CN205310404U - Flaking unit - Google Patents
Flaking unit Download PDFInfo
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- CN205310404U CN205310404U CN201620095461.6U CN201620095461U CN205310404U CN 205310404 U CN205310404 U CN 205310404U CN 201620095461 U CN201620095461 U CN 201620095461U CN 205310404 U CN205310404 U CN 205310404U
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- conveyer belt
- flaking
- chipper
- storage bin
- conveyer
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Abstract
The utility model discloses a flaking unit, include that the two chipper is chipper A and chipper B, feeding conveyor, feed in raw material reciprocal conveyer, converge ejection of compact conveyer, switch board, the conveyer belt both ends of reinforced reciprocal conveyer lie in the storage above the hopper of two chipper respectively, and feeding conveyor's play hopper lies in the conveyer belt top of the conveyer that feeds in raw material, and the ejection of compact conveyer that converges lies in the two chipper and goes out the hopper lower end. The utility model discloses utilize a feeding conveyor, a reinforced reciprocal conveyer, the ejection of compact conveyer that converges to realize two chipper continuous operations, the energy consumption is low, the productivity is high, degree of automation is high.
Description
Technical field
This utility model relates to processing of crude drugs technical field, is specifically related to a kind of flaking unit.
Background technology
Medical material flaking is generally manual operations and machining. There is the defects such as speed is slow, labor intensity big, thickness not easily adjustment in manual operations. Machining speed is fast, labor intensity is low, flaking concordance advantages of higher, and in medical material flaking field, application is more and more. But the general separate unit of plant equipment being currently used for medical material flaking works independently, energy consumption is high, production capacity is low.
Summary of the invention
The purpose of this utility model is to provide a kind of flaking unit, to solve the deficiencies in the prior art.
This utility model is by the following technical solutions:
A kind of flaking unit, including two chippers and chipper A and chipper B, upper material conveyer, reinforced reciprocal transportation machine, the outfeed belt conveyor that confluxes, switch board, upper material conveyer includes discharge bucket, and discharge bucket is positioned at the high-end lower section of material conveyer; Chipper A and chipper B includes storage bin hopper, Weighing mechanism, pusher, material cavity, feeding pressure mechanism, flaking mechanism, discharge bucket, storage bin hopper lock flitch is set in storage bin hopper, storage bin hopper is divided into upper and lower two parts by storage bin hopper lock flitch, the bottom of bottom storage bin hopper arranges Weighing mechanism, storage bin hopper side, bottom arranges pusher, and bottom storage bin hopper opposite side connects with material cavity, and material cavity top is feeding pressure mechanism, being flaking mechanism bottom material cavity, flaking mechanism is arranged below discharge bucket; The conveyer belt two ends of reinforced reciprocal transportation machine lay respectively at above the storage bin hopper of two chippers, and the discharge bucket of upper material conveyer is positioned at above the conveyer belt of reinforced reciprocal transportation machine, and the outfeed belt conveyor that confluxes is positioned at below two chipper discharge buckets; Storage bin hopper lock flitch, Weighing mechanism, pusher, feeding pressure mechanism, flaking mechanism, reinforced reciprocal transportation machine, the outfeed belt conveyor that confluxes all connect with switch board.
Further, described chipper A and chipper B also includes spraying mechanism, and described spraying mechanism is arranged on the outside of material cavity, is positioned at the top of flaking mechanism.
Further, described pusher includes pusher cylinder and is arranged on the scraping wings on pusher cylinder, and scraping wings is positioned at the side of bottom storage bin hopper.
Further, described feeding pressure mechanism includes binder cylinder and is arranged on the holding pad on binder cylinder, and holding pad is positioned at the top of material cavity.
Further, the side of described material cavity arranges observation window.
Further, described flaking mechanism includes blade, knife rest, thickness adjusting plate, knife rest kinematic axis assembly, drive mechanism, drive motor, blade is fixed on knife rest, blade both sides arrange thickness adjusting plate, knife rest kinematic axis assembly is positioned at knife rest bottom, and drive motor is connected by drive mechanism and knife rest kinematic axis assembly; Described flaking mechanism includes disk flaking mechanism or reciprocal flaking mechanism.
Further, upper material conveyer includes travel(l)ing rest, conveying main frame, conveyer belt, drive motor, feed hopper, discharge bucket, and described conveying main frame is inclined on travel(l)ing rest, and conveyer belt is sheathed on conveying main frame; Drive motor is arranged at conveying main frame high end side surface, and connects with conveying main frame; Feed hopper is arranged on conveyer belt low side, and it is high-end that discharge bucket is arranged on conveyer belt.
Further, reinforced reciprocal transportation machine includes active roller, return idler, conveyer belt, drive motor, conveyer belt supporting plate, coaming plate, chain-drive mechanism, support, active roller and return idler are respectively provided at the two ends of support, conveyer belt is sheathed on active roller and return idler, conveyer belt both sides arrange coaming plate, the bottom of top conveyer belt arranges conveyer belt supporting plate, and drive motor is connected by chain-drive mechanism and active roller.
Further, the outfeed belt conveyor that confluxes includes active roller, return idler, conveyer belt, drive motor, conveyer belt supporting plate, coaming plate, chain-drive mechanism, support, active roller and return idler are respectively provided at the two ends of support, conveyer belt is sheathed on active roller and return idler, conveyer belt both sides arrange coaming plate, the bottom of top conveyer belt arranges conveyer belt supporting plate, and drive motor is connected by chain-drive mechanism and active roller.
The beneficial effects of the utility model:
1, this utility model flaking unit includes two chipper A and B, one upper material conveyer, one reinforced reciprocal transportation machine, one outfeed belt conveyor that confluxes, during work, upper material conveyer is toward conveying on reinforced reciprocal transportation machine, reinforced reciprocal transportation machine feeds in raw material first to chipper A, rear reinforced reciprocal transportation machine feeds in raw material to chipper B, chipper A continues to weigh simultaneously, pusher, binder, the operation of flaking, with chipper A same processes after chipper B is reinforced, when the feeding pressure mechanism of chipper A or chipper B rises to terminal, corresponding chipper carries out a new round and feeds in raw material, weigh, pusher, binder, flaking, and so forth. this utility model utilizes upper material conveyer, reinforced reciprocal transportation machine, the outfeed belt conveyor that confluxes to achieve two chipper continuous operations, and energy consumption is low, production capacity is high, automaticity is high.
2, this utility model flaking unit arranges Weighing mechanism bottom the storage bin hopper of chipper, and material is automatically stopped reinforced after arriving setting weight, then carries out subsequent handling, and automaticity is high, saves man power and material.
3, this utility model flaking unit is at the arranged outside spraying mechanism of the material cavity of chipper, is positioned at the top of flaking mechanism, according to the time set to spray atomizing water on blade, makes to lubricate on blade, and material will not be pasted on blade, does not affect and works on.
Accompanying drawing explanation
Fig. 1 is this utility model flaking unit plan structure schematic diagram.
Fig. 2 is the main TV structure schematic diagram of this utility model flaking unit.
Fig. 3 is chipper structural representation in this utility model flaking unit.
Fig. 4 is feeding pressure mechanism schematic diagram in chipper.
Fig. 5 is flaking structural scheme of mechanism in chipper.
Fig. 6 is feeding conveyor construction schematic diagram in this utility model flaking unit.
Fig. 7 is reinforced reciprocal transportation machine structural representation in this utility model flaking unit.
Fig. 8 is the outfeed belt conveyor structural representation that confluxes in this utility model flaking unit.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing this utility model done and further explain. The following example is merely to illustrate this utility model, but is not used to limit practical range of the present utility model.
A kind of flaking unit, as depicted in figs. 1 and 2, including two chippers and chipper A1 and chipper B2, upper material conveyer 3, reinforced reciprocal transportation machine 4, the outfeed belt conveyor 5 that confluxes, switch board 6.
Chipper A1 and chipper B2 is as it is shown on figure 3, include storage bin hopper 1-1, Weighing mechanism 1-2, pusher, material cavity 1-3, feeding pressure mechanism, flaking mechanism, discharge bucket 1-4, spraying mechanism 1-5. Storage bin hopper lock flitch 1-6 is set in storage bin hopper 1-1, storage bin hopper 1-1 is divided into upper and lower two parts by storage bin hopper lock flitch 1-6, the bottom of bottom storage bin hopper 1-1 arranges Weighing mechanism 1-2, storage bin hopper 1-1 side, bottom arranges pusher, pusher includes pusher cylinder 1-7 and is arranged on the scraping wings 1-8 on pusher cylinder 1-7, and bottom storage bin hopper 1-1 opposite side connects with material cavity 1-3. Material cavity 1-3 top is feeding pressure mechanism, and feeding pressure mechanism includes binder cylinder 1-9 as shown in Figure 4 and is arranged on the holding pad 1-10 on binder cylinder 1-9. It it is flaking mechanism bottom material cavity 1-3, flaking mechanism includes blade 1-11, knife rest 1-12, thickness adjusting plate 1-13, knife rest kinematic axis assembly 1-14, drive mechanism 1-15, drive motor 1-16 as shown in Figure 5, blade 1-11 is fixed on knife rest 1-12, blade 1-11 both sides arrange thickness adjusting plate 1-13, knife rest kinematic axis assembly 1-14 is positioned at knife rest 1-12 bottom, and drive motor 1-16 is connected by drive mechanism 1-15 and knife rest kinematic axis assembly 1-14; Described flaking mechanism includes disk flaking mechanism or reciprocal flaking mechanism. Flaking mechanism is arranged below discharge bucket 1-4, and spraying mechanism 1-5 is arranged on the outside of material cavity 1-3, is positioned at the top of flaking mechanism, according to the time set to spray atomizing water on blade 1-11, making to lubricate on blade 1-11, material will not be pasted on blade 1-11, does not affect and works on. The side of material cavity 1-3 arranges observation window 1-17, it is simple to observe material flaking situation in material cavity 1-3.
Upper material conveyer 3 includes travel(l)ing rest 3-1, conveying main frame 3-2, conveyer belt 3-3, drive motor 3-4, feed hopper 3-5, discharge bucket 3-6 as shown in Figure 6, described conveying main frame 3-2 is inclined on travel(l)ing rest 3-1, and conveyer belt 3-3 is sheathed on conveying main frame 3-2; Drive motor 3-4 is arranged at conveying main frame 3-2 high end side surface, and connects with conveying main frame 3-2; Feed hopper 3-5 is arranged on conveyer belt 3-3 low side, and it is high-end that discharge bucket 3-6 is arranged on conveyer belt 3-3. Drive motor 3-4 drives conveying main frame 3-2, is run by frictional force drives conveyer belt 3-3, and material moves with conveyer belt 3-3, thus reinforced reciprocal transportation machine 4 transported to by material by conveyer belt 3-3.
Reinforced reciprocal transportation machine 4 includes active roller 4-1, return idler 4-2, conveyer belt 4-3, drive motor 4-4, conveyer belt supporting plate 4-5, coaming plate 4-6, chain-drive mechanism 4-7, support 4-8 as shown in Figure 7, active roller 4-1 and return idler 4-2 is respectively provided at the two ends of support 4-8, conveyer belt 4-3 is sheathed on active roller 4-1 and return idler 4-2, conveyer belt 4-3 both sides arrange coaming plate 4-6, the bottom of top conveyer belt 4-3 is arranged conveyer belt supporting plate 4-5, drive motor 4-4 and is connected by chain-drive mechanism 4-7 and active roller 4-1.The rotating controlling drive motor 4-4 can realize the reciprocating motion of conveyer belt 4-3.
The outfeed belt conveyor 5 that confluxes includes active roller 5-1, return idler 5-2, conveyer belt 5-3, drive motor 5-4, conveyer belt supporting plate 5-5, coaming plate 5-6, chain-drive mechanism 5-7, support 5-8 as shown in Figure 8, active roller 5-1 and return idler 5-2 is respectively provided at the two ends of support 5-8, conveyer belt 5-3 is sheathed on active roller 5-1 and return idler 5-2, conveyer belt 5-3 both sides arrange coaming plate 5-6, the bottom of top conveyer belt 5-3 is arranged conveyer belt supporting plate 5-5, drive motor 5-4 and is connected by chain-drive mechanism 5-7 and active roller 5-1.
The conveyer belt 4-3 two ends of reinforced reciprocal transportation machine 4 lay respectively at above the storage bin hopper 1-1 of two chippers 1,2, the discharge bucket 3-6 of upper material conveyer 3 is positioned at above the conveyer belt 4-3 of reinforced reciprocal transportation machine 4, and the outfeed belt conveyor 5 that confluxes is positioned at below two chippers 1,2 discharge bucket 1-4; Storage bin hopper lock flitch 1-6, Weighing mechanism 1-2, pusher, feeding pressure mechanism, flaking mechanism, reinforced reciprocal transportation machine 4, the outfeed belt conveyor 5 that confluxes all connect with switch board 6.
Utilize the method that above-mentioned flaking unit carries out flaking, comprise the steps: that upper material conveyer 3 transports material on the conveyer belt 4-3 of reinforced reciprocal transportation machine 4, reinforced reciprocal transportation machine 4 feeds in raw material to the storage bin hopper 1-1 of chipper A1, storage bin hopper lock flitch 1-6 opens, material drops into bottom storage bin hopper 1-1, weighed by Weighing mechanism 1-2, after arriving setting weight, storage bin hopper lock flitch 1-6 closes, reinforced reciprocal transportation machine 4 inverted running feeds in raw material to the storage bin hopper 1-1 of chipper B2, the material of storage bin hopper 1-1 bottom is pushed into material cavity 1-3 by the pusher of chipper A1 startup simultaneously, start feeding pressure mechanism and be pressed downward against material, start flaking mechanism afterwards and material is carried out flaking, material flaking is dropped into the outfeed belt conveyor 5 that confluxes and enters next process by discharge bucket 1-4, after flaking completes, feeding pressure mechanism rises, namely chipper B2 weighs with the work of chipper A1 same processes after feeding in raw material, pusher, binder, flaking, when the feeding pressure mechanism of chipper A1 or chipper B2 rises to terminal, corresponding chipper 1,2 carry out a new round feed in raw material, weigh, pusher, binder, flaking, and so forth. this utility model utilizes upper material conveyer 3,4, outfeed belt conveyor 5 that confluxes of reinforced reciprocal transportation machine to achieve two chippers 1,2 continuous operation, and energy consumption is low, production capacity is high, automaticity is high.
Claims (9)
1. a flaking unit, it is characterized in that, including two chippers and chipper A and chipper B, upper material conveyer, reinforced reciprocal transportation machine, the outfeed belt conveyor that confluxes, switch board, upper material conveyer includes discharge bucket, and discharge bucket is positioned at the high-end lower section of material conveyer; Chipper A and chipper B includes storage bin hopper, Weighing mechanism, pusher, material cavity, feeding pressure mechanism, flaking mechanism, discharge bucket, storage bin hopper lock flitch is set in storage bin hopper, storage bin hopper is divided into upper and lower two parts by storage bin hopper lock flitch, the bottom of bottom storage bin hopper arranges Weighing mechanism, storage bin hopper side, bottom arranges pusher, and bottom storage bin hopper opposite side connects with material cavity, and material cavity top is feeding pressure mechanism, being flaking mechanism bottom material cavity, flaking mechanism is arranged below discharge bucket; The conveyer belt two ends of reinforced reciprocal transportation machine lay respectively at above the storage bin hopper of two chippers, and the discharge bucket of upper material conveyer is positioned at above the conveyer belt of reinforced reciprocal transportation machine, and the outfeed belt conveyor that confluxes is positioned at below two chipper discharge buckets; Storage bin hopper lock flitch, Weighing mechanism, pusher, feeding pressure mechanism, flaking mechanism, reinforced reciprocal transportation machine, the outfeed belt conveyor that confluxes all connect with switch board.
2. flaking unit according to claim 1, it is characterised in that described chipper A and chipper B also includes spraying mechanism, and described spraying mechanism is arranged on the outside of material cavity, is positioned at the top of flaking mechanism.
3. flaking unit according to claim 1 and 2, it is characterised in that described pusher includes pusher cylinder and is arranged on the scraping wings on pusher cylinder, and scraping wings is positioned at the side of bottom storage bin hopper.
4. flaking unit according to claim 1 and 2, it is characterised in that described feeding pressure mechanism includes binder cylinder and is arranged on the holding pad on binder cylinder, and holding pad is positioned at the top of material cavity.
5. flaking unit according to claim 1 and 2, it is characterised in that the side of described material cavity arranges observation window.
6. flaking unit according to claim 1 and 2, it is characterized in that, described flaking mechanism includes blade, knife rest, thickness adjusting plate, knife rest kinematic axis assembly, drive mechanism, drive motor, blade is fixed on knife rest, blade both sides arrange thickness adjusting plate, knife rest kinematic axis assembly is positioned at knife rest bottom, and drive motor is connected by drive mechanism and knife rest kinematic axis assembly; Described flaking mechanism includes disk flaking mechanism or reciprocal flaking mechanism.
7. flaking unit according to claim 1 and 2, it is characterized in that, upper material conveyer includes travel(l)ing rest, conveying main frame, conveyer belt, drive motor, feed hopper, discharge bucket, and described conveying main frame is inclined on travel(l)ing rest, and conveyer belt is sheathed on conveying main frame; Drive motor is arranged at conveying main frame high end side surface, and connects with conveying main frame; Feed hopper is arranged on conveyer belt low side, and it is high-end that discharge bucket is arranged on conveyer belt.
8. flaking unit according to claim 1 and 2, it is characterized in that, reinforced reciprocal transportation machine includes active roller, return idler, conveyer belt, drive motor, conveyer belt supporting plate, coaming plate, chain-drive mechanism, support, active roller and return idler are respectively provided at the two ends of support, conveyer belt is sheathed on active roller and return idler, conveyer belt both sides arrange coaming plate, and the bottom of top conveyer belt arranges conveyer belt supporting plate, and drive motor is connected by chain-drive mechanism and active roller.
9. flaking unit according to claim 1 and 2, it is characterized in that, the outfeed belt conveyor that confluxes includes active roller, return idler, conveyer belt, drive motor, conveyer belt supporting plate, coaming plate, chain-drive mechanism, support, active roller and return idler are respectively provided at the two ends of support, conveyer belt is sheathed on active roller and return idler, conveyer belt both sides arrange coaming plate, and the bottom of top conveyer belt arranges conveyer belt supporting plate, and drive motor is connected by chain-drive mechanism and active roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620095461.6U CN205310404U (en) | 2016-01-29 | 2016-01-29 | Flaking unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620095461.6U CN205310404U (en) | 2016-01-29 | 2016-01-29 | Flaking unit |
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| Publication Number | Publication Date |
|---|---|
| CN205310404U true CN205310404U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620095461.6U Active CN205310404U (en) | 2016-01-29 | 2016-01-29 | Flaking unit |
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| CN (1) | CN205310404U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105619509A (en) * | 2016-01-29 | 2016-06-01 | 杭州富阳康华制药机械有限公司 | Flaking machine set and flaking method |
| CN110683105A (en) * | 2019-10-23 | 2020-01-14 | 江苏爱诗侬生物科技有限公司 | Packagine machine constructs for chocolate production |
-
2016
- 2016-01-29 CN CN201620095461.6U patent/CN205310404U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105619509A (en) * | 2016-01-29 | 2016-06-01 | 杭州富阳康华制药机械有限公司 | Flaking machine set and flaking method |
| CN110683105A (en) * | 2019-10-23 | 2020-01-14 | 江苏爱诗侬生物科技有限公司 | Packagine machine constructs for chocolate production |
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| C14 | Grant of patent or utility model | ||
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