CN203803452U - Full-automatic rubber cobbing batching system - Google Patents
Full-automatic rubber cobbing batching system Download PDFInfo
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- CN203803452U CN203803452U CN201420206551.9U CN201420206551U CN203803452U CN 203803452 U CN203803452 U CN 203803452U CN 201420206551 U CN201420206551 U CN 201420206551U CN 203803452 U CN203803452 U CN 203803452U
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Abstract
The utility model relates to a full-automatic rubber cobbing batching system. The full-automatic rubber cobbing batching system comprises one to more material processing devices and annular roller bed conveying barrel metering equipment below the material processing devices, wherein each material processing device comprises an unpacker, a material bin and a double-helix micro-feeder which are sequentially connected with one another from top to bottom. The full-automatic rubber cobbing batching system provided by the utility model adopts a batch weighing mode, that is, during weighing, any combinations can be weighed simultaneously at multiple stations, and a batch is sent out simultaneously after completion of weighing, so that the disadvantages of manual batching can be effectively overcome, the workforce is liberated, high-precision metering and batching is realized, the production efficiency also can be greatly improved, and thus the full-automatic rubber cobbing batching system is in line with an internationalized production mode.
Description
Technical field
The utility model belongs to material packing technical field, is specifically related to a kind of full-automatic rubber small powder feed proportioning system.
Background technology
Full-automatic rubber small powder feed proportioning system is a set of requisite equipment of a certain proportion of small powder adding of producing for rubber product.In existing rubber production technology, small powder batching has two kinds of patterns conventionally, the one, by manually preparing burden, these material major parts are all harmful elements, artificial health of carrying out for a long time this work meeting harmful to human, efficiency is low, can not realize standardization, cost of labor is very high now in addition, is unfavorable for cost control; The 2nd, composite mode mix dosing system, Ji Ge road material transfer equipment is successively to weighing hopper feeding, and production efficiency is low.
Utility model content
It is high that the technical problem to be solved in the present invention is to provide a set of measuring accuracy, the full-automatic rubber small powder feed proportioning system that loss of material is few and operating efficiency is high.
The technical scheme that the utility model provides is:
A full-automatic rubber small powder feed proportioning system, it comprises that at least one material handling apparatus and the annular roller-way that is positioned at material handling apparatus below send a barrel measuring equipment;
Wherein, described material handling apparatus comprises the de-packetizer being linked in sequence from top to bottom, feed bin and double helix trace feeder;
Described annular roller-way send a barrel measuring equipment to be arranged at double helix trace feeder below, described annular roller-way send a barrel measuring equipment to comprise and send a barrel roller-way, annular roller-way, top barrel and charging basket position detecting device, wherein, the described barrel roller-way that send is positioned at material handling apparatus below, described annular roller-way is positioned at that the material handling apparatus left and right sides is symmetrical arranged and is linked in sequence with sending a barrel roller-way, and top barrel and charging basket position detecting device are all arranged on and send on barrel roller-way.
Further, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, the negative pressure that described de-packetizer comprises de-packetizer body and the is fixed on de-packetizer body top back-blowing device that gathers dust, the wherein said negative pressure back-blowing device that gathers dust comprises dust-collecting bin and is arranged at the external connecting negative pressure device interface of dust-collecting bin upper end, described dust-collecting bin side is connected with diaphragm pulse valve, in dust-collecting bin chamber, be provided with the filter core for Chalk-dust filtering, dust-collecting bin is externally connected to the gas bag for back flushing filter core, and described gas bag is connected in dust-collecting bin by diaphragm pulse valve; Described de-packetizer body comprises that de-packetizer warehouse, the screen cloth of de-packetizer warehouse below, the Cang Gai on de-packetizer right side and lid outside, storehouse are for placing the platform of container packing bag.
Further preferably, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described gas bag one side is connected with the filtration pressure regulator valve that connects source of the gas, and opposite side is connected with hand-operated valve.
Further, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, is provided with air-blowing mouth and charge level controller on described feed bin.
Further, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described double helix trace feeder comprises stir storehouse, at described stir storehouse, place is fixed with feeding agitator, at feeding agitator front end, be provided with stirrer paddle, the minor spiral of feeding at a slow speed that is provided with quick feeding king bolt and be arranged in parallel with this quick feeding king bolt below stirrer paddle, the described minor spiral of feeding is at a slow speed positioned at the below of quick feeding king bolt, the described minor spiral of feeding at a slow speed one end is communicated with quick feeding king bolt, the other end is connected with the discharge nozzle that is arranged on quick feeding king bolt one side, described discharge nozzle sidewall is provided with pneumatic gate valve, and described pneumatic gate valve is connected with feeding minor spiral at a slow speed by connecting plate, and the valve plate of described pneumatic gate valve supports via the bracing frame being fixed on quick feeding king bolt, in the second helix tube of the described minor spiral of feeding at a slow speed, be provided with shaftless square steel taenidium, in the first helix tube of described quick feeding king bolt, be provided with tape spool helical blade.
Further, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described top barrel is arranged on the below of each double helix trace feeder outlet, described top barrel comprises LOAD CELLS holder and is fixed on the LOAD CELLS of LOAD CELLS holder top, LOAD CELLS top is fixed with cylinder, and cylinder top is provided with pallet.
Further, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described charging basket position detecting device is correlation photoelectric sensor.
Preferably, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described material handling apparatus is single setting or double setting.
Further preferably, full-automatic rubber small powder feed proportioning system described in the utility model, wherein, described material handling apparatus quantity is definite according to actual needs, preferably 2 ~ 16.
In the utility model, described charge level controller can adopt the design of the conventional the utility model realized object, and for example adopting the patent No. is the disclosed technical scheme of utility model that 201220569294.6 utility model names are called blocking rotary type charge level controller.
In the utility model, described double helix trace feeder is prior art, and it openly sees the patent No. is first the disclosed technical scheme of utility model patent that 201220550929.8 utility model names are called a kind of micro-double-screw feeder group.
The beneficial effect that adopts technique scheme to produce is:
1) full-automatic rubber small powder feed proportioning system of the present utility model has effectively solved material Peng Cang by micro-feeding equipment and agitating device, the phenomenon of gravity flow, thus reached the effect of accurate feeding.
2) full-automatic rubber small powder feed proportioning system of the present utility model is by the improvement to metering section, use annular roller-way to send a barrel top barreled to be set to existing rubber small powder dispensing equipment and save space, dwindling workman needs movable scope, embodies hommization, and efficiency is further improved.
3) full-automatic rubber small powder feed proportioning system of the present utility model is for batch weighing pattern, when weighing, can weigh in a plurality of station any combination simultaneously, after a collection of having weighed, send simultaneously, can effectively solve like this drawback of artificial batching, liberation labour, realize high-precision batching, also can enhance productivity significantly, integrate with internationalized production pattern.
4) equipment is beautiful and clean, can increase work efficiency, and reduces cost of labor, reaches substantially dustless environmental requirement.
5) when described de-packetizer is conveniently separated package operation, utilize diaphragm pulse valve and filter core to solve the problem of understanding dust from flying in packet procedures, further increased the environmental friendliness degree of Whole Equipment, increased blowback system simultaneously, can solve the clean problem of filter core, reach the effect that facilitates plant maintenance.
Accompanying drawing explanation
Fig. 1 is the utility model de-packetizer structural representation;
Fig. 2 is the utility model de-packetizer left view;
Wherein, 1-2 de-packetizer body, 1-1-1 diaphragm pulse valve, 1-1-2 gas bag, 1-1-3 filter core, 1-1-4 dust-collecting bin, 1-1-5 filters pressure regulator valve, 1-1-6 hand-operated valve, 1-1-7 external connecting negative pressure device interface, 1-2-1 de-packetizer warehouse, 1-2-2 screen cloth, 1-2-3 Cang Gai, 1-2-4 platform;
Fig. 3 is the utility model feed bin schematic diagram;
Wherein, 2-1 air-blowing mouth, 2-2 charge level controller;
Fig. 4 is the schematic diagram of the utility model double helix trace feeder;
Wherein, 3-1 stir storehouse, 3-2 feeding agitator, the quick feeding king bolt of 3-3,3-4 is feeding minor spiral at a slow speed, 3-5 bearing, 3-6 pneumatic gate valve, 3-7 discharge nozzle, 3-8 connecting plate, 3-9 bracing frame, 3-2-1 stirrer paddle, 3-3-1 the first helix tube, 3-3-2 tape spool helical blade, 3-4-1 the second helix tube, the shaftless square steel taenidium of 3-4-2;
The schematic diagram of Fig. 5 top barrel;
Wherein, 4-3-1 frame, 4-3-2 LOAD CELLS holder, 4-3-3 LOAD CELLS, the two bar cylinders of 4-3-4,4-3-5 pallet, 4-3-6 charging basket;
Fig. 6 the utility model material handling apparatus structural representation;
Wherein, 1 de-packetizer, 2 feed bins, 3 double helix trace feeders, 4-1 send a barrel roller-way, 4-3 top barrel;
Fig. 7 the utility model structural representation (the single setting of material handling apparatus);
Fig. 8 the utility model structural representation (the double setting of material handling apparatus);
Wherein, 5 material handling apparatus, 4-1 send a barrel roller-way, 4-2 annular roller-way;
The structure enlarged drawing of A portion in Fig. 9 the utility model Fig. 6;
Wherein, 4-1 send a barrel roller-way, 4-3 top barrel, 4-4 charging basket position detecting device, 4-3-6 charging basket.
The specific embodiment
In order to increase understanding of the present utility model, the utility model is described in further detail in conjunction with specific embodiments, and illustrated embodiment only, for explaining the utility model, does not form the restriction to the utility model protection domain.
Embodiment 1
A kind of full-automatic rubber small powder feed proportioning system as shown in accompanying drawing 1 ~ 7 and 9, it comprises that 8 material handling apparatus 5 that are single setting send a barrel measuring equipment with the annular roller-way that is positioned at material handling apparatus 5 belows;
Wherein, described material handling apparatus 5 comprises the de-packetizer 1 being linked in sequence from top to bottom, feed bin 2 and double helix trace feeder 3;
Described annular roller-way send a barrel measuring equipment to be arranged at double helix trace feeder 3 belows, described annular roller-way send a barrel measuring equipment to comprise and send a barrel roller-way 4-1, annular roller-way 4-2, top barrel 4-3 and charging basket position detecting device 4-4, wherein, the described barrel roller-way 4-1 that send is positioned at material handling apparatus 5 belows, described annular roller-way 4-2 is positioned at that material handling apparatus 5 left and right sides are symmetrical arranged and is linked in sequence with sending a barrel roller-way 4-1, and top barrel 4-3 and charging basket position detecting device 4-4 are all arranged on and send on barrel roller-way 4-1;
Wherein, the negative pressure that described de-packetizer 1 comprises de-packetizer body 1-2 and the is fixed on de-packetizer body top back-blowing device that gathers dust, the wherein said negative pressure back-blowing device that gathers dust comprises dust-collecting bin 1-1-4 and is arranged at the external connecting negative pressure device interface 1-1-7 of dust-collecting bin 1-1-4 upper end, described dust-collecting bin 1-1-4 side is connected with diaphragm pulse valve 1-1-1, in dust-collecting bin 1-1-4 chamber, be provided with the filter core 1-1-3 for Chalk-dust filtering, dust-collecting bin 1-1-4 is externally connected to the gas bag 1-1-2 for back flushing filter core 1-1-3, described gas bag 1-1-2 is connected in dust-collecting bin 1-1-4 by diaphragm pulse valve 1-1-1, described de-packetizer body 1-2 comprises the screen cloth 1-2-2 of de-packetizer warehouse 1-2-1, de-packetizer warehouse 1-2-1 below, 1-2-3 outside is covered for placing the platform 1-2-4 of container packing bag in the storehouse lid 1-2-3 on de-packetizer right side and storehouse, wherein, described gas bag 1-1-2 mono-side is connected with the filtration pressure regulator valve 1-1-5 that connects source of the gas, and opposite side is connected with hand-operated valve 1-1-6,
Wherein, on described feed bin 2, air-blowing mouth 2-1 and charge level controller 2-2 are installed;
Described double helix trace feeder 3 comprises stir storehouse 3-1, at described stir storehouse 3-1 place, be fixed with feeding agitator 3-2, at feeding agitator 3-2 front end, be provided with stirrer paddle 3-2-1, the minor spiral of the feeding at a slow speed 3-4 that is provided with quick feeding king bolt 3-3 and be arranged in parallel with this quick feeding king bolt 3-3 below stirrer paddle 3-2-1, the described minor spiral of feeding at a slow speed 3-4 is positioned at the below of quick feeding king bolt 3-3, the described minor spiral 3-4 of feeding at a slow speed one end is communicated with quick feeding king bolt 3-3, the other end is connected with the discharge nozzle 3-7 that is arranged on quick feeding king bolt 3-3 mono-side, described discharge nozzle 3-7 sidewall is provided with pneumatic gate valve 3-6, described pneumatic gate valve 3-6 is connected with feeding minor spiral 3-4 at a slow speed by connecting plate 3-8, and the valve plate of described pneumatic gate valve 3-6 supports via the bracing frame 3-9 being fixed on quick feeding king bolt 3-3, in the second helix tube 3-4-1 of the described minor spiral of feeding at a slow speed 3-4, be provided with shaftless square steel taenidium 3-4-2, in the first helix tube 3-3-1 of described quick feeding king bolt 3-3, be provided with tape spool helical blade 3-3-2,
Wherein, described top barrel 4-3 is arranged on the below of each double helix trace feeder 3 outlet, described top barrel 4-3 comprises LOAD CELLS holder 4-3-2 and is fixed on the LOAD CELLS 4-3-3 of LOAD CELLS holder 4-3-2 top, LOAD CELLS 4-3-3 top is fixed with cylinder 4-3-4, and cylinder 4-3-4 top is provided with pallet 4-3-5;
Described charging basket position detecting device 4-4 is correlation photoelectric sensor.
Embodiment 2
A kind of full-automatic rubber small powder feed proportioning system as shown in accompanying drawing 1 ~ 6,8 ~ 9, it comprises that 8 material handling apparatus 5 that are double setting send a barrel measuring equipment with the annular roller-way that is positioned at material handling apparatus 5 belows;
Wherein, described material handling apparatus 5 comprises the de-packetizer 1 being linked in sequence from top to bottom, feed bin 2 and double helix trace feeder 3;
Described annular roller-way send a barrel measuring equipment to be arranged at double helix trace feeder 3 belows, described annular roller-way send a barrel measuring equipment to comprise and send a barrel roller-way 4-1, annular roller-way 4-2, top barrel 4-3 and charging basket position detecting device 4-4, wherein, the described barrel roller-way 4-1 that send is positioned at material handling apparatus 5 belows, described annular roller-way 4-2 is positioned at that material handling apparatus 5 left and right sides are symmetrical arranged and is linked in sequence with sending a barrel roller-way 4-1, and top barrel 4-3 and charging basket position detecting device 4-4 are all arranged on and send on barrel roller-way 4-1;
Wherein, the negative pressure that described de-packetizer 1 comprises de-packetizer body 1-2 and the is fixed on de-packetizer body top back-blowing device that gathers dust, the wherein said negative pressure back-blowing device that gathers dust comprises dust-collecting bin 1-1-4 and is arranged at the external connecting negative pressure device interface 1-1-7 of dust-collecting bin 1-1-4 upper end, described dust-collecting bin 1-1-4 side is connected with diaphragm pulse valve 1-1-1, in dust-collecting bin 1-1-4 chamber, be provided with the filter core 1-1-3 for Chalk-dust filtering, dust-collecting bin 1-1-4 is externally connected to the gas bag 1-1-2 for back flushing filter core 1-1-3, described gas bag 1-1-2 is connected in dust-collecting bin 1-1-4 by diaphragm pulse valve 1-1-1, described de-packetizer body 1-2 comprises the screen cloth 1-2-2 of de-packetizer warehouse 1-2-1, de-packetizer warehouse 1-2-1 below, 1-2-3 outside is covered for placing the platform 1-2-4 of container packing bag in the storehouse lid 1-2-3 on de-packetizer right side and storehouse, wherein, described gas bag 1-1-2 mono-side is connected with the filtration pressure regulator valve 1-1-5 that connects source of the gas, and opposite side is connected with hand-operated valve 1-1-6,
Wherein, described double helix trace feeder 3 comprises stir storehouse 3-1, at described stir storehouse 3-1 place, be fixed with feeding agitator 3-2, at feeding agitator 3-2 front end, be provided with stirrer paddle 3-2-1, the minor spiral of the feeding at a slow speed 3-4 that is provided with quick feeding king bolt 3-3 and be arranged in parallel with this quick feeding king bolt 3-3 below stirrer paddle 3-2-1, the described minor spiral of feeding at a slow speed 3-4 is positioned at the below of quick feeding king bolt 3-3, the described minor spiral 3-4 of feeding at a slow speed one end is communicated with quick feeding king bolt 3-3, the other end is connected with the discharge nozzle 3-7 that is arranged on quick feeding king bolt 3-3 mono-side, described discharge nozzle 3-7 sidewall is provided with pneumatic gate valve 3-6, described pneumatic gate valve 3-6 is connected with feeding minor spiral 3-4 at a slow speed by connecting plate 3-8, and the valve plate of described pneumatic gate valve 3-6 supports via the bracing frame 3-9 being fixed on quick feeding king bolt 3-3, in the second helix tube 3-4-1 of the described minor spiral of feeding at a slow speed 3-4, be provided with shaftless square steel taenidium 3-4-2, in the first helix tube 3-3-1 of described quick feeding king bolt 3-3, be provided with tape spool helical blade 3-3-2,
Wherein, described top barrel 4-3 is arranged on the below of each double helix trace feeder 3 outlet, described top barrel 4-3 comprises LOAD CELLS holder 4-3-2 and is fixed on the LOAD CELLS 4-3-3 of LOAD CELLS holder 4-3-2 top, LOAD CELLS 4-3-3 top is fixed with cylinder 4-3-4, and cylinder 4-3-4 top is provided with pallet 4-3-5;
Wherein, described charging basket position detecting device 4-4 is correlation photoelectric sensor.
Operation principle of the present utility model is as follows:
Material bag is positioned on the platform 1-2-4 on de-packetizer warehouse 1-2-1 right side, open the storehouse lid 1-2-3 on de-packetizer warehouse 1-2-1 right side wall, material is poured into de-packetizer warehouse 1-2-1 from storehouse lid 1-2-3, close storehouse lid 1-2-3, material falls within on screen cloth 1-2-2, and enter feed bin by screen cloth 1-2-2, dust in de-packetizer warehouse 1-2-1 absorbs by the negative pressure of the top back-blowing device that gathers dust, wherein, the gather dust diaphragm pulse valve 1-1-1 external connecting negative pressure device of back-blowing device upper end of negative pressure, dust is enriched in filter core 1-1-3 under airflow function, the gas bag 1-1-2 of one side reaches the effect of clean filter core for back flushing filter core 1-1-3,
Material enters after feed bin 2, and the charge level controller 2-2 of feed bin 2 one side settings can point out material bin, so that reasonable arrangement solution speed packet, in addition, feed bin 2 downsides arrange air-blowing mouth 2-1, the fluffy storehouse of the material phenomenon of can external gas circuit For Solutions of Systems determining;
Described double helix trace feeder can effectively solve that feeding has some setbacks and the problem of material gravity flow, fast feeding king bolt 3-3, feeding minor spiral 3-4 moves simultaneously at a slow speed, start to weighing-appliance feeding, thereby raise the efficiency.When reaching setting and be worth at a slow speed, feeding king bolt 3-3 stops feeding fast, by feeding minor spiral 3-4 feeding at a slow speed, can improve accuracy, reduces drop value.In the time will reaching target setting value, feeding minor spiral 3-4 and feeding agitator shut down at a slow speed, for preventing that the reasonable material gravity flow of mobility is as weighing-appliance, pneumatic gate valve 3-6 quick closedown simultaneously, the material that does not also enter weighing-appliance by staying is in the air that drop value reaches target setting value;
Annular roller-way 4-2 and send barrel roller-way 4-1 to form a closed roller-way for convolution, both sides arrange double or single material handling apparatus 5, staff need not be walked up and down and just can carry out emptying bucket and the operation of getting the bucket that prepares material in a position on roller-way, increase work efficiency.
Top barrel 4-3 weighs for feed barrel.
Charging basket position detecting device 4-4, for detection of charging basket position, starts feeding after charging basket arrives.
The utility model realized on the whole material from unpacking, feeding, the automatic flow operation of weighing, transporting, the materials cooperation that can realize a plurality of stations coordinates simultaneously, solved the problem of artificial batching inefficiency, in addition, the design of annular roller-way can be saved operating space, and the range of movement that reduces work man-hour, further raise the efficiency, embody hommization.
Claims (9)
1. a full-automatic rubber small powder feed proportioning system, is characterized in that: the annular roller-way that comprises at least one material handling apparatus (5) and be positioned at material handling apparatus (5) below send a barrel measuring equipment;
Wherein, described material handling apparatus (5) comprises the de-packetizer (1) being linked in sequence from top to bottom, feed bin (2) and double helix trace feeder (3);
Described annular roller-way send a barrel measuring equipment to be arranged at double helix trace feeder (3) below, described annular roller-way send a barrel measuring equipment to comprise and send a barrel roller-way (4-1), annular roller-way (4-2), top barrel (4-3) and charging basket position detecting device (4-4), wherein, the described barrel roller-way (4-1) that send is positioned at material handling apparatus (5) below, described annular roller-way (4-2) is positioned at material handling apparatus (5) left and right sides and is symmetrical arranged and is linked in sequence with sending a barrel roller-way (4-1), top barrel (4-3) and charging basket position detecting device (4-4) are all arranged on and send on a barrel roller-way (4-1).
2. full-automatic rubber small powder feed proportioning system as claimed in claim 1, it is characterized in that, the negative pressure that described de-packetizer (1) comprises de-packetizer body (1-2) and the is fixed on de-packetizer body top back-blowing device that gathers dust, the wherein said negative pressure back-blowing device that gathers dust comprises dust-collecting bin (1-1-4) and is arranged at the external connecting negative pressure device interface (1-1-7) of dust-collecting bin (1-1-4) upper end, described dust-collecting bin (1-1-4) side is connected with diaphragm pulse valve (1-1-1), in dust-collecting bin (1-1-4) chamber, be provided with the filter core (1-1-3) for Chalk-dust filtering, dust-collecting bin (1-1-4) is externally connected to the gas bag (1-1-2) for back flushing filter core (1-1-3), described gas bag (1-1-2) is connected in dust-collecting bin (1-1-4) by diaphragm pulse valve (1-1-1), described de-packetizer body (1-2) comprises that de-packetizer warehouse (1-2-1), the screen cloth (1-2-2) of de-packetizer warehouse (1-2-1) below, the Cang Gai (1-2-3) on de-packetizer right side and Cang Gai (1-2-3) outside are for placing the platform (1-2-4) of container packing bag.
3. full-automatic rubber small powder feed proportioning system as claimed in claim 2, is characterized in that, described gas bag (1-1-2) side is connected with the filtration pressure regulator valve (1-1-5) that connects source of the gas, and opposite side is connected with hand-operated valve (1-1-6).
4. full-automatic rubber small powder feed proportioning system as claimed in claim 1, is characterized in that, air-blowing mouth (2-1) and charge level controller (2-2) are installed on described feed bin (2).
5. full-automatic rubber small powder feed proportioning system as claimed in claim 1, it is characterized in that, described double helix trace feeder (3) comprises stir storehouse (3-1), at described stir storehouse (3-1), locate to be fixed with feeding agitator (3-2), at feeding agitator (3-2) front end, be provided with stirrer paddle (3-2-1), the minor spiral of feeding at a slow speed (3-4) that is provided with quick feeding king bolt (3-3) in the below of stirrer paddle (3-2-1) and be arranged in parallel with this quick feeding king bolt (3-3), the described minor spiral of feeding at a slow speed (3-4) is positioned at the below of quick feeding king bolt (3-3), the described minor spiral of feeding at a slow speed (3-4) one end is communicated with quick feeding king bolt (3-3), the other end is connected with the discharge nozzle (3-7) that is arranged on quick feeding king bolt (3-3) side, described discharge nozzle (3-7) sidewall is provided with pneumatic gate valve (3-6), described pneumatic gate valve (3-6) is connected with feeding minor spiral (3-4) at a slow speed by connecting plate (3-8), and via being fixed on quick feeding king bolt, (bracing frame on 3-3 (3-9) supports the valve plate of described pneumatic gate valve (3-6), in the second helix tube (3-4-1) of the described minor spiral of feeding at a slow speed 3-4, be provided with shaftless square steel taenidium (3-4-2), in first helix tube (3-3-1) of described quick feeding king bolt (3-3), be provided with tape spool helical blade (3-3-2).
6. full-automatic rubber small powder feed proportioning system as claimed in claim 1, it is characterized in that, described top barrel (4-3) is arranged on the below of each double helix trace feeder (3) outlet, described top barrel (4-3) comprises LOAD CELLS holder (4-3-2) and is fixed on the LOAD CELLS (4-3-3) of LOAD CELLS holder (4-3-2) top, LOAD CELLS (4-3-3) top is fixed with cylinder (4-3-4), and cylinder (4-3-4) top is provided with pallet (4-3-5).
7. full-automatic rubber small powder feed proportioning system as claimed in claim 1, is characterized in that, described charging basket position detecting device (4-4) is correlation photoelectric sensor.
8. the full-automatic rubber small powder feed proportioning system as described in any one in claim 1 ~ 5, is characterized in that, described material handling apparatus (5) is single setting or double setting.
9. full-automatic rubber small powder feed proportioning system as claimed in claim 8, is characterized in that, described material handling apparatus (5) quantity is 2 ~ 16.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420206551.9U CN203803452U (en) | 2014-04-25 | 2014-04-25 | Full-automatic rubber cobbing batching system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420206551.9U CN203803452U (en) | 2014-04-25 | 2014-04-25 | Full-automatic rubber cobbing batching system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203803452U true CN203803452U (en) | 2014-09-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420206551.9U Expired - Fee Related CN203803452U (en) | 2014-04-25 | 2014-04-25 | Full-automatic rubber cobbing batching system |
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| CN (1) | CN203803452U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104316152A (en) * | 2014-10-14 | 2015-01-28 | 张家港市繁昌机械有限公司 | Auxiliary material weighing device |
| CN109046511A (en) * | 2018-07-16 | 2018-12-21 | 大连市高昌机器制造有限公司 | A kind of intelligent and high-efficiency dampener |
-
2014
- 2014-04-25 CN CN201420206551.9U patent/CN203803452U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104316152A (en) * | 2014-10-14 | 2015-01-28 | 张家港市繁昌机械有限公司 | Auxiliary material weighing device |
| CN109046511A (en) * | 2018-07-16 | 2018-12-21 | 大连市高昌机器制造有限公司 | A kind of intelligent and high-efficiency dampener |
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