CN206981442U - Three beaming roller press - Google Patents
Three beaming roller press Download PDFInfo
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- CN206981442U CN206981442U CN201720830142.XU CN201720830142U CN206981442U CN 206981442 U CN206981442 U CN 206981442U CN 201720830142 U CN201720830142 U CN 201720830142U CN 206981442 U CN206981442 U CN 206981442U
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Abstract
The utility model provides three beaming roller press, belongs to field of mechanical technique.It solves the problems, such as extrusion forming effect difference of the existing extrusion machining equipment of paper shredding cutters to cutter shaft.This three beaming roller press, including support body and rotating drive part, driven in translation part, rotating mould one, rotating mould two and pressing mold, the extrusion position for being placed for cutter shaft is formed between rotating mould one and rotating mould two, rotating mould one and rotating mould two are connected with rotating drive part, pressing mold can be close or remote to extrusion position, it is in shaft-like pressing axle that three beaming roller press, which also include, one end of the pressing axle is connected with pressing mold by universal joint, the other end of pressing axle is connected with universal joint and pressing axle is connected by the universal joint and above-mentioned rotating drive part, pressing mold, rotating mould one and rotating mould two can be under the drivings of above-mentioned rotating drive part around own axes synchronous axial system.This three beaming roller press has the advantages of squeezing effect is good.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of cutter for paper grinder extrusion equipment, more particularly to one kind three
Beaming roller press.
Background technology
In daily life or work, often having file paper needs to destroy by shredder, to prevent other people from obtaining
Obtain the data recorded on file.Shredder is mainly solid on two cutter shafts for be arrangeding in parallel and relatively rotating using string in groups
Blade for shredding paper, when two cutter shafts rotate simultaneously, waste paper is extruded, so as to cut into waste paper carefully using the blade for shredding paper on cutter shaft
Paper slip, therefore the improvement of the quality and preparation method of paper shredding cutters is particularly important.
Therefore, people devise a kind of extrusion machining equipment of paper shredding cutters and have applied for Chinese patent (its Application No.：
201010105101.7；Its publication No. is：CN101767121A), the process equipment includes base box, feed lid, extrusion die, entered
Knife system and rotating driving device, wherein, feed lid includes two rotating moulds and a pressure with the be hinged cooperation of base box, extrusion die
Matched moulds has, and rotating mould and pressing mold include extrusion axis and the crushing block being distributed in a determining deviation on extrusion axis, two rotations
Revolving die tool is axially in parallel and be rotatably mounted in base box, and pressing mold is rotatably mounted in feed and covered and axially in parallel
In rotating mould, paper shredding cutters are between pressing mold and two rotating moulds.Feed arrangement is used to drive pressing mold to extrude
Cutter shaft, rotating driving device are connected with the extrusion axis of rotating mould and drive rotating mould to rotate, the crushing block energy of rotating mould
Cutter shaft is extruded through the gap of adjacent knife blades and is rotated with movable arbor.
Although being provided with two rotating moulds and a pressing mold in the extrusion machining equipment of paper shredding cutters, pass through three moulds
To extrude cutter shaft, but because pressing mold needs to move back and forth under the driving of feed arrangement, so not being driven in rotation, only
By the rotation of two rotating moulds, band movable arbor is rotated, then cutter shaft is extruded by pressing mold, easily makes cutter shaft each
Occur the situation of extruding discontinuity on individual direction, and pressing mold is rotated around the pin joint of feed lid and base box,
The direction of extrusion tilts, and the effect of extrusion forming is poor.
The content of the invention
The purpose of this utility model is in view of the above-mentioned problems existing in the prior art, it is proposed that a kind of three beaming roller press, institute
Technical problems to be solved are how to lift the effect of cutter shaft extrusion forming.
The purpose of this utility model can be realized by following technical proposal：
Three beaming roller press, including support body and be both connected on support body rotating drive part, driven in translation part, be in the form of a column
And rotating mould one, rotating mould two and pressing mold arranged in parallel, described rotating mould one and rotating mould two
Between form the extrusion position for being placed for cutter shaft, the rotating mould one and rotating mould two with above-mentioned rotating drive part
Drive connection, the pressing mold can be close or remote to extrusion position in the presence of above-mentioned driven in translation part, its feature
It is, it is in shaft-like pressing axle that three beaming roller press, which also include, and one end of the pressing axle is connected with pressing mold by universal joint,
The other end of the pressing axle is connected with universal joint and pressing axle is connected by the universal joint and above-mentioned rotating drive part, institute
Stating pressing mold, rotating mould one and rotating mould two can synchronously turn under the driving of above-mentioned rotating drive part around own axes
It is dynamic.
This three beaming roller press drives pressing mold to set equidistant string away from extrusion position when in use, by driven in translation part
The cutter shaft for having blade is put into extrusion position, then drives pressing mold to clamp cutter shaft close to extrusion position by driven in translation part,
Cutter shaft is extruded by the gap of pressing mold, rotating mould one and rotating mould two through blade again so that cutter shaft is extruded
The raw material at place shifts to both sides, recessed formation groove, outwardly because of the transfer of raw material between two adjacent grooves, so as to clamping
Blade.During this cutter shaft extrudes, because pressing mold is by pressing axle and rotating drive part drive connection and pressing axle two
End be respectively connected with universal joint so that pressing mold with driven in translation part moves when have no effect on rotating drive part and press-fitting mould
Drive connection between tool, so that during extruding cutter shaft, pressing mold, rotating mould one and rotation are driven by rotating drive part
Mould two is rotated each around own axes synchronous axial system by frictional force band movable arbor, realizes three directions equably to knife
Axle carries out rolling extrusion, and evenly, squeezing effect is good for extruding.
In three above-mentioned beaming roller press, three beaming roller press also include driving gear, transition gear one, transition gear two,
Driven gear one, driven gear two and driven gear three, the output end transmission of the driving gear and above-mentioned rotating drive part connect
Connect, above-mentioned transition gear one is meshed with driving gear, and the transition gear two is coaxially set with transition gear one and can be same
Step rotates, and above-mentioned driven gear one is connected with the rotating mould one, the driven gear two and above-mentioned rotating mould two
Drive connection, the driven gear three are connected with one end away from above-mentioned pressing mold on pressing axle by above-mentioned universal joint, institute
Driven gear one, driven gear two and driven gear San Tong method is stated to be meshed with above-mentioned transition gear two.Pass through gear train structure
Transmission stability and synchronism can be improved to carry out drive connection, so as to ensure the uniform force on three directions of cutter shaft, is entered
And lift the squeezing effect of cutter shaft.
In three above-mentioned beaming roller press, three beaming roller press also include driving shaft and the transition being connected on above-mentioned support body
Axle, is fixed with belt pulley on the driving shaft, and the rotating drive part is motor and passes through belt to connect with above-mentioned pulley drive
Connect, the driving gear is sheathed on the outside of driving shaft and is connected with driving shaft, and above-mentioned transition gear one and transition gear two cover
It is connected on the outside of above-mentioned transition axis and with transition axis, the diameter of the transition gear two is less than the diameter of transition gear one.
The fixed position of motor is can adjust by the structure driven of belt and belt pulley, facilitates space allocation；Transition gear one and transition
Being coaxially disposed available for gearratio is adjusted for gear two, increases the effect turned round so as to reach to slow down.
In three above-mentioned beaming roller press, it is provided between the rotating mould one and above-mentioned driven gear one in shaft-like
Rotary shaft one, the both ends of the rotary shaft one are connected by universal joint with above-mentioned driven gear one and rotating mould one respectively；
It is provided between the rotating mould two and above-mentioned driven gear two in shaft-like rotary shaft two, the both ends point of the rotary shaft two
It is not connected by universal joint with above-mentioned driven gear two and rotating mould two.Equally adopted at rotating mould one and rotating mould two
The requirement of installation accuracy, convenient installation can be reduced with universal joint connection.
In three above-mentioned beaming roller press, the axis of described rotating mould one and rotating mould two is located at same level
On, the pressing mold is arranged at rotating mould one and the top of rotating mould two, and pressing mold can be in the drive of driven in translation part
Moved up and down under dynamic.Rotating mould one and rotating mould two are set in same level, then drive press-fitting mould by driven in translation part
Tool, which moves up and down, can make in pressing mold moving process, and the stress between three evenly, will not be offset, and squeezing effect is more preferably.
In three above-mentioned beaming roller press, described support body includes slide plate and several guide rails being vertically arranged, the cunning
Sleeve-board is located at outside above-mentioned guide rail, connecting seat is fixed with the downside of the slide plate, above-mentioned pressing mold is horizontally disposed and is axially fixed in
On connecting seat.Pressing mold is driven to move by way of slide plate moves up and down along guide rail, mobile more stable, squeezing effect
More preferably.
In three above-mentioned beaming roller press, described support body includes base, and above-mentioned rotating mould one and rotating mould two are divided
It is not axially fixed on base.
Compared with prior art, pressing mold, rotating mould one and the rotating mould two in this three beaming roller press are extruding
Circumferentially rotated during cutter shaft so that evenly, squeezing effect is more preferable for the extruding force being subject in cutter shaft all directions.
Brief description of the drawings
Fig. 1 is the structural representation of this three beaming roller press.
Fig. 2 is the structural representation at this three another visual angle of beaming roller press.
Fig. 3 is the structural representation in this three beaming roller press gear-box.
In figure, 1, support body；1a, slide plate；1b, guide rail；1c, connecting seat；1d, base；2nd, rotating drive part；3rd, driven in translation
Part；4th, rotating mould one；5th, rotating mould two；6th, pressing mold；7th, axle is pressed；8th, universal joint；9th, belt；10th, rotary shaft one；
11st, rotary shaft two；12nd, driving gear；13rd, transition gear one；14th, transition gear two；15th, driven gear one；16th, driven gear
Two；17th, driven gear three；18th, belt pulley.
Embodiment
It is specific embodiment of the utility model and with reference to accompanying drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these embodiments.
As depicted in figs. 1 and 2, this three beaming roller press include support body 1 and the rotating drive part 2 being both connected on support body 1,
Driven in translation part 3, it is in the form of a column and rotating mould 1 arranged in parallel, rotating mould 25 and pressing mold 6.Wherein,
The structure of rotating mould 1, rotating mould 25 and pressing mold 6 is same as the prior art, and support body 1 includes workbench, is fixed on
Base 1d, vertical four guide rail 1b being fixed on the upside of workbench, the slide plate being set on the outside of four guide rail 1b on workbench
1a, the connecting seat 1c being connected on the downside of slide plate 1a and the gear-box being fixed on the upside of workbench.In the present embodiment, rotate and drive
Moving part 2 is motor, and driven in translation part 3 is hydraulic cylinder.
Specifically, rotating mould 1 and rotating mould 25 are horizontally disposed with and both axis are located at same level
On, rotating mould 1 and rotating mould 25 are axially fixed on base 1d；Pressing mold 6 is horizontally disposed and is axially fixed in
On connecting seat 1c, pressing mold 6 is arranged at the surface at midpoint between rotating mould 1 and rotating mould 25, and driven in translation
Part 3 can drive slide plate 1a to be moved up and down along guide rail 1b, so as to drive pressing mold 6 to move up and down, when pressing mold 6 is moved to
During minimum point, pressing mold 6, rotating mould 1 and rotating mould 25 this three are in angular distribution, are formed and are used between three
The extrusion position placed for cutter shaft.
Motor is fixed on below workbench, is provided with gear train in gear-box, motor passes through belt 9 and belt pulley 18 and tooth
Wheel group is connected, and gear train is respectively by pressing axle 7, rotary shaft 1 and rotary shaft 2 11 and pressing mold 6, rotating mould
1 and rotating mould 25 correspond drive connection.
In the present embodiment, as shown in figure 3, being fixed with driving shaft and transition axis in gear-box, above-mentioned belt pulley 18 is fixed
On driving shaft.Gear train includes driving gear 12, transition gear 1, transition gear 2 14, driven gear 1, driven tooth
2 16 and driven gear 3 17 are taken turns, driving gear 12 is sheathed on the outside of driving shaft and is connected with driving shaft, the He of transition gear 1
Transition gear 2 14 is sheathed on the outside of transition axis and is connected with transition axis, and the diameter of transition gear 2 14 is less than transition gear
One 13 diameter.Transition gear 1 is meshed with driving gear 12, driven gear 1, driven gear 2 16 and driven gear
3 17 are meshed with transition gear 2 14 simultaneously.
Driven gear 1, driven gear 2 16 and driven gear 3 17 are arranged respectively to be fixed in three rotating shafts, three
Rotating shaft is connected with pressing axle 7, rotary shaft 1 and rotary shaft 2 11 correspondingly.Wherein, the both ends of pressing axle 7 pass through universal
Section 8 is connected with corresponding rotating shaft and pressing mold 6 respectively, the both ends of rotary shaft 1 by universal joint 8 respectively with it is corresponding
Rotating shaft and rotating mould 1 be connected, the both ends of rotary shaft 2 11 by universal joint 8 respectively with corresponding rotating shaft and rotation
Revolving die tool 25 is connected.
This three beaming roller press drives pressing mold 6 to move up and away from extrusion position when in use, by driven in translation part 3, will
Equidistant cutter shaft of the string provided with blade is put into extrusion position, then drives pressing mold 6 close to extrusion position by driven in translation part 3
Clamp cutter shaft.It is each passed through by the crushing block in pressing mold 6, rotating mould 1 and rotating mould 25 between adjacent two blade
Gap extruding cutter shaft so that cutter shaft is extruded the raw material at place to the position transfer of two side blade endoporus so that be extruded place it is recessed
Enter to form groove, it is outwardly because of the transfer of raw material between two adjacent grooves, so as to clamping blade.In the mistake of this cutter shaft extruding
Cheng Zhong, universal joint 8 is respectively connected with because pressing mold 6 is connected and presses the both ends of axle 7 by pressing axle 7 and rotating drive part 2,
So that pressing mold 6 with driven in translation part 3 moves when have no effect on transmission between rotating drive part 2 and pressing mold 6
Connection, so that during extruding cutter shaft, drive pressing mold 6, rotating mould 1 and rotating mould 25 each by rotating drive part 2
Rotated from around own axes synchronous axial system, and by frictional force band movable arbor, realize that three directions are equably rolled to cutter shaft
Dynamic extruding, evenly, squeezing effect is good for extruding.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (7)
1. three beaming roller press, including support body (1) and the rotating drive part (2), the driven in translation part that are both connected on support body (1)
(3), it is in the form of a column and rotating mould one (4) arranged in parallel, rotating mould two (5) and pressing mold (6), described rotation
Revolving die has forms the extrusion position for being placed for cutter shaft, the rotating mould one (4) between one (4) and rotating mould two (5)
It is connected with rotating mould two (5) with above-mentioned rotating drive part (2), the pressing mold (6) is in above-mentioned driven in translation part
(3) can be close or remote to extrusion position in the presence of, it is characterised in that it is in shaft-like pressing axle that three beaming roller press, which also include,
(7), one end of the pressing axle (7) is connected with pressing mold (6) by universal joint (8), and the other end of the pressing axle (7) connects
It is connected to universal joint (8) and pressing axle (7) is connected by the universal joint (8) and above-mentioned rotating drive part (2), the press-fitting mould
Tool (6), rotating mould one (4) and rotating mould two (5) can be synchronous around own axes under the driving of above-mentioned rotating drive part (2)
Rotate.
2. three beaming rollers press according to claim 1, it is characterised in that three beaming roller press also include driving gear (12),
Transition gear one (13), transition gear two (14), driven gear one (15), driven gear two (16) and driven gear three (17),
The driving gear (12) and the output end of above-mentioned rotating drive part (2) are connected, above-mentioned transition gear one (13) and active
Gear (12) is meshed, and the transition gear two (14) is coaxially set with transition gear one (13) and energy synchronous axial system, above-mentioned
Driven gear one (15) is connected with the rotating mould one (4), the driven gear two (16) and above-mentioned rotating mould two
(5) it is connected, the driven gear three (17) passes through above-mentioned with one end away from above-mentioned pressing mold (6) on pressing axle (7)
Universal joint (8) connect, the driven gear one (15), driven gear two (16) and driven gear three (17) at the same with above-mentioned transition
Gear two (14) is meshed.
3. three beaming rollers press according to claim 2, it is characterised in that three beaming roller press also include being connected to above-mentioned support body
(1) driving shaft and transition axis on, are fixed with belt pulley (18) on the driving shaft, the rotating drive part (2) be motor and
Be connected by belt (9) and above-mentioned belt pulley (18), the driving gear (12) be sheathed on the outside of driving shaft and with actively
Axle is connected, and above-mentioned transition gear one (13) and transition gear two (14) are sheathed on the outside of above-mentioned transition axis and consolidated with transition axis
Even, the diameter of the transition gear two (14) is less than the diameter of transition gear one (13).
4. the three beaming roller press according to Claims 2 or 3, it is characterised in that the rotating mould one (4) with it is above-mentioned driven
It is provided between gear one (15) and passes through universal joint respectively in shaft-like rotary shaft one (10), the both ends of the rotary shaft one (10)
(8) it is connected with above-mentioned driven gear one (15) and rotating mould one (4)；The rotating mould two (5) and above-mentioned driven gear
It is provided between two (16) and passes through universal joint (8) respectively in shaft-like rotary shaft two (11), the both ends of the rotary shaft two (11)
It is connected with above-mentioned driven gear two (16) and rotating mould two (5).
5. the three beaming roller press according to claim 1 or 2 or 3, it is characterised in that described rotating mould one (4) and rotation
The axis that revolving die has two (5) is located in same level, and the pressing mold (6) is arranged at rotating mould one (4) and rotating mould
Have above two (5), and pressing mold (6) can move up and down under the driving of driven in translation part (3).
6. the three beaming roller press according to claim 1 or 2 or 3, it is characterised in that described support body (1) includes slide plate
(1a) and several guide rails (1b) being vertically arranged, the slide plate (1a) are set in above-mentioned guide rail (1b) outside, the slide plate (1a)
Downside is fixed with connecting seat (1c), and above-mentioned pressing mold (6) is horizontally disposed and is axially fixed on connecting seat (1c).
7. the three beaming roller press according to claim 1 or 2 or 3, it is characterised in that described support body (1) includes base
(1d), above-mentioned rotating mould one (4) and rotating mould two (5) are axially fixed on base (1d) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720830142.XU CN206981442U (en) | 2017-07-10 | 2017-07-10 | Three beaming roller press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720830142.XU CN206981442U (en) | 2017-07-10 | 2017-07-10 | Three beaming roller press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206981442U true CN206981442U (en) | 2018-02-09 |
Family
ID=61403647
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720830142.XU Active CN206981442U (en) | 2017-07-10 | 2017-07-10 | Three beaming roller press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206981442U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110666019A (en) * | 2019-11-01 | 2020-01-10 | 吉林大学 | Multipoint roll forming device and process for clutch hub teeth |
| CN113245032A (en) * | 2021-05-31 | 2021-08-13 | 江西农业大学 | Automatic column chinese-medicinal material epidermis crushing equipment of peeling off of control |
-
2017
- 2017-07-10 CN CN201720830142.XU patent/CN206981442U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110666019A (en) * | 2019-11-01 | 2020-01-10 | 吉林大学 | Multipoint roll forming device and process for clutch hub teeth |
| CN113245032A (en) * | 2021-05-31 | 2021-08-13 | 江西农业大学 | Automatic column chinese-medicinal material epidermis crushing equipment of peeling off of control |
| CN113245032B (en) * | 2021-05-31 | 2021-09-21 | 江西农业大学 | Automatic column chinese-medicinal material epidermis crushing equipment of peeling off of control |
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