CN206463899U - A kind of intelligent mixing system of novel high speed - Google Patents
A kind of intelligent mixing system of novel high speed Download PDFInfo
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- CN206463899U CN206463899U CN201720135676.0U CN201720135676U CN206463899U CN 206463899 U CN206463899 U CN 206463899U CN 201720135676 U CN201720135676 U CN 201720135676U CN 206463899 U CN206463899 U CN 206463899U
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Abstract
The utility model is related to a kind of mixing system, more particularly to a kind of intelligent mixing system of novel high speed.The technical problems to be solved in the utility model is to provide a kind of intelligent mixing system of novel high speed.In order to solve the above-mentioned technical problem, the utility model provides the intelligent mixing system of such a novel high speed, includes collecting tank, base, discharge nozzle, the first electrically-controlled valve, elevating mechanism, trough etc.；Collecting tank is placed with the inner bottom part of base, mixing tank for coating colors is connected with the top of base, mixing tank for coating colors is located at the surface of collecting tank, the bottom of mixing tank for coating colors is provided with discharge nozzle, discharge nozzle is provided with the first electrically-controlled valve, the inside left of mixing tank for coating colors, which is provided with the right side of elevating mechanism, elevating mechanism, is connected with contiguous block, and the inside of mixing tank for coating colors is provided with mixing device.The utility model has reached batch mixing efficiency high and the high effect of intelligence degree, and device can be sufficiently stirred for raw material and auxiliary agent, improve the efficiency of batch mixing, and device conveniently feeds intake, and device avoids causing mechanical breakdown device.
Description
Technical field
The utility model is related to a kind of mixing system, more particularly to a kind of intelligent mixing system of novel high speed.
Background technology
Plastic engineering pipeline is as a kind of lightweight, resistance to corrosion be strong, the bright and clean pipeline attractive in appearance, easy for installation of profile by
Widely use.Existing plastic pipe production line, its raw material adds to be combined by double-deck slurry wing stirring mixer to mix after auxiliary material
Close.This mixer is primarily present following defect：One is that mixing velocity is slow.Two be that the mixed raw material uniformity is poor, directly
Influence the crudy of plastic tube.
Existing mixing system haves the shortcomings that efficiency is low and intelligence degree is low, thus need badly a kind of efficiency high of research and development and
The intelligent mixing system of the high novel high speed of intelligence degree.
Utility model content
(1) technical problem to be solved
Existing mixing system efficiency is low and the low shortcoming of intelligence degree, the utility model in order to overcome for the utility model
The technical problem to be solved is to provide a kind of intelligent mixing system of novel high speed.
(2) technical scheme
In order to solve the above-mentioned technical problem, the utility model provides the intelligent mixing system of such a novel high speed, bag
Included collecting tank, base, discharge nozzle, the first electrically-controlled valve, elevating mechanism, trough, the second electrically-controlled valve, material blanking tube, mixing device,
It is placed with mixing tank for coating colors and contiguous block, the inner bottom part of base at the top of collecting tank, base and is connected with mixing tank for coating colors, mixing tank for coating colors, which is located at, is received
Collect the surface of groove, the bottom of mixing tank for coating colors is provided with discharge nozzle, and discharge nozzle is provided with the first electrically-controlled valve, and the inside left of mixing tank for coating colors is set
Have and contiguous block is connected with the right side of elevating mechanism, elevating mechanism, the inside of mixing tank for coating colors is provided with mixing device, the left side of mixing device
It is connected with the right side of contiguous block, the top of mixing tank for coating colors is provided with material blanking tube, and material blanking tube is provided with the second electrically-controlled valve, the top of material blanking tube
Portion is connected with trough.
Preferably, elevating mechanism includes motor, vertical rotating shaft, nut, screw mandrel and first bearing seat, the top of mixing tank for coating colors
Left side is provided with motor, and the top left side of mixing tank for coating colors is provided with through hole, and the output shaft of motor is passed through on the left of through hole, the inner bottom part of mixing tank for coating colors
Provided with first bearing seat, screw mandrel is installed in first bearing seat, screw mandrel is provided with nut, and screw mandrel coordinates with nut, the top of screw mandrel
End is connected with motor.
Preferably, mixing device include gear, rack, horizontal rotating shaft, spring, steel ball, batch mixing plate, second bearing seat and
Tooth form mixes block, and the right inwall of mixing tank for coating colors, which is provided with second bearing seat, second bearing seat, is provided with horizontal rotating shaft, the top of horizontal rotating shaft
Portion, which is uniformly connected with the top of spring and batch mixing plate, spring, is connected with steel ball, and block, level are mixed in the bottom of horizontal rotating shaft provided with tooth form
It is connected with the left of rotating shaft on the right side of gear, contiguous block and is connected with rack, gear is located at the front side of rack, wheel and rack is nibbled
Close.
Preferably, drawstring, pulley, pole, paddle bar and elastic component, the inner right wall bottom connection of mixing tank for coating colors are also included
Flexible part, the left end of elastic component, which is connected with paddle bar, paddle bar, is provided with aperture, and drawing is connected with the right side of paddle bar
Be connected with pole on the left of rope, the inner bottom part of mixing tank for coating colors, the top of pole is provided with pulley, drawstring bypasses pulley, the top of drawstring with
The bottom of contiguous block is connected.
Preferably, controller, the first correlation photoelectric sensor and the second correlation photoelectric sensor, batch mixing are also included
Groove top right side is provided with controller, and the inside upper part of material blanking tube is provided with the first correlation photoelectric sensor and the second correlation photoelectricity
Sensor, the first correlation photoelectric sensor is located at the directly to the left of the second correlation photoelectric sensor, the first correlation photoelectric transfer
Sensor and the second correlation photoelectric sensor are located at the upside of the second electrically-controlled valve, the first electrically-controlled valve, the second electrically-controlled valve, motor, the
One correlation photoelectric sensor and the second correlation photoelectric sensor are respectively connected with controller.
Preferably, also include and be connected with guard screen, the bottom of guard screen on the left of guard screen, mixing tank for coating colors inner top
With being connected on the left of mixing tank for coating colors inner bottom part, the first hole is provided with above guard screen, horizontal rotating shaft passes through the first hole, guard screen
Lower section be provided with the second hole, drawstring passes through the second hole.
Operation principle：When staff needs to carry out mixing treatment, staff puts appropriate raw material and auxiliary agent first
Enter in trough, staff opens the second electrically-controlled valve, so that raw material and auxiliary agent are fallen into mixing tank for coating colors, then staff opens
Dynamic elevating mechanism work, elevating mechanism drives mixing device work, and then mixing device is stirred to raw material and auxiliary agent, fully
After stirring, staff opens the first electrically-controlled valve, so that mixed material falls into collecting tank, when needing to carry out batch mixing again
During processing, top-operation is repeated.
Because elevating mechanism includes motor, vertical rotating shaft, nut, screw mandrel and first bearing seat, the top left of mixing tank for coating colors
Side is provided with motor, and the top left side of mixing tank for coating colors is provided with through hole, and the output shaft of motor is passed through to be set on the left of through hole, the inner bottom part of mixing tank for coating colors
Have and screw mandrel is installed in first bearing seat, first bearing seat, screw mandrel is provided with nut, screw mandrel coordinates with nut, the top of screw mandrel
It is connected with motor, so when raw material and auxiliary agent are fallen into mixing tank for coating colors, staff starts motor work, motor, which is rotated, to be driven
Screw mandrel is moved up and down, and then drives nut to move up and down, so as to drive mixing device to rotate, so make mixing device to raw material and
Auxiliary agent is stirred.
Because mixing device includes gear, rack, horizontal rotating shaft, spring, steel ball, batch mixing plate, second bearing seat and tooth
Shape mixes block, and the right inwall of mixing tank for coating colors, which is provided with second bearing seat, second bearing seat, is provided with horizontal rotating shaft, the top of horizontal rotating shaft
Uniform be connected with the top of spring and batch mixing plate, spring is connected with steel ball, and block is mixed in the bottom of horizontal rotating shaft provided with tooth form, and level turns
It is connected with the left of axle on the right side of gear, contiguous block and is connected with rack, gear is located at the front side of rack, wheel and rack is engaged,
So when nut is moved up and down, drive contiguous block to move up and down, so that moved up and down with carry-over bar, and then it is positive and negative with moving gear
Turn, gear rotating drives horizontal rotating shaft rotating, so that batch mixing plate, steel ball, spring and tooth form mix block to raw material and auxiliary agent
It is stirred, can be so sufficiently stirred for raw material and auxiliary agent, improves the efficiency of batch mixing.
Because also including drawstring, pulley, pole, paddle bar and elastic component, the inner right wall bottom of mixing tank for coating colors is connected with
Elastic component, the left end of elastic component, which is connected with paddle bar, paddle bar, is provided with aperture, and drawing is connected with the right side of paddle bar
Be connected with pole on the left of rope, the inner bottom part of mixing tank for coating colors, the top of pole is provided with pulley, drawstring bypasses pulley, the top of drawstring with
The bottom of contiguous block is connected, so when contiguous block is moved up and down, contiguous block pulling drawstring, so that paddle bar or so is moved
Dynamic, paddle bar stirring raw material and auxiliary agent so can further improve the efficiency of batch mixing.
Because also including controller, the first correlation photoelectric sensor and the second correlation photoelectric sensor, mixing tank for coating colors
Top right side is provided with controller, and the inside upper part of material blanking tube is provided with the first correlation photoelectric sensor and the second correlation photoelectric transfer
Sensor, the first correlation photoelectric sensor is located at the directly to the left of the second correlation photoelectric sensor, the first correlation photoelectric sensing
Device and the second correlation photoelectric sensor are located at the upside of the second electrically-controlled valve, the first electrically-controlled valve, the second electrically-controlled valve, motor, first
Correlation photoelectric sensor and the second correlation photoelectric sensor are respectively connected with controller, so being placed with when in trough
When raw material and auxiliary agent, the first correlation photoelectric sensor and the second correlation photoelectric sensor are blocked, so as to send a signal to
Controller, controller work, the electrically-controlled valve of controller second is opened, and can so not need staff's manual unlocking second automatically controlled
Valve, convenient throwing raw materials and auxiliary agent into mixing tank for coating colors.
Be connected with guard screen because also including guard screen, on the left of mixing tank for coating colors inner top, the bottom of guard screen with
It is connected on the left of mixing tank for coating colors inner bottom part, the first hole is provided with above guard screen, horizontal rotating shaft passes through the first hole, guard screen
Lower section is provided with the second hole, and drawstring passes through the second hole, so when stirring raw material and auxiliary agent, guard screen plays protection gear, tooth
The effect of bar, pulley and elevating mechanism, can so avoid causing mechanical breakdown.
The selection of controller 25 Xiamen sea is that the sea of Science and Technology Ltd.'s production is outside S24S0T type PLCs, main frame
24VDC powers, the input of 16 tunnels, the output of 8 tunnels.The definition of input/output port is：X0 is starting switch, and X1 is shutdown switch, X2
For the first correlation photoelectric sensor, X3 is the second correlation photoelectric sensor；Y0 is motor, and Y1 is the first electrically-controlled valve, and Y2 is
Second electrically-controlled valve.Electric control theory figure according to Fig. 8, those skilled in the art does not need performing creative labour,
Controller can be achieved by programming controls each part to be acted by above-mentioned operation principle, and the dependent instruction of programming is all to be existing
Technology, will not be repeated here.
(3) beneficial effect
The utility model has reached batch mixing efficiency high and the high effect of intelligence degree, and device can be sufficiently stirred for raw material and help
Agent, improves the efficiency of batch mixing, and device conveniently feeds intake, and device avoids causing mechanical breakdown device, and overall structure is simple, and device is reliable
Property it is high.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the main structure diagram of the utility model elevating mechanism.
Fig. 3 is the main structure diagram of the utility model mixing device.
Fig. 4 is the first part main structure diagram of the present utility model.
Fig. 5 is second of part of the present utility model main structure diagram.
Fig. 6 is the third part main structure diagram of the present utility model.
Fig. 7 is the left view structural representation of the utility model guard screen.
Fig. 8 is electric control theory figure of the present utility model.
Mark in accompanying drawing for：1- collecting tanks, 2- bases, 3- discharge nozzles, the electrically-controlled valves of 4- first, 5- elevating mechanisms, 50- electricity
Machine, the vertical rotating shafts of 51-, 52- nuts, 53- screw mandrels, 54- first bearing seats, 55- through holes, 6- troughs, the electrically-controlled valves of 7- second, 8-
Material blanking tube, 9- mixing devices, 90- gears, 91- racks, 92- horizontal rotating shafts, 93- springs, 94- steel balls, 95- batch mixing plates, 96-
Two bearing bracket, 97- tooth forms mix block, 10- mixing tank for coating colors, 11- contiguous blocks, 12- drawstrings, 13- pulleys, 14- poles, 15- paddle bars,
16- apertures, 17- elastic components, 18- controllers, the correlation photoelectric sensors of 19- first, the correlation photoelectric sensors of 20- second,
21- guard screens, the holes of 22- second, the holes of 23- first.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of intelligent mixing system of novel high speed, as shown in figures 1-8, includes collecting tank 1, base 2, discharge nozzle 3, first
Electrically-controlled valve 4, elevating mechanism 5, trough 6, the second electrically-controlled valve 7, material blanking tube 8, mixing device 9, mixing tank for coating colors 10 and contiguous block 11, bottom
Collecting tank 1 is placed with the inner bottom part of seat 2, the top of base 2 is connected with mixing tank for coating colors 10, and mixing tank for coating colors 10 is being located at collecting tank 1 just
Top, the bottom of mixing tank for coating colors 10 is provided with discharge nozzle 3, and discharge nozzle 3 is provided with the first electrically-controlled valve 4, and the inside left of mixing tank for coating colors 10 is set
There is elevating mechanism 5, the right side of elevating mechanism 5 is connected with contiguous block 11, and the inside of mixing tank for coating colors 10 is provided with mixing device 9, batch mixing dress
The left side for putting 9 is connected with the right side of contiguous block 11, and the top of mixing tank for coating colors 10 is provided with material blanking tube 8, and material blanking tube 8 is provided with the second electricity
Valve 7 is controlled, the top of material blanking tube 8 is connected with trough 6.
Embodiment 2
A kind of intelligent mixing system of novel high speed, as shown in figures 1-8, includes collecting tank 1, base 2, discharge nozzle 3, first
Electrically-controlled valve 4, elevating mechanism 5, trough 6, the second electrically-controlled valve 7, material blanking tube 8, mixing device 9, mixing tank for coating colors 10 and contiguous block 11, bottom
Collecting tank 1 is placed with the inner bottom part of seat 2, the top of base 2 is connected with mixing tank for coating colors 10, and mixing tank for coating colors 10 is being located at collecting tank 1 just
Top, the bottom of mixing tank for coating colors 10 is provided with discharge nozzle 3, and discharge nozzle 3 is provided with the first electrically-controlled valve 4, and the inside left of mixing tank for coating colors 10 is set
There is elevating mechanism 5, the right side of elevating mechanism 5 is connected with contiguous block 11, and the inside of mixing tank for coating colors 10 is provided with mixing device 9, batch mixing dress
The left side for putting 9 is connected with the right side of contiguous block 11, and the top of mixing tank for coating colors 10 is provided with material blanking tube 8, and material blanking tube 8 is provided with the second electricity
Valve 7 is controlled, the top of material blanking tube 8 is connected with trough 6.
Elevating mechanism 5 includes motor 50, vertical rotating shaft 51, nut 52, screw mandrel 53 and first bearing seat 54, mixing tank for coating colors 10
Top left side be provided with motor 50, the top left side of mixing tank for coating colors 10 is provided with through hole 55, and the output shaft of motor 50 passes through through hole 55, mixed
It is provided with the left of the inner bottom part of hopper 10 in first bearing seat 54, first bearing seat 54 and screw mandrel 53 is installed, screw mandrel 53 is provided with spiral shell
Mother 52, screw mandrel 53 coordinates with nut 52, and the top of screw mandrel 53 is connected with motor 50.
Embodiment 3
A kind of intelligent mixing system of novel high speed, as shown in figures 1-8, includes collecting tank 1, base 2, discharge nozzle 3, first
Electrically-controlled valve 4, elevating mechanism 5, trough 6, the second electrically-controlled valve 7, material blanking tube 8, mixing device 9, mixing tank for coating colors 10 and contiguous block 11, bottom
Collecting tank 1 is placed with the inner bottom part of seat 2, the top of base 2 is connected with mixing tank for coating colors 10, and mixing tank for coating colors 10 is being located at collecting tank 1 just
Top, the bottom of mixing tank for coating colors 10 is provided with discharge nozzle 3, and discharge nozzle 3 is provided with the first electrically-controlled valve 4, and the inside left of mixing tank for coating colors 10 is set
There is elevating mechanism 5, the right side of elevating mechanism 5 is connected with contiguous block 11, and the inside of mixing tank for coating colors 10 is provided with mixing device 9, batch mixing dress
The left side for putting 9 is connected with the right side of contiguous block 11, and the top of mixing tank for coating colors 10 is provided with material blanking tube 8, and material blanking tube 8 is provided with the second electricity
Valve 7 is controlled, the top of material blanking tube 8 is connected with trough 6.
Elevating mechanism 5 includes motor 50, vertical rotating shaft 51, nut 52, screw mandrel 53 and first bearing seat 54, mixing tank for coating colors 10
Top left side be provided with motor 50, the top left side of mixing tank for coating colors 10 is provided with through hole 55, and the output shaft of motor 50 passes through through hole 55, mixed
It is provided with the left of the inner bottom part of hopper 10 in first bearing seat 54, first bearing seat 54 and screw mandrel 53 is installed, screw mandrel 53 is provided with spiral shell
Mother 52, screw mandrel 53 coordinates with nut 52, and the top of screw mandrel 53 is connected with motor 50.
Mixing device 9 includes gear 90, rack 91, horizontal rotating shaft 92, spring 93, steel ball 94, batch mixing plate 95, the second axle
Bearing 96 and tooth form mix block 97, and the right inwall of mixing tank for coating colors 10, which is provided with second bearing seat 96, second bearing seat 96, is provided with level
Rotating shaft 92, the top of horizontal rotating shaft 92 is uniformly connected with spring 93 and batch mixing plate 95, and the top of spring 93 is connected with steel ball 94, water
Block 97 is mixed in the bottom of flat turn axle 92 provided with tooth form, and the left side of horizontal rotating shaft 92 is connected with gear 90, the right side connection of contiguous block 11
There is rack 91, gear 90 is located at the front side of rack 91, and gear 90 is engaged with rack 91.
Embodiment 4
A kind of intelligent mixing system of novel high speed, as shown in figures 1-8, includes collecting tank 1, base 2, discharge nozzle 3, first
Electrically-controlled valve 4, elevating mechanism 5, trough 6, the second electrically-controlled valve 7, material blanking tube 8, mixing device 9, mixing tank for coating colors 10 and contiguous block 11, bottom
Collecting tank 1 is placed with the inner bottom part of seat 2, the top of base 2 is connected with mixing tank for coating colors 10, and mixing tank for coating colors 10 is being located at collecting tank 1 just
Top, the bottom of mixing tank for coating colors 10 is provided with discharge nozzle 3, and discharge nozzle 3 is provided with the first electrically-controlled valve 4, and the inside left of mixing tank for coating colors 10 is set
There is elevating mechanism 5, the right side of elevating mechanism 5 is connected with contiguous block 11, and the inside of mixing tank for coating colors 10 is provided with mixing device 9, batch mixing dress
The left side for putting 9 is connected with the right side of contiguous block 11, and the top of mixing tank for coating colors 10 is provided with material blanking tube 8, and material blanking tube 8 is provided with the second electricity
Valve 7 is controlled, the top of material blanking tube 8 is connected with trough 6.
Elevating mechanism 5 includes motor 50, vertical rotating shaft 51, nut 52, screw mandrel 53 and first bearing seat 54, mixing tank for coating colors 10
Top left side be provided with motor 50, the top left side of mixing tank for coating colors 10 is provided with through hole 55, and the output shaft of motor 50 passes through through hole 55, mixed
It is provided with the left of the inner bottom part of hopper 10 in first bearing seat 54, first bearing seat 54 and screw mandrel 53 is installed, screw mandrel 53 is provided with spiral shell
Mother 52, screw mandrel 53 coordinates with nut 52, and the top of screw mandrel 53 is connected with motor 50.
Mixing device 9 includes gear 90, rack 91, horizontal rotating shaft 92, spring 93, steel ball 94, batch mixing plate 95, the second axle
Bearing 96 and tooth form mix block 97, and the right inwall of mixing tank for coating colors 10, which is provided with second bearing seat 96, second bearing seat 96, is provided with level
Rotating shaft 92, the top of horizontal rotating shaft 92 is uniformly connected with spring 93 and batch mixing plate 95, and the top of spring 93 is connected with steel ball 94, water
Block 97 is mixed in the bottom of flat turn axle 92 provided with tooth form, and the left side of horizontal rotating shaft 92 is connected with gear 90, the right side connection of contiguous block 11
There is rack 91, gear 90 is located at the front side of rack 91, and gear 90 is engaged with rack 91.
Also include under drawstring 12, pulley 13, pole 14, paddle bar 15 and elastic component 17, the inner right wall of mixing tank for coating colors 10
Portion is connected with elastic component 17, and the left end of elastic component 17, which is connected with paddle bar 15, paddle bar 15, is provided with aperture 16, paddle
The right side of bar 15, which is connected with the left of drawstring 12, the inner bottom part of mixing tank for coating colors 10, is connected with pole 14, and the top of pole 14 is provided with pulley
13, drawstring 12 bypasses pulley 13, and the top of drawstring 12 is connected with the bottom of contiguous block 11.
Also include controller 18, the first correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20, batch mixing
The top right side of groove 10 is provided with controller 18, and the inside upper part of material blanking tube 8 is provided with the first correlation photoelectric sensor 19 and second pair
Formula photoelectric sensor 20 is penetrated, the first correlation photoelectric sensor 19 is located at the directly to the left of the second correlation photoelectric sensor 20, the
One correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20 are located at the upside of the second electrically-controlled valve 7, the first electrically-controlled valve
4th, the second electrically-controlled valve 7, motor 50, the first correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20 respectively with control
Device 18 processed is connected.
Also include and be connected with guard screen 21, the bottom of guard screen 21 on the left of guard screen 21, the inner top of mixing tank for coating colors 10
End on the left of the inner bottom part of mixing tank for coating colors 10 with being connected, and the top of guard screen 21 is provided with the first hole 23, and horizontal rotating shaft 92 passes through first
Hole 23, the lower section of guard screen 21 is provided with the second hole 22, and drawstring 12 passes through the second hole 22.
Operation principle：When staff needs to carry out mixing treatment, staff puts appropriate raw material and auxiliary agent first
Enter in trough 6, staff opens the second electrically-controlled valve 7, so that raw material and auxiliary agent are fallen into mixing tank for coating colors 10, then work people
Member starts elevating mechanism 5 and worked, and elevating mechanism 5 drives mixing device 9 to work, and then mixing device 9 is carried out to raw material and auxiliary agent
Stirring, after being sufficiently stirred for, staff opens the first electrically-controlled valve 4, so that mixed material falls into collecting tank 1, works as needs
When carrying out mixing treatment again, top-operation is repeated.
Because elevating mechanism 5 includes motor 50, vertical rotating shaft 51, nut 52, screw mandrel 53 and first bearing seat 54, batch mixing
The top left side of groove 10 is provided with motor 50, and the top left side of mixing tank for coating colors 10 is provided with through hole 55, and the output shaft of motor 50 passes through through hole
55, the inner bottom part left side of mixing tank for coating colors 10, which is provided with to be provided with screw mandrel 53, screw mandrel 53 in first bearing seat 54, first bearing seat 54, to be set
Have nut 52, screw mandrel 53 coordinates with nut 52, the top of screw mandrel 53 is connected with motor 50, thus when raw material and auxiliary agent fall into it is mixed
When in hopper 10, staff starts motor 50 and worked, and motor 50, which is rotated, drives screw mandrel 53 to move up and down, and then drives nut 52
Move up and down, so as to drive mixing device 9 to rotate, and then mixing device 9 is stirred raw material and auxiliary agent.
Because mixing device 9 includes gear 90, rack 91, horizontal rotating shaft 92, spring 93, steel ball 94, batch mixing plate 95,
Two bearing bracket 96 and tooth form mix block 97, and the right inwall of mixing tank for coating colors 10, which is provided with second bearing seat 96, second bearing seat 96, to be provided with
Horizontal rotating shaft 92, the top of horizontal rotating shaft 92 is uniformly connected with spring 93 and batch mixing plate 95, and the top of spring 93 is connected with steel ball
94, block 97 is mixed in the bottom of horizontal rotating shaft 92 provided with tooth form, and the left side of horizontal rotating shaft 92 is connected with gear 90, the right side of contiguous block 11
Rack 91 is connected with, gear 90 is located at the front side of rack 91, and gear 90 is engaged with rack 91, so when nut 52 is moved up and down
When, drive contiguous block 11 to move up and down, so that moved up and down with carry-over bar 91, and then with the rotating of moving gear 90, gear 90 is just
Reversion drives the rotating of horizontal rotating shaft 92, so that batch mixing plate 95, steel ball 94, spring 93 and tooth form mix block 97 to raw material and auxiliary agent
It is stirred, can be so sufficiently stirred for raw material and auxiliary agent, improves the efficiency of batch mixing.
Because also including drawstring 12, pulley 13, pole 14, paddle bar 15 and elastic component 17, the interior right side of mixing tank for coating colors 10
Wall bottom is connected with elastic component 17, and the left end of elastic component 17, which is connected with paddle bar 15, paddle bar 15, is provided with aperture 16, stirs
The right side for mixing leaf bar 15 is connected with drawstring 12, and the inner bottom part left side of mixing tank for coating colors 10 is connected with pole 14, and the top of pole 14 is provided with
Pulley 13, drawstring 12 bypasses pulley 13, and the top of drawstring 12 is connected with the bottom of contiguous block 11, so when contiguous block is about 11
When mobile, the pulling drawstring 12 of contiguous block 11, so that paddle bar 15 is moved left and right, the stirring raw material of paddle bar 15 and auxiliary agent,
It so can further improve the efficiency of batch mixing.
Because also including controller 18, the first correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20,
The top right side of mixing tank for coating colors 10 is provided with controller 18, and the inside upper part of material blanking tube 8 is provided with the first correlation photoelectric sensor 19 and the
Two correlation photoelectric sensors 20, the first correlation photoelectric sensor 19 is located at a positive left side for the second correlation photoelectric sensor 20
Side, the first correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20 are located at the upside of the second electrically-controlled valve 7, the first electricity
Control valve 4, the second electrically-controlled valve 7, motor 50, the first correlation photoelectric sensor 19 and the second correlation photoelectric sensor 20 respectively
It is connected with controller 18, so when being placed with raw material and auxiliary agent in trough 6, the first correlation photoelectric sensor 19 and second
Correlation photoelectric sensor 20 is blocked, so as to send a signal to controller 18, controller 18 works, and controller 18 second is automatically controlled
Valve 7 is opened, and can so not need the second electrically-controlled valve of staff's manual unlocking 7, the convenient throwing raw materials into mixing tank for coating colors 10 and
Auxiliary agent.
Because also including guard screen 21, guard screen 21, guard screen 21 are connected with the left of the inner top of mixing tank for coating colors 10
Bottom and the inner bottom part of mixing tank for coating colors 10 on the left of be connected, the top of guard screen 21 is provided with the first hole 23, and horizontal rotating shaft 92 is passed through
First hole 23, the lower section of guard screen 21 is provided with the second hole 22, and drawstring 12 passes through the second hole 22, so in stirring raw material and auxiliary agent
When, guard screen 21 plays a part of protection gear 90, rack 91, pulley 13 and elevating mechanism 5, can so avoid causing machine
Tool failure.
The selection of controller 1825 Xiamen sea is that the sea of Science and Technology Ltd.'s production is S24S0T types PLC 18, main frame
Outside 24VDC powers, the input of 16 tunnels, the output of 8 tunnels.The definition of input/output port is：X0 is starting switch, and X1 opens for stopping
Close, X2 is the first correlation photoelectric sensor 19, X3 is the second correlation photoelectric sensor 20；Y0 is motor 50, and Y1 is first
Electrically-controlled valve 4, Y2 is the second electrically-controlled valve 7.Electric control theory figure according to Fig. 8, those skilled in the art need not
Performing creative labour, controller 18 can be achieved by programming and control each part to be acted by above-mentioned operation principle, programming
Dependent instruction is all prior art, be will not be repeated here.
Embodiment described above only expresses preferred embodiment of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (6)
1. a kind of intelligent mixing system of novel high speed, it is characterised in that include collecting tank (1), base (2), discharge nozzle (3),
First electrically-controlled valve (4), elevating mechanism (5), trough (6), the second electrically-controlled valve (7), material blanking tube (8), mixing device (9), batch mixing
Collecting tank (1) is placed with groove (10) and contiguous block (11), the inner bottom part of base (2), base is connected with mixing tank for coating colors at the top of (2)
(10), mixing tank for coating colors (10) is located at the surface of collecting tank (1), and the bottom of mixing tank for coating colors (10) is provided with discharge nozzle (3), discharge nozzle (3)
The first electrically-controlled valve (4) is provided with, the inside left of mixing tank for coating colors (10) is provided with elevating mechanism (5), and the right side of elevating mechanism (5) is connected
There is contiguous block (11), the inside of mixing tank for coating colors (10) is provided with mixing device (9), left side and the contiguous block (11) of mixing device (9)
Right side is connected, and the top of mixing tank for coating colors (10) is provided with material blanking tube (8), and material blanking tube (8) is provided with the second electrically-controlled valve (7), material blanking tube
(8) trough (6) is connected with the top of.
2. the intelligent mixing system of a kind of novel high speed according to claim 1, it is characterised in that elevating mechanism (5) includes
There are motor (50), vertical rotating shaft (51), nut (52), screw mandrel (53) and first bearing seat (54), the top left of mixing tank for coating colors (10)
Side is provided with motor (50), and the top left side of mixing tank for coating colors (10) is provided with through hole (55), and the output shaft of motor (50) passes through through hole (55),
It is provided with the left of the inner bottom part of mixing tank for coating colors (10) in first bearing seat (54), first bearing seat (54) and screw mandrel (53), screw mandrel is installed
(53) nut (52) is provided with, screw mandrel (53) coordinates with nut (52), and the top of screw mandrel (53) is connected with motor (50).
3. the intelligent mixing system of a kind of novel high speed according to claim 2, it is characterised in that mixing device (9) includes
There are gear (90), rack (91), horizontal rotating shaft (92), spring (93), steel ball (94), batch mixing plate (95), second bearing seat (96)
Block (97) is mixed with tooth form, the right inwall of mixing tank for coating colors (10) is provided with second bearing seat (96), and second bearing seat is provided with water on (96)
Flat turn axle (92), the top of horizontal rotating shaft (92) is uniformly connected with spring (93) and batch mixing plate (95), and spring connects at the top of (93)
Steel ball (94) is connected to, block (97) is mixed in the bottom of horizontal rotating shaft (92) provided with tooth form, and horizontal rotating shaft is connected with gear on the left of (92)
(90) rack (91), is connected with the right side of contiguous block (11), gear (90) is located at the front side of rack (91), gear (90) and rack
(91) engage.
4. the intelligent mixing system of a kind of novel high speed according to claim 3, it is characterised in that also include drawstring
(12), pulley (13), pole (14), paddle bar (15) and elastic component (17), the inner right wall bottom of mixing tank for coating colors (10) is connected with
Elastic component (17), the left end of elastic component (17), which is connected with paddle bar (15), paddle bar (15), is provided with aperture (16), stirring
It is connected with the right side of leaf bar (15) on the left of drawstring (12), the inner bottom part of mixing tank for coating colors (10) and is connected with pole (14), pole (14)
Top is provided with pulley (13), and drawstring (12) bypasses pulley (13), and the top of drawstring (12) is connected with the bottom of contiguous block (11).
5. the intelligent mixing system of a kind of novel high speed according to claim 4, it is characterised in that also include controller
(18), the first correlation photoelectric sensor (19) and the second correlation photoelectric sensor (20), mixing tank for coating colors (10) top right side are set
There is controller (18), the inside upper part of material blanking tube (8) is provided with the first correlation photoelectric sensor (19) and the second correlation photoelectricity
Sensor (20), the first correlation photoelectric sensor (19) is located at the directly to the left of the second correlation photoelectric sensor (20), first
Correlation photoelectric sensor (19) and the second correlation photoelectric sensor (20) are located at the upside of the second electrically-controlled valve (7), the first electricity
Control valve (4), the second electrically-controlled valve (7), motor (50), the first correlation photoelectric sensor (19) and the second correlation photoelectric sensor
(20) respectively it is connected with controller (18).
6. the intelligent mixing system of a kind of novel high speed according to claim 5, it is characterised in that also include guard screen
(21) guard screen (21), is connected with the left of mixing tank for coating colors (10) inner top, the bottom of guard screen (21) and mixing tank for coating colors (10) are interior
Bottom left is connected, and the first hole (23) is provided with above guard screen (21), and horizontal rotating shaft (92) passes through the first hole (23), prevents
The second hole (22) is provided with below shield dividing plate (21), drawstring (12) passes through the second hole (22).
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108031387A (en) * | 2017-12-04 | 2018-05-15 | 吴启航 | A kind of beverage packaging shell paint vehicle Preparation equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108031387A (en) * | 2017-12-04 | 2018-05-15 | 吴启航 | A kind of beverage packaging shell paint vehicle Preparation equipment |
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