CN208863449U - A kind of ship biscuit production stirring system after automation - Google Patents

Abstract

The utility model is directed in the prior art when producing ship biscuit, need the biscuit slag manually by crushing, syrup, hot water and by being put into rear blender, increase the intensity of hand labor, and the low efficiency of production, a kind of ship biscuit production stirring system after automation is provided, this system includes multiple temporary storage tanks, storage tank, proportioning device one, blender afterwards, temporary bucket, multiple cubers, feed pipe, feed device, closing device and control device, each temporarily storage tank is connected with rear blender respectively, each temporary storage tank is respectively arranged with a certain amount of device one, it is produced using ship biscuit provided by the utility model with stirring system after automation, labor intensity is reduced without artificial loading, it only needs a people to control control device simultaneously and controls corresponding closing device opened/closed, reduce operator, And artificial labour formidable opponent is reduced, keeps the process for entirely producing ship biscuit more smooth, improves the production efficiency of ship biscuit.

Description

A kind of ship biscuit production stirring system after automation

Technical field

The utility model relates to a kind of ship biscuits to produce with stirring system after automation.

Background technique

During carrying out ship biscuit production, need the biscuit crushing of drying being fabricated to biscuit slag, then manually Biscuit slag is encased in rear blender, and corresponding loading syrup, hot water and oil, the cake that will finally mix into blender Dry slag is respectively charged into different cubers, is pressed into ship biscuit by cuber, the labor intensity needed in this way compared with Greatly, and production low efficiency.

Utility model content

The purpose of this utility model is, for when producing ship biscuit, needing the cake manually by crushing in the prior art Dry slag, syrup, hot water and by being put into rear blender, increase the intensity of hand labor, and the low efficiency produced, provide A kind of ship biscuit production stirring system after automation.

The purpose of this utility model is achieved through the following technical solutions:

Stirring system after a kind of ship biscuit production automation, including multiple temporary storage tanks, storage tank, proportioning device one, Blender, temporary bucket, multiple cubers, feed pipe, feed device, closing device and control device afterwards, each temporarily storage tank point It is not connected with rear blender, each temporary storage tank is respectively arranged with a certain amount of device one, the discharge end of storage tank and rear blender Feed end be connected, the feed end of rear blender is provided with proportioning device two, and the discharge end of rear blender is connected with temporary bucket Logical, the feed end of feed pipe is connected with temporary bucket, and the tube body of feed pipe passes through the top of the hopper of cuber, and feed pipe is opposite Discharge port is provided at hopper, each discharge port is provided with closing device, drives biscuit slag in feeding by feed device Circulation conveying in managing, multiple closing devices, proportioning device one, rear blender, feed device are connect with control device electric signal；

Loading hopper, the feed end difference of the discharge end of storage tank and rear blender are provided between storage tank and rear blender It is connected by pipeline with loading hopper；

Feed pipe is circulation pipe, and the other end of feed pipe runs through temporary bucket, feed device include driving motor, driving wheel, The output end of chain and baffle, driving motor is connected with driving wheel, and chain is wound around on driving wheel, and chain is set to circulation Multiple baffles are evenly distributed in pipe, on chain；

Closing device includes cover board one and electric cylinder, and cover board one is set on discharge port, one end of cover board one and feed pipe It is rotatablely connected, is provided with bracket on hopper, electric cylinder is fixedly installed on bracket, and the output end of electric cylinder is connected with cover board one It connects；

Transparent windows are provided on hopper；

It further include a box body, driving motor and driving wheel are all set in box body；

Each corner of feed pipe is provided with a supporting roller, and chain is connected with supporting roller；

Further include conveying device one, blowning installation and interior chartered plane, the input terminal of the output end of cuber and interior chartered plane by Conveying device one is connected, and blowning installation includes air inlet pipe, feeder and blowing nozzle, the inlet end of the air inlet pipe and confession Device of air is connected, and blowing nozzle is set to the outlet side of air inlet pipe, the conveyor surface of the blowing end of blowing nozzle towards conveying device one；

It further include thermal contraction machine and conveying device two, the output end of interior chartered plane and the input terminal of thermal contraction machine pass through conveying dress It sets two to be connected, is provided with air-blowing in conveying device two, the conveyor surface of the blowing end of air-blowing towards conveying device two；

The outlet side of air inlet pipe is arranged along the conveying direction of conveying device one, is distributed with along the length direction of air inlet pipe multiple Blowing nozzle, the two sides of conveying device one are respectively arranged with an air inlet pipe, and air inlet pipe is set to the output end of the conveying device one.

Stirring system after using automation is produced using ship biscuit provided by the utility model, by the syrup produced, heat Water and oil are not encased in corresponding temporary storage tank, and the biscuit granulated slag pulverized is encased in storage tank, when it is desired to be used, storage Biscuit slag in batch can is delivered in rear blender, and detects to enter biscuit slag in rear blender by proportioning device two Amount, and the amount of biscuit slag is transmitted to control device, control device according to the meter of biscuit slag calculate the syrup needed, hot water with And the amount of oil, syrup, hot water and the oil in temporary storage tank are delivered in rear blender, and really according to corresponding proportioning device one Surely the amount conveyed, after the completion of biscuit slag stirs in rear blender, the discharge end of rear blender is opened, and biscuit slag is put into temporarily Bucket, since the feed end of feed pipe is connected with any end of temporary bucket, by feed device by the biscuit in temporary bucket Slag conveys in feed pipe, due to feed pipe tube body by cuber hopper top, feed pipe at hopper relative to setting Be equipped with discharge port, each discharge port is provided with closing device, when biscuit slag deficiency in the hopper of a certain cuber, control with Its corresponding closing device is opened, and discharge port is opened, and the biscuit slag in such feed pipe can be entered pair by discharge port In the hopper for the cuber answered, labor intensity is reduced without artificial loading, while a people only being needed to control control device Corresponding closing device opened/closed is controlled, operator is reduced, and reduces artificial labour formidable opponent, is made whole The process of a production ship biscuit is more smooth, improves the production efficiency of ship biscuit.

Detailed description of the invention

Fig. 1 is the connection of storage tank and rear blender in stirring system after the utility model ship biscuit production use automates The structural schematic diagram of relationship.

Fig. 2 is the connection of rear blender and cuber in stirring system after the utility model ship biscuit production use automates The structural schematic diagram of relationship；

Fig. 3 is the side view structural representation of cuber in stirring system after the utility model ship biscuit production use automates Figure；

Fig. 4 is that the utility model ship biscuit is produced with cuber, interior chartered plane and thermal contraction in stirring system after automation The connection relationship structural schematic diagram of machine；

Fig. 5 is the side view graph structure of conveying device one in stirring system after the utility model ship biscuit production use automates Schematic diagram.

Description of symbols

The temporary storage tank of 100-；110- proportioning device one；

200- storage tank；210- loading hopper；

Blender after 300-；The temporary bucket of 310-；320- feed pipe；321- supporting roller；322- discharge port；330- feeding dress It sets；331- driving motor；332- driving wheel；333- chain；334- baffle；340- closing device；341- cover board one；342- is electronic Cylinder；350- box body；360- Material collecting box for harvesting；370- proportioning device two；

400- cuber；410- hopper；420- bracket；430- observation window；

500- conveying device one；510- blowning installation；520- air inlet pipe；530- blowing nozzle；540- pressing plate；550- cover board Two；

600- thermal contraction machine；

700- conveying device two；710- air-blowing；

Chartered plane in 800-.

Specific embodiment

The utility model is further described combined with specific embodiments below:

As shown in Figures 1 to 5, stirring system after a kind of ship biscuit production automation, including temporarily store syrup, heat Multiple temporary storage tanks 100 of water and oil, the storage tank 200 for storing biscuit granulated slag, proportioning device 1, rear blender 300, temporarily storage Bucket 310, multiple cubers 400, feed pipe 320, feed device 330, closing device 340 and control device (do not show in figure Out), the discharge end of temporary storage tank 100 is connected with the feed end of rear blender 300 respectively, and each temporary storage tank 100 is respectively arranged with A certain amount of device 1 carries out quantitative control, storage tank to the syrup, hot water and the oil that are entered in rear blender in temporary storage tank 200 discharge end is connected with the feed end of rear blender 300, and the feed end of rear blender 300 is provided with proportioning device two 370, the discharge end of rear blender 300 is connected with temporary bucket 310, the inner cavity phase of the feed end of feed pipe 320 and temporary bucket 310 Connection, the tube body of feed pipe 320 pass through the top of the hopper 410 of cuber 400, opening of the feed pipe 320 relative to hopper 410 Place is provided with discharge port 322, and each discharge port 322 is provided with closing device 340, effect of the biscuit slag in feed device 330 Under will be recycled in feed pipe 320, multiple closing devices 340, proportioning device 1, rear blender 300, feed device 330 are equal It is connect with control device electric signal, identical structure can be used in proportioning device 1 and proportioning device 2 370.

When in use, the syrup produced, hot water and oil are not encased in corresponding temporary storage tank 100, by what is pulverized Biscuit granulated slag is encased in storage tank 200, and when it is desired to be used, the biscuit slag in storage tank 200 is delivered to rear blender 300 It is interior, the amount for entering biscuit slag in rear blender 300 is detected by proportioning device 2 370, and the inlet of biscuit slag is transmitted to Control device, control device calculate the amount of the syrup, hot water and oil that need according to the meter of biscuit slag, will be in temporary storage tank 100 Syrup, hot water and oil be delivered in rear blender 300, and according to corresponding proportioning device 1 determine conveying amount, by Blender 300 stirs biscuit slag, syrup, hot water and oil afterwards, after rear blender 300 completes stirring, the discharge end of rear blender 300 It opens, biscuit slag enters temporary bucket 310, and biscuit slag under the action of feed device 330 in temporary bucket 310 is in feed pipe It is moved in 320, when top of the biscuit slag by the hopper 410 of cuber 400, and when in the hopper 410 of a certain cuber 400 When biscuit slag deficiency, controls corresponding closing device 340 and open, open discharge port 322, in such feed pipe 320 Biscuit slag can be entered in the hopper 410 of corresponding cuber 400 by discharge port 322, be reduced without artificial loading Labor intensity, while only needing a people to control control device and controlling corresponding closing device 340 opened/closed, it reduces Operator, and artificial labor intensity is reduced, keep the process for entirely producing ship biscuit more smooth, improves pressure The production efficiency of contracting biscuit.

As shown in Figure 1, loading hopper 210 is provided between storage tank 200 and rear blender 300, the discharge end of storage tank 200 Pass through pipeline respectively with the feed end of rear blender 300 to be connected with loading hopper 210, in this way, the biscuit in storage tank 200 Slag is introduced into loading hopper 210, fragrance directly can be added into loading hopper 210.

As shown in Figure 1 to Figure 3, feed pipe 320 is circulation pipe, and feed pipe 320 runs through temporary bucket 310, can be used as follows Feed device, feed device 330 include driving motor 331, driving wheel 332, chain 333 and baffle 334, driving motor 331 Output end be connected with driving wheel 332, chain 333 is wound around on driving wheel 332, and chain 333 is set in circulation pipe, chain Multiple baffles 334 are evenly distributed on 333, in this way, drive driving wheel 332 to rotate by driving motor 331, driving wheel 332 drive chain 333 to rotate, and make the cycle rotation in feed pipe 320 of chain 333, will be in temporary bucket 310 by baffle 334 Biscuit slag is pushed into feed pipe 320, and biscuit slag is pushed to travel forward along feed pipe 320, due to that may deposit when in use It formerly needs to carry out feeding to the cuber 400 of front again to 400 feeding of cuber below, and at this point, the briquetting of front 320 partial memory of feed pipe between machine 400 and back cuber 400 contains biscuit slag, can in order to avoid the waste of biscuit slag To control the reversion of driving motor 331, move to biscuit slag backward at the cuber 400 for needing to feed, then control driving motor 331 rotate forward；Material collecting box for harvesting 360, feed pipe can also be set in the back segment relative to last cuber 400 of feed pipe 320 320 are also provided with discharge port 322 relative to the position of Material collecting box for harvesting 360, are thus collected into the biscuit slag retained in feed pipe 320 In Material collecting box for harvesting 360.

As shown in Fig. 2 and 3 figures, preferred closing device 340 includes cover board 1 and electric cylinder 342, and cover board 1 is set It is placed on discharge port 322, one end of cover board 1 and feed pipe 320 are rotatablely connected, and are provided with bracket 420 on hopper 410, electricity Dynamic cylinder 342 is fixedly installed on bracket 420, and the output end of electric cylinder 342 is connected with cover board 1, when electric cylinder 342 is opened When, cover board 1, which is pressed on feed pipe 320, closes discharge port 322, when the hopper 410 of corresponding cuber 400 lacks biscuit When slag, control electric cylinder 342 is closed, and electric cylinder 342, which is closed, pulls cover board 1 to move backward, makes cover board 1 along feeding Pipe 320 rotates, and opens discharge port 322, and biscuit slag is entered in hopper 410 by discharge port 322.

As shown in Figures 2 and 3, transparent windows 430 are provided on hopper 410, facilitate observation by transparent windows 430 Whether the amount of biscuit slag in hopper 410 facilitates staff and judges to need in hopper 410 to add biscuit slag, it is preferred that also wrap A box body 350 is included, driving motor 331 and driving wheel 332 are all set in box body 350, and setting in this way is avoided that chain 333 and gear Plate 334 is directly exposed to air, and the dust in air is avoided to be attached on baffle 334, it is preferred that feed pipe 320 it is each Corner is provided with a supporting roller 321, and chain 333 is connected with supporting roller 321, and chain 333 is facilitated to turn in feed pipe 320 It is moved at angle, avoids the problem that chain 333 on the corner and can not rotate two blocking.

It as shown in Figure 1, Figure 4 and Figure 5, further include conveying device 1, blowning installation 510 and interior chartered plane 800, briquetting The output end of machine 400 is connected with the input terminal of interior chartered plane 800 by conveying device 1, and blowning installation 510 includes air inlet pipe 520, feeder (not shown) and blowing nozzle 530, the inlet end of air inlet pipe 520 are connected with feeder, blow Mouth 530 is set to the outlet side of air inlet pipe 520, the blowing end of blowing nozzle 530 towards conveying device 1 conveyor surface, due to The inlet end of feeder is connected with feeder, the outlet side for being set to air inlet pipe 520 of blowing nozzle 530, blowing nozzle 530 Blowing end towards conveying device 1 conveyor surface, when biscuit pieces molding in cuber 400 pass through conveying device 1 In inside chartered plane 800 when conveying, control feeder inputs gas into air inlet pipe 520, is blown out by blowing nozzle 530, by blowing Gas nozzle 530 blows role and blows down the dross in biscuit pieces, so as to avoid when biscuit pieces are wrapped inside, in biscuit pieces The inaesthetic problem of biscuit pieces after the completion of interior packet is caused there are dross.

It as shown in Figure 1, Figure 4 and Figure 5, further include thermal contraction machine 600 and conveying device 2 700, the output end of interior chartered plane 800 It is connected with the input terminal of thermal contraction machine 600 by conveying device 2 700, air-blowing 710, gas is provided in conveying device 2 700 The conveyor surface of 710 blowing end towards conveying device 2 700 is blown, since interior chartered plane 800 is wrapped inside by frequency, so can Can exist distance between two pieces of biscuit pieces is larger, cause interior chartered plane 800 to carry out empty packet, at this time without package biscuit hyaline membrane into Enter into thermal contraction machine 600, since the temperature in thermal contraction machine 600 is higher, the film for not wrapping up biscuit pieces is entered directly into There is the hidden danger of kindling in thermal contraction machine 600, is worked as by the effect of air-blowing 710 and existed without including that the hyaline membrane of biscuit is conveying It when being conveyed on device 2 700, is directly blown out by air-blowing 710, avoids empty hyaline membrane and enter in thermal contraction machine 600, prevent The presence of security risk.

As shown in Figure 1, Figure 4 and Figure 5, the outlet side of air inlet pipe 520 is arranged along the conveying direction of conveying device 1, edge Multiple blowing nozzles 530 are distributed in the length direction of air inlet pipe 520, and setting in this way blows to biscuit pieces by multiple blowing nozzles 530, The duration blown to monolithic biscuit is extended, by the more clean of the dross cleaning in biscuit pieces, it is preferred that conveying device one The two sides of 500 upper surface are respectively arranged with an air inlet pipe 520, and air inlet pipe 520 is set to the output end of conveying device 1, Setting simultaneously can blow to biscuit pieces from two sides in this way, and the dross of biscuit pieces two sides is blown off, and air inlet pipe 520 is set It is placed in the output end of conveying device 1, in this way, entering directly into the biscuit pieces blown in interior chartered plane 800, avoids cake Dry block is stained with dross again, it is preferred that a pressing plate 540, air inlet pipe are respectively arranged on the two sides frame body of conveying device 1 520 inlet end is set in pressing plate 540, and the outlet side of blowing nozzle 530 is set to outside pressing plate 540, and setting in this way can will be into Tracheae 520 is fixed, it is preferred that cover board 2 550, two pressing plate 540 of the covering of cover board 2 550 and conveying dress are provided on two pressing plates 540 The conveyor surface for setting 1, the gas for avoiding blowing nozzle 530 from blowing out, which blows dross to disperse, to be fallen on outside conveying device 1, that is, is avoided The waste of biscuit slag also improves the clean-up performance in workshop.

Claims (10)

1. stirring system after a kind of ship biscuit production automation, which is characterized in that including multiple temporary storage tanks (100), storing Tank (200), proportioning device one (110), rear blender (300), temporary bucket (310), multiple cubers (400), feed pipe (320), feed device (330), closing device (340) and control device, each temporary storage tank (100) respectively with it is described after Blender (300) is connected, and each temporary storage tank (100) is respectively arranged with a certain amount of device one (110), the storage tank (200) discharge end is connected with the feed end of the rear blender (300), the feed end setting of the rear blender (300) There is proportioning device two (370), the discharge end of the rear blender (300) is connected with the temporary bucket (310), the feed pipe (320) feed end is connected with the temporary bucket (310), and the tube body of the feed pipe (320) passes through the cuber (400) Hopper (410) top, the feed pipe (320) is each described relative to being provided with discharge port (322) at hopper (410) Discharge port (322) is provided with closing device (340), drives biscuit slag to follow in feed pipe (320) by feed device (330) Ring conveying, multiple closing devices (340), proportioning device one (110), rear blender (300), feed device (330) with it is described The connection of control device electric signal.

2. stirring system after ship biscuit production automation as described in claim 1, which is characterized in that the storage tank (200) it is provided with loading hopper (210) between the rear blender (300), the discharge end and rear spice of the storage tank (200) The feed end of machine (300) by pipeline with the loading hopper (210) respectively by being connected.

3. stirring system after ship biscuit production automation as described in claim 1, which is characterized in that the feed pipe It (320) is circulation pipe, the other end of the feed pipe (320) runs through the temporary bucket (310), feed device (330) packet Include driving motor (331), driving wheel (332), chain (333) and baffle (334), the output end of the driving motor (331) It is connected with the driving wheel (332), the chain (333) is wound around on the driving wheel (332), and the chain (333) sets It is placed in the circulation pipe, multiple baffles (334) is evenly distributed on the chain (333).

4. stirring system after ship biscuit production automation as claimed in claim 3, which is characterized in that the closing device It (340) include cover board one (341) and electric cylinder (342), the cover board one (341) is set on the discharge port (322), described One end of cover board one (341) and the feed pipe (320) are rotatablely connected, and are provided with bracket (420), institute on the hopper (410) It states electric cylinder (342) to be fixedly installed on the bracket (420), the output end and the cover board one of the electric cylinder (342) (341) it is connected.

5. stirring system after ship biscuit production automation as claimed in claim 4, which is characterized in that the hopper (410) transparent windows (430) are provided on.

6. stirring system after ship biscuit production automation as claimed in claim 5, which is characterized in that further include a box body (350), the driving motor (331) and the driving wheel (332) are all set in the box body (350).

7. stirring system after ship biscuit production automation as claimed in claim 6, which is characterized in that the feed pipe (320) each corner is provided with a supporting roller (321), and the chain (333) is connected with the supporting roller (321).

8. stirring system after ship biscuit production automation as described in claim 1, which is characterized in that further include conveying dress Set one (500), blowning installation (510) and interior chartered plane (800), the output end and the interior chartered plane of the cuber (400) (800) input terminal is connected by conveying device one (500), and the blowning installation (510) includes air inlet pipe (520), gas supply dress It sets and blowing nozzle (530), the inlet end of the air inlet pipe (520) is connected with feeder, blowing nozzle (530) setting In the outlet side of the air inlet pipe (520), the blowing end of the blowing nozzle (530) is towards the defeated of the conveying device one (500) Send face.

9. stirring system after ship biscuit production automation as claimed in claim 8, which is characterized in that further include being heat-shrinked Machine (600) and conveying device two (700), the output end of the interior chartered plane (800) and the input terminal of thermal contraction machine (600) pass through defeated It send device two (700) to be connected, is provided on the conveying device two (700) air-blowing (710), the air blowing of the air-blowing (710) Hold the conveyor surface towards the conveying device two (700).

10. stirring system after ship biscuit production automation as claimed in claim 9, which is characterized in that the air inlet pipe (520) outlet side is arranged along the conveying direction of the conveying device one (500), the length direction along the air inlet pipe (520) Be distributed with multiple blowing nozzles (530), the two sides of the conveying device one (500) are respectively arranged with an air inlet pipe (520), it is described into Tracheae (520) is set to the output end of the conveying device one (500).