CN206395469U - The dry husky water of built-in type send system - Google Patents
The dry husky water of built-in type send system Download PDFInfo
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- CN206395469U CN206395469U CN201720047216.2U CN201720047216U CN206395469U CN 206395469 U CN206395469 U CN 206395469U CN 201720047216 U CN201720047216 U CN 201720047216U CN 206395469 U CN206395469 U CN 206395469U
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Abstract
The dry husky water of built-in type send system, including high-pressure hydraulic pump and booster pump, one end of the first pipeline is connected on high-pressure hydraulic pump, the other end of first pipeline installs jet nozzle, the delivery port of booster pump connects the 4th pipeline, the water inlet of booster pump connects one end of second pipe, the other end of second pipe connects the larger diameter end of cone cylinder, the smaller diameter end of cone cylinder connects one end of the 3rd pipeline, the other end of 3rd pipeline opens up horn mouth, jet nozzle is located in horn mouth, and the center line of jet nozzle is overlapped with bell-mouthed center line.This structure can endlessly convey sand, and save dress sand and unload husky two links, the conveying of sand can be completed using only pump and pipeline, manpower is not required in course of conveying day and night to nurse, eliminate the use cost of the manpower and shipping vehicle in transit link, its time of delivery is short, and transfer efficiency is high.
Description
Technical field
The utility model belongs to dry husky transport field, is exactly that the dry husky water of built-in type send system.
Background technology
At present, construction and water conservancy construction are required for a large amount of dry husky materials, and it is general at present using the husky car of fortune, forklift or
These dry husky materials of the transport such as sand carrier, above-mentioned means of transportation is single round transport, it is impossible to lasting transport, and is required to dress
It is husky, transport and unload husky three steps, not only once freight volume is small, cost is high, and because step is more, loads and unloads the time of transport
Long, efficiency is low.Particularly long-distance sand transport does husky engineering, and its drawback is particularly pertinent.
Utility model content
It can continue to transport to solve the above problems, the purpose of this utility model is to provide, and high pre-buried of conevying efficiency
The dry husky water of formula send system and device.
The utility model to achieve the above object, is achieved through the following technical solutions：The dry husky water of built-in type send system, including
One end of the first pipeline is connected on high-pressure hydraulic pump and booster pump, high-pressure hydraulic pump, the other end of the first pipeline is installed jet nozzle, increased
The delivery port of press pump connects the 4th pipeline, and the water inlet of booster pump connects one end of second pipe, and the other end of second pipe connects
The larger diameter end of cone cylinder is connect, the smaller diameter end of cone cylinder connects one end of the 3rd pipeline, and the other end of the 3rd pipeline opens up horn mouth,
Jet nozzle is located in horn mouth, and the center line of jet nozzle is overlapped with bell-mouthed center line.
Further to realize the purpose of this utility model, following technical scheme can also be used：First Pipe installing jet
Branch pipe is installed in the end side of nozzle, and several sparge pipes tilted down are installed on the top of branch pipe, jet nozzle by branch pipe with
Several sparge pipe connections.Iiared port end side sets inverted U-shaped baffle plate, baffle plate be located at the first pipeline or jet nozzle just on
Square, the distance between baffle plate two ends of U-shaped are more than the diameter of the first pipeline or jet nozzle, and nut, first are installed in baffle plate top
Pipeline or the 3rd pipeline sidepiece set to install on support, support connects leading screw on motor, the output shaft of motor, and nut is matched somebody with somebody with leading screw
Close.Iiared port end side sets inverted U-shaped baffle plate, and baffle plate is located at directly over the first pipeline or jet nozzle, the baffle plate of U-shaped
The distance between two ends are more than the diameter of the first pipeline or jet nozzle, and lifter rack is installed on baffle plate top, the first pipeline or the
Three pipeline sidepieces set to install on support, support connects drive gear, drive gear and lifting tooth on motor, the output shaft of motor
Bar is engaged, and is installed on motor and locating slot is opened up on fixed cover, fixed cover, and lifter rack is located in locating slot and can be along along locating slot
Lower slider.The upper end of described branch pipe is installed by electromagnetic vibrator.Described electromagnetic vibrator bottom sets mounting seat, branch pipe top
Set in fixed seat, fixed seat and open up fixing groove, the holding tank of C-shaped, the first chute and the second chute, the holding tank of C-shaped respectively
Communicated respectively with the first chute and the second chute, supporting plate is set in fixing groove, supporting plate is fixed in mounting seat, edge on the wall of supporting plate side
Length direction is installed and gear is installed in rack, one end of the holding tank of C-shaped, wheel and rack engagement, and biography is co-axially mounted on gear
Connect to set in one end of transmission belt, holding tank on driving wheel, drive and the first wedge is set in transition wheel, the first chute, the
Second wedge is set in two chutes, and one end and the inclined-plane of the second wedge that the first wedge opens up inclined-plane are touched, first wedge
Shape block other end cylinder lever connecting rod, the end of pull bar, which is stretched out, sets spring on fixed seat, pull bar, both ends of the spring distinguishes the first chute
Side wall and the first wedge are fixedly connected, and spring gives the first wedge thrust all the time, the other end of transmission belt bypass transition wheel with
One end connection of second wedge, the other end of the second wedge is fixedly connected with extension spring, and extension spring is fixed on the receiving groove sidewall of C-shaped
On, the second wedge pulling force is given in extension spring all the time, and the second wedge sidepiece installs limited block, and supporting plate side wall opens up stopper slot, spacing
Block is located in stopper slot.Pull bar, which is stretched out on the end of fixed seat, installs baffle plate.Described limited block sidepiece sets inclined-plane, stopper slot
Side wall inclined-plane is set, the inclined-plane of limited block is engaged with the inclined-plane of stopper slot.Air chamber, air chamber are set on described second pipe
Set on one end of the 5th pipeline of upper connection, the 5th pipeline on the first magnetic valve, the other end connection storage tank of the 5th pipeline, storage tank
Portion connects the 6th pipeline and by the 6th pipeline and the first pipeline communication, and the second magnetic valve, tank top are set on the 6th pipeline
Connect to set to set on the 3rd magnetic valve, storage tank on outlet pipe, outlet pipe and connect controller on liquid level gauge, liquid level gauge, control
Device processed is connected with the first magnetic valve, the second magnetic valve and the 3rd magnetic valve respectively.
The utility model has the advantage of：The utility model is pumped into water pressurization in the first water pipe by high-pressure hydraulic pump, water
Sprayed into by jet nozzle in horn mouth, and negative pressure is formed in horn mouth, so that the dry sand around horn mouth is inhaled into loudspeaker
Mouth is mixed with water, and enters the second water pipe with water, after water and sand are mixed again in the second water pipe, enters the 3rd by cone cylinder
Water pipe, forms diffusion depressor area in cone cylinder, it is possible to increase husky conveying capacity, then is discharged by the 4th water pipe after being pressurized through booster pump,
According to requirement of engineering, the 4th water pipe continued access suitable length, and compartment installs booster pump on the 4th water pipe.When conveying is husky, it is only necessary to
Sand drift to be conveyed is placed on the utility model, started after high-pressure hydraulic pump and booster pump, the husky meeting above horn mouth is by water source
Source is constantly conveyed to the 4th water pipe, and the outlet of the 4th water pipe is husky conveying destination.This structure can be continually
Conveying sand, and it is husky and unload husky two links to save dress, can be completed using only pump and pipeline in the conveying of sand, course of conveying
It is not required to manpower day and night to nurse, eliminates the use cost of the manpower and shipping vehicle in transit link, its time of delivery is short, conveys
Efficiency high.
Brief description of the drawings
Fig. 1 is the utility model structural representation；Fig. 2 is Fig. 1 I enlarged drawing；The A that Fig. 3 is Fig. 2 shows to structure for amplifying
It is intended to；Fig. 4 is Fig. 2 II enlarged drawing；Fig. 5 is Fig. 4 another state diagram；Fig. 6 is Fig. 3 another structure chart；Fig. 7 is
The flow graph of the utility model reclaimed water.
Embodiment
The dry husky water of built-in type send system, as shown in figure 1, including high-pressure hydraulic pump 7 and booster pump 18, connection on high-pressure hydraulic pump 7
One end of first pipeline 8, the other end of the first pipeline 8 installs jet nozzle 11, and the delivery port of booster pump 18 connects the 4th pipeline
19, the water inlet of booster pump 18 connects one end of second pipe 15, and the other end of second pipe 15 connects the major diameter of cone cylinder 14
End, the smaller diameter end of cone cylinder 14 connects one end of the 3rd pipeline 13, and the other end of the 3rd pipeline 13 opens up horn mouth 12, jet spray
Mouth 11 is located in horn mouth 12, and the center line of jet nozzle 11 is overlapped with the center line of horn mouth 12.High-pressure hydraulic pump 7 pressurizes water
It is pumped into the first water pipe 8, higher-pressure region 55 is formed in the first water pipe 8, water is sprayed into horn mouth 12 by jet nozzle 11, and
The region formed in horn mouth 12 around negative pressuren zone 56, horn mouth 12 is influenceed to make sand mix with water by negative pressuren zone 56, forms water
Husky mixed once area 54, is mixed so that the dry sand around horn mouth 12 is inhaled into horn mouth 12 with water, and sand enters with water
Three pipelines 13, and form in the 3rd pipeline 13 the husky secondary mixing compressional zone 57 of water, water sand mixture enters the by cone cylinder 14
Diffusion depressor area 58 is formed in three water pipes 15, cone cylinder 14, it is possible to increase husky conveying capacity, then by the 4th after the supercharging of booster pump 18
Water pipe 19 is discharged, and according to requirement of engineering, the continued access suitable length of the 4th water pipe 19, and compartment installs supercharging on the 4th water pipe 19
Pump.When conveying is husky, it is only necessary to which sand drift to be conveyed is placed on the utility model, start after high-pressure hydraulic pump 7 and booster pump 18, loudspeaker
The husky of the top of mouth 12 can endlessly be conveyed from water to the 4th water pipe 19, and the outlet of the 4th water pipe 19 is husky conveying purpose
Ground.This structure can endlessly convey sand, and save dress sand and unload husky two links, using only pump and pipeline
Complete to be not required to manpower in husky conveying, course of conveying day and night to nurse, eliminate making for the manpower in transit link and shipping vehicle
With cost, its time of delivery is short, and transfer efficiency is high.
For convenience of the husky whereabouts of the top of horn mouth 12, branch pipe is installed in the end side that the first pipeline 8 installs jet nozzle 11
10, several sparge pipes 9 tilted down are installed on the top of branch pipe 10, and jet nozzle 11 is connected by branch pipe 10 with several sparge pipes 9
It is logical.This structure can downwards be sprayed water by sparge pipe 9, make the sand of the top of horn mouth 12 is convenient to slide to horn mouth 12.Number
Individual sparge pipe 9 is uniformly arranged around branch pipe 10.
For convenience of regulation water and husky ratio, to facilitate conveying, the openend side of horn mouth 12 sets inverted U-shaped baffle plate 2,
Baffle plate 2 is located at directly over the first pipeline 8 or jet nozzle 11, the distance between two ends of baffle plate 2 of U-shaped be more than the first pipeline 8 or
Nut 52 is installed on the diameter of jet nozzle 11, the top of baffle plate 2, and the first pipeline 8 or the sidepiece of the 3rd pipeline 13 set support 23, support
Installed on 23 and leading screw 53 is connected on motor 22, the output shaft of motor 22, nut 52 coordinates with leading screw 53.This structure can pass through
Start the rotating of motor 22, make leading screw 53 drive baffle plate 2 to lift, so that baffle plate 2 blocks or left horn mouth 12, so as to control
Into the husky quantity of horn mouth 12, to facilitate regulation water and husky ratio to adjust water sand ratio to convey, that is,.The both sides of baffle plate 2
Guide pad is installed, vertical gib block is installed on support 23, guide pad, which coordinates, to be arranged on gib block, thus anti-baffle plate 2 with
Leading screw 53 is rotated.
For convenience of regulation water and husky ratio, to facilitate conveying, the openend side of horn mouth 12 sets inverted U-shaped baffle plate 2,
Baffle plate 2 is located at directly over the first pipeline 8 or jet nozzle 11, the distance between two ends of baffle plate 2 of U-shaped be more than the first pipeline 8 or
Lifter rack 25 is installed on the diameter of jet nozzle 11, the top of baffle plate 2, and the first pipeline 8 or the sidepiece of the 3rd pipeline 13 set support 23,
Installed on support 23 and drive gear 24 connected on motor 22, the output shaft of motor 22, drive gear 24 is engaged with lifter rack 25,
Installed on motor 22 and locating slot 26 is opened up on fixed cover 27, fixed cover 27, lifter rack 25 is located in locating slot 26 and can be along fixed
Position groove 26 is slided up and down.This structure can make lifter rack 25 drive baffle plate 2 to lift by starting the rotating of motor 22, from
And baffle plate 2 is blocked or leave horn mouth 12, so that the husky quantity into horn mouth 12 is controlled, to facilitate regulation water and sand
Ratio adjusts water sand ratio to convey, that is,.
To prevent the sand of the top of horn mouth 12 from bonding, electromagnetic vibrator 1 is installed in the upper end of described branch pipe 10.This structure
The husky vibrations around electromagnetic vibrator 1 can be made, it is to avoid the sand of the top of horn mouth 12 is bonded, in order to the sand of the top of horn mouth 12
It continuously can downwards slide, prevent local cavity, it is ensured that horn mouth 12 continuously can largely inhale sand.Electromagnetic vibrator 1 can be with
For elongated tubular, pipe is interior to set motor and eccentric wheel, and eccentric wheel is connected with long tube, is rotated by motor driving eccentric wheel to realize long tube
Rock.
Mounted and dismounted for convenience of electromagnetic vibrator 1 with branch pipe 10, the described bottom of electromagnetic vibrator 1 sets mounting seat
28, the top of branch pipe 10 sets in fixed seat 29, fixed seat 29 and opens up fixing groove 30, the holding tank 31 of C-shaped, the first chute 32 respectively
With the second chute 33, the holding tank 31 of C-shaped is communicated with the first chute 32 and the second chute 33 respectively, and supporting plate is set in fixing groove 30
34, supporting plate 34 is fixed in mounting seat 28, installs rack 36, the one of the holding tank 31 of C-shaped on the side wall of supporting plate 34 along its length
Gear 37 is installed, gear 37 is engaged with rack 36 in end, is co-axially mounted on gear 37 on drive 38, drive 38 and connects transmission
With 39 one end, set in the first wedge 41 of setting in transition wheel 40, the first chute 32, the second chute 33 and set in holding tank 31
The second wedge 42 is put, one end and the inclined-plane of the second wedge 42 that the first wedge 41 opens up inclined-plane are touched, the first wedge
41 other end cylinder lever connecting rods 43, the end of pull bar 43, which is stretched out, sets spring 44 on fixed seat 29, pull bar 43, the two ends of spring 44 difference
The side wall of first chute 32 and the first wedge 41 are fixedly connected, and spring 44 gives the thrust of the first wedge 41, transmission belt 39 all the time
The other end bypass transition wheel 40 and be connected with one end of the second wedge 42, the other end of the second wedge 42 is fixedly connected with extension spring
45, extension spring 45 is fixed on the side wall of holding tank 31 of C-shaped, and the pulling force of the second wedge 42, the second wedge 42 are given in extension spring 45 all the time
Sidepiece installs limited block 46, and the side wall of supporting plate 34 opens up stopper slot 47, and limited block 46 is located in stopper slot 47.By electromagnetic vibrator 1
When being connected with branch pipe 10, supporting plate 34 is promoted supporting plate 34 is entered fixing groove 30, during, the rack 36 on supporting plate 34 drives
Gear 37 is rotated, so that drive 38 drives the second wedge 42 to move by transmission belt 39, the inclined-plane of the second wedge 42
When being moved along the inclined-plane of the first wedge 41, the stopper slot 47 that the limited block 46 on the second wedge 42 enters on supporting plate 34
It is interior, supporting plate 34 is fixed in fixing groove 30, so that electromagnetic vibrator 1 is fixed on branch pipe 10.When dismantling supporting plate 34, pull
Pull bar 43, makes the limited block 46 on the second wedge 42 depart from stopper slot 47, and under the pulling force effect of extension spring 45, the second wedge shape
The homing of block 42, transmission belt 39 is rotated backward by drive 38 with moving gear 37, supporting plate 34 is left fixing groove 30, so that
It is convenient to separate electromagnetic vibrator 1 with branch pipe 10 to use.
Pull bar 43, which stretches out, installs baffle plate 48 on the end of fixed seat 29.This structure can avoid pull bar 43 completely into
One chute 32, and convenient pulling pull bar 43.
The described sidepiece of limited block 46 sets inclined-plane, and the side wall of stopper slot 47 sets inclined-plane, the inclined-plane and limit of limited block 46
The inclined-plane of position groove 47 is engaged.This structure can be when limited block 46 enters stopper slot 47, and both inclined-planes are bonded to each other to be carried
For buffering, it is to avoid limited block 46 produces collision with stopper slot 47.
For the gas discharge that will be mixed into second pipe 15, set on air chamber 16, air chamber 16 on described second pipe 15
Connect and the first magnetic valve 17 is set on one end of the 5th pipeline 49, the 5th pipeline 49, the other end connection storage tank of the 5th pipeline 49
4, the top of storage tank 4 connects the 6th pipeline 51 and connected by the 6th pipeline 51 with the first pipeline 8, and second is set on the 6th pipeline 51
Set on magnetic valve 3, the top of storage tank 4 connection outlet pipe 50, outlet pipe 50 and liquid level gauge is set on the 3rd magnetic valve 5, storage tank 4
21, controller 6 is connected on liquid level gauge 21, controller 6 connects with the first magnetic valve 17, the second magnetic valve 3 and the 3rd magnetic valve 5 respectively
Connect.Liquid level gauge 21 has upper liquid level gauge and lower liquid level gauge, and upper liquid level gauge and lower liquid level gauge are separately mounted to the top of storage tank 4 with
Portion.This structure can make gas enter air inlet chamber 16, and liquid level gauge 21 can be in real time measured the liquid level in storage tank 4, work as storage
When air is excessive in tank 4, lower liquid level gauge sends signal to controller 6, and controller 6 controls the first magnetic valve 17 to close, the second electricity
The magnetic valve 5 of magnet valve 3 and the 3rd is opened, and water enters in storage tank 4, and air is discharged by outlet pipe 50, after air discharge, controller 6
Control the first magnetic valve 17 to open, the second magnetic valve 3 and the 3rd magnetic valve 5 are closed, allow gas to enough mixing waters into storage tank 4,
So as to reach the purpose for the gas being mixed into discharge second pipe 15.
The technical solution of the utility model is not restricted in the range of embodiment described in the utility model.This practicality is new
The technology contents of the not detailed description of type are known technology.
Claims (9)
1. the dry husky water of built-in type send system, it is characterised in that：Including high-pressure hydraulic pump（7）And booster pump（18）, high-pressure hydraulic pump（7）On
Connect the first pipeline（8）One end, the first pipeline（8）The other end install jet nozzle（11）, booster pump（18）Delivery port
Connect the 4th pipeline（19）, booster pump（18）Water inlet connection second pipe（15）One end, second pipe（15）It is another
End connection cone cylinder（14）Larger diameter end, cone cylinder（14）Smaller diameter end connect the 3rd pipeline（13）One end, the 3rd pipeline
（13）The other end open up horn mouth（12）, jet nozzle（11）Positioned at horn mouth（12）It is interior, jet nozzle（11）Center line
With horn mouth（12）Center line overlap.
2. the dry husky water of built-in type according to claim 1 send system, it is characterised in that：First pipeline（8）Jet spray is installed
Mouth（11）End side install branch pipe（10）, branch pipe（10）Top several sparge pipes tilted down are installed（9）, jet spray
Mouth（11）Pass through branch pipe（10）With several sparge pipes（9）Connection.
3. the dry husky water of built-in type according to claim 1 or 2 send system, it is characterised in that：Horn mouth（12）Openend one
Side sets inverted U-shaped baffle plate（2）, baffle plate（2）Positioned at the first pipeline（8）Or jet nozzle（11）Surface, the baffle plate of U-shaped（2）
The distance between two ends are more than the first pipeline（8）Or jet nozzle（11）Diameter, baffle plate（2）Top is installed by nut（52）, the
One pipeline（8）Or the 3rd pipeline（13）Sidepiece sets support（23）, support（23）Upper installation motor（22）, motor（22）Output
Leading screw is connected on axle（53）, nut（52）With leading screw（53）Coordinate.
4. the dry husky water of built-in type according to claim 1 or 2 send system, it is characterised in that：Horn mouth（12）Openend one
Side sets inverted U-shaped baffle plate（2）, baffle plate（2）Positioned at the first pipeline（8）Or jet nozzle（11）Surface, the baffle plate of U-shaped（2）
The distance between two ends are more than the first pipeline（8）Or jet nozzle（11）Diameter, baffle plate（2）Top is installed by lifter rack
（25）, the first pipeline（8）Or the 3rd pipeline（13）Sidepiece sets support（23）, support（23）Upper installation motor（22）, motor
（22）Output shaft on connect drive gear（24）, drive gear（24）With lifter rack（25）Engagement, motor（22）It is upper to install
Fixed cover（27）, fixed cover（27）On open up locating slot（26）, lifter rack（25）Positioned at locating slot（26）Interior and energy edge positioning
Groove（26）Slide up and down.
5. the dry husky water of built-in type according to claim 2 send system, it is characterised in that：Described branch pipe（10）Upper end peace
Fill electromagnetic vibrator（1）.
6. the dry husky water of built-in type according to claim 5 send system, it is characterised in that：Described electromagnetic vibrator（1）Under
Portion sets mounting seat（28）, branch pipe（10）Top sets fixed seat（29）, fixed seat（29）Fixing groove is inside opened up respectively（30）、C
The holding tank of shape（31）, the first chute（32）With the second chute（33）, the holding tank of C-shaped（31）Respectively with the first chute（32）With
Second chute（33）Communicate, fixing groove（30）Interior setting supporting plate（34）, supporting plate（34）It is fixed on mounting seat（28）On, supporting plate（34）
Rack is installed along its length on the wall of side（36）, the holding tank of C-shaped（31）One end in install gear（37）, gear（37）With tooth
Bar（36）Engagement, gear（37）On be co-axially mounted drive（38）, drive（38）Upper connection transmission belt（39）One end, accommodate
Groove（31）Interior setting transition wheel（40）, the first chute（32）The first wedge of interior setting（41）, the second chute（33）It is interior to set the
Two wedges（42）, the first wedge（41）Open up one end and second wedge on inclined-plane（42）Inclined-plane touch, first wedge shape
Block（41）Other end cylinder lever connecting rod（43）, pull bar（43）End stretch out fixed seat（29）, pull bar（43）Upper setting spring（44）,
Spring（44）Distinguish the first chute in two ends（32）Side wall and the first wedge（41）It is fixedly connected, spring（44）All the time first is given
Wedge（41）Thrust, transmission belt（39）The other end bypass transition wheel（40）With the second wedge（42）One end connection, the
Two wedges（42）The other end be fixedly connected with extension spring（45）, extension spring（45）It is fixed on the holding tank of C-shaped（31）On the wall of side, extension spring
（45）All the time the second wedge is given（42）Pulling force, the second wedge（42）Sidepiece installs limited block（46）, supporting plate（34）Side wall is opened
If stopper slot（47）, limited block（46）Positioned at stopper slot（47）It is interior.
7. the dry husky water of built-in type according to claim 6 send system, it is characterised in that：Pull bar（43）Stretch out fixed seat（29）
End on baffle plate is installed（48）.
8. the dry husky water of built-in type according to claim 6 send system, it is characterised in that：Described limited block（46）Sidepiece is set
Put inclined-plane, stopper slot（47）Side wall inclined-plane, limited block are set（46）Inclined-plane and stopper slot（47）Inclined-plane be engaged.
9. the dry husky water of built-in type according to claim 1 send system, it is characterised in that：Described second pipe（15）On set
Put air chamber（16）, air chamber（16）The 5th pipeline of upper connection（49）One end, the 5th pipeline（49）The first magnetic valve of upper setting（17）,
5th pipeline（49）The other end connection storage tank（4）, storage tank（4）Top connects the 6th pipeline（51）And pass through the 6th pipeline（51）
With the first pipeline（8）Connection, the 6th pipeline（51）The second magnetic valve of upper setting（3）, storage tank（4）Top connects outlet pipe
（50）, outlet pipe（50）The 3rd magnetic valve of upper setting（5）, storage tank（4）Upper setting liquid level gauge（21）, liquid level gauge（21）Upper connection
Controller（6）, controller（6）Respectively with the first magnetic valve（17）, the second magnetic valve（3）With the 3rd magnetic valve（5）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720047216.2U CN206395469U (en) | 2017-01-16 | 2017-01-16 | The dry husky water of built-in type send system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720047216.2U CN206395469U (en) | 2017-01-16 | 2017-01-16 | The dry husky water of built-in type send system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206395469U true CN206395469U (en) | 2017-08-11 |
Family
ID=59518300
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720047216.2U Expired - Fee Related CN206395469U (en) | 2017-01-16 | 2017-01-16 | The dry husky water of built-in type send system |
Country Status (1)
| Country | Link |
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| CN (1) | CN206395469U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111547513A (en) * | 2020-05-17 | 2020-08-18 | 杨木俭 | Medium-and-long-distance sand transfer conveying method |
-
2017
- 2017-01-16 CN CN201720047216.2U patent/CN206395469U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111547513A (en) * | 2020-05-17 | 2020-08-18 | 杨木俭 | Medium-and-long-distance sand transfer conveying method |
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170811 Termination date: 20190116 |
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| CF01 | Termination of patent right due to non-payment of annual fee |