CN207671358U - A kind of primary speed-down mechanism - Google Patents
A kind of primary speed-down mechanism Download PDFInfo
- Publication number
- CN207671358U CN207671358U CN201720514722.8U CN201720514722U CN207671358U CN 207671358 U CN207671358 U CN 207671358U CN 201720514722 U CN201720514722 U CN 201720514722U CN 207671358 U CN207671358 U CN 207671358U
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- tape
- high speed
- wheel
- low speed
- speed
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Abstract
The utility model is related to a kind of primary speed-down mechanisms, tape mechanism is walked including walking tape mechanism and low speed at a high speed, the high speed, which walks tape mechanism and walks tape mechanism relative to the low speed, is located at process flow front end, and the collection paper platform is located at the rear end that the low speed walks tape mechanism.The utility model only walks tape mechanism provided with high speed and low speed walks tape mechanism, and high speed walks tape mechanism and walks tape mechanism relative to low speed and is located at process flow front end, the multi-change speed of existing design is reduced to primary speed-down, it avoids paper to deviate in transmission process, and influences subsequent handling and collect stacked operation.Simultaneously by designing air-breathing frame, walking tape mechanism at a high speed and low speed walks the arranged crosswise of tape mechanism, paper is set to slow down steady, while the stacked work of collection for being also convenient for paper.
Description
Technical field
The utility model is related to a kind of exercise-book manufacturing machine more particularly to a kind of simple in structure, production efficiency it is high one
Grade deceleration mechanism.
Background technology
In exercise-book manufacturing machine, the roads Tiao Zhi are segmented cut into sheet-fed after, in being conveyed still in high speed, existing
Have in machinery, generally use multi-stage transmission mechanism slows down sheet-fed, then collects overlapping, this multi-stage transmission mechanism
It is easy to cause paper to deviate in transmission process, needs in subsequently overlapping process, carry out the alignment and arrangement of paper, from
And affect the efficiency of production and the quality of product.Therefore primary speed-down mechanism tool a kind of simple in structure, to be conveniently operated is studied
Have very important significance.
Utility model content
In order to solve the existing problems, the utility model provides a kind of simple in structure, primary speed-down mechanism for being conveniently operated.
The utility model is to solve above-mentioned technical problem by the following technical programs：
A kind of primary speed-down mechanism, tape mechanism is walked including high speed by the primary speed-down mechanism and low speed walks tape mechanism,
The high speed, which walks tape mechanism and walks tape mechanism relative to the low speed, is located at process flow front end, and the collection paper platform is located at institute
The rear end that low speed walks tape mechanism is stated,
It includes high speed upward wiring band mechanism and high speed downward cabling band mechanism that the high speed, which walks tape mechanism,：
High speed upward wiring band mechanism includes the upper tape of high speed, tape wheel A, tape wheel B, tape wheel C, high speed handing-over roller
With tape wheel D, tape passes sequentially through tape wheel A, tape wheel B, tape wheel C, high speed handing-over roller and tape wheel D-shaped in the high speed
At circuit；
High speed downward cabling band mechanism includes high speed lower tape, tape wheel E, tape wheel F, tape wheel G, tape wheel H, height
The lower tape driving wheel of speed, tape passes sequentially through under tape wheel E, tape wheel F, tape wheel G, tape wheel H and high speed under the high speed
Tape driving wheel is formed into a loop；
It includes low speed upward wiring band mechanism and low speed downward cabling band mechanism that the low speed, which walks tape mechanism,：
Low speed upward wiring band mechanism includes tape on low speed, tape wheel J, tape wheel K, tape wheel L, low speed handing-over
Roller, tape passes sequentially through tape wheel J, tape wheel K, tape wheel L, low speed handing-over roller forming circuit on the low speed；
Low speed downward cabling band mechanism includes tape under low speed, tape wheel M, tape wheel N, tape wheel O, tape wheel P, line
Belt wheel Q, tape passes sequentially through tape wheel M, tape wheel N, tape wheel P, tape wheel O, tape wheel Q forming circuits under the low speed；
The high speed upward wiring is located at the top of the high speed downward cabling with mechanism, and tape in the high speed with mechanism
The upper section tape of section below tape and tape under the high speed has handing-over lap；
The low speed upward wiring is located at the top of the low speed downward cabling with mechanism, and tape on the low speed with mechanism
The upper section tape of tape is mutually parallel under section below tape and the low speed；
The high speed upward wiring band mechanism is located at process flow front end, the height relative to low speed upward wiring band mechanism
Fast downward cabling band mechanism is located at process flow front end relative to low speed downward cabling band mechanism.
In a particular embodiment, under the low speed tape upper section tape less than tape under the high speed upper portion
Separated time band.
In a particular embodiment, it is provided between high speed downward cabling band mechanism and low speed downward cabling band mechanism
Air-breathing frame, the upper surface of the air-breathing frame are concordant with the upper section tape of tape under the low speed.
In a particular embodiment, the front end of upper section tape of the low speed downward cabling with mechanism is located in the high speed
The lower section of the section below tape of tape.
In a particular embodiment, in the high speed on the rear end of the section below tape of tape and the low speed under tape
The front end of square partial line band is overlapped.
The beneficial effects of the utility model are：The utility model only walks tape mechanism provided with high speed and low speed walks tape
Mechanism, and high speed walks tape mechanism and walks tape mechanism relative to low speed and is located at process flow front end, by the multistage change of existing design
Speed is reduced to primary speed-down, avoids paper and is deviated in transmission process, and influences subsequent handling and collect stacked operation.
It walks at high speeds and is provided with air-breathing frame between tape mechanism and low speed downward cabling band mechanism, when paper is by walking at a high speed tape mechanism
After walking tape mechanism into low speed, paper reduces speed now under the action of the air-breathing frame in suction condition, and due to low speed
The front end of upper section tape of the downward cabling with mechanism tape on the lower section of the section below tape of the upper tape of high speed, high speed
Section below tape rear end and tape on low speed section below tape front end it is overlapped, the design ensure by
The paper of deceleration completes the steady handing-over of high low speed in the overlapping region, without make paper due to high low speed handing-over it is unstable and
Generate shift phenomenon.Since paper is carried out continuously in transmission process, in the mechanism, specially by under low speed tape it is upper
Square partial line band is designed to the upper section tape less than tape under the high speed, after paper enters the region, preceding paper
Tail end adsorbed by air-breathing frame, before the head end of rear paper snaps on the tail end of paper, paper is always maintained at the transmission state and exists
Low speed is walked to be transmitted under tape mechanism, the stacking until completing paper in collection paper platform, after this design greatly facilitates
Work is laminated in continuous process paper.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Specific implementation mode
The utility model preferred embodiment is provided below in conjunction with the accompanying drawings, the technical solution of the utility model is described in detail.
As shown in Figure 1, a kind of primary speed-down mechanism, including tape mechanism is walked at a high speed and low speed walks tape mechanism, walk at a high speed
Tape mechanism walks tape mechanism relative to low speed and is located at process flow front end, and collection paper platform 23 is after low speed walks tape mechanism
End, it includes high speed upward wiring band mechanism and high speed downward cabling band mechanism to walk tape mechanism at a high speed：
High speed upward wiring band mechanism includes the upper tape 1 of high speed, tape wheel A2, tape wheel B3, tape wheel C4, high speed handing-over roller
5 and tape wheel D6, tape passes sequentially through tape wheel A2, tape wheel B3, tape wheel C4, high speed handing-over roller 5 and tape wheel in high speed
D6 is formed into a loop, and wherein tape wheel B3 is driving wheel, is driven by exterior motor structure, other tape wheels are all driven wheel；
High speed downward cabling band mechanism includes high speed lower tape 7, tape wheel E8, tape wheel F9, tape wheel G10, tape wheel
Tape driving wheel 36, high speed descend tape 7 to pass sequentially through tape wheel E8, tape wheel F9, tape wheel G10, tape wheel down for H11, high speed
H11 and lower 36 forming circuit of tape driving wheel of high speed, the offline band driving wheel 36 of high speed are driven by exterior motor structure, other
Tape wheel is all driven wheel；
It includes low speed upward wiring band mechanism and low speed downward cabling band mechanism that low speed, which walks tape mechanism,：
Low speed upward wiring band mechanism includes tape 13 on low speed, tape wheel J14, tape wheel K15, tape wheel L16, low speed
Join roller 18, tape passes sequentially through tape wheel J14, tape wheel K15, tape wheel L16, low speed handing-over roller 18 and formed back on low speed
Road, wherein tape wheel L16 are driving wheel, are driven by exterior motor structure, other tape wheels are all driven wheel；
Low speed downward cabling band mechanism includes tape 19 under low speed, tape wheel M20, tape wheel N21, tape wheel O22, tape
P38, tape wheel Q37 are taken turns, tape passes sequentially through tape wheel M20, tape wheel N21, tape wheel P38, tape wheel O22, line under low speed
Belt wheel Q37 forming circuits, wherein tape wheel O22 is driving wheel, is driven by exterior motor structure, other tape wheels are all driven
Wheel；
High speed upward wiring is located at top of the high speed downward cabling with mechanism, and the lower section separated time of upper tape 1 at a high speed with mechanism
It is to make paper walking more stable that the upper section tape of band and tape 7 under high speed, which has handing-over lap, main purpose, is
The frictional force in paper transmit process is improved, under the upper tape 1 of high speed and high speed between the mutually part of handing-over overlapping of tape 7
It is provided with hold-down mechanism A31, hold-down mechanism B32, hold-down mechanism B33, wherein hold-down mechanism A31 is located at the top of tape wheel H11,
It is respectively arranged below wired belt roller A35 in hold-down mechanism B32 and hold-down mechanism B33.
Low speed upward wiring is located at top of the low speed downward cabling with mechanism with mechanism, and on low speed tape 13 lower section separated time
The upper section tape of tape 19 is mutually parallel under band and low speed；
High speed upward wiring band mechanism is located at process flow front end, high speed downward cabling band machine relative to low speed upward wiring band mechanism
Structure is located at process flow front end relative to low speed downward cabling band mechanism.
In a particular embodiment, the upper portion separated time of tape 7 under the upper section tape of tape 19 is less than at a high speed under low speed
Band.
In a particular embodiment, it walks at high speeds and is provided with air-breathing frame between tape mechanism and low speed downward cabling band mechanism
12, the upper surface of air-breathing frame 12 is concordant with the upper section tape of tape under low speed 19.Air-breathing frame 12 is by external vacuum
Pump work, vacuum pump by air-breathing frame 12 generate negative pressure, above with paper slow down under the action of negative pressure, make the height of paper
Low speed handing-over is more stable.
In a particular embodiment, the front end of upper section tape of the low speed downward cabling with mechanism is positioned at upper tape 1 at a high speed
The lower section of section below tape.
In a particular embodiment, in high speed on the rear end of the section below tape of tape 1 and low speed tape 13 lower section
The front end of separated time band is overlapped.
When the mechanism works, high speed downward cabling band machine is transferred into from the sheet-fed after the completion of the roads a Tiao Zhi step cut
On the high speed downward cabling band 7 of structure, under the drive for walking tape 7 at high speeds, paper enters high speed downward cabling band 7 and high speed upward wiring
Between band 1, and continue to transmit under the clamping of the two, when paper transport is to high speed downward cabling 7 rear end of band, the following table of paper
Face is slowed down under the suction damping action by the air-breathing frame 12 in suction condition, and the lower surface of paper initially enters under low speed
It walks on tape 19, and the upper surface of paper is still contacted with high speed upward wiring band 1 at this time, continues to transmit with paper, paper
Upper surface will enter the intersection region of high speed upward wiring band 1 and low speed upward wiring band 13, complete the high speed and low speed of paper
Steady handing-over, is walked until paper finally enters low speed in tape mechanism.
After the tail end of the paper leaves high speed downward cabling band 7, which will be in air-breathing frame 12,19 and of low speed downward cabling band
Make the end-position of the paper less than the head end of paper immediately after under the collective effect of 7 depth displacement of high speed downward cabling band, by
It is higher than the transmission speed for having dropped into the paper on low speed downward cabling band 19 in the transmission speed of follow-up paper at this time, therefore after
The front end of continuous paper overlaps the tail end with the paper, and the state is kept to continue to transmit, until paper is from low speed
The outlet for walking tape mechanism comes out, collection paper platform 23 on collect it is stacked, complete the station work.
The advantages of basic principles and main features and the utility model of the utility model have been shown and described above.One's own profession
The technical staff of industry is it should be appreciated that the present utility model is not limited to the above embodiments, described in above embodiments and description
Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also
It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention, the utility model
Claimed range is defined by the appending claims and its equivalent thereof.
Claims (5)
1. a kind of primary speed-down mechanism, which is characterized in that the primary speed-down mechanism includes that high speed walks tape mechanism, low speed cabling
Band mechanism sum aggregate paper platform, the high speed, which walks tape mechanism and walks tape mechanism relative to the low speed, is located at process flow front end,
The collection paper platform is located at the rear end that the low speed walks tape mechanism,
It includes high speed upward wiring band mechanism and high speed downward cabling band mechanism that the high speed, which walks tape mechanism,：
High speed upward wiring band mechanism includes the upper tape of high speed, the second tape wheel A (2), third tape wheel B (3), the 4th tape
C (4), high speed handing-over roller and the 6th tape wheel D (6) are taken turns, tape passes sequentially through the second tape wheel A (2), third line in the high speed
Belt wheel B (3), the 4th tape wheel C (4), high speed handing-over roller and the 6th tape wheel D (6) forming circuits；
High speed downward cabling band mechanism includes high speed lower tape, the 8th tape wheel E (8), the 9th tape wheel F (9), the tenth tape
The lower tape driving wheel of G (10), the 11st tape wheel H (11), high speed is taken turns, tape passes sequentially through the 8th tape wheel E under the high speed
(8), the lower tape driving wheel of the 9th tape wheel F (9), the tenth tape wheel G (10), the 11st tape wheel H (11) and high speed is formed back
Road；
It includes low speed upward wiring band mechanism and low speed downward cabling band mechanism that the low speed, which walks tape mechanism,：
Low speed upward wiring band mechanism includes tape on low speed, the 14th tape wheel J (14), the 15th tape wheel K (15), the
16 tape wheel L (16), low speed join roller, and tape passes sequentially through the 14th tape wheel J (14), the 15th tape on the low speed
Take turns K (15), the 16th tape wheel L (16), low speed handing-over roller forming circuit；
Low speed downward cabling band mechanism include tape under low speed, the 20th tape wheel M (20), the 21st tape wheel N (21),
20th two wires belt wheel O (22), the 38th tape wheel P (38), the 37th tape wheel Q (37), under the low speed tape according to
It is secondary to pass through the 20th tape wheel M (20), the 21st tape wheel N (21), the 38th tape wheel P (38), the 22nd tape
Take turns O (22), the 37th tape wheel Q (37) forming circuit；
The high speed upward wiring is located at the top of the high speed downward cabling with mechanism with mechanism, and in the high speed tape lower section
The upper section tape of partial line band and tape under the high speed has handing-over lap；
The low speed upward wiring is located at the top of the low speed downward cabling with mechanism with mechanism, and on the low speed tape lower section
The upper section tape of tape is mutually parallel under partial line band and the low speed；
High speed upward wiring band mechanism is located at process flow front end relative to low speed upward wiring band mechanism, under the high speed
It walks tape mechanism and is located at process flow front end relative to low speed downward cabling band mechanism.
2. primary speed-down mechanism according to claim 1, which is characterized in that the upper section tape of tape under the low speed
Less than the upper section tape of tape under the high speed.
3. primary speed-down mechanism according to claim 1 or 2, which is characterized in that the high speed downward cabling band mechanism and
Air-breathing frame, the top of the upper surface and tape under the low speed of the air-breathing frame are provided between low speed downward cabling band mechanism
Partial line band is concordant.
4. primary speed-down mechanism according to claim 1, which is characterized in that the upper portion of the low speed downward cabling with mechanism
The front end of separated time band is located at the lower section of the section below tape of tape in the high speed.
5. primary speed-down mechanism according to claim 1, which is characterized in that the section below tape of tape in the high speed
Rear end and the front end of the section below tape of tape on the low speed it is overlapped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720514722.8U CN207671358U (en) | 2017-05-10 | 2017-05-10 | A kind of primary speed-down mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720514722.8U CN207671358U (en) | 2017-05-10 | 2017-05-10 | A kind of primary speed-down mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207671358U true CN207671358U (en) | 2018-07-31 |
Family
ID=62952693
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720514722.8U Active CN207671358U (en) | 2017-05-10 | 2017-05-10 | A kind of primary speed-down mechanism |
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| Country | Link |
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| CN (1) | CN207671358U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110817550A (en) * | 2019-11-14 | 2020-02-21 | 浙江正诺机械有限公司 | Paper feeding device of splitting machine |
-
2017
- 2017-05-10 CN CN201720514722.8U patent/CN207671358U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110817550A (en) * | 2019-11-14 | 2020-02-21 | 浙江正诺机械有限公司 | Paper feeding device of splitting machine |
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