CN102697153B - Vertical peanut kernel red skin-removing and tempering machine - Google Patents
Vertical peanut kernel red skin-removing and tempering machine Download PDFInfo
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- CN102697153B CN102697153B CN201210169438.3A CN201210169438A CN102697153B CN 102697153 B CN102697153 B CN 102697153B CN 201210169438 A CN201210169438 A CN 201210169438A CN 102697153 B CN102697153 B CN 102697153B
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Abstract
The invention relates to a vertical peanut kernel red skin-removing and tempering machine. The vertical peanut kernel red skin-removing and tempering machine has a vertical box superposition structure; a heating drying device and a cooling device consist of angular boxes which are arranged in a staggered manner; and materials enter the tempering machine from a feed port, flow into a uniform feeder through the gap between a feeding sustained release device and the angular box structure and then flow out of a discharger port. The track type drying machine widely applied at present is designed into the vertical peanut kernel red skin-removing and tempering machine and the vertical peanut kernel red skin-removing and tempering machine occupies a small area and has a staggered angular box structure, so that peanut kernel materials are turned over, stirred and mixed in the descending process and under the unpowered condition, the materials are dried and cooled completely and tempered uniformly, and the problems that the track type drying machine is dry when being heated and is cooled non-uniformly are solved.
Description
technical field:
The present invention relates to the de-scarlet equipment of a kind of shelled peanut, particularly the de-scarlet quality controling machine of a kind of vertical shelled peanut.
Background technology
The quenching and tempering device for the de-scarlet of shelled peanut now using is mainly crawler type dryer, utilize sections different in crawler-tread process that different functional areas is set, but this kind of equipment is horizontal type structure, floor space is larger, heats inhomogeneously, and modified effect is poor, using energy source is lower, production output is lower, once it is very difficult to build complete increase output, this is the practical problem existing.
Summary of the invention
The object of the invention is: in order to overcome the deficiencies in the prior art, thereby provide a kind of vertical shelled peanut easy to use to take off scarlet quality controling machine.
The technical solution used in the present invention is: a kind of vertical shelled peanut takes off scarlet quality controling machine, include charging aperture, under charging aperture, be provided with successively sustained-release device for feeding, the heat drying apparatus of n level, the cooling device of m level, evenly blanking device and discharging opening, evenly blanking device has a quality controling machine support, described vertical shelled peanut quality controling machine is vertical cabinet overlaying structure, described heat drying apparatus includes, lower two casings independently, two casings are, lower both ends open structure, upper box includes at least two rows' the staggered horn shape box of parallel longitudinal structure, lower box includes at least two rows' horizontal parallel staggered horn shape box structure, neighbouring two rows' horn shape box structure interlaced arrangement, described cooling device includes one-level or cooler more than one-level, and cooler includes a casing, and casing is upper/lower terminal hatch frame, includes at least two rows' the parallel staggered horn shape box structure of vertical and horizontal in casing, in described heat drying apparatus and cooling device, between the horn shape box structure of adjacent two, leave material decline gap, one end of horn shape box structure is open, with on the wall box of heat drying apparatus or cooler entrance or the outlet of heating or cooling medium be connected, the other end is closed, be directly fixed on the wall box of heat drying apparatus or cooler, heating or cooling medium enters heat drying or cooling device from heating or cooling medium entrance, flow out heat drying or cooling device from heating or cooling medium outlet, material enters quality controling machine from charging aperture, then flow into even blanking device through sustained-release device for feeding and the interstructural gap of horn shape box, finally flow out discharging opening.
The de-scarlet quality controling machine of a kind of vertical shelled peanut, include charging aperture, under charging aperture, be provided with successively sustained-release device for feeding, the heat drying apparatus of n level, the cooling device of m level, evenly blanking device and discharging opening, evenly blanking device has a quality controling machine support, described vertical shelled peanut quality controling machine is vertical cabinet overlaying structure, described heat drying apparatus includes a casing, described casing is upper, lower both ends open structure, in casing, include at least two rows' the staggered horn shape box of parallel longitudinal structure, or the staggered horn shape box of transverse and longitudinal structure, on, lower adjacent two rows' horn shape box structure interlaced arrangement, described cooling device includes one-level or cooler more than one-level, and cooler includes a casing, and described casing is upper/lower terminal hatch frame, includes at least two rows' the parallel staggered horn shape box structure of vertical and horizontal in casing, in described heat drying apparatus and cooling device, between the horn shape box structure of adjacent two, leave material decline gap, one end of horn shape box structure is open, with on the wall box of heat drying apparatus or cooler entrance or the outlet of heating or cooling medium be connected, the other end is closed, be directly fixed on the wall box of heat drying apparatus or cooler, heating or cooling medium enters heat drying or cooling device from heating or cooling medium entrance, from flowing out heat drying or cooling device from heating or cooling medium outlet, material enters quality controling machine from charging aperture, then flow into even blanking device through sustained-release device for feeding and the interstructural gap of horn shape box, finally flow out discharging opening.
In heat drying and cooling device, upper and lower adjacent casing is threaded fixingly, or fixes by buckle snapping, or is welded and fixed together.
Horn shape box structure includes left and right two risers and is connected in the two cover plates of riser upper end, and two cover plates is symmetrical along the symmetry axis of two risers, and the lower surface of riser is lower than the bottom of heating or cooling medium entrance or outlet.
Horn shape box structure includes left and right two blocks of folding shape plates and is connected in the two cover plates of folding shape plate upper end, and two cover plates is symmetrical along the symmetry axis of two blocks of folding shape plates, and the lower surface of folding shape plate is lower than the bottom of heating or cooling medium entrance or outlet.
n≥2，m≥1。
Discharging opening is truncated cone body or cuts orthopyramid body structure.
Sustained-release device for feeding is the conical structure of hollow, is fixedly connected on the apex structure cabinet wall at discharging opening place by connecting rod.
the invention has the beneficial effects as follows:
1. the present invention will show widely used crawler type dryer and be designed to the de-scarlet quality controling machine of vertical peanut, and floor space is little, and functional area is distinct, and specific aim is stronger, successful, and energy conservation is remarkable.
2, equipment of the present invention is vertical cabinet overlaying structure, the concrete progression of heat drying apparatus, cooling device can determine according to different technical parameters adjustment, even also can be by increasing or less corresponding heat drier, cooler complete the coupling of corresponding production output after equipment completes construction.
3, the inner horn shape box structure that adopts spatial intersecting of heat drier of the present invention and cooler, make shelled peanut material in decline process, in motorless situation, complete upset, stirring, mix, make the dry, cooling more abundant of material, modified even, eliminate crawler type dryer and be subject to heated drying, the even problem of inhomogeneous cooling.
4, the present invention can adjust the hot blast that determines after every one-level heater uses it emits part and recovery and enter the ratio of heat exchanger recycling part according to the air humidity of working site, the material water factor of grading through the hot blast of Multi-stage heating drier, can recycle to greatest extent hot-air, save the energy.
Accompanying drawing explanation
Fig. 1 is one of main TV structure schematic diagram of the present invention;
Fig. 2 is the left TV structure schematic diagram of Fig. 1;
Fig. 3 is one of main TV structure schematic diagram of horn shape box structure of the present invention;
Fig. 4 is the left TV structure schematic diagram of Fig. 3;
Fig. 5 is the plan structure schematic diagram of Fig. 3;
Fig. 6 be horn shape box structure of the present invention main TV structure schematic diagram two;
Fig. 7 is principle schematic of the present invention;
Fig. 8 is two of main TV structure schematic diagram of the present invention;
Three of Fig. 9 main TV structure schematic diagram of the present invention.
Number in the figure 1 is charging aperture, label 2 is sustained-release device for feeding, label 3 is the support of fixing sustained-release device for feeding, label 4 is horn shape box structure, label 5 is even blanking device, label 6 is discharging opening, label 7 is quality controling machine support, label 8 is cooling medium entrance, label 9 is n level heat drying medium inlet, label 10 is (n-1) level heat drying medium inlet, label 11 is heat drying medium inlet, the second level, label 12 is first order heat drying medium inlet, label 13 is quality controling machine apex structure casing, label 14 is cooling medium outlet, label 15 is n level heat drying media outlet, label 16 is (n-1) level heat drying media outlet, label 17 is second level heat drying media outlet, label 18 is first order heat drying media outlet, label 19 is material lifting frame, label 20 is heat exchanger, label 21 is volume control damper, label 22 is air-introduced machine, label 23 moves trestle for material.
the specific embodiment:
Embodiment 1: referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 7, the de-scarlet quality controling machine of a kind of vertical shelled peanut, includes charging aperture 1, and charging aperture is provided with sustained-release device for feeding 21 time successively, the heat drying apparatus of n level, cooling device (wherein n >=2, m >=1 of m level, concrete numerical value is determined according to different technical parameters adjustment), evenly blanking device 5 and discharging opening 6, the conical structure that sustained-release device for feeding is hollow, is fixedly connected on by connecting rod 3 on the apex structure cabinet wall at discharging opening place.Discharging opening is truncated cone body or cuts orthopyramid body structure.Evenly blanking device 5 has a quality controling machine support.Vertical shelled peanut quality controling machine is vertical cabinet overlaying structure, described heat drying apparatus includes upper and lower two casings independently, upper box includes at least two rows' the staggered horn shape box of parallel longitudinal structure 4, lower box includes at least two rows' horizontal parallel staggered horn shape box structure 4, neighbouring two rows' horn shape box structure 4 interlaced arrangement.Described cooling device includes one-level or cooler more than one-level composition, and cooler includes a casing, includes at least two rows' the parallel staggered horn shape box structure 4 of vertical and horizontal in casing, in described heat drying apparatus and cooling device, between the horn shape box structure 4 of adjacent two, leave material decline gap, one end of horn shape box structure 4 is open, with on the wall box of heat drying apparatus or cooler entrance or the outlet of heating or cooling medium be connected, the other end is closed, be directly fixed on the wall box of heat drying apparatus or cooler, heating or cooling medium enters heat drying or cooling device from heating or cooling medium entrance, from flowing out heat drying or cooling device from heating or cooling medium outlet, material enters quality controling machine from charging aperture, then flow into even blanking device through sustained-release device for feeding and the interstructural gap of horn shape box, finally flow out discharging opening.
In heat drying and cooling device, upper and lower adjacent casing is threaded fixing.Horn shape box structure 4 includes left and right two risers and is connected in the two cover plates of riser upper end, two cover plates is symmetrical along the symmetry axis of two risers, the lower surface of riser is lower than the bottom of heating or cooling medium entrance or outlet, and the casing of described heat drying apparatus and cooling device is upper/lower terminal hatch frame.
Material moves trestle 23 and material lifting frame 19 enters quality controling machine through material, along with the even decline of material in the de-scarlet quality controling machine of vertical peanut, first the material entering passes through delayed release device 2, then enter first order heat drier, first order heat drier uses by air-introduced machine 22, then directly pass into heating through first order heat medium entrance 12, hot blast enters from horn shape box structure 4 one end opening parts of lower box, the other end is airtight stuffy, hot blast utilizes horn shape box structure 4 lower space to be sent to each position, under the effect of blast, hot blast overflows through material gap and flows from horn shape box structure 4 bottoms, material is carried out to heat drying, hot blast after heat drying enters upper box horn shape box structure 4 lower space, discharge through first order heat drying media outlet 12 parts, remaining enters heat exchanger 20 and reuses to save the energy, first order heat drying media outlet 12 places also can increase air-introduced machine is convenient to the discharge of wind.Move downward and enter second level heat drier through the material of one-level heat drying, secondary heat drier uses hot blast directly to pass into heating equally, operation principle is consistent with one-level heat drier, hot blast after same heat drying partly emits, and remaining part enters heat exchanger and reuses to save the energy; Move downward and enter three grades of heat driers through the material of secondary heat drying, three grades of heat drier operation principles are consistent with one-level heat drier, enter afterbody heat drier through the heat drying of Multi-stage heating drier according to this, the operation principle of afterbody heat drier is consistent with one-level heat drier, the function of different is afterbody heat drier is humidity discharging, and the hot blast after heat drying all emits; Move downward and enter cooling device through the dry material of Multi-stage heating, the cooling medium entrance 8 of cooling device is connected with atmosphere, enter the material of many group cooling devices under the effect of air-introduced machine, suck cold air, the cold air entering through the lower space of import open end horn shape box structure 4 flows by material gap, carry out cooling to material, enter the lower space of the horn shape box structure 4 of outlet open end through the cold air after material, send into heat exchanger 20 by air-introduced machine 22 extractions and reuse to save the energy.On ventilation shaft, be provided with air quantity flow speed control valve 21, the convenient flow that passes into medium of controlling.Make shelled peanut material evenly reach due temperature, moisture through the de-scarlet quality controling machine of whole vertical peanut top heat drying, through the chilling effect of bottom cooling device, make shelled peanut material pass through alternating hot and cold, make shelled peanut material benevolence ginning outturn from, easily de-scarlet, modified good shelled peanut material is sent into discharging opening through even blanking device 5, completes whole modified process.
Embodiment 2: referring to Fig. 6, substantially the same manner as Example 1, something in common does not repeat, different: horn shape box structure 4 includes left and right two blocks of folding shape plates and is connected in the two cover plates of folding shape plate upper end, two cover plates is symmetrical along the symmetry axis of two blocks of folding shape plates, and the lower surface of folding shape plate is lower than the bottom of heating or cooling medium entrance or outlet.
Embodiment 3: referring to Fig. 8, substantially the same manner as Example 1, something in common does not repeat, different: described heat drying apparatus is an independently casing, casing is upper/lower terminal hatch frame, includes at least two rows' the staggered horn shape box of parallel longitudinal structure in casing.The heat medium entrance and exit of every grade becomes 180 °, and heat medium enters from the heat medium of one end, discharges from the heat drying media outlet of the other end.
Embodiment 4: referring to Fig. 9, substantially the same manner as Example 3, something in common does not repeat, different: described heat drying apparatus is an independently casing, casing is upper/lower terminal hatch frame, includes at least two rows' the staggered horn shape box of transverse and longitudinal structure in casing.
Claims (7)
1. the de-scarlet quality controling machine of vertical shelled peanut, include charging aperture, under charging aperture, be provided with successively sustained-release device for feeding, the heat drying apparatus of n level, the cooling device of m level, evenly blanking device and discharging opening, evenly blanking device has a quality controling machine support, it is characterized in that: described vertical shelled peanut quality controling machine is vertical cabinet overlaying structure, described heat drying apparatus includes, lower two casings independently, two casings are, lower both ends open structure, upper box includes at least two rows' the staggered horn shape box of parallel longitudinal structure, lower box includes at least two rows' horizontal parallel staggered horn shape box structure, neighbouring two rows' horn shape box structure interlaced arrangement, described cooling device includes cooler more than one-level, and cooler includes a casing, and casing is upper/lower terminal hatch frame, includes at least two rows' the parallel staggered horn shape box structure of vertical and horizontal in casing, in described heat drying apparatus and cooling device, between the horn shape box structure of adjacent two, leave material decline gap, one end of horn shape box structure is open, be connected with entrance or the outlet of the heating or cooling medium on the wall box of heat drying apparatus or cooler, the other end is closed, is directly fixed on the wall box of heat drying apparatus or cooler, heat medium directly passes into heat drying apparatus heating by air-introduced machine through heat medium entrance, heat medium enters from horn shape box structure one end opening part of lower box, utilize horn shape box structure lower space to be sent to each position, under the effect of blast, heat medium overflows through material gap and flows from horn shape box structural base, material is carried out to heat drying, heat medium after heat drying enters upper box horn shape box structure lower space, except afterbody heat drying apparatus, through heat drying media outlet all emits, other is at different levelsly discharged through heat drying media outlet part, remaining enters heat exchanger and reuses to save the energy, cooling medium enters cooling device through the lower space of the import open end of cooling medium entrance horn shape box structure under the effect of air-introduced machine, flow by material gap, carry out cooling to material, through the lower space of horn shape box structure of outlet open end that enters cooling medium outlet after material, extract out and send into heat exchanger and reuse to save the energy by air-introduced machine, on ventilation shaft, be provided with air quantity flow speed control valve, the convenient flow that passes into medium of controlling, material enters quality controling machine from charging aperture, then flows into even blanking device through sustained-release device for feeding and the interstructural gap of horn shape box, finally flows out discharging opening, described n >=2, m >=1.
2. the de-scarlet quality controling machine of vertical shelled peanut, include charging aperture, under charging aperture, be provided with successively sustained-release device for feeding, the heat drying apparatus of n level, the cooling device of m level, evenly blanking device and discharging opening, evenly blanking device has a quality controling machine support, it is characterized in that: described vertical shelled peanut quality controling machine is vertical cabinet overlaying structure, described heat drying apparatus includes a casing, described casing is upper, lower both ends open structure, in casing, include at least two rows' the staggered horn shape box of parallel longitudinal structure, or the staggered horn shape box of transverse and longitudinal structure, on, lower adjacent two rows' horn shape box structure interlaced arrangement, described cooling device includes cooler more than one-level, and cooler includes a casing, and described casing is upper/lower terminal hatch frame, includes at least two rows' the parallel staggered horn shape box structure of vertical and horizontal in casing, in described heat drying apparatus and cooling device, between the horn shape box structure of adjacent two, leave material decline gap, one end of horn shape box structure is open, be connected with entrance or the outlet of the heating or cooling medium on the wall box of heat drying apparatus or cooler, the other end is closed, is directly fixed on the wall box of heat drying apparatus or cooler, heat medium directly passes into heat drying apparatus heating by air-introduced machine through heat medium entrance, heat medium enters from horn shape box structure one end opening part of lower box, utilize horn shape box structure lower space to be sent to each position, under the effect of blast, heat medium overflows through material gap and flows from horn shape box structural base, material is carried out to heat drying, heat medium after heat drying enters upper box horn shape box structure lower space, except afterbody heat drying apparatus, through heat drying media outlet all emits, other is at different levelsly discharged through heat drying media outlet part, remaining enters heat exchanger and reuses to save the energy, cooling medium enters cooling device through the lower space of the import open end of cooling medium entrance horn shape box structure under the effect of air-introduced machine, flow by material gap, carry out cooling to material, through the lower space of horn shape box structure of outlet open end that enters cooling medium outlet after material, extract out and send into heat exchanger and reuse to save the energy by air-introduced machine, on ventilation shaft, be provided with air quantity flow speed control valve, the convenient flow that passes into medium of controlling, material enters quality controling machine from charging aperture, then flows into even blanking device through sustained-release device for feeding and the interstructural gap of horn shape box, finally flows out discharging opening, described n >=2, m >=1.
3. the de-scarlet quality controling machine of vertical shelled peanut according to claim 1 and 2, is characterized in that: in described heat drying and cooling device, upper and lower adjacent casing is threaded fixingly, or fixes by buckle snapping, or is welded and fixed together.
4. the de-scarlet quality controling machine of vertical shelled peanut according to claim 1 and 2, it is characterized in that: described horn shape box structure includes left and right two risers and is connected in the two cover plates of riser upper end, two cover plates is symmetrical along the symmetry axis of two risers, and the lower surface of riser is lower than the bottom of heating or cooling medium entrance or outlet.
5. the de-scarlet quality controling machine of vertical shelled peanut according to claim 1 and 2, it is characterized in that: described horn shape box structure includes left and right two blocks of folding shape plates and is connected in the two cover plates of folding shape plate upper end, two cover plates is symmetrical along the symmetry axis of two blocks of folding shape plates, and the lower surface of folding shape plate is lower than the bottom of heating or cooling medium entrance or outlet.
6. the de-scarlet quality controling machine of vertical shelled peanut according to claim 1 and 2, is characterized in that: described discharging opening is truncated cone body or cuts orthopyramid body structure.
7. the de-scarlet quality controling machine of vertical shelled peanut according to claim 1 and 2, is characterized in that: the conical structure that described sustained-release device for feeding is hollow, is fixedly connected on by connecting rod on the apex structure cabinet wall at discharging opening place.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210169438.3A CN102697153B (en) | 2012-05-29 | 2012-05-29 | Vertical peanut kernel red skin-removing and tempering machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210169438.3A CN102697153B (en) | 2012-05-29 | 2012-05-29 | Vertical peanut kernel red skin-removing and tempering machine |
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| CN102697153A CN102697153A (en) | 2012-10-03 |
| CN102697153B true CN102697153B (en) | 2014-06-11 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103504449B (en) * | 2013-09-24 | 2015-12-02 | 郑州鼎盛机械设备有限公司 | Shelled peanut takes off scarlet tower and de-scarlet method |
| CN105433398B (en) * | 2015-12-10 | 2017-09-15 | 重庆勤发食品有限公司 | The separator of peanut and scarlet |
| CN111296862B (en) * | 2020-04-13 | 2021-11-09 | 青岛理工大学 | Intelligent separation device and separation method for peanut kernels and peanut red skins |
| CN115153047A (en) * | 2022-07-12 | 2022-10-11 | 叶城县福禾源农业科技有限公司 | Dry peeling process for walnut kernels |
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| CN2135755Y (en) * | 1992-09-29 | 1993-06-09 | 洪武贵 | Combined heat conducting type grain dryer |
| CN2653403Y (en) * | 2003-09-16 | 2004-11-03 | 江苏正昌集团有限公司 | Building block type tower crop drier |
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| CN201260369Y (en) * | 2008-06-12 | 2009-06-24 | 安徽绿健生物科技有限公司 | Forced continuous drying mechanism for camellia oleosa seed |
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| CN202160595U (en) * | 2011-07-07 | 2012-03-14 | 铁岭市清河区金锋干燥设备有限公司 | Grain drying tower |
| CN202566223U (en) * | 2012-05-29 | 2012-12-05 | 郑州鼎盛机械设备有限公司 | Vertical peanut kernel skin-removing quality regulating machine |
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Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2135755Y (en) * | 1992-09-29 | 1993-06-09 | 洪武贵 | Combined heat conducting type grain dryer |
| CN2653403Y (en) * | 2003-09-16 | 2004-11-03 | 江苏正昌集团有限公司 | Building block type tower crop drier |
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| CN201260369Y (en) * | 2008-06-12 | 2009-06-24 | 安徽绿健生物科技有限公司 | Forced continuous drying mechanism for camellia oleosa seed |
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