently and rocking bar fixed bolt hole (1-4-3), shell fixing hole (1-6-7), ratchet through hole (1-2-3) and outer envelope link bolt hole (1-6-5) through ratchet location;
Limit casing (1-9-1), it is set in ratchet location and holds concurrently with on rocking bar set bolt (1-3-1);
Shell and rocking bar attaching nut (1-3-2), itself and ratchet are located to hold concurrently and are threaded with rocking bar set bolt (1-3-1);
Described shell fixation kit comprises:
Shell connecting bolt (1-9-2), it is through outer envelope link bolt hole (1-6-5) and shell fixing hole (1-6-7);
Limit casing (1-9-1), it is set on shell connecting bolt (1-9-2);
Outer envelope attaching nut (1-6-3), it is threaded with shell connecting bolt (1-9-2).
7. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 6, it is characterized in that, described Manual pressure facility support (2) is set on the main shaft (1-5) of Manual pressure facility (1), and this Manual pressure facility support (2) comprises:
Base plate (2-1-1), it connects Manual pressure facility bearing (4), can be mobile along Manual pressure facility bearing (4);
Pole (2-1), it is fixedly connected with base plate (2-1-1);
Axle sleeve (2-1-2), it is fixedly connected with pole (2-1), for passing main shaft (1-5);
Axle sleeve cotter way (2-1-3), it is arranged in axle sleeve (2-1-2), and this axle sleeve cotter way (2-1-3) mates with pressure facility support alignment pin (1-5-1) on main shaft (1-5), for locating Manual pressure facility support (2).
8. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 7, it is characterized in that, described Manual pressure facility push rod (3) inserts in the push rod jack (1-4-5) of the rocking bar (1-4) of Manual pressure facility (1), and this Manual pressure facility push rod (3) comprises:
Push rod main body (3-3);
Push rod plug (3-1), it is arranged on the lower end of push rod main body (3-3), for inserting in the push rod jack (1-4-5) of rocking bar (1-4);
Push rod top (3-2), it is arranged on the upper end of push rod main body (3-3), for holding out against sealing cuff (5).
9. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 8, it is characterized in that, described Manual pressure facility bearing (4) comprises:
Cuff (4-1) in bearing, it is for being set in wall pipe (8); In this bearing, cuff (4-1) can adopt engineering plastics manufacture, and its internal diameter alterable is to adapt to the pipeline of various outer diameter;
The outer cuff (4-3) of bearing, it is sheathed, and to be fixed on cuff in bearing (4-1) outside;
In described bearing, cuff (4-1) comprises:
Cuff main body (4-1-1) in bearing;
Cuff frictional resistance rubber strip (4-2) in bearing, its embedding is arranged in the inboard groove of cuff main body (4-1-1) in bearing, for increasing frictional force, prevents from sliding between Manual pressure facility bearing (4) and wall pipe (8);
The outer cuff (4-3) of described bearing comprises:
The outer cuff main body (4-6) of bearing;
Deep floor (4-4), it is arranged in the outer cuff main body (4-6) of bearing, for strengthening the intensity of the outer cuff (4-3) of bearing;
The outer cuff of bearing holds bolt (4-5) tightly, and it is arranged in the outer cuff main body (4-6) of bearing, for regulating the elasticity of the outer cuff (4-3) of bearing;
The outer cuff connecting portion (4-7) of bearing, it is arranged in the outer cuff main body (4-6) of bearing, for connecting Manual pressure facility support (2).
10. the Manual pressure facility equipment administering underground chamber wall pipe seepage as claimed in claim 9, it is characterized in that, described sealing cuff (5) comprises:
Cuff main body (5-4), wherein has through hole, for being set in wall pipe (8);
Cuff projection ring flat-plate (5-1), it is arranged on cuff main body (5-4) top;
Cuff frictional resistance rubber strip (5-2), its embedding is arranged in the through-hole wall groove of cuff main body (5-4), for increasing frictional force, anti-sliding stop;
Cuff holds bolt (5-3) tightly, and it is arranged in cuff main body (5-4), for regulating the elasticity of sealing cuff (5);
Described rubber water-proof bar (6) is in wedge shape, and this rubber water-proof bar (6) comprises:
Pore (6-1), wherein filling with sealant;
Flange (6-2), seals.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510207215.5A CN104816497B (en) | 2015-04-28 | 2015-04-28 | A kind of Manual pressure equipment equipment for administering underground chamber wall pipe seepage |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510207215.5A CN104816497B (en) | 2015-04-28 | 2015-04-28 | A kind of Manual pressure equipment equipment for administering underground chamber wall pipe seepage |
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| CN104816497B CN104816497B (en) | 2017-04-05 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU521145A1 (en) * | 1973-10-09 | 1976-07-15 | Предприятие П/Я М-5671 | Eccentric Press Actuator |
| CN2444105Y (en) * | 2000-11-08 | 2001-08-22 | 居焕兴 | Leaking stoppage device for slot by binding press |
| CN201391715Y (en) * | 2009-04-29 | 2010-01-27 | 谈宏洲 | Pipeline leak stoppage steel-strip strainer |
| CN202082553U (en) * | 2011-06-13 | 2011-12-21 | 鞍钢集团房产物业公司 | Pressure pipeline leakage-mending straining device |
| CN204604974U (en) * | 2015-04-28 | 2015-09-02 | 上海市政工程设计研究总院（集团）有限公司 | A kind of Manual pressure facility equipment administering underground chamber wall pipe seepage |
-
2015
- 2015-04-28 CN CN201510207215.5A patent/CN104816497B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SU521145A1 (en) * | 1973-10-09 | 1976-07-15 | Предприятие П/Я М-5671 | Eccentric Press Actuator |
| CN2444105Y (en) * | 2000-11-08 | 2001-08-22 | 居焕兴 | Leaking stoppage device for slot by binding press |
| CN201391715Y (en) * | 2009-04-29 | 2010-01-27 | 谈宏洲 | Pipeline leak stoppage steel-strip strainer |
| CN202082553U (en) * | 2011-06-13 | 2011-12-21 | 鞍钢集团房产物业公司 | Pressure pipeline leakage-mending straining device |
| CN204604974U (en) * | 2015-04-28 | 2015-09-02 | 上海市政工程设计研究总院（集团）有限公司 | A kind of Manual pressure facility equipment administering underground chamber wall pipe seepage |
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| Publication number | Publication date |
|---|---|
| CN104816497B (en) | 2017-04-05 |
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