CN208484867U - Using the square tube baling press pressing device of cylinder and sliding block - Google Patents
Using the square tube baling press pressing device of cylinder and sliding block Download PDFInfo
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- CN208484867U CN208484867U CN201821069118.XU CN201821069118U CN208484867U CN 208484867 U CN208484867 U CN 208484867U CN 201821069118 U CN201821069118 U CN 201821069118U CN 208484867 U CN208484867 U CN 208484867U
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- pressing plate
- square tube
- cylinder
- sliding block
- groove
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Abstract
The utility model discloses the square tube baling press pressing devices of application cylinder and sliding block, including pressing plate A and pressing plate B, pressing plate A includes pressing plate A ontology, axis A, groove A, sliding block A and sliding block A pushing structure, and pressing plate B includes pressing plate B ontology, axis B, groove B, slide block B and slide block B pushing structure.Superiority: using the structure of sliding block and groove, square tube strap being firmly against in recess sidewall, is avoided square tube strap and is slided, realizes the automatic aligning of square tube strap, improve production efficiency.
Description
Technical field
The utility model relates to packaging facilities technical fields, especially compress using the square tube baling press of cylinder and sliding block
Device.
Background technique
In order to realize the automation of square tube production line, production efficiency is improved, square tube automatic packaging device becomes square square
One of essential device on pipe production line.Square tube baling press pressing device in the prior art includes three pressing plates, pressure
There is no slot on plate, two square tube straps are directly placed on pressing plate by when packing, are transported in place to square tube by conveyer chain
Later, three pressing plates successively press to square tube, and square tube strap are pressed on into the square tube surface of packet, and worker is to every
The mode of the lap-joint of square tube strap arc welding is welded, and packet square tube packing finishes.
Existing square tube packing apparatus lacks square tube strap alignment means, and square tube strap is directly placed at pressure
On plate, during compression, square tube strap is likely occurred sliding, is overlapping after causing square tube strap to be compacted
Place occurs largely to misplace.Once misplacing, the Joint Strength after welding will have a greatly reduced quality, during transportation
Square tube strap will disconnect, and cause economic loss, or even threaten the life security of people.It is directed to this case at present, solves
Method is that worker is tapped with hammer by the alignment of square tube strap lap-joint, though effective in this way, working efficiency can drop significantly
It is low.
Utility model content
The purpose of this utility model is to provide a kind of square tube baling press pressing devices using cylinder and sliding block, at it
In mill out groove and slideway on the contact surface of two pressing plates and square tube strap, pass through cylinder and push sliding block in slideway, will
Square tube strap is firmly against in recess sidewall, avoids what square tube strap slided in entire compaction process
Phenomenon realizes the automatic aligning of square tube strap, improves production efficiency.
The technical solution of the utility model includes: using the square tube baling press pressing device of cylinder and sliding block, including pressing plate A and
Pressing plate B, the pressing plate A include pressing plate A ontology and axis A, and the middle part of the pressing plate A ontology and axis A are assembled, and the pressing plate B includes
Pressing plate B ontology and axis B, the middle part of the pressing plate B ontology and axis B are assembled；It is characterized in that the pressing plate A further include sliding block A and
Sliding block A pushing structure, the pressing plate B further include slide block B and slide block B pushing structure；The working face on the head of the pressing plate A ontology
It is upper setting for position square tube strap 4 groove A, the groove A direction be along the direction of square tube strap, it is described
The direction that groove B, the groove B for positioning square tube strap 4 are arranged on the working face on the head of pressing plate B ontology is edge
The direction of square tube strap, the groove A, groove B are identical with the quantity of square tube strap, the groove A and groove B's
Position is in correspondence with each other；The slideway A of the inside setting assembly sliding block A on the head of the pressing plate A ontology, the sliding block A limit is in cunning
In road A, the slideway B of the inside setting assembly slide block B on the head of the pressing plate B ontology, the slide block B limit is in slideway B；Institute
The terminal for stating slideway A is connected to groove A, and the terminal of the slideway B is connected to groove B, the sliding block A and sliding block A pushing structure
One end be fixedly connected, the other end of the sliding block A pushing structure is fixedly connected with pressing plate A ontology, the slide block B and slide block B
One end of pushing structure is fixedly connected, and the other end of the slide block B pushing structure is fixedly connected with pressing plate B ontology.
Sliding block A pushing structure described above includes the gentle cylinder bottom support A of cylinder A, air cylinder connecting rod A, and the one of the air cylinder connecting rod A
End is fixedly connected with sliding block A, and the other end of the air cylinder connecting rod A is fixedly connected with cylinder A, and the cylinder A is fixed on cylinder bottom
It holds in the palm on A, one end of the cylinder collet A is fixedly connected with the tail portion of pressing plate A ontology.
Slide block B pushing structure described above includes the gentle cylinder bottom support B of cylinder B, air cylinder connecting rod B, and the one of the air cylinder connecting rod B
End is fixedly connected with slide block B, and the other end of the air cylinder connecting rod B is fixedly connected with cylinder B, and the cylinder B is fixed on cylinder bottom
It holds in the palm on B, one end of the cylinder collet B is fixedly connected with the tail portion of pressing plate B ontology.
The quantity of groove A described above, groove B and square tube strap is two.
Sliding block A described above is two.
Slide block B described above is two.
The course of work of the utility model:
(1) square tube strap is put into groove A and groove B, sliding block A pushing structure pushes sliding block A sliding in slideway A
Dynamic, until square tube strap is firmly against on the side wall of groove A by sliding block A, slide block B pushing structure pushes slide block B in slideway B
Middle sliding, until square tube strap is firmly against on the side wall of groove B by slide block B；
(2) square tube is transported to by conveyer chain to packed locations；
(3) pressing plate A ontology rotates down, and square tube strap is positioned in groove A, until square tube is tightly pushed down,
Square tube strap is set to be close to square tube, sliding block A pushing structure retracts sliding block A；
(4) pressing plate B ontology is rotated up, and square tube strap is positioned in groove B, until square tube is tightly pushed down,
Square tube strap is set to be close to square tube, slide block B pushing structure retracts slide block B.
In step (1) described above, sliding block A pushing structure pushes sliding block A's method particularly includes: when cylinder A is vented, pushes
Air cylinder connecting rod A, then push sliding block A to slide in slideway A by air cylinder connecting rod A；The specific side of slide block B pushing structure promotion slide block B
Method are as follows: when cylinder B is vented, pusher cylinder connecting rod B, then push slide block B to slide in slideway B by air cylinder connecting rod B.
In step (3) described above, sliding block A pushing structure retracts sliding block A's method particularly includes: when cylinder A air inlet, pulls
Air cylinder connecting rod A, then sliding block A is retracted by air cylinder connecting rod A.
In step (4) described above, slide block B pushing structure retracts slide block B method particularly includes: when cylinder B air inlet, pulls
Air cylinder connecting rod B, then slide block B is retracted by air cylinder connecting rod B.
The superiority of the utility model:
1, the groove on pressing plate ontology provides suitable position to place strap.
2, the slideway on pressing plate ontology provides suitable position for the sliding of sliding block, and slideway is communicated with groove, ensure that
Sliding block can expose a part from slideway, strap is against on the side of groove during sliding to the direction of groove.
3, in the utility model, alignment strap need to only click cylinder start button manually, and cylinder exhaust connects cylinder
Bar drives the sliding block being attached thereto to slide to the direction of groove, the square tube strap in groove can be tightly against groove side
On wall, the mode that is in this way directly placed at strap instead of traditional on pressing plate, it is ensured that pressing plate compressed
Sliding transfer will not occur for Cheng Zhong, strap, ensure that strap lap-joint the phenomenon that will not having dislocation after pressing plate compresses,
Manpower is saved, worker after strap compresses is eliminated and taps the process for being aligned lap-joint with hammer, improve production efficiency.
4, it is welded again after strap alignment, welding quality is also guaranteed, and will not occur to beat during transportation
The case where band disconnects, avoids economic loss, has ensured personal safety.
Detailed description of the invention
Fig. 1 is the whole assembly signal of the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
Figure.
Fig. 2 is the master of the pressing plate A in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Fig. 3 is bowing for the pressing plate A in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Fig. 4 is the side of the pressing plate A in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Fig. 5 is the master of the pressing plate B in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Fig. 6 is bowing for the pressing plate B in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Fig. 7 is the side of the pressing plate B in the square tube baling press pressing device of the involved application cylinder of the utility model and sliding block
View.
Wherein: 1 is pressing plate A, and 1-1 is pressing plate A ontology, and 1-2 is axis A, and 1-3 is sliding block A, and 1-4 is slideway A, and 1-5 is groove
A, 1-6 are air cylinder connecting rod A, and 1-7 is cylinder A, and 1-8 is cylinder collet A, and 2 be pressing plate B, and 2-1 is pressing plate B ontology, and 2-2 is axis B,
2-3 is slide block B, and 2-4 is slideway B, and 2-5 is groove B, and 2-6 is air cylinder connecting rod B, and 2-7 is cylinder B, and 2-8 is cylinder collet B, and 3 are
Square tube, 4 be square tube strap.
Specific embodiment
Embodiment: using the square tube baling press pressing device (see Fig. 1-Fig. 7) of cylinder and sliding block, including 1 He of pressing plate A
Pressing plate B 2, the pressing plate A 1 include middle part and the axis A 1-2 of pressing plate A ontology 1-1 and axis A 1-2, the pressing plate A ontology 1-1
Assembly, the pressing plate B 2 include that the middle part of pressing plate B ontology 2-1 and axis B 2-2, the pressing plate B ontology 2-1 and axis B 2-2 are filled
Match；It is characterized in that the pressing plate A 1 further includes sliding block A 1-3 and sliding block A pushing structure, the pressing plate B 2 further includes slide block B
2-3 and slide block B pushing structure；It is arranged on the working face on the head of the pressing plate A ontology 1-1 for positioning square tube strap 4
Groove A 1-5, the groove A 1-5 direction be along the direction of square tube strap 4, the head of the pressing plate B ontology 2-1
Working face on setting for position square tube strap 4 groove B 2-5, the groove B 2-5 direction be along square tube
The direction of strap 4, groove A 1-5, groove B 2-5 are identical with the quantity of square tube strap 4, the groove A 1-5
In correspondence with each other with the position of groove B 2-5；The slideway of the inside setting assembly sliding block A 1-3 on the head of the pressing plate A ontology 1-1
A 1-4, the sliding block A1-3 limit is in slideway A1-4, the inside setting assembly sliding block on the head of the pressing plate B ontology 2-1
The slideway B2-4 of B2-3, the slide block B 2-3 limit is in slideway B2-4；The terminal and groove A 1-5 of the slideway A1-4 connects
Logical, the terminal of the slideway B 2-4 is connected to groove B 2-5, and one end of the sliding block A1-3 and sliding block A pushing structure is fixed to be connected
It connects, the other end of the sliding block A pushing structure is fixedly connected with pressing plate A ontology 1-1, and the slide block B 2-3 and slide block B are pushed and tied
One end of structure is fixedly connected, and the other end of the slide block B pushing structure is fixedly connected with pressing plate B ontology 2-1.
Sliding block A pushing structure described above includes the gentle cylinder bottom support A 1-8 of cylinder A 1-7, air cylinder connecting rod A 1-6, described
One end of air cylinder connecting rod A 1-6 is fixedly connected with sliding block A 1-3, and the other end and cylinder A 1-7 of the air cylinder connecting rod A 1-6 is solid
Fixed connection, the cylinder A 1-7 are fixed on cylinder collet A 1-8, one end of the cylinder collet A 1-8 and pressing plate A ontology
The tail portion of 1-1 is fixedly connected.
Slide block B pushing structure described above includes the gentle cylinder bottom support B 2-8 of cylinder B 2-7, air cylinder connecting rod B 2-6, described
One end of air cylinder connecting rod B 2-6 is fixedly connected with slide block B 2-3, and the other end and cylinder B 2-7 of the air cylinder connecting rod B 2-6 is solid
Fixed connection, the cylinder B 2-7 are fixed on cylinder collet B 2-8, one end of the cylinder collet B 2-8 and pressing plate B ontology
The tail portion of 2-1 is fixedly connected.
The quantity of groove A 1-5 described above, groove B 2-5 and square tube strap 4 is two.
Sliding block A 1-3 described above is two.
Slide block B 2-3 described above is two.
The course of work of the present embodiment:
(1) square tube strap is put into groove A1-5 and groove B2-5, sliding block A pushing structure pushes sliding block A1-3 to exist
It is slided in slideway A1-4, until square tube strap 4 is firmly against on the side wall of groove A1-5 by sliding block A1-3, slide block B is pushed
Structure pushes slide block B 2-3 to slide in slideway B2-4, until square tube strap 4 is firmly against groove B2-5 by slide block B 2-4
Side wall on；
(2) square tube 3 is transported to by conveyer chain to packed locations；
(3) pressing plate A ontology 1-1 is rotated down, and square tube strap 4 is positioned in groove A1-5, until tightly pushing down
Square tube 3, makes square tube strap 4 be close to square tube 3, and sliding block A pushing structure retracts sliding block A1-3；
(4) pressing plate B ontology 2-1 is rotated up, and square tube strap 4 is positioned in groove B2-5, until tightly pushing down
Square tube 3, makes square tube strap 4 be close to square tube 3, and slide block B pushing structure retracts slide block B 2-3.
In step (1) described above, sliding block A pushing structure pushes sliding block A1-3's method particularly includes: cylinder A1-7 exhaust
When, pusher cylinder connecting rod A1-6, then push sliding block A1-3 to slide in slideway A1-4 by air cylinder connecting rod A1-6；Slide block B pushes knot
Structure pushes slide block B 2-3's method particularly includes: when cylinder B2-7 is vented, pusher cylinder connecting rod B2-6, then pushed away by air cylinder connecting rod B2-6
Movable slider B2-3 is slided in slideway B2-4.
In step (3) described above, sliding block A pushing structure retracts sliding block A1-3's method particularly includes: cylinder A1-7 air inlet
When, air cylinder connecting rod A1-6 is pulled, then sliding block A1-3 is retracted by air cylinder connecting rod A1-6.
In step (4) described above, slide block B pushing structure retracts slide block B method particularly includes: when cylinder B2-7 air inlet,
Air cylinder connecting rod B2-6 is pulled, then slide block B 2-3 is retracted by air cylinder connecting rod B2-6.
Claims (6)
1. the square tube baling press pressing device of application cylinder and sliding block, including pressing plate A and pressing plate B, the pressing plate A includes pressing plate
A ontology and axis A, the middle part of the pressing plate A ontology and axis A are assembled, and the pressing plate B includes pressing plate B ontology and axis B, the pressing plate B
The middle part of ontology and axis B are assembled；It is characterized in that the pressing plate A further includes sliding block A and sliding block A pushing structure, the pressing plate B is also
Including slide block B and slide block B pushing structure；Setting is packaged for positioning square tube on the working face on the head of the pressing plate A ontology
The direction of the groove A, the groove A of band are along the direction of square tube strap, the working face on the head of the pressing plate B ontology
Be arranged the groove B, the groove B for positioning square tube strap 4 direction be along the direction of square tube strap, it is described recessed
Slot A, groove B are identical with the quantity of square tube strap, and the position of the groove A and groove B are in correspondence with each other；The pressing plate A sheet
The slideway A of the inside setting assembly sliding block A on the head of body, the sliding block A limit is in slideway A, the head of the pressing plate B ontology
Inside setting assembly slide block B slideway B, the slide block B limit is in slideway B；The terminal of the slideway A is connected to groove A,
The terminal of the slideway B is connected to groove B, and the sliding block A is fixedly connected with one end of sliding block A pushing structure, and the sliding block A is pushed away
The other end of dynamic structure is fixedly connected with pressing plate A ontology, and the slide block B is fixedly connected with one end of slide block B pushing structure, described
The other end of slide block B pushing structure is fixedly connected with pressing plate B ontology.
2. applying the square tube baling press pressing device of cylinder and sliding block according to claim 1, it is characterised in that the cunning
Block A pushing structure includes the gentle cylinder bottom support A of cylinder A, air cylinder connecting rod A, and one end of the air cylinder connecting rod A is fixedly connected with sliding block A,
The other end of the air cylinder connecting rod A is fixedly connected with cylinder A, and the cylinder A is fixed on cylinder collet A, the cylinder collet A
One end be fixedly connected with the tail portion of pressing plate A ontology.
3. applying the square tube baling press pressing device of cylinder and sliding block according to claim 1, it is characterised in that the cunning
Block B pushing structure includes the gentle cylinder bottom support B of cylinder B, air cylinder connecting rod B, and one end of the air cylinder connecting rod B is fixedly connected with slide block B,
The other end of the air cylinder connecting rod B is fixedly connected with cylinder B, and the cylinder B is fixed on cylinder collet B, the cylinder collet B
One end be fixedly connected with the tail portion of pressing plate B ontology.
4. applying the square tube baling press pressing device of cylinder and sliding block according to claim 1, it is characterised in that described recessed
The quantity of slot A, groove B and square tube strap are two.
5. applying the square tube baling press pressing device of cylinder and sliding block according to claim 1, it is characterised in that the cunning
Block A is two.
6. applying the square tube baling press pressing device of cylinder and sliding block according to claim 1, it is characterised in that the cunning
Block B is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821069118.XU CN208484867U (en) | 2018-07-06 | 2018-07-06 | Using the square tube baling press pressing device of cylinder and sliding block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821069118.XU CN208484867U (en) | 2018-07-06 | 2018-07-06 | Using the square tube baling press pressing device of cylinder and sliding block |
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| Publication Number | Publication Date |
|---|---|
| CN208484867U true CN208484867U (en) | 2019-02-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821069118.XU Active CN208484867U (en) | 2018-07-06 | 2018-07-06 | Using the square tube baling press pressing device of cylinder and sliding block |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108860711A (en) * | 2018-07-06 | 2018-11-23 | 天津理工大学 | Using the square tube baling press pressing device and its working method of cylinder and sliding block |
-
2018
- 2018-07-06 CN CN201821069118.XU patent/CN208484867U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108860711A (en) * | 2018-07-06 | 2018-11-23 | 天津理工大学 | Using the square tube baling press pressing device and its working method of cylinder and sliding block |
| CN108860711B (en) * | 2018-07-06 | 2023-08-04 | 天津理工大学 | Square tube packer compacting device using air cylinder and sliding block and working method thereof |
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