CN205928975U - Two control system prefabricated component machines of mechanized production - Google Patents
Two control system prefabricated component machines of mechanized production Download PDFInfo
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- CN205928975U CN205928975U CN201620927449.7U CN201620927449U CN205928975U CN 205928975 U CN205928975 U CN 205928975U CN 201620927449 U CN201620927449 U CN 201620927449U CN 205928975 U CN205928975 U CN 205928975U
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- chassis
- conveyer
- control system
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Abstract
The utility model provides a two control system prefabricated component machines of mechanized production, including belt conveyor, draw a set machine, chassis machine, it is provided with the bilateral control conveyer to draw between set machine and the chassis machine, belt conveyor carries the raw materials on the bilateral control conveyer, the bilateral control conveyer is arranged in carrying set machine or the chassis machine of drawing with the raw materials that belt conveyor carried. The utility model discloses well bilateral control has realized prefabricated component product diversified production needs, has reduced the occupation rate in production place, has guaranteed effective utilization of existing equipment, has improved production efficiency. Realize the purpose of large -scale production, guaranteed the quality of product, improved market competition, brought great economic benefits for the enterprise.
Description
Technical field
This utility model is related to cement electric pole cooperation installing component processing technique field, mixes particularly to a kind of double-direction control
Solidifying soil component manufacturing machine.
Background technology
Cement electric pole preform production is widely used for the important transmission facility in town and country, and common cement electric pole is prefabricated
Part includes the parts such as electric pole itself, chassis, chuck, pulling plate, and chassis is then in electric pole bottom, important as pole-foundation
Part, plays a part to bear electric pole stress and pass to ground.Pulling plate is used for auxiliary and plants electric pole, and electric pole is drawn pull-up.
Traditional commonly used artisan craftsmanship of prefabricated components production technology and single mechanical productive technology, artisan craftsmanship
Personnel labor intensity higher, often there is filthy phenomenon in processing site, and production capacity is fairly limited, be difficult to meet
The growing market demand；And although single mechanical productive technology can be greatly enhanced the production efficiency of product, if
Run into market demand great in the case of, its yield still can not be met.
Utility model content
For the deficiency in the presence of prior art, the purpose of this utility model is to provide a kind of direction Control System pre-
Component machine processed, is worked in coordination with realizing two production lines, thus improving production efficiency, to reach product diversification production
Purpose.
For achieving the above object, this utility model employs following technical scheme：
A kind of mechanization production double control system prefabricated components machine, including belt conveyor, pulling plate machine, chassis machine, institute
State and between pulling plate machine and chassis machine, be provided with double-direction control conveyer, described belt conveyor is by feedstock transportation to double-direction control
On conveyer, described double-direction control conveyer is used for the feedstock transportation conveying belt conveyor to pulling plate machine or chassis machine
In.
Wherein, described double-direction control conveyer includes support and is placed in conveyer on support, and described conveyer is by driving
Its bidirectional-movement of Motor drive.
Further, described conveyer includes belt and installs the drivewheel of belt, driven pulley, described drivewheel and driven pulley are solid
It is scheduled between the gripper shoe of two opposite Parallel Symmetric settings, the cross section of described gripper shoe is " ㄩ " type structure, described transversal
Face is the open side of the gripper shoe of " ㄩ " type structure towards outside.
Further, described gripper shoe bottom is placed on support, and top arranges the motor of driving belt two-way operation.
Further, described belt conveyor is obliquely installed, and the top of described belt conveyor lower end is provided with hopper, on
End is located at the top of double-direction control conveyer.
Further, described pulling plate machine includes the collet conveying arrangement of the raw material for transmitting conveyer transmission and for inciting somebody to action
Collet conveying arrangement transmission raw material compression molding the first molding device, described first molding device include pulling plate machine frame and
First molding mechanism in portion disposed within, described first molding mechanism drives it upper and lower in pulling plate machine frame by drive mechanism
Motion.
Further, described first molding mechanism includes the first mould being fixed in pulling plate machine frame by the first locating rod
Pressure case and the first moulded board using cooperatively with it and being positioned above, the upper and lower ends of described first moulded suitcase are tied for open type
Structure, the lower section of the first moulded suitcase is provided with the first backing board, and the lower section of the first backing board is provided with the first biography shake platform；Described
The balance gear group that one moulded board passes through to be located at thereon drives, and described first moulded suitcase is by being placed in the first of pulling plate shell outside
Hydraulic driver drives.
Further, described chassis machine includes collet conveying arrangement and the second molding device, described second molding device bag
Include the second molding mechanism being placed in the machine frame of chassis, the lower section of described second molding mechanism is provided with vibrating device, described
Two molding mechanisms drive it to move up and down in the machine frame of chassis by drive mechanism.
Further, described second molding mechanism includes the second mould being fixed in the machine frame of chassis by the second locating rod
Pressure case and the second moulded board using cooperatively with it and being positioned above, the upper and lower ends of described second moulded suitcase are tied for open type
Structure, the lower section of the second moulded suitcase is provided with the second backing board, and the lower section of the second backing board is provided with the second biography shake platform, the second biography
The bottom of shake platform is provided with concrete vibrator；Described second moulded board is driven by hydraulic top, and described second moulded suitcase leads to
Cross the second hydraulic driver being placed in the machine frame of chassis to drive.
Further, described pulling plate machine frame, be mounted on for detecting the first moulded suitcase and first in the machine frame of chassis
Moulded board or the infrared sensor of the second moulded suitcase and the second molding Board position, described infrared sensor and electrical control cubicles electrically connect
Connect.
Compared to prior art, this utility model has the advantages that：Double-direction control achieves prefabricated components product
Diversified production needs, and decreases the occupation rate of production site it is ensured that the effectively utilizes of existing equipment, improves production effect
Rate.Achieve the purpose of large-scale production it is ensured that the quality of product, improve the market competitiveness, bring to enterprise larger
Economic benefit.
Brief description
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of this utility model double-direction control conveyer；
Fig. 3 is the structural representation of this utility model chassis machine；
Fig. 4 is the structural representation of this utility model pulling plate machine；
Fig. 5 is the structural representation of this utility model collet conveying arrangement.
Specific embodiment
Referring to Fig. 1-5, a kind of mechanization production double control system prefabricated components machine, including belt conveyor 18, pulling plate
Machine, chassis machine, are provided with double-direction control conveyer 19, described belt conveyor 18 will be former between described pulling plate machine and chassis machine
Material is transported on double-direction control conveyer 19, and described double-direction control conveyer 19 is used for the raw material conveying belt conveyor 18
It is transported in pulling plate machine or chassis machine.Wherein, described double-direction control conveyer 19 includes support B-1 and is placed on support B-1
Conveyer, described conveyer drives its two-way operation by motor B-3.Specifically, described belt conveyor is obliquely installed, institute
The top stating belt conveyor lower end is provided with hopper 17, and upper end is located at the top of double-direction control conveyer 19.This utility model
Achieve the production needs of prefabricated components product diversification using double-direction control, decrease the occupation rate of production site it is ensured that
The effectively utilizes of existing equipment, improve production efficiency.Achieve the purpose of large-scale production it is ensured that the quality of product, carry
The high market competitiveness, brings larger economic benefit to enterprise.
As shown in Figure 1 and Figure 2, described conveyer includes the drivewheel of belt and back-up belt, driven pulley, described drivewheel
With driven pulley is fixed between gripper shoe B-2 of two opposite Parallel Symmetric settings, the cross section of described gripper shoe B-2 is " ㄩ "
Type structure, described cross section is that the opening of gripper shoe B-2 of " ㄩ " type structure is placed on outside.Material-saving, low cost；Need not
Cleaning and delivering device, simple process；Described gripper shoe B-2 bottom is placed on support B-1, and top arranges driving belt two-way operation
Motor B-3.When needing the work of pulling plate machine, the belt of double-direction control conveyer 19 is driven to work to the direction of pulling plate machine,
By concrete conveyance in pulling plate machine, pulling plate machining is pre-formed.When chassis machine works, double-direction control conveyer will be driven
, to the direction work of chassis machine, by concrete conveyance in the machine of chassis, chassis machining is pre-formed for 19 belt.
As shown in Figure 1, Figure 4, Figure 5, described pulling plate machine includes the collet transport dress of the raw material for transmitting conveyer transmission
Put the first molding device of 13 and the raw material compression molding being used for transmitting collet conveying arrangement 13, described first molding device bag
Include first molding mechanism in pulling plate machine frame 1 and portion disposed within, described first molding mechanism by drive mechanism drive its
Move up and down in pulling plate machine frame 1.Described first molding mechanism includes being fixed on pulling plate machine frame 1 by the first locating rod 7-1
The first interior moulded suitcase 15-1 and the first moulded board 16-1 using cooperatively with it and being positioned above, described first moulded suitcase
The upper and lower ends of 15-1 are open type structure, and the lower section of the first moulded suitcase 15-1 is provided with the first backing board 10-1, the first collet
The lower section of plate 10-1 is provided with the first biography shake platform 11-1；Described first moulded suitcase 15-1 passes through to be located at balance gear group thereon
8 drives, described first moulded suitcase 15-1 is driven by being placed in the first hydraulic driver 3-1 of pulling plate shell outside.Described pulling plate
Infrared sensor 5 for detecting the first moulded suitcase 15-1 and the first moulded board 16-1 position, institute are also equipped with machine machine frame
State infrared sensor 5 to be electrically connected with electrical control cubicles 6.
First pressure device includes the first moulded suitcase 15-1 of upper and lower ends opening and is transported to the first molding for compacting
First moulded board 16-1 of raw material in case 15-1, the first moulded board 16-1 are driven by balance gear group 8, described first moulded suitcase
15-1 is driven by the first hydraulic driver 3-1 being placed in pulling plate machine frame 1；First locating rod 7-1 upper and lower ends are fixed on
In pulling plate machine frame 1, run through the connecting portion connecting the first moulded board 16-1 and the setting of the first moulded suitcase 15-1 edge, limit first
Moulded board 16-1 and the first moulded suitcase 15-1 is only capable of in vertical direction motion and keeping parallelism, and balance gear group 8 and first is molded
Plate 16-1 drive connection, the first hydraulic driver 3-1 and the first moulded suitcase 15-1 drive connection；Balance gear group 8 and the first liquid
Press pusher 3-1 to be all connected with Hydraulic Station 2 and pass through electrical control cubicles 6 to control respectively；It is also equipped with for detecting in pulling plate machine frame 1
First moulded suitcase 15-1 and the infrared sensor 5 of the first moulded board 16-1 position, adjust infrared sensor 5 to suitable position,
Can be with the operation of precise control the first moulded suitcase 15-1 and the first moulded board 16-1, infrared sensor by infrared detection signal
5 are electrically connected with electrical control cubicles 6.First passes shake platform 11-1 hits exactly the first backing board 10-1 that placing conveyer transport comes, the
One passes shake platform 11-1 bottom the first cushion 9-1.Collet conveying arrangement 13 includes carriage 23, feeding mechanism, connecting gear
22nd, hopper A17-1, feeding mechanism is located on carriage 23 and is slidably connected with it, and connecting gear 22 is placed in carriage 23
Below material mechanism, for the first backing board 10-1 is transferred to the first biography shake platform 11-1, and one end of connecting gear 22 is prolonged
Extend outside carriage 23, be easy to place the first backing board 10-1, drive mechanism can be that belt transmission or Chain conveyer etc. are suitable for
The structure of horizontal transport, hopper A17-1 is located above feeding mechanism and is fixed on carriage 23, and the charging of hopper A17-1
Mouth is corresponding with the end of pay-off；Feeding mechanism is material feeding box 14, material feeding box 14 top end opening and just hopper A17-1 side being gone out
Mouthful, material feeding box 14 bottom end opening, as material outlet, material feeding box 14 casing is provided with pulley, by horizontal hydraulic pressure pusher 21
Drive slide anteroposterior on the guide rail of carriage 23 edge setting, thus the raw material loading in material feeding box 14 is sent into the first molding
Case 15-1；Infrared sensor 5 for detecting material feeding box 14 position is also equipped with carriage 23, by infrared detection signal
The sliding distance of precise control material feeding box 14；First backing board 10-1 initial placement, in connecting gear 22 front end, is transported afterwards
Pass on shake platform 11-1 to first to coordinate the first moulded suitcase 15-1 to suppress and carry raw material.During the work of pulling plate machine, open automatically controlled
The guidance panel of cabinet 6, starts Hydraulic Station 2, controls the first hydraulic driver 3-1 and balance gear train 8 to drive the first molding device
Move on the whole, until reaching the position that top infrared inductor is installed；Start connecting gear 22, will be positioned at drive mechanism initial end
The first backing board 10-1 be transplanted on first biography shake platform 11-1 on, and make the first backing board 10-1 be located at the first moulded suitcase
The underface of 15-1, the framework of steel reinforcement of pulling plate is placed on the first backing board 10-1；Control Hydraulic Station 2, make the first hydraulic drive
Device 3-1 promotes the first moulded suitcase 15-1 to decline, and balance gear group 8 drives the first moulded board 16-1 to decline, and passes through infrared induction
The detection signal of device controls the first moulded suitcase 15-1 to be just in close contact with the first backing board 10-1；Start concrete-agitating afterwards
Stand and belt conveyor 18, by concrete conveyance to double-direction control conveyer 19, double-direction control conveyer 19 is according to belt
Transmission direction concrete is transferred in the material feeding box 14 on collet conveying arrangement 13, until filling up material feeding box 14；Open again
Brake hydraulic station 2, makes horizontal hydraulic pressure pusher 21 promote material feeding box 14 forward slip, and by the detection signal control of infrared inductor
Make its move to lower opening just stretch into the first moulded suitcase 15-1 position so that wherein concrete all from below opening fall
To in the first moulded suitcase 15-1；Start, vibration stopped after 20 seconds, controlled Hydraulic Station 2, make balance gear group 8 drive the first molding
Plate 16-1 moves down and presses concrete, and pressing rose the first moulded board 16-1 and the first moulded suitcase 15-1 after 10 seconds；With fork
First backing board 10-1 and prefabricated profiled concrete pulling plate are shifted and carry out following process by car.
As shown in Fig. 1, Fig. 3, Fig. 5, described chassis machine includes collet conveying arrangement 13 and the second molding device, and described second
Molding device includes the second molding mechanism being placed in chassis machine frame 20, and the lower section of described second molding mechanism is provided with vibration
Device, described second molding mechanism drives it to move up and down in chassis machine frame 20 by drive mechanism.Described second molding
Mechanism is included the second moulded suitcase 15-2 being fixed in chassis machine frame 20 by the second locating rod 7-2 and is used cooperatively simultaneously with it
The upper and lower ends of the second moulded board 16-2 being positioned above, described second moulded suitcase 15-2 are open type structure, the second molding
The lower section of case 15-2 is provided with the second backing board 10-2, and the lower section of the second backing board 10-2 is provided with the second biography shake platform；Described
Second moulded board 16-2 is driven by hydraulic top 12, and described second moulded suitcase 15-2 is by being placed in second in chassis machine frame 20
Hydraulic driver 3-2 drives.It is also equipped with described chassis machine frame 20 for detecting the second moulded suitcase 15-2 and second molding
The infrared sensor 5 of plate 16-2 position, described infrared sensor 5 and electrical control cubicles 6 are electrically connected with.
Second molding device includes the second moulded suitcase 15-2 of upper and lower ends opening and is transported to the second mould for compacting
Second moulded board 16-2 of raw material in pressure case 15-2, the second moulded board 16-2 are driven by hydraulic top 12, described second moulded suitcase
15-2 is driven by the second hydraulic driver 3-2 being placed in chassis machine frame 20；Second locating rod 7-2 upper and lower ends are fixed on
In chassis machine frame 20, run through the connecting portion connecting the second moulded board 16-2 and the setting of the second moulded suitcase 15-2 edge, limit the
Two moulded board 16-2 and the second moulded suitcase 15-2 are only capable of in vertical direction motion and keeping parallelism, hydraulic top 12 and the second moulded board
16-2 drive connection, the second hydraulic driver 3-2 and the second moulded suitcase 15-2 drive connection；Hydraulic top 12 and the second hydraulic drive
Device 3-2 is all connected with Hydraulic Station 2 and passes through electrical control cubicles 6 and controls respectively；It is also equipped with chassis machine frame 20 for detection second
Moulded suitcase 15-2 and the infrared sensor 5 of the second moulded board 16-2 position, adjust infrared sensor 5 to suitable position, pass through
Infrared detection signal can with the operation of precise control the second moulded suitcase 15-2 and the second moulded board 16-2, infrared sensor 5 with
Electrical control cubicles 6 are electrically connected with.Second passes shake platform hits exactly the second backing board 10-2 that placing conveyer transport comes, and vibrator 4 is put
In the second bottom passing shake platform, and multiple vibrator 4 and described second passes and is provided with the second cushion 9- between shake platform
2.
As shown in Figure 1, shown in Figure 5, collet conveying arrangement 13 includes carriage 23, feeding mechanism, connecting gear 22, hopper A17-
1, feeding mechanism is located on carriage 23 and is slidably connected with it, and connecting gear 22 is placed in below feeding mechanism in carriage 23,
For the first backing board 10-1 or the second backing board 10-2 is transferred to the second biography shake platform, and one end of connecting gear 22 is prolonged
Extend outside carriage 23, be easy to place the first backing board 10-1 or the second backing board 10-2, drive mechanism can be belt transmission
Or the structure of the suitable horizontal transport such as Chain conveyer, hopper A17-1 is located above feeding mechanism and is fixed on carriage 23, and
The charging aperture of hopper A17-1 is corresponding with the end of pay-off；Feeding mechanism is material feeding box 14, material feeding box 14 top end opening and just
Hopper A17-1 side is exported, material feeding box 14 bottom end opening, as material outlet, material feeding box 14 casing is provided with pulley, passes through
Horizontal hydraulic pressure pusher 21 drive carriage 23 edge setting guide rail on slide anteroposterior, thus by material feeding box 14 load
The second moulded suitcase 15-2 sent into by raw material；Infrared sensor 5 for detecting material feeding box 14 position is also equipped with carriage 23, leads to
Cross the sliding distance of infrared detection signal precise control material feeding box 14；Second backing board 10-2 initial placement is in connecting gear 22
Front end, is transported on the second biography shake platform afterwards to coordinate the first moulded suitcase 15-1 or the second moulded suitcase 15-2 to suppress and carry
Raw material.
During the machine work of chassis, open the guidance panel of electrical control cubicles 6, start Hydraulic Station 2, control the second hydraulic driver 3-2
The second molding device is driven to move on the whole with hydraulic top 12, until reaching the position that top infrared inductor is installed；Start transmission
Mechanism 22, the second backing board 10-2 positioned at drive mechanism initial end is transplanted on the second biography shake platform, and makes the second bottom
Supporting plate 10-2 is located at the underface of the second moulded suitcase 15-2, and the framework of steel reinforcement on chassis is placed on the second backing board 10-2；Control
Hydraulic Station 2, makes the second hydraulic driver 3-2 promote the second moulded suitcase 15-2 to decline, and by the detection signal of infrared inductor
The second moulded suitcase 15-2 is controlled just to be in close contact with the second backing board 10-2；Start concrete mixing plant and Belt Conveying afterwards
Machine, by concrete conveyance to double-direction control conveyer 19, double-direction control conveyer 19 is according to the transmission direction of belt by coagulation
Soil is transferred in the material feeding box 14 on collet conveying arrangement 13, until filling up material feeding box 14；It is again started up Hydraulic Station 2, make level
Hydraulic driver 21 promote material feeding box 14 forward slip, and by the detection signal of infrared inductor control its move to below open
Mouth just stretches into the position of the second moulded suitcase 15-2 so that the wherein whole opening from below of concrete falls the second moulded suitcase 15-2
Interior；Start the second vibrator 4, vibration stopped after 20 seconds, controlled Hydraulic Station 2, make hydraulic top 12 promote the second moulded board 16-2 to
Lower movement simultaneously presses concrete, and pressing rose the second moulded board 16-2 and the second moulded suitcase 15-2 after 10 seconds；With fork truck by second
Backing board 10-2 and prefabricated profiled concrete chassis are shifted and are carried out following process.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all this
Within the spirit of utility model and principle, any modification, equivalent substitution and improvement made etc., should be included in this utility model
Protection domain within.
Claims (10)
1. a kind of mechanization production double control system prefabricated components machine it is characterised in that：Including belt conveyor, pulling plate machine,
Chassis machine, is provided with double-direction control conveyer between described pulling plate machine and chassis machine, described belt conveyor is by feedstock transportation
To on double-direction control conveyer, described double-direction control conveyer is used for the feedstock transportation conveying belt conveyor to pulling plate machine
Or in the machine of chassis.
2. a kind of mechanization production double control system prefabricated components machine according to claim 1 it is characterised in that：Described double
To controlling conveyer to include support and being placed in conveyer on support, described conveyer drives its bidirectional-movement by motor.
3. a kind of mechanization production double control system prefabricated components machine according to claim 2 it is characterised in that：Described defeated
Send machine to include belt and the drivewheel of belt, driven pulley are installed, described drivewheel and driven pulley be fixed on two parallel in opposite directions right
Claim between the gripper shoe of setting, the cross section of described gripper shoe is " ㄩ " type structure, described cross section is propping up of " ㄩ " type structure
The open side of fagging is towards outside.
4. a kind of mechanization production double control system prefabricated components machine according to claim 3 it is characterised in that：Described
Fagging bottom is placed on support, and top arranges the motor of driving belt two-way operation.
5. a kind of mechanization production double control system prefabricated components machine according to claim 1-4 any one, its feature
It is：Described belt conveyor is obliquely installed, and the top of described belt conveyor lower end is provided with hopper, and upper end is located at two-way control
The top of conveyer processed.
6. a kind of mechanization production double control system prefabricated components machine according to claim 5 it is characterised in that：Described draw
Disk machine includes the collet conveying arrangement of raw material and the raw material for transmitting collet conveying arrangement for transmitting conveyer transmission
First molding device of compression molding, described first molding device includes first moulding press in pulling plate machine frame and portion disposed within
Structure, described first molding mechanism drives it to move up and down in pulling plate machine frame by drive mechanism.
7. a kind of mechanization production double control system prefabricated components machine according to claim 6 it is characterised in that：Described
One molding mechanism is included the first moulded suitcase being fixed in pulling plate machine frame by the first locating rod and is used cooperatively and position with it
First moulded board of side thereon, the upper and lower ends of described first moulded suitcase are open type structure, and the lower section of the first moulded suitcase sets
It is equipped with the first backing board, the lower section of the first backing board is provided with the first biography shake platform；Described first moulded board passes through to be located at thereon
Balance gear group drive, described first moulded suitcase by be placed in pulling plate shell outside first hydraulic driver drive.
8. a kind of mechanization production double control system prefabricated components machine according to claim 7 it is characterised in that：Described bottom
Disk machine includes collet conveying arrangement and the second molding device, and described second molding device includes be placed in the machine frame of chassis second
Molding mechanism, the lower section of described second molding mechanism is provided with vibrating device, and described second molding mechanism is driven by drive mechanism
Move it to move up and down in the machine frame of chassis.
9. a kind of mechanization production double control system prefabricated components machine according to claim 8 it is characterised in that：Described
Two molding mechanisms are included the second moulded suitcase being fixed in the machine frame of chassis by the second locating rod and are used cooperatively and position with it
Second moulded board of side thereon, the upper and lower ends of described second moulded suitcase are open type structure, and the lower section of the second moulded suitcase sets
It is equipped with the second backing board, the lower section of the second backing board is provided with the second biography shake platform, and the second bottom passing shake platform is provided with mixed
Solidifying soil vibration device；Described second moulded board is driven by hydraulic top, and described second moulded suitcase is by being placed in the machine frame of chassis
Second hydraulic driver drives.
10. a kind of mechanization production double control system prefabricated components machine according to claim 9 it is characterised in that：Described
It is mounted in pulling plate machine frame, chassis machine frame for detecting the first moulded suitcase and the first moulded board or the second moulded suitcase and
The infrared sensor of two molding Board positions, described infrared sensor is electrically connected with electrical control cubicles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620927449.7U CN205928975U (en) | 2016-08-23 | 2016-08-23 | Two control system prefabricated component machines of mechanized production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620927449.7U CN205928975U (en) | 2016-08-23 | 2016-08-23 | Two control system prefabricated component machines of mechanized production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205928975U true CN205928975U (en) | 2017-02-08 |
Family
ID=57951121
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620927449.7U Expired - Fee Related CN205928975U (en) | 2016-08-23 | 2016-08-23 | Two control system prefabricated component machines of mechanized production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205928975U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112659341A (en) * | 2020-12-18 | 2021-04-16 | 倪敏芳 | Assembled precast concrete spare system of processing |
-
2016
- 2016-08-23 CN CN201620927449.7U patent/CN205928975U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112659341A (en) * | 2020-12-18 | 2021-04-16 | 倪敏芳 | Assembled precast concrete spare system of processing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 Termination date: 20190823 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |