CN205512240U - Multilayer is closed from turning over equal incessant hot pepper drying equipment - Google Patents
Multilayer is closed from turning over equal incessant hot pepper drying equipment Download PDFInfo
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- CN205512240U CN205512240U CN201620162543.8U CN201620162543U CN205512240U CN 205512240 U CN205512240 U CN 205512240U CN 201620162543 U CN201620162543 U CN 201620162543U CN 205512240 U CN205512240 U CN 205512240U
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Abstract
The utility model provides a multilayer is closed from turning over equal incessant hot pepper drying equipment, includes the chassis, supports on the chassis and installs outer box, the inside of outer box divides into three unit, down is in proper order on the follow: first dry unit, delay su danyuan and the dry unit of second, first dry unit is the same with the structure of the dry unit of second, all includes the stoving sifting bed, and it has the conveyer belt of three parallels to distribute on the stoving sifting bed, and the conveyer belt constitutes " S " shape structure of turning over, and every conveyer belt upper surface align to grid has a ladder, and its highly increases progressively to the height from hanging down every ladder along direction of delivery, all install vibrating motor on every conveyer belt, the structure of delaying su danyuan does: including the stoving sifting bed, be provided with a horizontally conveyer belt on the stoving sifting bed, install the ladder of looks isostructure on the conveyer belt, the left end top that lies in outer box is provided with the feed inlet, and the right -hand member bottom that lies in outer box is provided with the discharge gate, and the discharge gate feeds through with the delivery outlet of the dry unit of second. The dendrobium officinale dryer is good in drying effect.
Description
Technical field
This utility model relates to drying plant technical field, and especially a kind of multilamellar is closed from turning over all uninterrupted Fructus Capsici drying plant.
Background technology
The Fructus Capsici course of processing needs clean, peel off and dry.Pepper dryer of the prior art, for ensureing that Fructus Capsici fools the quality after doing, is typically all after first Fructus Capsici being dried certain moisture, take out (stepping on heap diaphoresis) after air cooling a period of time, then carry out second time and dry, this not only drying time long, take up an area big, and labor intensity is big.And it has been not suitable with modern requirements.
Utility model content
The applicant is for the shortcoming in above-mentioned existing production technology, there is provided a kind of multilamellar rational in infrastructure closed from turning over all uninterrupted Fructus Capsici drying plant, thus use first drying, then diaphoresis, dry the equipment that disposably completes again, whole process Fructus Capsici need not take out, convenient to operation, work efficiency is high, energy-conservation.
The technical scheme that this utility model is used is as follows:
A kind of multilamellar is closed from turning over all uninterrupted Fructus Capsici drying plant, including underframe, support on described underframe and outer case is installed, the inside of described outer case is divided into three unit, it is followed successively by from top to bottom: the first drying unit, tempering unit and the second drying unit, the structure of described first drying unit and the second drying unit is identical, all include drying sifting bed, three parallel conveyer belts are distributed on described drying sifting bed, described conveyer belt constitutes reversed S-shape structure, every conveyer belt upper surface is evenly distributed ladder, along conveying direction, it is incremented by each ladder the most from low to high；It is mounted on vibrating motor on every conveyer belt；The structure of tempering unit is: includes drying sifting bed, described drying sifting bed is provided with the conveyer belt of a level, described conveyer belt is provided with mutually isostructural ladder；The left end top being positioned at outer case is provided with charging aperture, the right-hand member bottom being positioned at the first drying unit is provided with the first output pipe connected with tempering unit, the delivery outlet of described tempering unit is provided with the second output pipe connected with the second drying unit, it is positioned at bottom the right-hand member of outer case and is provided with discharging opening, the delivery outlet connection of described discharging opening and the second drying unit；
Also including that air-heater, the output of described air-heater have the first hot blast pipe and the second hot blast pipe, the head of described first hot blast pipe to be provided with the first branch line, described first branch line is positioned at the bottom of the first drying unit；The head of described second hot blast pipe is provided with the second branch line, and described second branch line is positioned at the bottom of the second drying unit, and on described first branch line and the second branch line, equal uniform intervals is provided with multiple air outlet；
Also including room temperature blower fan, the outlet tube of described room temperature blower fan is provided with Three branched pipe road, described Three branched pipe road is positioned at the bottom of tempering unit, and on described Three branched pipe road, same uniform intervals is provided with multiple air outlet；
Also include and the extraneous discharge pipe connected, described discharge pipe is branched off into the 4th branch line, quintafurcation pipeline and the 6th branch line, described 4th branch line is positioned at the top of the first drying unit, quintafurcation pipeline is positioned at the top of tempering unit, 6th branch line is positioned at the top of the second drying unit, and on the 4th branch line, quintafurcation pipeline and the 6th branch line, equal uniform intervals is provided with multiple collection air port.
Further improvement as technique scheme:
Described air-heater is connected with heat-exchanging furnace；
It is mounted on dividing potential drop prerotation vane on described collection air port and air outlet；
Four vibrating motors it are mounted on every conveyer belt.
The beneficial effects of the utility model are as follows:
This utility model compact conformation, rationally, easy to operate, Fructus Capsici sequentially passes through drying unit, tempering unit and the second drying unit in drying course, and whole process is without taking out Fructus Capsici, and Automated condtrol is high, good drying effect.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the side view of Fig. 1.
Wherein: 1, charging aperture；2, air port is collected；3, sifting bed is dried；4, vibrating motor；5, ladder；6, the first outlet tube；7, discharging opening；8, underframe；9, the second drying unit；10, the second outlet tube；11, tempering unit；12, the first drying unit；13, outer case；14, discharge pipe；15, the 4th branch line；16, quintafurcation pipeline；17, the first branch line；18, the first hot blast pipe；19, air-heater；20, the second hot blast pipe；21, Three branched pipe road；22, room temperature blower fan；23, the second branch line；24, air outlet；25, the 6th branch line.
Detailed description of the invention
Below in conjunction with the accompanying drawings, detailed description of the invention of the present utility model is described.
As depicted in figs. 1 and 2, the multilamellar of the present embodiment is closed from turning over all uninterrupted Fructus Capsici drying plant, including underframe 8, support on underframe 8 and outer case 13 is installed, the inside of outer case 13 is divided into three unit, it is followed successively by from top to bottom: the first drying unit 12, tempering unit 11 and the second drying unit 9, first drying unit 12 is identical with the structure of the second drying unit 9, all include drying sifting bed 3, dry and three parallel conveyer belts are distributed on sifting bed 3, conveyer belt constitutes reversed S-shape structure, every conveyer belt upper surface is evenly distributed ladder 5, along conveying direction, it is incremented by each ladder 5 the most from low to high；Vibrating motor 4 it is mounted on every conveyer belt；The structure of tempering unit 11 is: includes drying sifting bed 3, dries the conveyer belt being provided with a level on sifting bed 3, conveyer belt is provided with mutually isostructural ladder 5；The left end top being positioned at outer case 13 is provided with charging aperture 1, the right-hand member bottom being positioned at the first drying unit 12 is provided with the first output pipe 6 connected with tempering unit 11, the delivery outlet of tempering unit 11 is provided with the second output pipe 10 connected with the second drying unit 9, being positioned at bottom the right-hand member of outer case 13 and be provided with discharging opening 7, discharging opening 7 connects with the delivery outlet of the second drying unit 9；
Also including that air-heater 19, air-heater 19 output have the first hot blast pipe 18 and the second hot blast pipe 20, the head of the first hot blast pipe 18 is provided with the first branch line 17, and the first branch line 17 is positioned at the bottom of the first drying unit 12；The head of the second hot blast pipe 20 is provided with the second branch line 23, and the second branch line 23 is positioned at the bottom of the second drying unit 9, and on the first branch line 17 and the second branch line 23, equal uniform intervals is provided with multiple air outlet 24；
Also including room temperature blower fan 22, the outlet tube of room temperature blower fan 22 is provided with Three branched pipe road 21, Three branched pipe road 21 is positioned at the bottom of tempering unit 11, and on Three branched pipe road 21, same uniform intervals is provided with multiple air outlet 24；
Also include and the extraneous discharge pipe 14 connected, discharge pipe 14 is branched off into the 4th branch line 15, quintafurcation pipeline 16 and the 6th branch line 25,4th branch line 15 is positioned at the top of the first drying unit 12, quintafurcation pipeline 16 is positioned at the top of tempering unit 11,6th branch line 25 is positioned at the top of the second drying unit 9, and on the 4th branch line 15, quintafurcation pipeline 16 and the 6th branch line 25, equal uniform intervals is provided with multiple collection air port 2.
Air-heater 19 is connected with heat-exchanging furnace.
Collect and be mounted on dividing potential drop prerotation vane on air port 2 and air outlet 24.
Four vibrating motors 4 it are mounted on every conveyer belt.
Work process of the present utility model is as follows:
Fructus Capsici is after the first drying unit 12 of the superiors is dried for the first time, and the tempering unit 11 being directly entered intermediate layer carries out diaphoresis process, and the conveying of Fructus Capsici uses and shakes feeding at a slow speed, makes Fructus Capsici fully contact with the cold air of suction, reaches the purpose of diaphoresis.After diaphoresis completes, Fructus Capsici enters the second drying unit 9 of bottom, carries out second time and dries, after reaching requirement, and direct discharging.Whole process all automatically controls.
This utility model also has the advantage that
(1) material horizontal vibrating screen bed drying mode: use the horizontal vibration at high speed of rustless steel punching of industry to dry sifting bed and replace the design that material is dried by like product net belt type Drying Bed, drying rate can arbitrarily regulate and set online drying time and dewatering speed according to the difference of the original moisture content of material and material kind form, guarantee that the quality after drying materials reaches optimal top grade effect, drying casing is totally-enclosed, shake frequency, amplitude Independent adjustable, the online drying time of this flow process is about 4-6 hour；
(2) use step to stir and mix mechanism thoroughly: material can be moved online while being dried, material is slowly stirred, heat exchanger effectiveness reaches high, the drying and dehydrating time is fast, compare with similar drying plant in can saving the energy 20%-30%(unit interval and compare with like product), reach material by step turning mechanism to dry online uniformly, drying evenness is controlled within ± 2% moisture content, and be greatly improved drying efficiency and be greatly improved productivity ratio；
(3) baking stage integrated design carries out Discrete control according to experience and the optimal water desorption curve time period of drying and dewatering at a drying baker, high temperature in the first stage (moisture content 70%-80%) dehydration is devised in same drying baker, second stage does not go out casing continuous way room temperature and receives antiperspirant (moisture content ＜ 25%) (domestic like product need to go out casing stack the most artificial cartonning that cools again dry), in second stage, cold drying uninterruptedly once completes continuously, contrast with like product and be greatly saved the transhipment of the hand labor needed for second stage receives antiperspirant flow process and improve production efficiency, and decrease cool cold place；
(4) being designed with independent pressure balance design, made the hot blast uniform balance in each drying baker be distributed, hot blast can be uniformly distributed at Drying Bed and penetrate material, reaches the optimum efficiency being uniformly dehydrated；
(5) dried material, multiple stage centralized collection, on a horizontal feed line, on sorting line and can carry out artificial separation simultaneously, and finished product centralized collection then be packed in temporary storing bin, save manpower and place, and on-site sanitation is clean；
(6) dried exhaust gas centralized discharges, reduce the pollution of processing site；
(7) the horizontal vibration at high speed of rustless steel punching is dried sifting bed and is used rustless steel punching sieve, instead of the guipure that like product net belt type Drying Bed uses, by the durability of rustless steel sieve and guipure is contrasted, rustless steel sieve is more durable, service life is greatly increased, can accomplish conveniently to be replaced if desired for changing sieve, only need to change the sieve plate on sifting bed；Contrast same category of device uses the product of net belt type Drying Bed, need all to pull out guipure in the case of guipure ruptures or chain breakage locking breaks down and carry out keeping in repair (even disconnected several twines, it is also required to all take out maintenance), need again the guipure gear of different size is aligned, corrects and tightened test and maintenance trouble very, so the use demand that rustless steel sieve is more suitable for client is stablized durable when installing guipure；
(8) temperature in casing, blast, control use LCDs and Contactless contactor to carry out programme-control, and Chinese and digital interface show, operation controls the most easily to grasp.
Above description is to explanation of the present utility model, is not the restriction to utility model, and this utility model limited range sees claim, within protection domain of the present utility model, can make any type of amendment.
Claims (4)
1. a multilamellar is closed from turning over all uninterrupted Fructus Capsici drying plant, it is characterized in that: include underframe (8), the upper support of described underframe (8) is provided with outer case (13), the inside of described outer case (13) is divided into three unit, it is followed successively by from top to bottom: the first drying unit (12), tempering unit (11) and the second drying unit (9), described first drying unit (12) is identical with the structure of the second drying unit (9), all include drying sifting bed (3), three parallel conveyer belts are distributed on described drying sifting bed (3), described conveyer belt constitutes reversed S-shape structure, every conveyer belt upper surface is evenly distributed ladder (5), along conveying direction, it is incremented by each ladder (5) the most from low to high；Vibrating motor (4) it is mounted on every conveyer belt；The structure of tempering unit (11) is: includes drying sifting bed (3), described drying sifting bed (3) is provided with the conveyer belt of a level, described conveyer belt is provided with mutually isostructural ladder (5)；The left end top being positioned at outer case (13) is provided with charging aperture (1), the right-hand member bottom being positioned at the first drying unit (12) is provided with the first output pipe (6) connected with tempering unit (11), the delivery outlet of described tempering unit (11) is provided with the second output pipe (10) connected with the second drying unit (9), being positioned at bottom the right-hand member of outer case (13) and be provided with discharging opening (7), described discharging opening (7) connects with the delivery outlet of the second drying unit (9)；
Also include air-heater (19), described air-heater (19) output has the first hot blast pipe (18) and the second hot blast pipe (20), the head of described first hot blast pipe (18) is provided with the first branch line (17), and described first branch line (17) is positioned at the bottom of the first drying unit (12)；The head of described second hot blast pipe (20) is provided with the second branch line (23), described second branch line (23) is positioned at the upper equal uniform intervals of the bottom of the second drying unit (9), described first branch line (17) and the second branch line (23) and is provided with multiple air outlet (24)；
Also include room temperature blower fan (22), on the outlet tube of described room temperature blower fan (22), Three branched pipe road (21) is installed, described Three branched pipe road (21) is positioned at the bottom of tempering unit (11), and the upper same uniform intervals of described Three branched pipe road (21) is provided with multiple air outlet (24)；
Also include and the extraneous discharge pipe (14) connected, described discharge pipe (14) is branched off into the 4th branch line (15), quintafurcation pipeline (16) and the 6th branch line (25), described 4th branch line (15) is positioned at the top of the first drying unit (12), quintafurcation pipeline (16) is positioned at the top of tempering unit (11), 6th branch line (25) is positioned at the top of the second drying unit (9), 4th branch line (15), quintafurcation pipeline (16) and the upper equal uniform intervals of the 6th branch line (25) are provided with multiple collection air port (2).
2. multilamellar as claimed in claim 1 is closed from turning over all uninterrupted Fructus Capsici drying plant, it is characterised in that: described air-heater (19) is connected with heat-exchanging furnace.
3. multilamellar as claimed in claim 1 is closed from turning over all uninterrupted Fructus Capsici drying plant, it is characterised in that: it is mounted on dividing potential drop prerotation vane on described collection air port (2) and air outlet (24).
4. multilamellar as claimed in claim 1 is closed from turning over all uninterrupted Fructus Capsici drying plant, it is characterised in that: it is mounted on four vibrating motors (4) on every conveyer belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620162543.8U CN205512240U (en) | 2016-03-03 | 2016-03-03 | Multilayer is closed from turning over equal incessant hot pepper drying equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620162543.8U CN205512240U (en) | 2016-03-03 | 2016-03-03 | Multilayer is closed from turning over equal incessant hot pepper drying equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205512240U true CN205512240U (en) | 2016-08-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620162543.8U Expired - Fee Related CN205512240U (en) | 2016-03-03 | 2016-03-03 | Multilayer is closed from turning over equal incessant hot pepper drying equipment |
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| CN (1) | CN205512240U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105595377A (en) * | 2016-03-03 | 2016-05-25 | 无锡正佳自控系统设备有限公司 | Multilayer closed uninterrupted chili drying equipment with automatic uniform turning function |
-
2016
- 2016-03-03 CN CN201620162543.8U patent/CN205512240U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105595377A (en) * | 2016-03-03 | 2016-05-25 | 无锡正佳自控系统设备有限公司 | Multilayer closed uninterrupted chili drying equipment with automatic uniform turning function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 Termination date: 20170303 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |