CN206854697U - Container automatic punch - Google Patents
Container automatic punch Download PDFInfo
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- CN206854697U CN206854697U CN201720705516.5U CN201720705516U CN206854697U CN 206854697 U CN206854697 U CN 206854697U CN 201720705516 U CN201720705516 U CN 201720705516U CN 206854697 U CN206854697 U CN 206854697U
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- crossbeam
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- frame
- automatic punch
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Abstract
It the utility model is related to a kind of container automatic punch.Specifically, it is on container bottom board while processing the automatic punch of multiple through holes.It includes rig, is characterized in also including frame and controller, the bottom four corners of frame have follower.The frame contains upper ledge and lower frame, and column is connected between the respective corners of upper ledge and lower frame, there is the dynamic crossbeam that can be moved forward and backward along frame between two longitudinal frames of lower frame, and the longitudinal direction of dynamic crossbeam be evenly equipped with the rig.Two longitudinal same ends of frame of lower frame, which extend and are connected between two external parts, determines crossbeam, determine to be evenly equipped with the rig on crossbeam, determine on crossbeam that the quantity of rig is equal and corresponding one by one with the rig quantity on dynamic crossbeam, the rig is connected by wire with controller.Using this container automatic punch, recruitment quantity can be reduced, production efficiency is improved, reduces production cost.
Description
Technical field
It the utility model is related to a kind of drilling machine.Specifically, it is on container bottom board while processing multiple through holes
Automatic punch.
Background technology
Both known about in container processing industry, need to process 700 ~ 900 on its bottom plate during container production
Through hole, for being fixed between container and means of transport with container with the freight hold in it.Will be on a container bottom board
Process 700 ~ 900 through holes, it is necessary first to by being rule on container bottom board to determine the position of through hole, then by artificial hand
The lead to the hole site that rig determines according to line is held singly to drill.Because so multi-through hole relies on man-hour manually hand-held rig one
Individual one bores, low production efficiency.To improve production efficiency, often need more than 10 it is personal while in same container internal drilling,
So, recruitment quantity is added, improves production cost.Again due to larger using artificial drilling, labor intensity.
Utility model content
Problem to be solved in the utility model is to provide a kind of container automatic punch.Beaten automatically using this container
Hole machine, recruitment quantity can be reduced, production efficiency is improved, reduces production cost.
Above mentioned problem to be solved in the utility model is realized by following technical scheme：
Container automatic punch of the present utility model includes rig, is characterized in also including frame and controller, frame
Bottom four corners have follower.The frame contains upper ledge and lower frame, and column is connected between the respective corners of upper ledge and lower frame, under
There is the dynamic crossbeam that can be moved forward and backward along frame between two longitudinal frames of frame, the longitudinal direction of dynamic crossbeam is evenly equipped with the rig.Lower frame
Two longitudinal same ends of frame extend and be connected between two external parts and determine crossbeam, determine to be evenly equipped with the brill on crossbeam
Machine, determines on crossbeam that the quantity of rig is equal and corresponding one by one with the rig quantity on dynamic crossbeam, and the rig is by wire
It is connected with controller.
Wherein, moving crossbeam both ends has the first sliding block, has vertical slide rail below dynamic crossbeam corresponding with two the first sliding blocks,
First sliding block is placed in accordingly on vertical slide rail.
There are nut, the first servomotor and screw mandrel, output shaft and the screw mandrel one end phase of the first servomotor below dynamic crossbeam
Even, the screw mandrel other end is connected after passing through the nut with a ball bearing.First servomotor is by wire and controller
It is connected.
It is described to determine have the sideslip rail arranged in the same direction with it on crossbeam and dynamic crossbeam, determine under the rig on crossbeam and dynamic crossbeam
There is the second sliding block portion side, and second sliding block is placed on corresponding sideslip rail.
Determine the rig among crossbeam and dynamic crossbeam and it is corresponding determine to be in secure fit between crossbeam or dynamic crossbeam, brill in addition
Machine is determined to be in be slidably matched between crossbeam or dynamic crossbeam with corresponding.
Determine the rig among crossbeam and dynamic crossbeam and accordingly determine between crossbeam or dynamic crossbeam to be in secure fit, determine crossbeam and dynamic horizontal stroke
The rig power section at beam both ends can be around accordingly determining to rotate inside and outside the upper side of crossbeam or dynamic crossbeam so that the drill bit of these rigs
Can be to inside and outside one angle of movement；Rig in addition is determined to be in be slidably matched between crossbeam or dynamic crossbeam with corresponding.
Determine to be connected between the rig power section of crossbeam and dynamic crossbeam both ends and the corresponding upper side for determining crossbeam or dynamic crossbeam
Rotary cylinder so that crossbeam or dynamic horizontal stroke can be determined by rotary cylinder around corresponding by determining the rig power section of crossbeam and dynamic crossbeam both ends
The upper side of beam is inside and outside to be rotated, and the rotary cylinder is connected by magnetic valve with controller.
There is wheel carrier on the outside of two frames in longitudinal direction of upper ledge, the wheel carrier is rectangle, the upper and lower side frame of rectangle wheel carrier
Between be evenly equipped with roller.
There is a driving wheel among longitudinal direction below lower frame, the wheel shaft of the driving wheel and longitudinal direction of lower frame is perpendicular and its one end passes through
Reductor is connected with the second servomotor.
Driving wheel is connected among longitudinal direction below lower frame, the wheel shaft of the driving wheel and longitudinal direction of lower frame is perpendicular and its one end is led to
Cross reductor and be connected with the second servomotor.
Because the utility model contains organic frame it can be seen from above scheme, the frame contains upper ledge and lower frame.It is described
Column is connected between the respective corners of upper ledge and lower frame, there is the dynamic horizontal stroke that can be moved forward and backward along frame between two longitudinal frames of lower frame
Beam, the longitudinal direction of dynamic crossbeam are evenly equipped with the rig.Two longitudinal frame one end of lower frame extend and between two external parts
It is connected with and determines crossbeam, determine to be evenly equipped with the rig on crossbeam, the quantity of rig is equal with the rig quantity on dynamic crossbeam and phase one by one
It is corresponding.The rig is connected by wire with controller.Can be simultaneously in packaging by the touch-screen of controller by a people
Multiple holes are bored on bottom plate, the quantity in hole is determined, it is necessary to drill simultaneously by being arranged on dynamic crossbeam and determining the rig quantity on crossbeam
Quantity it is more, just dynamic crossbeam and determining to set multiple rigs on crossbeam.Recruitment quantity is not only greatly reduced, reduces and is produced into
This, also substantially increases production efficiency.
Again there is for promoting the movable nut of dynamic crossbeam, the first servomotor side among the longitudinal direction due to moving crossbeam
And screw mandrel, there is the second servomotor for promoting rig to be moved along sideslip rail in the frame below rig, described first,
Two servomotors are connected by wire with controller.Realize between adjacent dynamic crossbeam spacing regulation, determine crossbeam with it is adjacent move
The regulation of rig spacing and determine the regulation of rig spacing on crossbeam in spacing regulation, dynamic crossbeam between crossbeam, and then realize collection
The through hole spacing regulation cased on bottom plate.So, the automation of container production is substantially increased, further increases collection
The production efficiency of vanning.
Brief description of the drawings
Fig. 1 is container automatic punch structural representation of the present utility model；
Fig. 2 is Fig. 1 left view schematic diagram；
Fig. 3 is Fig. 1 schematic top plan view；
Fig. 4 is rig 2, dynamic crossbeam 5, the first sliding block 15, vertical position view between slide rail 3 and frame 1；
Fig. 5 is the position view between the first servomotor 16, nut 17, screw mandrel 18 and dynamic crossbeam 5.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, container automatic punch of the present utility model includes rig 2, frame
1 and controller 8, the bottom four corners of frame 1 follower 6 is installed by key seat and bearing pin, in order to the front and rear row of frame 1
Walk.The frame 1 contains upper ledge and lower frame, and column 9, two longitudinal frames of lower frame are connected between the respective corners of upper ledge and lower frame
Between be provided with two dynamic crossbeams 5 that can be moved forward and backward along longitudinal frame, the longitudinal direction of dynamic crossbeam 5 be evenly equipped with nine rigs 2.Lower frame
Two longitudinal same ends of frame, which extend and are connected with one between two external parts, determines crossbeam 10, determines to be evenly equipped with brill on crossbeam 10
Machine 2, the quantity of the rig 2 is equal and corresponding one by one with the rig quantity on dynamic crossbeam 5, the rig 2 by wire with
Controller 8 is connected.
See Fig. 4, slid back and forth for ease of moving crossbeam 5, at the dynamic both ends of crossbeam 5 be provided with the first sliding block, with two the
The vertical slide rail 3 arranged in the same direction with it, first sliding block are respectively and fixedly provided with two longitudinal frames of lower frame corresponding to one sliding block
It is placed in accordingly on vertical slide rail 3.
See Fig. 5, it is fixed below the axial centre position of dynamic crossbeam 5 in order to provide the power slid back and forth to move crossbeam 5
There is a nut 17, side is provided with the first servomotor 16 and screw mandrel 18, the first servomotor among the longitudinal direction of dynamic crossbeam 5
16 output shaft is connected with the one end of screw mandrel 18, and the other end of screw mandrel 18 is stretched into a ball bearing after passing through the nut 17.Institute
The first servomotor 16 is stated by wire with controller 8 to be connected.
Rig 2 for ease of determining on crossbeam 10 and dynamic crossbeam 5 is slid laterally, and determines crossbeam 10 and dynamic crossbeam 5 described
On be respectively and fixedly provided with the sideslip rail arranged in the same direction with it, the bottom side of rig 2 determined on crossbeam 10 and dynamic crossbeam 5 is connected with the second cunning
Block, second sliding block are placed on corresponding sideslip rail.
Wherein, determine that rig 2 among crossbeam 10 and dynamic crossbeam 5 and accordingly determine between crossbeam 10 or dynamic crossbeam 5 in fixation
Coordinate, rig 2 in addition is determined to be in be slidably matched between crossbeam 10 or dynamic crossbeam 5 with corresponding.Determine 5 liang of crossbeam 10 and dynamic crossbeam
The power section of rig 2 at end can be around accordingly determining to rotate inside and outside the upper side of crossbeam 10 or dynamic crossbeam 5 so that the brill of these rigs 2
Head can be to inside and outside one angle of movement.
To prevent container automatic punch of the present utility model enters in shipping process from determining 5 liang of crossbeam 10 and dynamic crossbeam
End that rig 2 collided with container side wall, determine crossbeam 10 and the both ends of dynamic crossbeam 5 that power section of rig 2 and
Rotary cylinder is connected between the corresponding upper side for determining crossbeam 10 or dynamic crossbeam 5 so that determines crossbeam 10 and the rig at the both ends of dynamic crossbeam 5
2 power sections can outwardly or inwardly rotate by rotary cylinder around the corresponding upper side for determining crossbeam 10 or dynamic crossbeam 5.Wherein, institute
State rotary cylinder by magnetic valve with controller 8 to be connected, control the anglec of rotation of rotary cylinder by magnetic valve by controller 8
Degree, and then control the anglec of rotation of rig 2 for determining crossbeam 10 and the both ends of dynamic crossbeam 5.
Enter container for ease of container automatic punch of the present utility model, on the outside of two frames in longitudinal direction of upper ledge
It is provided with wheel carrier 11.The wheel carrier 11 is rectangle, roller 4 is evenly equipped between its upper and lower side frame, so as to of the present utility model
Container automatic punch, which enters in shipping process, to play the guiding role.
Beaten for ease of container automatic punch of the present utility model after three rounds and moved backward to required punch position,
Being fixed below lower frame among longitudinal direction by main wheel seat 121, driving wheel 12 is installed on main wheel seat 121.Wherein, the wheel of driving wheel 12
The longitudinal direction of axle and lower frame is perpendicular and its one end is connected with the second servomotor 14 by reductor 13.
Claims (10)
1. container automatic punch, including rig, it is characterised in that also equal including frame and controller, the bottom four corners of frame
There is follower；The frame contains upper ledge and lower frame, and column, two longitudinal directions of lower frame are connected between the respective corners of upper ledge and lower frame
There is the dynamic crossbeam that can be moved forward and backward along frame between frame, the longitudinal direction of dynamic crossbeam is evenly equipped with the rig；Two longitudinal edges of lower frame
Frame, which extends with one end and is connected between two external parts, determines crossbeam, determines to be evenly equipped with the rig on crossbeam, determines to bore on crossbeam
The quantity of machine is equal and corresponding one by one with the rig quantity on dynamic crossbeam, and the rig is connected by wire with controller.
2. container automatic punch according to claim 1, it is characterised in that there is the first sliding block at dynamic crossbeam both ends, with
Being moved corresponding to two the first sliding blocks has vertical slide rail below crossbeam, first sliding block is placed in accordingly on vertical slide rail.
3. container automatic punch according to claim 2, it is characterised in that have nut, the first servo below dynamic crossbeam
Motor and screw mandrel, the output shaft of the first servomotor are connected with screw mandrel one end, and the screw mandrel other end rolls after passing through the nut with one
Pearl bearing is connected；First servomotor is connected by wire with controller.
4. container automatic punch according to claim 1, it is characterised in that described to determine to have on crossbeam and dynamic crossbeam
The sideslip rail arranged in the same direction with it, determining the rig bottom side on crossbeam and dynamic crossbeam has the second sliding block, second sliding block
It is placed on corresponding sideslip rail.
5. container automatic punch according to claim 4, it is characterised in that determine the rig among crossbeam and dynamic crossbeam
With accordingly determining to be in secure fit between crossbeam or dynamic crossbeam, rig in addition is determined between crossbeam or dynamic crossbeam in slip with corresponding
Coordinate.
6. container automatic punch according to claim 1, it is characterised in that determine the rig among crossbeam and dynamic crossbeam
With accordingly determining between crossbeam or dynamic crossbeam to be in secure fit, the rig power section for determining crossbeam and dynamic crossbeam both ends can be around corresponding fixed horizontal stroke
The upper side of beam or dynamic crossbeam is inside and outside to be rotated so that the drill bit of these rigs can be to inside and outside one angle of movement；In addition
Rig is determined to be in be slidably matched between crossbeam or dynamic crossbeam with corresponding.
7. container automatic punch according to claim 6, it is characterised in that determine crossbeam and the rig at dynamic crossbeam both ends
Rotary cylinder is connected between power section and the corresponding upper side for determining crossbeam or dynamic crossbeam so that determines crossbeam and dynamic crossbeam both ends
Rig power section can be around accordingly determining to rotate inside and outside the upper side of crossbeam or dynamic crossbeam by rotary cylinder, and the rotary cylinder leads to
Magnetic valve is crossed with controller to be connected.
8. the container automatic punch according to any one of claim 1 ~ 7, it is characterised in that the longitudinal direction two of upper ledge
There is wheel carrier on the outside of frame, the wheel carrier is rectangle, and roller is evenly equipped between the upper and lower side frame of rectangle wheel carrier.
9. the container automatic punch according to any one of claim 1 ~ 7, it is characterised in that the longitudinal direction below lower frame
There is a driving wheel centre, the wheel shaft of the driving wheel and longitudinal direction of lower frame is perpendicular and its one end is connected with the second servo electricity by reductor
Machine.
10. container automatic punch according to claim 9, it is characterised in that be connected with master among the longitudinal direction below lower frame
Driving wheel, the wheel shaft of the driving wheel and longitudinal direction of lower frame is perpendicular and its one end is connected with the second servomotor by reductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720705516.5U CN206854697U (en) | 2017-06-17 | 2017-06-17 | Container automatic punch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720705516.5U CN206854697U (en) | 2017-06-17 | 2017-06-17 | Container automatic punch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206854697U true CN206854697U (en) | 2018-01-09 |
Family
ID=60826746
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720705516.5U Active CN206854697U (en) | 2017-06-17 | 2017-06-17 | Container automatic punch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206854697U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138761A (en) * | 2017-06-17 | 2017-09-08 | 无锡松邦科技有限公司 | Container automatic punch |
-
2017
- 2017-06-17 CN CN201720705516.5U patent/CN206854697U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138761A (en) * | 2017-06-17 | 2017-09-08 | 无锡松邦科技有限公司 | Container automatic punch |
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