CN205975571U - Shake towards ware stand pipe bottom pressurization splash loading system - Google Patents
Shake towards ware stand pipe bottom pressurization splash loading system Download PDFInfo
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- CN205975571U CN205975571U CN201620912706.XU CN201620912706U CN205975571U CN 205975571 U CN205975571 U CN 205975571U CN 201620912706 U CN201620912706 U CN 201620912706U CN 205975571 U CN205975571 U CN 205975571U
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- storehouse
- vibrating impacter
- cavity
- loading system
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Abstract
The utility model relates to a shake towards ware stand pipe bottom pressurization splash loading system includes and connects hopper (4), the storehouse of prepareeing material (5) and spray storehouse (6), connects the bottom discharge mouth of hopper (4) to be provided with material valve A (4.1), and the bottom discharge mouth of the storehouse of prepareeing material (5) is provided with material valve B (5.1), connect the discharge gate of hopper (4) and prepare material between the feed inlet of storehouse (5) sealing connection to form cavity no. 1, sealing connection forms cavity no. 2 between the discharge gate of the storehouse of prepareeing material (5) and the feed inlet that sprays storehouse (6), cavity no. 1 to being provided with pneumatic valve A (7) on the vacant duct, be provided with pneumatic valve B (8) on the communicating pipe of cavity no. 2 and cavity no. 1, be connected with pneumatic valve C (9) on the high -pressure air inflow pipeline of cavity no. 2, the bottom discharge mouth that sprays storehouse (6) communicates to filling tube (1). The utility model relates to a shake towards ware stand pipe bottom pressurization splash loading system can export that enough pressure, while the system focus are located the vibrator center, the efficiency of construction is high and effectual.
Description
Technical field
This utility model is related to a kind of splash loading system, especially relates to a kind of bottom compression being applied on vibrating impacter
Splash loading system.
Background technology
At present, vibrating impacter is main construction equipment in vibroflotation construction, and it utilizes motor or motor to drive polarization rotor
Rotation, produces horizontal vibration force, completes the operations such as pore-creating, the building stones of compacting addition or pile；Specifically work progress is：Profit
Sling vibrating impacter with crane or pile frame, start submersible motor and drive eccentric block, make vibrating impacter produce dither, start simultaneously
High-pressure hydraulic pump, makes water under high pressure be projected by nozzle, under vibroflotation effect, vibrating impacter is gradually sunk to projected depth；After borehole cleaning i.e.
Insert rubble from ground in the hole paragraph by paragraph.
But, find in routine use, conventional spraying system adopts hand stock mode, not only during charging
Waste time and energy, working performance is low, the pressure effect being more unfavorable for poor it is impossible to make discharging keep enough pressure, from
And affect construction effect.
Meanwhile, using the spraying system of these conventional vibrating impacters, it is arranged at parallel by guide pipe using single charge pipe,
Sand material is fed, in vibration processes, the center of gravity of whole system is not in vibrating impacter for therefore vibrating impacter while vibrating impacter operation
Center, but line displacement can be entered to charge pipe side, the operation of charge pipe charging simultaneously can be further exacerbated by centre-of gravity shift, finally leads
Cause its construction path to have certain deviation with design path, affect construction effect.
Content of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provides one kind can export enough pressure, simultaneity factor weight
The heart is located at vibrator center, efficiency of construction height and the good vibrating impacter guide pipe bottom compression splash loading system of effect.
The purpose of this utility model is realized in：
A kind of vibrating impacter guide pipe bottom compression splash loading system, described system includes receiving hopper, get the raw materials ready storehouse and spray
Penetrate storehouse, the bottom discharge mouth of described receiving hopper is provided with material valve A, and the bottom discharge mouth in described storehouse of getting the raw materials ready is provided with material valve B；And connect
It is tightly connected formation cavity one, the discharging opening in storehouse of getting the raw materials ready enters with injection storehouse between the charging aperture in the discharging opening of hopper and storehouse of getting the raw materials ready
Be tightly connected between material mouth formation cavity two, cavity one to air valve A is provided with vacant duct, cavity two connects with cavity one
Air valve B is provided with pipeline, the high pressure admission pipeline of cavity two is connected with air valve C；The bottom discharge mouth in described injection storehouse is even
Pass to charge pipe.
A kind of this utility model vibrating impacter guide pipe bottom compression splash loading system, described charging bottom of the tube is communicated with two
Root sub-feed tube, described sub-feed tube is symmetrical set, and sub-feed tube is communicated in the bottom of charge pipe, described charge pipe and two pieces points
Expects pipe constitutes a Y-shaped structure, and described sub-feed tube is semicircular pipe, is connected with vibrating impacter by amortisseur between two sub-feed tubes
Connect.
A kind of this utility model vibrating impacter guide pipe bottom compression splash loading system, described vibrating impacter includes vibrating impacter
Pendulum and vibrating impacter submersible motor, described vibrating impacter submersible motor drives vibrating impacter pendulum, described vibrating impacter submersible motor
It is connected on amortisseur by high female connector；
A kind of this utility model vibrating impacter guide pipe bottom compression splash loading system, an outer tube is installed on amortisseur,
And in outer tube, wear the cable being connected to connection to vibrating impacter submersible motor.
Compared with prior art, the beneficial effects of the utility model are：
This utility model by the design of UNICOM between cavity one and cavity two so that in injection storehouse when feeding energy
Enough member-retaining portion pressure, thus mitigate the input of ambient pressure it is ensured that feed pressure；Meanwhile, two sub-feed tubes are symmetrically set
It is placed in vibrating impacter both sides so that its center of gravity is located at the center of vibrating impacter, and both sides feeding simultaneously, it is further ensured that vibroflotation operation
Shi Buhui shifts；And connect vibrating impacter using the amortisseur between sub-feed tube, compared with conventional structure, guide pipe and point
Expects pipe two-in-one, structure is simply easy to use；In addition, being detected by the design automatic feeding position of charge level detector, just
In realizing intelligentized automatically controlling and remote wireless monitoring subsequently through PLC.
Brief description
Fig. 1 is a kind of structural representation of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Fig. 2 is a kind of structural representation of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Fig. 3 is a kind of partial schematic diagram of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Fig. 4 is a kind of side view of Fig. 2 of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Fig. 5 is a kind of A-A sectional view of Fig. 2 of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Fig. 6 is a kind of B-B sectional view of Fig. 2 of this utility model vibrating impacter guide pipe bottom compression splash loading system.
Wherein：
Vibrating impacter 101, vibrating impacter pendulum 102, vibrating impacter submersible motor 103, high female connector 104, outer tube 105；
Charge pipe 1, sub-feed tube 2, amortisseur 3, receiving hopper 4, storehouse 5 of getting the raw materials ready, injection storehouse 6, air valve A7, air valve B8, air valve C9,
Charge level detector 10, lifting hopper 11；
Material valve A4.1；
Material valve B5.1.
Specific embodiment
Referring to Fig. 1 ~ 6, a kind of vibrating impacter guide pipe bottom compression splash loading system that this utility model is related to, described system
System includes receiving hopper 4, get the raw materials ready storehouse 5 and injection storehouse 6, and the bottom discharge mouth of described receiving hopper 4 is provided with material valve A4.1, described standby
The bottom discharge mouth of feed bin 5 is provided with material valve B5.1；And sealing connects between the charging aperture in the discharging opening of receiving hopper 4 and storehouse 5 of getting the raw materials ready
Connect formation cavity one, between the charging aperture in the discharging opening in storehouse 5 of getting the raw materials ready and injection storehouse 6, be tightly connected formation cavity two, cavity one
To air valve A7 is provided with vacant duct, the connecting pipe of cavity two and cavity one is provided with air valve B8, the height of cavity two is pressed into
Air valve C9 is connected with feed channel；The bottom discharge mouth in described injection storehouse 6 is communicated to charge pipe 1, meanwhile, on described injection storehouse 6
Wear and be connected to charge level detector 10；
Further, described charge pipe 1 bottom is communicated with two sub-feed tubes 2, and described sub-feed tube 2 is symmetrical set, and
Sub-feed tube 2 is communicated in the bottom of charge pipe 1, and described charge pipe 1 and two sub-feed tubes 2 constitute a Y-shaped structure, described sub-feed tube
2 is semicircular pipe, is connected with vibrating impacter 101 by amortisseur 3 between two sub-feed tubes 2；
Described vibrating impacter 101 includes vibrating impacter pendulum 102 and vibrating impacter submersible motor 103, described vibrating impacter diving
Motor 103 drives vibrating impacter pendulum 102, and described vibrating impacter submersible motor 103 is connected on amortisseur 3 by high female connector 104；
One outer tube 105 is installed on amortisseur 3, and wears the electricity being connected to connection to vibrating impacter submersible motor 103 in outer tube 105
Cable；
Operation principle of the present utility model is：
Original state：Vibrating impacter 101 pore-forming is to projected depth；All material valves, air valve are in closed mode；Lifting material
Bucket 11 fills it up with material to receiving hopper 4, and starts to remain in receiving hopper 4 there is material during blanking；Enough compressed airs are accurate
Get ready；
Bring into operation：
Step 1, open charge level detector 10, detect when having residue to have charging space in injection storehouse 6, open air valve A7,
Make the air pressure in cavity one identical with external pressure, allow receiving hopper 4 and the pressure reduction got the raw materials ready between storehouse 5 to cancel, beat feeding valve
A4.1, the inserts in receiving hopper 4 enter storehouse 5 of getting the raw materials ready, and are then shut off expecting valve A4.1 and air valve A7；
Step 2, open air valve B8, the pressure reduction got the raw materials ready between storehouse 5 and injection storehouse 6 making is cancelled；Beat feeding valve B5.1, make standby
Inserts in feed bin 5 enter in injection storehouse 6 and charge pipe 1；It is then shut off expecting valve B5.1 and air valve B8；Now, material-level measure
Instrument 10 detects to have inserts to pass through or spray storehouse 6 in injection storehouse 6 inserts；
Step 3, open air valve C9, compressed air enters injection storehouse 6, inserts are pushed away by compressed air from charge pipe 1 bottom
Go out, and sub-feed tube 2 discharging via its both sides, close gas check valve C9；Vibrating impacter 101 is carried out closely knit to inserts by construction technology；
Step 4, charge level detector 10 detect in injection storehouse charging space, the operating process of repeat step 1 ~ 3.
In addition：It should be noted that above-mentioned specific embodiment is only a prioritization scheme of this patent, the skill of this area
Any change or improvement that art personnel are done according to above-mentioned design, all within the protection domain of this patent.
Claims (4)
1. a kind of vibrating impacter guide pipe bottom compression splash loading system it is characterised in that：Described system includes receiving hopper
（4）, storehouse of getting the raw materials ready（5）With injection storehouse（6）, described receiving hopper（4）Bottom discharge mouth be provided with material valve A（4.1）, described storehouse of getting the raw materials ready
（5）Bottom discharge mouth be provided with material valve B（5.1）；And receiving hopper（4）Discharging opening and storehouse of getting the raw materials ready（5）Charging aperture between close
Envelope connects formation cavity one, storehouse of getting the raw materials ready（5）Discharging opening and injection storehouse（6）Charging aperture between be tightly connected formation cavity two,
Cavity one to air valve A is provided with vacant duct（7）, the connecting pipe of cavity two and cavity one is provided with air valve B（8）, chamber
It is connected with air valve C on the high pressure admission pipeline of body two（9）；Described injection storehouse（6）Bottom discharge mouth be communicated to charge pipe（1）.
2. as claimed in claim 1 a kind of vibrating impacter guide pipe bottom compression splash loading system it is characterised in that：Described charging
Pipe（1）Bottom is communicated with two sub-feed tubes（2）, described sub-feed tube（2）It is symmetrical set, and sub-feed tube（2）It is communicated in charging
Pipe（1）Bottom, described charge pipe（1）With two sub-feed tubes（2）Constitute a Y-shaped structure, described sub-feed tube（2）For semicircle
Pipe, two sub-feed tubes（2）Between pass through amortisseur（3）With vibrating impacter（101）It is connected.
3. as claimed in claim 2 a kind of vibrating impacter guide pipe bottom compression splash loading system it is characterised in that：Described vibroflotation
Device（101）Include vibrating impacter pendulum（102）With vibrating impacter submersible motor（103）, described vibrating impacter submersible motor（103）Drive
Dynamic vibrating impacter pendulum（102）, described vibrating impacter submersible motor（103）By high female connector（104）It is connected to amortisseur（3）On.
4. as claimed in claim 2 a kind of vibrating impacter guide pipe bottom compression splash loading system it is characterised in that：One outer tube
（105）It is installed on amortisseur（3）On, and outer tube（105）Inside wear and be connected to connection to vibrating impacter submersible motor（103）Cable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620912706.XU CN205975571U (en) | 2016-08-22 | 2016-08-22 | Shake towards ware stand pipe bottom pressurization splash loading system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620912706.XU CN205975571U (en) | 2016-08-22 | 2016-08-22 | Shake towards ware stand pipe bottom pressurization splash loading system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205975571U true CN205975571U (en) | 2017-02-22 |
Family
ID=58033271
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620912706.XU Active CN205975571U (en) | 2016-08-22 | 2016-08-22 | Shake towards ware stand pipe bottom pressurization splash loading system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205975571U (en) |
-
2016
- 2016-08-22 CN CN201620912706.XU patent/CN205975571U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |