CN209480835U - A kind of accurate length measuring device of fiber roll - Google Patents
A kind of accurate length measuring device of fiber roll Download PDFInfo
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- CN209480835U CN209480835U CN201821950601.9U CN201821950601U CN209480835U CN 209480835 U CN209480835 U CN 209480835U CN 201821950601 U CN201821950601 U CN 201821950601U CN 209480835 U CN209480835 U CN 209480835U
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- roll
- work beam
- cutter
- inductor
- measuring device
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Abstract
The application provides a kind of accurate length measuring device of fiber roll, belongs to and carries out measuring length, the measuring equipment technical field of width or thickness using mechanical means.Including a pair of of driven roller, the conveyer belt being set in a pair of of driven roller, work beam, count roll, inductor and Telescopic cutter.By the application using the conveying with fibrous layer, the normal transmission of fibrous layer is not only realized, also achieves the accurate measurement of fibrous layer length in transmission coiling process.
Description
Technical field
This application involves a kind of accurate length measuring device of fiber roll, belong to using mechanical means carry out measuring length, width or
The measuring equipment technical field of thickness.
Background technique
Fiber roll refers to using staple in bulk or staple in bulk layer as object, it is wound into a roll on wireline reel.In coiling process
In, to ensure not having too big size heterogeneity between same batch fiber roll, it usually needs the long measurement of volume is carried out, and it is common
Mensuration mode is estimation, i.e., by the distance of the conveyer belt operation of estimation 1min conveying fiber layer come the length for the fiber roll that converts
Degree, but since fluffy degree of the thickness of fibrous layer, fiber etc. can all have notable difference, and the conveying of fiber is a continuous mistake
Journey, when substantially specification meets for operator's range estimation to fiber roll, the spontaneous wireline reel that fiber roll is backed off, is more renewed of meeting,
The long difference of the volume that this mode obtains is more obvious, can not obtain accurate fiber roll length, thus actual reference is not
Greatly.
Utility model content
In view of this, the application provides a kind of accurate length measuring device of fiber roll that accurate meter length can be achieved.
Specifically, the application is realized by following scheme:
A kind of accurate length measuring device of fiber roll, including a pair of of driven roller, the conveyer belt being set in a pair of of driven roller, is batched
Roller, count roll, inductor and Telescopic cutter,
The conveyer belt drives it to do circuit rotation by a pair of of driven roller, for transmitting fibrous layer to be processed；
Work beam is located at conveyer belt rear, and by work beam, mobile mechanism is moved, and work beam is sent for batching conveyer belt
Fibrous layer out；
Count roll is operated synchronously with work beam or driven roller；
Inductor and count roll cooperate, and are converted into signal for the running path of count roller, and by the running path；
Telescopic cutter is electrically connected with inductor and work beam mobile mechanism, and does flexible fortune according to inductor signal
It is dynamic, continue to batch on work beam with barrier fibers layer, and after cutting the cutting finished signal and passed to and batched
Roller mobile device, completely volume work beam are displaced from, and new work beam is placed into.
In use, fibrous layer is delivered to below work beam by conveyer belt, and work beam batches (just fibrous layer
It begins that fibrous layer is wound up on work beam in a manner of using manual or clamping etc., constitutes the most inner side fiber roll on work beam,
It is subsequent, automatic rolling is completed in the rotation of work beam), at the same time, count roll does synchronous fortune with work beam or driven roller
It is dynamic, by the record of rotation path, the calculating of fibrous layer transmission length can be completed, when transmitting length arrival setting value, meter
The rotation path of number roller also reaches analog value, and inductor records the rotation path and is converted into signal, and signal passes to
Telescopic cutter, Telescopic cutter receive the signal, and are converted to the expanding-contracting action of Telescopic cutter, can be cut, and resistance is met
Protruding end layer continues to batch to work beam, and after the cutting, completely volume work beam is removed, and is put into new work beam, i.e.,
It can start time one batch.The process not only realizes the normal operation batched, and also achieves convoluted path and crimped length
Be precisely controlled.
Meanwhile we are also preferably provided with the setting of driven roller, and set an active for a pair of of driven roller
Roller and a driven voller, conveyer belt are sleeved between drive roll and driven voller, form closed circuit, drive roll rotation, by power
Conveyer belt is passed to, and shows as transport of the conveyer belt to material thereon.
Meanwhile we also set count roll, the nickstick is synchronous with work beam.In the process of running, it drives
Dynamic roller driving conveying belt moves, and the fibrous layer wound on work beam gradually adds up in rolls, although with the extension of winding time, often
Rotation one week batch length can difference, but whole deviation is little, and therefore, the circle number by work beam is that can determine fiber
The length of layer when count roll is synchronous with work beam, can convert and determine the count roll operation road needed when reaching setting length
Electrical path length.For convenience of calculating, the count roll running path is to enclose number calculating.In transmission process, the calculating for enclosing number is more complete
It is whole, and the fibre length influence batched can usually be ignored.
In use, for convenience of using, the inductor uses code table, and code table passes through transmission line and Telescopic cutter electricity
Connection.
The Telescopic cutter includes cutter holder and cutter, and the cutter are mounted in cutter holder, inductor and cutter or
Cutter holder electrical connection, the signal according to inductor outflow is different, and cutter do the movement of relative extension or retraction with cutter holder, that is, completes
Work is cut, cutter finishes.
Be provided with spare roll above the conveyer belt, spare roll rotates in same direction with conveyer belt, it is ensured that fibrous layer conveyer belt and
Clamping between spare roll passes through.In conveying tape transfer procedure, when the fibrous layer of transmission is staple in bulk, part staple in bulk meeting
It is detained, the setting of spare roll because of excessively fluffy, certain pressure is applied with to the fibrous layer of process, completes in conveying
Fiber layer surface arrange, and cooperate with conveyer belt, utilize turning in the same direction for spacing between conveyer belt and spare roll and the two
It is dynamic, fibrous layer is realized by clamping action between the two, it is ensured that fibrous layer passes through.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the application one of which scheme；
Fig. 2 is the side view of the application one of which scheme；
Fig. 3 is structural schematic diagram when the application one of which scheme is completely rolled up；
Fig. 4 is side view when the application one of which scheme is completely rolled up；
Fig. 5 is the structural schematic diagram of the application another kind scheme；
Fig. 6 is the signaling path schematic diagram in the application.
Figure label: 1. conveyer belts；2. driven roller；21. drive roll；22. driven voller；3. work beam；31. work beam is mobile
Mechanism；4. count roll；5. inductor；51. transmission line；6. Telescopic cutter；61. cutter；62. cutter holder；7. spare roll.
Specific embodiment
A kind of accurate length measuring device of fiber roll of the present embodiment includes a pair of of driven roller 2, is set in one combined with Figure 1 and Figure 2,
To conveyer belt 1, work beam 3, count roll 4, inductor 5 and the Telescopic cutter 6 in driven roller 2,
Conveyer belt 1 drives it to do circuit rotation by a pair of of driven roller 2, for transmitting fibrous layer to be processed；
Work beam 3 is located at 1 rear of conveyer belt, is moved by work beam mobile mechanism 31, and work beam 3 is for batching conveying
With the fibrous layer sent out；
Count roll 4 is synchronous roller；
Inductor 5 and count roll 4 cooperate, and are converted into letter for the running path of count roller 4, and by the running path
Number；
Telescopic cutter 6 is electrically connected with inductor 5 and work beam mobile mechanism 31, and Telescopic cutter 6 is believed according to inductor 5
Number stretching motion is done, continues to batch on work beam 3 with barrier fibers layer；The cutting is finished into signal transmitting after cutting
To work beam mobile mechanism 31, completely volume work beam is displaced from, and new work beam is placed into, and when new work beam rotates, nickstick 4 is done
It rotates synchronously, inductor 5 starts the running path record of a new round.
In use, fibrous layer is delivered to 3 lower section of work beam by conveyer belt 1, and work beam 3 batches fibrous layer
(fibrous layer can be initially wound up on work beam 3 using modes such as manual or clampings, the most inner side constituted on work beam 3 is fine
Dimension volume, subsequent, completes automatic rolling in the rotation of work beam 3), at the same time, inductor 5 by the record of rotation path,
The calculating that fibrous layer transmission length can be completed, when transmitting length arrival setting value, in conjunction with Fig. 6, the rotation path of count roll 4
Also analog value is reached, fibrous layer is wound into full volume on work beam 3 at this time, and as shown in Figure 3, Figure 4, inductor 5 records this turn
Dynamic path is simultaneously converted into signal, and signal passes to Telescopic cutter 6, and Telescopic cutter 6 receives the signal, and is converted to flexible
The expanding-contracting action of cutter 6 can be cut, and met barrier fibers layer and continued to batch to work beam 3, after the cutting,
Full volume (fiber roll on work beam 3 when i.e. transmission length reaches setting value) work beam is taken up roller mobile mechanism 31 and removes,
New work beam is then taken up roller mobile mechanism 31 and is put into, and can start time one batch.The process, which not only realizes, batches
Normal operation, also achieve being precisely controlled for convoluted path and crimped length.
Wherein, in conjunction with Fig. 1, driven roller 2 includes a drive roll 21 and a driven voller 22, and conveyer belt 1 is sleeved on actively
Between roller 21 and driven voller 22, closed circuit is formed, drive roll 21 rotates, and imparts power to conveyer belt 1, and show as conveying
Transport with 1 pair of material thereon.
, can be synchronous with driven roller 2 when count roll 4 is as synchronous roller, at this point, 2 turnning circle of driven roller, can convert substantially
For the transmission length of conveyer belt, therefore the input length of corresponding fibrous layer is also substantially it was determined that, when nickstick 4 and drive
When roller 2 is synchronous, which can be directly scaled to the input length of fibrous layer, can be used as the fibre batched on work beam 3
Dimension volume length.
When count roll 4 is as synchronous roller, it can also set synchronous with work beam 3 for nickstick 4.In the process of running, it drives
Dynamic 2 driving conveying belt 1 of roller moves, and the fibrous layer wound on work beam 3 gradually adds up in rolls, although prolonging with winding time
It is long, every rotation one week batch length can difference, but entirety deviation is little, therefore, can be true by the circle number of work beam
Determine the length of fibrous layer, when count roll 4 is synchronous with work beam 3, can convert and determine the counting needed when reaching setting length
4 operating path length of roller.
In above two synchronization settings, for convenience of calculating, the running path of count roll 4 is to enclose number calculating.It is being transmitted across
Cheng Zhong, the calculating for enclosing number is more complete, and can usually ignore on the fibre length influence batched.
In use, for convenience of using, code table is can be used in inductor 5, and code table passes through transmission line 51 and Telescopic cutter 6
Electrical connection.
In conjunction with Fig. 4, Telescopic cutter 6 includes cutter holder 62 and cutter 61, and cutter 61 are mounted in cutter holder 62, inductor 5
It is electrically connected with cutter 61, the signal spread out of according to inductor 5 is different, and cutter 61 are done with respect to cutter holder 62 to be stretched out or retract dynamic
Make (when inductor 5 is electrically connected with cutter holder 62, principle is identical, and difference is that cutter holder 62 does stretching motion with respect to cutter 61, with
Realize the protrusion or retraction of cutter 61), that is, cutting work is completed, cutter finishes, and the signal which finishes passes to
Work beam mobile mechanism 31, work beam mobile mechanism 31 removes the full volume fiber roll that cutting finishes, and new work beam is moved into
The position, new work beam start turning, and count roll 4 starts the synchronous operation of a new round, and at the same time, inductor 5 also starts newly
The operating path statistics of one wheel.
In conjunction with Fig. 5, spare roll 7 is provided with above conveyer belt 1, spare roll 7 rotates in same direction with conveyer belt 1, it is ensured that fibrous layer
Clamping between conveyer belt 1 and spare roll 7 passes through.In 1 transmit process of conveyer belt, when the fibrous layer of transmission is staple in bulk,
Part staple in bulk can be detained, the setting of spare roll 7 because of excessively fluffy, and certain pressure is applied with to the fibrous layer of process
Power, the fiber layer surface completed in conveying arrange, and cooperate with conveyer belt 1, utilize the spacing between conveyer belt 1 and spare roll 7
And the two rotates in same direction, and realizes fibrous layer by clamping action between the two, it is ensured that fibrous layer passes through.
Claims (8)
1. a kind of accurate length measuring device of fiber roll, it is characterised in that: including a pair of of driven roller, be set in it is defeated in a pair of of driven roller
Band, work beam, count roll, inductor and Telescopic cutter are sent, the conveyer belt drives it to do circuit rotation by a pair of of driven roller, uses
In the fibrous layer that transmission is to be processed；The work beam is located at conveyer belt rear, and by work beam, mobile mechanism is moved, work beam
For batching the fibrous layer of conveyer belt submitting；The count roll is operated synchronously with work beam or driven roller；The inductor with
Count roll cooperation, is converted into signal for the running path of count roller, and by the running path；The Telescopic cutter and sense
It answers device and work beam mobile mechanism to be electrically connected, and stretching motion is done according to inductor signal, with barrier fibers layer to batching
Continue to batch on roller, and the cutting is finished into signal after cutting and passes to work beam mobile device, completely volume work beam
It is displaced from, new work beam is placed into.
2. a kind of accurate length measuring device of fiber roll as described in claim 1, it is characterised in that: one drive roll of the driven roller
With a driven voller, conveyer belt is sleeved between drive roll and driven voller, forms closed circuit.
3. a kind of accurate length measuring device of fiber roll as described in claim 1, it is characterised in that: the count roll and work beam are same
Step.
4. a kind of accurate length measuring device of fiber roll as described in claim 1, it is characterised in that: the count roll running path with
Number is enclosed to calculate.
5. a kind of accurate length measuring device of fiber roll as described in claim 1, it is characterised in that: the inductor uses code table,
Code table is electrically connected by transmission line with Telescopic cutter.
6. the accurate length measuring device of a kind of fiber roll as described in any one in claim 1-5, it is characterised in that: the Telescopic cutter
Including cutter holder and cutter, the cutter are mounted in cutter holder.
7. a kind of accurate length measuring device of fiber roll as claimed in claim 6, it is characterised in that: the cutter and inductor electricity
It connects, and makes the stretching motion of opposite cutter holder according to inductor signal.
8. a kind of accurate length measuring device of fiber roll as claimed in claim 6, it is characterised in that: the cutter holder is electrically connected with inductor
It connects, and makes the stretching motion of opposite cutter according to inductor signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821950601.9U CN209480835U (en) | 2018-11-26 | 2018-11-26 | A kind of accurate length measuring device of fiber roll |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821950601.9U CN209480835U (en) | 2018-11-26 | 2018-11-26 | A kind of accurate length measuring device of fiber roll |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209480835U true CN209480835U (en) | 2019-10-11 |
Family
ID=68116676
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821950601.9U Active CN209480835U (en) | 2018-11-26 | 2018-11-26 | A kind of accurate length measuring device of fiber roll |
Country Status (1)
| Country | Link |
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| CN (1) | CN209480835U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112591530A (en) * | 2020-11-27 | 2021-04-02 | 重庆宏声印务有限责任公司 | Delivery device for automatically measuring length of roll paper and printing system |
-
2018
- 2018-11-26 CN CN201821950601.9U patent/CN209480835U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112591530A (en) * | 2020-11-27 | 2021-04-02 | 重庆宏声印务有限责任公司 | Delivery device for automatically measuring length of roll paper and printing system |
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