CN208359164U - A kind of reclaimed rubber production feeding processing unit (plant) - Google Patents
A kind of reclaimed rubber production feeding processing unit (plant) Download PDFInfo
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- CN208359164U CN208359164U CN201820791352.7U CN201820791352U CN208359164U CN 208359164 U CN208359164 U CN 208359164U CN 201820791352 U CN201820791352 U CN 201820791352U CN 208359164 U CN208359164 U CN 208359164U
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Abstract
The utility model relates to reclaimed rubber production facility fields, particularly disclose a kind of reclaimed rubber production feeding processing unit (plant), it includes PLC control system, gravity measure device, the first column and the second column, first column is equipped with hollow rotating shaft, cursor and hollow pivoted arm are installed on hollow rotating shaft, the second column is equipped with rotation axis, and rotation axis protrudes into hollow rotating shaft and turns connection with hollow rotating shaft axis, slot, rotation axis and transhipment slot transmission chain connect are hingedly transported between cursor and the lower end of hollow pivoted arm；Gravity measure device is located at frame upper end.The utility model can guarantee to feed intake every time by gravity measure device is maintained at the same weight level, that is to say, that inventory is accurate, the stable product quality produced；Secondly after counting weight, manpower and material resources have been saved instead of artificial loading by the cooperation of transhipment slot and slot of weighing, feeding, task of originally three people being needed to complete, a present people can complete, and production efficiency also improves.
Description
Technical field
The utility model relates to regenerating waste or used rubber processing and utilization device, in particular to a kind of reclaimed rubber production is added with feeding
Tooling is set.
Background technique
Reclaimed rubber is with waste tire and other waste olds be main Raw material processing at, have certain plasticity, can weigh
The rubber newly used.Reclaimed rubber partly can replace raw rubber to be also beneficial to improve to save raw rubber and carbon black for rubber product
Certain performances of processing performance and rubber product.Regenerative process is scrap rubber in plasticizer (softening agent and activator), oxygen, heat and machine
Make the moieties chain of vulcanized rubber and the process of crosslinking points fracture under the comprehensive function of tool shearing, reclaimed rubber production process includes
Crushing, plasticizing and three processes of friction.Friction can divide three continuous processes: thick refining, thin logical and refining, this three process are to connect
Continuous, in thick refining, due to roll refining repeatedly on roll several times, it is therefore desirable to translate into the sizing material rolled on roll again, mesh
What this preceding procedure leaned on is manual operation, and entire friction process is caused at least to need three talents that can complete, low efficiency, wastes people
Power material resources；It is not measured in feeding process simultaneously, causes the product produced uneven, it is of poor quality.
Summary of the invention
In order to make up for the defects of the prior art, the utility model provides a kind of new type auto feeding, metering, back mixings again
Raw rubber production feeding processing unit (plant).
The utility model is achieved by the following technical solution:
A kind of reclaimed rubber production feeding processing unit (plant), including PLC control system, characterized in that further include pedestal, pedestal
Side installation frame, places gravity measure device on frame, and the pedestal includes the first column and the second column, on first column
Equipped with hollow rotating shaft, the hollow rotating shaft is driven by the first clockwise and anticlockwise motor and is rotated, and is installed with cursor on the hollow rotating shaft
With hollow pivoted arm, the hollow rotating shaft is communicated with hollow pivoted arm, wherein hollow pivoted arm is on the second column, second column
Equipped with rotation axis, the rotation axis is driven by the second clockwise and anticlockwise motor and is rotated, the rotation axis protrude into hollow rotating shaft and with sky
Heart shaft axis turns connection, and slot is hingedly transported between the cursor and the lower end of hollow pivoted arm, and the center of gravity of the transhipment slot is lower than
Hinge joint, the rotation axis and transhipment slot transmission chain connect；
The frame upper end is set there are four the support column for placing gravity measure device, and the upper end of the support column is higher than hollow
The height of shaft；
The gravity measure device includes weight calculation frame, and there are four support leg, each support leg lower end installation weighings to pass for weight calculation frame
Sensor counts weight and is equipped with the weighing slot that energy axis turns on frame, and the weighing slot is driven by third clockwise and anticlockwise motor to be rotated；
It is equipped with first conveyer belt below the weighing slot, is equipped with the second conveyer belt below the first conveyer belt, described the
One conveyer belt is shorter than the second conveyer belt；Second conveyer belt is positive and negative rotation conveyer belt.
The part that the rotation axis is located in hollow rotating shaft is installed with driving gear, and the transhipment slot position is in hollow pivoted arm
Hinged shaft be installed with driven gear, between the driving gear and driven gear pass through chain drive link.
Mounting platform is respectively equipped on first column, the second column and weight calculation frame.
The upper end of the support column is groove recessed down.
First clockwise and anticlockwise motor, the second clockwise and anticlockwise motor and third clockwise and anticlockwise motor distinguish transmission chain connect speed reducer,
It is designed on the output shaft of each speed reducer and stops induction rod and return induction rod, in being respectively arranged below with for output shaft
Corresponding stopping inductive switch and return inductive switch.
The beneficial effects of the utility model are:
The utility model can guarantee to feed intake every time by gravity measure device is maintained at the same weight level, that is to say, that throws
Doses is accurate, the stable product quality produced；Secondly after counting weight, by transporting cooperation, the feeding of slot and slot of weighing, instead of
Artificial loading, has saved manpower and material resources, and task of originally three people being needed to complete, a present people can complete, production efficiency
It also improves.
Detailed description of the invention
The utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is the schematic view of the front view of the utility model；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is the left view structural representation of the utility model；
Fig. 4 is the enlarged drawing in Fig. 3 at B；
Fig. 5 is the enlarged drawing in Fig. 3 at C；
Fig. 6 is the enlarged drawing in Fig. 3 at D；
Fig. 7 is the enlarged drawing in Fig. 3 at E.
In figure, 1 raw material conveying device, 2 first columns, 3 second columns, 4 pressure rollers, 41 first mounting platforms, 42 second peaces
Assembling platform, 5 first clockwise and anticlockwise motors, 51 first speed reducers, 52 first stop induction rods, and 53 first stop inductive switches, and 54 the
One return induction rod, 55 first return inductive switches, 6 hollow rotating shafts, 7 cursors, 8 hollow pivoted arms, 9 second clockwise and anticlockwise motors,
91 second speed reducers, 92 second stop induction rod, and 93 second stop inductive switch, 94 second return induction rods, 95 second returns
Inductive switch, 10 rotation axis, 11 driving gears, 12 transhipment slots, 13 driven gears, 14 chains, 15 frames, 16 support columns, 17 is recessed
Slot, 18 weight calculation framves, 19 support legs, 20 weighing sensors, 21 weighing slots, 22 hinged shafts, 23 third mounting platforms, 24 third positive and negative rotations
Motor, 241 third speed reducers, 242 thirds stopping induction rod, 243 thirds stopping inductive switch, 244 third return induction rods,
245 third return inductive switches, 25 nuts, 26 first conveyer belts, 27 second conveyer belts.
Specific embodiment
Attached drawing is specific embodiment of the utility model.As shown in Fig. 1 to 7, this kind of reclaimed rubber production is processed with feeding and is filled
It sets, whole device is controlled by PLC control system and is run, it includes a pedestal, and side of base welds a frame 15 stood,
15 upper ends gravity measure device of frame, gravity measure device are located at the lower section of raw material conveying device 1；
Pedestal includes the first column 2 and the second column 3, and the first column 2 and the second column 3 are thirty years of age parallel, the first column 2
The first mounting platform 41 is installed in outside, installs the second mounting platform 42 on the outside of the second column 3, and the is installed on the first mounting platform 41
One clockwise and anticlockwise motor 5 and the first speed reducer 51 install the hollow rotating shaft 6 of a transverse direction in 2 upper end of the first column by bearing, empty
The output axis connection of the outer end of heart shaft 6 and the first speed reducer 51,5 transmission chain of the first speed reducer 51 and the first clockwise and anticlockwise motor
It connects, the other end of hollow rotating shaft 6 is fixed one on hollow rotating shaft 6, close to one end of the first column 2 and turned close to the second column 3
Swing arm 7, in order to mitigate weight, cursor 7 be it is hollow relatively good, a hollow pivoted arm is fixed in one end close to the second column 3
8, hollow rotating shaft 6 is communicated with hollow pivoted arm 8, and cursor 7 is parallel with hollow pivoted arm 8；Second is installed on second mounting platform 42 just
Motor 9 and the second speed reducer 91,91 transmission chain connect of the second clockwise and anticlockwise motor 9 and the second speed reducer are inverted, 3 upper end of the second column leads to
The rotation axis 10 that bearing installs a transverse direction is crossed, the output shaft of the second speed reducer 91 is connect with one end of rotation axis 10, by second
Clockwise and anticlockwise motor 9 drives rotation axis 10 to rotate by the second speed reducer 91, and the other end of rotation axis 10 protrudes into hollow rotating shaft 6,
There is no connection relationship between hollow rotating shaft 6 and rotation axis 10, they cannot be rotated synchronously, and rotation axis 10 is located in hollow rotating shaft 6
Part on be installed with driving gear 11, driving gear 11 is located at the place that hollow pivoted arm 8 intersects with hollow rotating shaft 6；Cursor 7
With the hinged transhipment slot 12 in lower end of hollow pivoted arm 8, the center of gravity for transporting slot 12 is lower than hinge joint, transports slot 12 close to hollow turn
The hinged shaft 22 of one end of arm 8 is installed with driven gear 13 after protruding into hollow pivoted arm 8, between driving gear 11 and driven gear 13
Pass through 14 transmission chain connect of chain.There are two circle threaded holes on the output shaft of the first speed reducer 51, wherein a circle threaded hole mating one
Root first stops induction rod 52, one first stopping induction of installation on the first mounting platform 41 of the underface of this circle threaded hole
Switch 53；Another mating first return induction rod 54 of circle threaded hole, the first installation in the underface of this circle threaded hole are flat
One the first return inductive switch 55 is installed on platform 41, is controlled by the first stopping inductive switch 53 and the first return inductive switch 55
The starting of first clockwise and anticlockwise motor 5 and return.First stops angle between induction rod 52 and the second return induction rod 94 can be with
According to circumstances adjust.There are two circle threaded holes on the output shaft of the second speed reducer 91, wherein threaded hole mating one second, a circle
Stop induction rod 92, one second stopping inductive switch being installed on the second mounting platform 42 of the underface of this circle threaded hole
93；Another mating second return induction rod 94 of circle threaded hole, the second mounting platform 42 in the underface of this circle threaded hole
One the second return inductive switch 95 of upper installation stops inductive switch 93 and the second return inductive switch 95 control second by second
The starting of clockwise and anticlockwise motor 9 and return.Second angle stopped between induction rod 92 and the second return induction rod 94 can basis
Situation adjustment.
15 upper end of frame welds four for placing the support column 16 of gravity measure device, this four support columns 16 are arranged in rectangle
Column, the upper end of support column 16 are higher than the height of hollow rotating shaft 6, and the upper end of support column 16 is groove 17 recessed down；
Gravity measure device includes weight calculation frame 18, and there are four support legs 19 for weight calculation frame 18, and title is installed in each 19 lower end of support leg
Sensor 20 is retransmitted, four support legs 19 are respectively placed in four grooves 17, and it counts weight and a weighing slot 21 is installed on frame 18, weighing
An axis is respectively welded in the both ends of slot 21, and weighing slot 21 is mounted on weight calculation frame 18 by axis and bearing, wherein an axis connection
The output shaft of third speed reducer 241, third speed reducer 241 and 24 transmission chain connect of third clockwise and anticlockwise motor, by third positive and negative rotation electricity
Machine 24 drives weighing slot 21 to rotate；Third clockwise and anticlockwise motor 24 and third speed reducer 241 are all mounted on third mounting platform 23,
Third mounting platform 23 is mounted on weight calculation frame 18, and a third is installed on third mounting platform 23 and stops inductive switch 243
With a third return inductive switch 245, inductive switch 243 is stopped by third and third return inductive switch 245 controls third
The starting of clockwise and anticlockwise motor 24 and return cover a third on the output shaft of third speed reducer 241 and stop induction rod 242 and one
Root third return induction rod 244, is then fixed with nut 25.
It is equipped with first conveyer belt 26 below weighing slot 21, is equipped with the second conveyer belt 27 below first conveyer belt 26, first is defeated
Send 26 to the second conveyer belt 27 of band short.One end of first conveyer belt 26 and the second conveyer belt 27 is all mounted on frame 15, and second
Conveyer belt 27 is higher than suitable for reading when transhipment slot 12 is in hang；Second conveyer belt 27 is positive and negative rotation conveyer belt.
The course of work is as follows: first on the output shaft of the first speed reducer 51 stops induction rod 52 and the first return induction rod
Usual 180 ° of angle between 54, and the second of the second speed reducer 91 stops between induction rod 92 and the second return induction rod 94
The angle that third on angle, third speed reducer 241 stops between induction rod 242 and third return induction rod 244 is usually less than
180 °, depending on the flip angle of transhipment slot 12 and slot 21 of weighing, as long as can be clean by raw material, two pressures of refining
Roller 4 is located between first conveyer belt 26 and the second conveyer belt 27.Start PLC control system, sets relevant parameter, make entire life
Glue production line is run all in armed state, raw material conveying device 1, by feedstock transportation to weighing slot 21, works as Weight-measuring sensor
When sensing that the raw material weight in weighing slot 21 reaches setting value, raw material conveying device 1 suspends transferring raw material, third positive and negative rotation electricity
Machine 24 starts, and drives weighing slot 21 to overturn by third speed reducer 241, when the third on the output shaft of third speed reducer 241 is stopped
When only induction rod 242 turns to third stopping 243 top of inductive switch, under PLC control system control, third clockwise and anticlockwise motor
24 shut down, and slot 21 of at this moment weighing has generated inclination, raw material are poured into first conveyer belt 26, dumping time exists in advance
PLC control system is configured, when pouring between when reaching setting value, third clockwise and anticlockwise motor 24 is again started up, overturning, when the
When three return induction rods 244 go to third return 245 top of inductive switch, slot 21 of weighing at this time is in state straight up and down, notch
Upward, that is, original state, weighing next time, after raw material is poured in first conveyer belt 26, first conveyer belt 26 are waited
By (in reclaimed rubber production process, first conveyer belt 26 is always in operation), two pressure rollers on feedstock transportation to two pressure rollers 4
4 operate (as shown in Figure 1, the pressure roller 4 on the left side rotates clockwise, the pressure roller 4 on the right rotates counterclockwise), raw material in opposite direction in opposite directions
It is extruded and falls on the second conveyer belt 27 in the form of sheets through the gap between two pressure rollers 4, the second conveyer belt 27 with first to convey
With 26 opposite directions operatings, sheet of raw rubber will be pressed to be transported in transhipment slot 12 for the first time, press for the first time sheet of raw rubber all into
After entering to transport slot 12, the first clockwise and anticlockwise motor 5 starting, the second conveyer belt 27 is simultaneously stopped conveying, and the first clockwise and anticlockwise motor 5 opens
The dynamic time is also to set in PLC control system, that is to say, that from third clockwise and anticlockwise motor 24 it is out of service to first just
Reversion motor 5 start this period be it is fixed, be in advance it is designed, the first clockwise and anticlockwise motor 5 starting drive hollow turn
Arm 8 rotates, and drives the transhipment rotation of slot 12 to rise to weighing 21 oblique upper of slot by cursor 7 and hollow pivoted arm 8, due to transhipment
The center of gravity of slot 12 is lower than the hinge joint of itself and cursor 7 and hollow pivoted arm 8, so during rotation, transporting the notch of slot 12
Always upward, the rotation axis 10 connecting at this time with the second speed reducer 91 does not rotate, and the driving gear 11 in rotation axis 10 does not also turn,
To which driven gear 13 does not also turn, but chain 14 is as hollow pivoted arm 8 rotates；When first stopping induction rod 52 go to it is defeated
Below shaft first stop 53 top of inductive switch when, first stopping inductive switch 53 passes the signal to PLC control system,
PLC control system issues instruction, and the first clockwise and anticlockwise motor 5 stops operating, and at the same time, the second clockwise and anticlockwise motor 9 starts to start,
It drives rotation axis 10 to rotate, then drives transhipment slot 12 to overturn by driving gear 11, chain 14, driven gear 13, when second
When stopping induction rod 92 turns to the second stopping 93 top of inductive switch below output shaft, under the control of PLC control system, the
Two clockwise and anticlockwise motors 9 shut down, and sheet of raw rubber will be pressed to pour into weighing slot 21 for the first time, after dumping time reaches setting value,
Second clockwise and anticlockwise motor 9 is again started up, reversion, when the second return induction rod 94 goes to the top of the second return inductive switch 95
When, the second clockwise and anticlockwise motor 9 shuts down, and transhipment slot 12 is returned to original state, meanwhile, under PLC control system control, the
One clockwise and anticlockwise motor 5 is again started up, reversion, and transhipment slot 12 falls therewith, when the first return induction rod 54 goes to the first return sense
When 55 top of inductive switch, the first return inductive switch 55 passes the signal to PLC control system, and PLC control system issues instruction,
First clockwise and anticlockwise motor 5 stops operating, and transhipment slot 12 returns to original state, and at the same time, the second conveyer belt 27 is again started up；By
During transporting slot 12 and falling after rise, gravity measure device, two pressure rollers 4 and first conveyer belt 26 are being run always, so the
Before two conveyer belts 27 are again started up, some secondary sheet of raw rubbers of pressure have been had accumulated above, and the second conveyer belt 27 is again started up
The secondary sheet of raw rubber of pressure is transported in transhipment slot 12 afterwards, is repeated the above steps for several times, that is, tabletting is for several times, this number
Also parameter is set in PLC control system in advance, after reaching number, when last time tabletting, the conveying side of the second conveyer belt 27
To contrary with first few deliveries, that is to say, that the finished product raw rubber pressed for the last time cannot be fallen in transhipment slot 12,
But it falls in the finished devices of 27 other end of the second conveyer belt.After first raw material presses in flakes, raw material conveying device 1 is again
Secondary starting operation, repeats above step, so in cycles, whole work can be completed, whole operation process only uses a people to grasp
Work.
In addition to the technical characteristic described in the specification, remaining technical characteristic is technology known to those skilled in the art.
Claims (5)
1. a kind of reclaimed rubber production feeding processing unit (plant), including PLC control system, characterized in that further include pedestal, base side
Face installation frame (15), gravity measure device is placed on frame (15), and the pedestal includes the first column (2) and the second column (3), institute
The first column (2) are stated equipped with hollow rotating shaft (6), the hollow rotating shaft (6) is driven by the first clockwise and anticlockwise motor (5) and rotated, institute
It states and is installed with cursor (7) and hollow pivoted arm (8) on hollow rotating shaft (6), the hollow rotating shaft (6) communicates with hollow pivoted arm (8),
Wherein hollow pivoted arm (8) is equipped with rotation axis (10) close to the second column (3), second column (3), the rotation axis (10)
Driven and rotated by the second clockwise and anticlockwise motor (9), the rotation axis (10) protrude into hollow rotating shaft (6) and with hollow rotating shaft (6) axis
Turn connection, is hingedly transported between the cursor (7) and the lower end of hollow pivoted arm (8) slot (12), the weight of transhipment slot (12)
The heart is lower than hinge joint, the rotation axis (10) and transhipment slot (12) transmission chain connect；
Frame (15) upper end sets that there are four for placing the support column (16) of gravity measure device, the upper end of the support column (16)
Higher than the height of hollow rotating shaft (6)；
The gravity measure device includes weight calculation frame (18), and there are four support leg (19), each support leg (19) lower ends for weight calculation frame (18)
Weighing sensor (20) all are installed, be equipped in weight calculation frame (18) can the weighing slot (21) that turns of axis, the weighing slot (21) is by the
Three clockwise and anticlockwise motors (24) drive rotation；
First conveyer belt (26) are equipped with below the weighing slot (21), the second conveyer belt is equipped with below the first conveyer belt (26)
(27), the first conveyer belt (26) is shorter than the second conveyer belt (27)；Second conveyer belt (27) is positive and negative rotation conveyer belt.
2. reclaimed rubber production feeding processing unit (plant) according to claim 1, characterized in that the rotation axis (10) is located at
Part in hollow rotating shaft (6) is installed with driving gear (11), and transhipment slot (12) is located at the hinged shaft in hollow pivoted arm (8)
(22) it is installed with driven gear (13), passes through chain (14) transmission chain between the driving gear (11) and driven gear (13)
It connects.
3. reclaimed rubber according to claim 1 production feeding processing unit (plant), characterized in that first column (2), the
Mounting platform is respectively equipped in two columns (3) and weight calculation frame (18).
4. reclaimed rubber according to claim 1 production feeding processing unit (plant), characterized in that the support column (16) it is upper
End is groove (17) recessed down.
5. reclaimed rubber production feeding processing unit (plant) according to claim 1, characterized in that first clockwise and anticlockwise motor
(5), the second clockwise and anticlockwise motor (9) and third clockwise and anticlockwise motor (24) difference transmission chain connect speed reducer, each described speed reducer
Output shaft on be designed with and stop induction rod and return induction rod, incude and open in corresponding stoppings that being respectively arranged below with of output shaft
It closes and return inductive switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791352.7U CN208359164U (en) | 2018-05-25 | 2018-05-25 | A kind of reclaimed rubber production feeding processing unit (plant) |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820791352.7U CN208359164U (en) | 2018-05-25 | 2018-05-25 | A kind of reclaimed rubber production feeding processing unit (plant) |
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| CN208359164U true CN208359164U (en) | 2019-01-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108724514A (en) * | 2018-05-25 | 2018-11-02 | 杨庆利 | A kind of reclaimed rubber production feeding processing unit (plant) |
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2018
- 2018-05-25 CN CN201820791352.7U patent/CN208359164U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108724514A (en) * | 2018-05-25 | 2018-11-02 | 杨庆利 | A kind of reclaimed rubber production feeding processing unit (plant) |
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