CN204259730U - A kind of mobile spiral cylinder foodstuff drying device - Google Patents
A kind of mobile spiral cylinder foodstuff drying device Download PDFInfo
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- CN204259730U CN204259730U CN201420701681.XU CN201420701681U CN204259730U CN 204259730 U CN204259730 U CN 204259730U CN 201420701681 U CN201420701681 U CN 201420701681U CN 204259730 U CN204259730 U CN 204259730U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/90—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in food processing or handling, e.g. food conservation
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/80—Food processing, e.g. use of renewable energies or variable speed drives in handling, conveying or stacking
- Y02P60/85—Food storage or conservation, e.g. cooling or drying
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Abstract
A kind of based on solar energy and air can, electric energy is auxiliary mobile spiral cylinder foodstuff drying device, be on building roof, lay one deck solar tile plate and heat-insulation layer, and the solar energy vacuum glass heating pipe be together connected with insulation transverse tube with watt plate is housed in its groove.Dryer is, on portable roof beam structure, helix drum is housed, the roof beam structure at its two ends is equipped with left and right seat ring circle and the feeder, the discharger that are connected therewith, takes out, compressor and power control system etc., be provided with two thermals treatment zone at the inner chamber of helix drum, between it, be provided with tempering district.In bottom, roof beam structure left and right two ends, fast pulley and steering wheel are housed.Compared with the existing technology, there is the advantages such as structure is simply novel, cost is low, effects of energy saving and emission reduction is remarkable, drying rate is fast, quality is good, operating cost is low.
Description
Technical field:
The utility model relates to a kind of mobile spiral cylinder foodstuff drying device, belongs to drying field.
Background technology:
Grain is the necessity of human lives, various countries all pay much attention to the production of grain, deposit, the grain nature moisture of new harvesting is general all about 17% ~ 35%, the safe moisture of storing up grain requires about 13%, can store after therefore the moisture of grain must being dried safe moisture before grain reserves.At present foodstuff drying device in the world is of a great variety, but mainly contains: sulfuration bed, spouted bed, drum-type, tower, logical sequence formula.Just use with regard to heat energy, the thermal source of developed countries foodstuff drying device, fuel oil account for 90%, coal-fired accounts for 10%, China and most developing countries, and coal-fired accounts for 95%, fuel oil account for 4%, other thermal source account for 1%.Coal-burning drying machine need build large-sized boiler and boiler room, and by handing over large environmental pollution, a large-scale grain depot, grain storehouse is much hundreds of thousands of, and floor space is very large, and some silos are away from dryer number kilometer, grain to be transported to dryer, transport silo back again after oven dry, grain is taken grain out of a granary to sun it and very frequent, and it is all very large that manpower and materials and grain loose spreads waste.Number of patent application is the fast dry type small-size grain drying machinery of practicality of 201310130381.0, although can save very large manpower, and uses electric power, and energy waste is still very large, and is not suitable for grain storehouse use due to too little, widelys popularize and is limited to.
Summary of the invention:
The utility model be to provide a kind of based on solar energy and air can, electric energy is auxiliary mobile spiral cylinder foodstuff drying device.
For reaching this object, the utility model is on building roof, lay one deck solar tile plate, and in its groove, solar energy vacuum glass heating pipe is housed, and is collected by hot-air by insulation transverse tube; Dryer is laterally all welded with several crossbeam to form overall roof beam structure between two straight beams, in bottom, two straight beam two ends, fast pulley and steering wheel is respectively housed, and controls moving direction by steering yoke.Helix drum is welded with spiral plate between outer cylinder and inner cylinder, and be meshed with the roller in the single, double roller mount be contained on straight beam and sprocket wheel by the chain on the rolling wheel guide rails that is welded in outer cylinder periphery and chain frame.The right-hand member of helix drum puts in the right seat ring circle and feeder being fixed on roof beam structure right-hand member; Left end puts in the left seat ring circle and discharger being fixed on roof beam structure left end.Be connected with insulation transverse tube take out, compressor is contained on the straight beam of helix drum side, the roof beam structure on the left of helix drum is also equipped with the drive motors be connected with power transmission shaft and the compression pump that is connected with mouth of calming the anger and the switch board be connected with electrical appliance.
Compared with the existing technology, advantages such as there is the simple novelty of structure, cost is low, effects of energy saving and emission reduction is remarkable, drying rate is fast, quality is good, be movable to silo oven dry, a large amount of manpower and materials can be saved, operating cost is low.
Accompanying drawing illustrates:
Fig. 1 be a kind of based on solar energy and air can, electric energy is auxiliary mobile spiral cylinder foodstuff drying device principle assumption diagram;
Fig. 2 is the A direction view of Fig. 1;
Fig. 3 is the structure chart of adjacent two blocks of solar tile plates overlap joint;
Fig. 4 is the B direction view of Fig. 1;
Fig. 5 is solar energy vacuum glass heating pipe structure chart.
In figure symbol and title as follows:
1-building roof 2-heat-insulation layer 3-is incubated transverse tube 4-watt of upper plate
5-watt of lower plate 6-staple 7-diversion cavity 8-vertically connects muscle
9-solar energy coating 10-solar energy vacuum glass heating pipe 11-connects insulating tube
12-upper connective plate 13-transverse tube plug 14-blast pipe 15-exhaust outlet
16-right seat ring circle 17-left seat sealing 18-right flap 19-spiral right end plate
Synchronizing wheel on 20-feed hopper 21-feeder axle 22-charging impeller 23-
The fixing card of synchronizing wheel 27-under the right seat 26-of 24-Timing Belt 25-
28-draw bar 29-bearing pin 30-steering yoke 31-steering wheel supports
32-rotating shaft holder 33-steering wheel 34-wheel shaft 35-straight beam
36-two-wheel seat 37-chain 38-sprocket wheel 39-power transmission shaft
40-shaft coupling 41-single-wheel seat 42-rolling wheel guide rails 43-roller
44-crossbeam 45-cross pipe 46-air-breathing insulating tube 47-calms the anger insulating tube
48-takes out, compressor 49-bearing 50-screw mandrel 51-handwheel
52-support column 53-fast pulley supports 54-fast pulley 55-and fixes wheel shaft
56-discharging is taken turns the right wheel shaft of 57-discharging wheel belt 58-discharging lower whorl 59-discharging
The left seat of 60-discharging opening 61-discharge bucket 62-holder 63-
64-drive motors 65-compression pump 66-switch board 67-tube connector
The left flap of 68-electrical appliance 69-inner core left cover 70-wire 71-
The 72-refrigerator pipe 73-sealing ring 74-net 75-that ventilates calms the anger hole
76-calms the anger mouthful 77-left seat ring circle 78-left seat sealing 79-spiral plate
80-outer cylinder 81-inner cylinder 82-chain frame 83-rotary compression ring
84-fixes ventilation ring 85-air admission hole 86-separation net 87-end face seal
88-second thermal treatment zone 89-electric heating pipe box 90-electrothermal tube 91-epidemic disaster meter
92-tempering district 93-heat-insulation layer 94-the-thermal treatment zone 95-right connecting rod
The right synchronizing wheel 97-of 96-goes out material strip 98-top discharge plate 99-stay column
The left synchronizing wheel of 100-discharging side plate 101-discharging impeller 102-discharging revolver axle 103-
104-left connecting rod 105-roller shaft 106-air inlet mesh 107-lower linking plate
108-left cover 109-right cover plate 110-outer glass tube 111-glass inner tube
112-vacuum chamber 113-solar energy sputtering layer 114-leakage hole
Specific implementation method:
In the drawings, the generation of solar heat air and collection, first lay one layer of heat preservation layer 2 on building roof 1, layer overlay solar tile plate on this again, this watt of plate be by: watt upper plate 4, watt lower plate 5, diversion cavity 7, vertically connect muscle 8, solar energy coating 9, connect insulating tube 11, upper connective plate 12, air inlet mesh 105, lower linking plate 106, left cover 107, right cover plate 108 form.Watt its groove ditch of upper plate 4 is linear, circular arc for raising up between two groove ditches, a watt plate left end is provided with circular arc left cover 107, and its arc radius is identical with other circular arc, right-hand member is also provided with circular arc right cover plate 108, the thickness of its arc radius one deck watt upper plate 4 less of other arc radius.Solar energy coating 9 is provided with at the upper surface of watt upper plate 4, left cover 107, right cover plate 108.Watt lower plate 5 is linear.Respectively have one vertically to connect muscle 8 at the groove ditch two ends of watt upper plate 4 to be connected with watt lower plate 5, the circular arc centerline that watt upper plate 4 raises up has one vertically to connect muscle 8 to be connected with watt lower plate 5.What left cover 107 was connected with watt lower plate 5 vertically connects muscle 8, be located at the circular arc center line position to the right that raises up, center of arc's line both sides that right cover plate 108 raises up respectively are provided with one and vertically connect muscle 8 and be connected with watt lower plate 5, and each diversion cavity 7 of watt plate is connected with lower linking plate 107 by upper connective plate 12.
Upper connective plate 12 is provided with at the upper end of watt upper plate 4, and the heart is provided with and the connection insulating tube 11 being incubated transverse tube 3 and being connected wherein, in it circular hole and watt plate diversion cavity 7 and be incubated the intracavity inter-connection of transverse tube 3, be equipped with in the groove ditch of watt upper plate 4 of watt plate and be incubated the solar vacuum glass tube or solar energy vacuum glass heating pipe 10 that transverse tube 3 is connected, this pipe is by outer glass tube 110, glass inner tube 111, vacuum chamber 112, solar energy sputtering layer 113, leakage hole 114 is formed, between outer glass tube 110 and glass inner tube 111, its right-hand member is closed by glass sintering, its left end also becomes semicircle arcuation by glass sintering and seals, and connection outer glass tube 110 and glass inner tube 111 is provided with at this end center, and the leakage hole 114 communicated with circular hole in glass inner tube 111, the cylindrical that solar energy sputtering layer 113 is sprayed on glass inner tube 111 is placed, it is vacuum chamber 112 between outer glass tube 110 and glass inner tube 111.Connect with overlap joint between two adjacent watts of plates, left cover 108 is pressed on the right cover plate 109 of another block watt plate, be fixed on building roof 1 through left and right cover plate 108,109 by staple 6.
In the drawings, dryer by: portable roof beam structure, helix drum, right seat ring circle, left seat ring circle, take out, compressor, pump and drive power system form.
Portable roof beam structure: be laterally all be welded with several crossbeam 44 to form overall roof beam structure between two straight beams 35, a steering wheel is respectively housed in the right-hand member bottom of two straight beams 35 and supports 31, and fixed by rotating shaft holder 32 and straight beam 35, both direction wheel 33 is fixed on steering wheel by wheel shaft 32 and supports in the groove of 31, the right-hand member of right connecting rod 95 is contained in steering wheel and supports on 31, and left end is connected with steering yoke 30.Left end and another steering wheel of left connecting rod 104 support 31 and are connected, its right-hand member is connected with steering yoke 30, top and the stay column 99 be welded on front root crossbeam 44 of steering yoke 30 are movably connected and connect, and right-hand member is movably connected by bearing pin 29 and draw bar 28 and connects, and draw bar 28 can be fixed on fixing card 27.
A fast pulley is respectively housed in the left end bottom of two straight beams 35 and supports 53, fast pulley 54 is arranged on fast pulley by fixing wheel shaft 55 and supports in the groove of 53, several support column 52 is all equipped with in the bottom of two straight beams 35 between steering wheel support 31 and fast pulley support 53, and on its cross bar stretched out, a rhizoid bar 50 is housed to the right, handwheel 51 is equipped with in its upper end, and bearing 49 is equipped with in lower end.
Equidistant in the appropriate location, top of anterior straight beam 35 several single-wheel seat 41 and two-wheel seat 36 are housed, by bearing and power transmission shaft 39, roller 43 is fixed therein in the groove of single-wheel seat 41, also by bearing and power transmission shaft 36 in the groove of two-wheel seat 36, sprocket wheel 38 and roller 43 are fixed therein, the left end of power transmission shaft 39 is equipped with in discharging takes turns 56 and holder 62, and be connected with drive motors 64 by shaft coupling 40, the power transmission shaft 39 between single, double wheel seat 41,36 is also equipped with shaft coupling 40.Also fill the single-wheel seat 41 of equal number on the top of rear portion straight beam 35 and anterior straight beam 35 opposite position, roller 43 is fixed in its groove by bearing and axle.
On the right-hand member top of roof beam structure, right seat ring circle 16 is housed, be provided with blast pipe 14 and exhaust outlet 15 at an upper portion thereof, in its front portion, feed hopper 20 is housed, charging impeller 22 is contained in feed hopper 20 by feeder axle 21, after the left end of feeder axle 21 stretches out feed hopper 20, synchronizing wheel 23 is housed, and is connected with the lower synchronizing wheel 26 being contained in power transmission shaft 39 right-hand member by Timing Belt 24.The bottom of feed hopper 20 communicates with spiral plate 79, and the right-hand member of right seat ring circle 16 is closed by right flap 18 phase.
In the left upper part of roof beam structure, left seat ring circle 77 is housed, top discharge plate 98 is housed in its underpart, and have discharging opening 60 thereon, one block of discharging side plate 100 is respectively housed in the both sides of top discharge plate 98, the right wheel shaft 59 of discharging is fixed on the right end position of discharging side plate 100 by bearing block and bearing, the right wheel shaft 59 of discharging between two blocks of discharging side plates 100 is equipped with synchronizing wheel, after discharging side plate 100 is stretched out in one end of the right wheel shaft of discharging 59, right synchronizing wheel 96 is housed, and by discharging wheel belt 57 with discharging is taken turns 56 and is connected.Discharging revolver axle 102 is fixed on the left position of discharging side plate 100 by bearing block and bearing, left synchronizing wheel 103 is contained on this axle, the right wheel shaft 59 of discharging and discharging revolver axle 102 are equipped with out material strip 97, discharging impeller 101 is uniform to be contained in out on material strip 97, and discharge bucket 61 angle mount is at discharger right lower quadrant.Left flap 71 is fixed on the left end of left seat ring circle 77, and opens mouth 76 of calming the anger thereon, and center has the circular hole that electrical appliance 68 can be allowed to stretch out.
The drive motors 64 be connected with power transmission shaft 39 roof beam structure on the left of left seat ring circle 77 is equipped with, with the compression pump 65 be connected with mouth 76 of calming the anger by tube connector 67 and the switch board 66 be connected with electrical appliance 68.
Helix drum is welded with spiral plate 79 between outer cylinder 80 and inner cylinder 81, outer cylinder 80 is than the width of spiral plate 79 and the short right seat ring circle 16 of inner cylinder 81 and a left seat ring circle 77, the tempering district 92 of a segment length is provided with in the centre position of helix drum, its arranged on left and right sides is respectively provided with second thermal treatment zone 88 and first thermal treatment zone 94 of a segment length, be welded with tens of electric heating pipe boxes 89 in the interval of the spiral plate 79 between the inside and outside cylinder 81,80 of two thermals treatment zone 88,94, electrothermal tube 90 is mounted in it.In inner cylinder 81, circular hole moderate angles is equipped with refrigerator pipe 72, and this pipe left end is fixed on the left position of inner cylinder 81 by screw and ventilation net 74, and and the interval of spiral plate 79 communicate; Its right-hand member is also fixed on the left end in tempering district 92 by screw and ventilation net 74, and and the interval of spiral plate 79 communicate.The left end of inner cylinder 81 is equipped with inner core left cover 69, and electrical appliance 68 is contained in the center on the left of it, and electrothermal tube 90, temperature and relative humidity 91 are connected with electrical appliance 68 by wire 70.Inner cylinder 81 left end cylindrical is enclosed and is sealed by sealing ring 73 and left flap 71 phase; The weld all around of right-hand member cylindrical has annular spiral right end plate 19.
Place at the cylindrical of outer cylinder 80 and be equidistantly welded with several rolling wheel guide rails 42 and chain frame 82, chain 37 is fixed thereon, is meshed with the roller 43 be arranged on two straight beams 35 and sprocket wheel 38 by rolling wheel guide rails 42 and chain 37.First and second gentle Red Region 92, thermal treatment zone 94,88 that the cylindrical of outer cylinder 80 encloses and right-hand member are provided with heat-insulation layer 93.Spiral plate 79 and and the right-hand member of inner cylinder 81 put in right seat ring circle 16 and feeder, left end puts in left seat ring circle 77 and discharger.Seal 78 phases by left seat between the left end of outer cylinder 80 with left seat ring circle 77 to close, seal 17 phases by right seat between right-hand member with right seat ring circle 16 and close.
Enclose at the cylindrical of the outer cylinder 80 of first and second thermal treatment zone 94,88 left end and be respectively provided with rotary compression ring 83, and have the air admission hole 85 communicated with spiral plate 79, and on this hole, separation net 86 is housed, outside the cylindrical corresponding with rotary compression ring 83 encloses, be provided with fixing ventilation ring 84, and be fixed on roof beam structure.Closed by end face seal 87 phase be fixed on the inwall of fixing ventilation ring 84 both sides between rotary compression ring 83 and fixing ventilation ring 84.Be connected by cross pipe 45 between two fixing ventilation rings 84.Be contained in the bleeding point of taking out on anterior straight beam 35, compressor 48, by air-breathing insulating tube 46 with the insulation transverse tube 3 that solar tile plate is connected with solar energy vacuum glass heating pipe 10 be housed be connected, mouth of calming the anger is connected with sway bracing pipe 45 by insulating tube 47 of calming the anger.
Take out, the power of compressor 48, drive motors 64, compression pump 65, electrical appliance 68 provides by switch board 66, and control by it.
Claims (10)
1. a mobile spiral cylinder foodstuff drying device, is characterized in that: on building roof, lay one deck solar tile plate, and in its groove, solar energy vacuum glass heating pipe is housed, and is collected by hot-air by insulation transverse tube; Dryer is laterally all welded with several crossbeam to form overall roof beam structure between two straight beams, in bottom, two straight beam two ends, fast pulley and steering wheel are respectively housed, and control moving direction by steering yoke, helix drum is welded with spiral plate between outer cylinder and inner cylinder, and be meshed with the roller in the single, double roller mount be contained on straight beam and sprocket wheel by the chain on the rolling wheel guide rails that is welded in outer cylinder periphery and chain frame, the right-hand member of helix drum puts in the right seat ring circle and feeder being fixed on roof beam structure right-hand member; Left end puts in the left seat ring circle and discharger being fixed on roof beam structure left end, be connected with insulation transverse tube take out, compressor is contained on the straight beam of helix drum side, the roof beam structure on the left of helix drum is also equipped with the drive motors be connected with power transmission shaft and the compression pump that is connected with mouth of calming the anger and the switch board be connected with electrical appliance.
2. a kind of mobile spiral cylinder foodstuff drying device according to claim 1, it is characterized in that: the generation of solar heat air and collection, first lay one layer of heat preservation layer (2) on building roof (1), layer overlay solar tile plate on this again, this watt of plate is by watt upper plate (4), watt lower plate (5), diversion cavity (7), vertically connect muscle (8), solar energy coating (9), connect insulating tube (11), upper connective plate (12), air inlet mesh (105), lower linking plate (106), left cover (107), right cover plate (108) is formed, watt its groove ditch of upper plate (4) is linear, circular arc for raising up between two groove ditches, watt plate left end is provided with circular arc left cover (107), its arc radius is identical with other circular arc, right-hand member is also provided with circular arc right cover plate (108), the thickness of its arc radius one deck watt upper plate (4) less of other arc radius, in a watt upper plate (4), left cover (107), the upper surface of right cover plate (108) is provided with solar energy coating (9), watt lower plate (5) is linear, respectively have one vertically to connect muscle (8) at the groove ditch two ends of a watt upper plate (4) to be connected with a watt lower plate (5), watt circular arc centerline that upper plate (4) raises up has one vertically to connect muscle (8) to be connected with a watt lower plate (5), what left cover (107) was connected with a watt lower plate (5) vertically connects muscle (8), be located at the circular arc center line position to the right that raises up, center of arc's line both sides that right cover plate (108) raises up respectively are provided with one and vertically connect muscle (8) and be connected with a watt lower plate (5), each diversion cavity (7) of watt plate is connected with lower linking plate (107) by upper connective plate (12).
3. a kind of mobile spiral cylinder foodstuff drying device according to claim 1 and 2, it is characterized in that: be provided with upper connective plate (12) at the upper end of a watt upper plate (4), and the heart is provided with and the connection insulating tube (11) being incubated transverse tube (3) and being connected wherein, in it circular hole and watt plate diversion cavity (7) and be incubated the intracavity inter-connection of transverse tube (3), be equipped with in the groove ditch of watt upper plate (4) of watt plate and be incubated the solar vacuum glass tube or solar energy vacuum glass heating pipe (10) that transverse tube (3) is connected, this pipe is by outer glass tube (110), glass inner tube (111), vacuum chamber (112), solar energy sputtering layer (113), leakage hole (114) is formed, between outer glass tube (110) and glass inner tube (111), its right-hand member is closed by glass sintering, its left end also becomes semicircle arcuation by glass sintering and seals, and connection outer glass tube (110) and glass inner tube (111) is provided with at this end center, and the leakage hole (114) communicated with glass inner tube (111) interior circular hole, the cylindrical that solar energy sputtering layer (113) is sprayed on glass inner tube (111) is placed, be vacuum chamber (112) between outer glass tube (110) and glass inner tube (111), connect with overlap joint between two adjacent watts of plates, left cover (108) is pressed on the right cover plate (109) of another block watt plate, by staple (6) through left, right cover plate (108, 109) be fixed on building roof (1).
4. a kind of mobile spiral cylinder foodstuff drying device according to claim 1, it is characterized in that: dryer is by portable roof beam structure, helix drum, right seat ring circle, left seat ring circle, take out, compressor, pump and driving power system composition, portable roof beam structure: be laterally all be welded with several crossbeam (44) to form overall roof beam structure between two straight beams (35), a steering wheel is respectively housed in the right-hand member bottom of two straight beams (35) and supports (31), and fixed by rotating shaft holder (32) and straight beam (35), both direction wheel (33) is fixed on steering wheel by wheel shaft (32) and supports in the groove of (31), the right-hand member of right connecting rod (95) is contained in steering wheel and supports on (31), left end is connected with steering yoke (30), the left end of left connecting rod (104) supports (31) and is connected with another steering wheel, its right-hand member is connected with steering yoke (30), top and the stay column (99) be welded on front root crossbeam (44) of steering yoke (30) are movably connected and connect, right-hand member is movably connected by bearing pin (29) and draw bar (28) and connects, draw bar (28) can be fixed on fixing card (27), a fast pulley is respectively housed in the left end bottom of two straight beams (35) and supports (53), fast pulley (54) is arranged on fast pulley by fixing wheel shaft (55) and supports in the groove of (53), several support column (52) is all equipped with in the bottom of two straight beams (35) between steering wheel support (31) and fast pulley support (53), and a rhizoid bar (50) is housed on its cross bar stretched out to the right, handwheel (51) is equipped with in its upper end, bearing (49) is equipped with in lower end.
5. a kind of mobile spiral cylinder foodstuff drying device according to claim 1 or 4, it is characterized in that: equidistant in the appropriate location, top of anterior straight beam (35) several single-wheel seat (41) and two-wheel seat (36) are housed, by bearing and power transmission shaft (39), roller (43) is fixed therein in the groove of single-wheel seat (41), also by bearing and power transmission shaft (36) in the groove of two-wheel seat (36), sprocket wheel (38) and roller (43) are fixed therein, the left end of power transmission shaft (39) is equipped with in discharging takes turns (56) and holder (62), and be connected with drive motors (64) by shaft coupling (40), at list, two-wheel seat (41), (36) power transmission shaft (39) between is also equipped with shaft coupling (40), also the single-wheel seat (41) of equal number is filled on the top of rear portion straight beam (35) and anterior straight beam (35) opposite position, roller (43) is fixed in its groove by bearing and axle, on the right-hand member top of roof beam structure, right seat ring circle (16) is housed, be provided with blast pipe (14) and exhaust outlet (15) at an upper portion thereof, feed hopper (20) is housed in its front portion, charging impeller (22) is contained in feed hopper (20) by feeder axle (21), after the left end of feeder axle (21) stretches out feed hopper (20), synchronizing wheel (23) is housed, and be connected with the lower synchronizing wheel (26) being contained in power transmission shaft (39) right-hand member by Timing Belt (24), the bottom of feed hopper (20) communicates with spiral plate (79), the right-hand member of right seat ring circle (16) is closed mutually by right flap (18).
6. a kind of mobile spiral cylinder foodstuff drying device according to claim 1 or 4, it is characterized in that: in the left upper part of roof beam structure, left seat ring circle (77) is housed, top discharge plate (98) is housed in its underpart, and have discharging opening (60) thereon, one piece of discharging side plate (100) is respectively housed in the both sides of top discharge plate (98), the right wheel shaft of discharging (59) is fixed on the right end position of discharging side plate (100) by bearing block and bearing, the right wheel shaft of discharging (59) between two pieces of discharging side plates (100) is equipped with synchronizing wheel, right synchronizing wheel (96) is housed after discharging side plate (100) is stretched out in one end of the right wheel shaft of discharging (59), and by discharging wheel belt (57) with discharging is taken turns (56) and is connected, discharging revolver axle (102) is fixed on the left position of discharging side plate (100) by bearing block and bearing, left synchronizing wheel (103) is contained on this axle, the right wheel shaft of discharging (59) and discharging revolver axle (102) are equipped with out material strip (97), discharging impeller (101) is uniform to be contained in out on material strip (97), discharge bucket (61) angle mount is at discharger right lower quadrant, left flap (71) is fixed on the left end of left seat ring circle (77), and open mouth of calming the anger (76) thereon, center has the circular hole that electrical appliance (68) can be allowed to stretch out, the roof beam structure in left seat ring circle (77) left side is equipped with the drive motors (64) be connected with power transmission shaft (39), with the compression pump (65) be connected with mouth of calming the anger (76) by tube connector (67) and the switch board (66) be connected with electrical appliance (68).
7. a kind of mobile spiral cylinder foodstuff drying device according to claim 1, it is characterized in that: helix drum is welded with spiral plate (79) between outer cylinder (80) and inner cylinder (81), outer cylinder (80) is than the width of spiral plate (79) and the short right seat ring circle (16) of inner cylinder (81) and a left seat ring circle (77), the tempering district (92) of a segment length is provided with in the centre position of helix drum, it is left, right both sides are respectively provided with second thermal treatment zone (88) and first thermal treatment zone (94) of a segment length, in two thermals treatment zone (88, 94) in, outer cylinder (81, 80) tens of electric heating pipe boxes (89) are welded with in the interval of the spiral plate (79) between, (90 are mounted in it electrothermal tube, at the interior circular hole moderate angles of inner cylinder (81), refrigerator pipe (72) is housed, this pipe left end is fixed on the left position of inner cylinder (81) by screw and ventilation net (74), and and the interval of spiral plate (79) communicate, its right-hand member is also fixed on the left end of tempering district (92) by screw and ventilation net (74), and and the interval of spiral plate (79) communicate, the left end of inner cylinder (81) is equipped with inner core left cover (69), electrical appliance (68) is contained in the center on the left of it, electrothermal tube (90), temperature and relative humidity (91) are connected with electrical appliance (68) by wire (70), and inner cylinder (81) left end cylindrical is enclosed and sealed mutually by sealing ring (73) and left flap (71), the weld all around of right-hand member cylindrical has annular spiral right end plate (19).
8. a kind of mobile spiral cylinder foodstuff drying device according to claim 1 or 7, it is characterized in that: place at the cylindrical of outer cylinder (80) and be equidistantly welded with several rolling wheel guide rails (42) and chain frame (82), chain (37) is fixed thereon, be meshed with the roller (43) be arranged on two straight beams (35) and sprocket wheel (38) by rolling wheel guide rails (42) and chain (37), the cylindrical of outer cylinder (80) encloses first, two thermals treatment zone (94, 88) the gentle Red Region (92) and right-hand member are provided with heat-insulation layer (93), spiral plate (79) and and the right-hand member of inner cylinder (81) put in right seat ring circle (16) and feeder, left end puts in left seat ring circle (77) and discharger, seal (78) by left seat between the left end of outer cylinder (80) with left seat ring circle (77) to close mutually, seal (17) by right seat between right-hand member with right seat ring circle (16) to close mutually.
9. a kind of mobile spiral cylinder foodstuff drying device according to claim 1 or 7, it is characterized in that: first, two thermals treatment zone (94, 88) cylindrical of the outer cylinder (80) of left end encloses and is respectively provided with rotary compression ring (83), and have the air admission hole (85) communicated with spiral plate (79), and separation net (86) is housed on this hole, fixing ventilation ring (84) is provided with outside the cylindrical corresponding with rotary compression ring (83) encloses, and be fixed on roof beam structure, closed mutually by the end face seal (87) be fixed on the inwall of fixing ventilation ring (84) both sides between rotary compression ring (83) and fixing ventilation ring (84), be connected by cross pipe (45) between two fixing ventilation rings (84), be contained in taking out on anterior straight beam (35), the bleeding point of compressor (48), by air-breathing insulating tube (46) with the insulation transverse tube (3) that solar tile plate is connected with solar energy vacuum glass heating pipe (10) be housed be connected, mouth of calming the anger is connected with sway bracing pipe (45) by insulating tube of calming the anger (47).
10. a kind of mobile spiral cylinder foodstuff drying device according to claim 1, it is characterized in that: take out, the power of compressor (48), drive motors (64), compression pump (65), electrical appliance (68) provides by switch board (66), and control by it.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420701681.XU CN204259730U (en) | 2014-07-28 | 2014-11-21 | A kind of mobile spiral cylinder foodstuff drying device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2014204170990 | 2014-07-28 | ||
| CN201420417099 | 2014-07-28 | ||
| CN201420701681.XU CN204259730U (en) | 2014-07-28 | 2014-11-21 | A kind of mobile spiral cylinder foodstuff drying device |
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| Publication Number | Publication Date |
|---|---|
| CN204259730U true CN204259730U (en) | 2015-04-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420701681.XU Expired - Fee Related CN204259730U (en) | 2014-07-28 | 2014-11-21 | A kind of mobile spiral cylinder foodstuff drying device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105201157A (en) * | 2015-07-01 | 2015-12-30 | 瞿云亮 | Dual-energy and dual-heat-preserving multifunctional building material tile slab heating and cooling system |
| CN105265572A (en) * | 2015-11-20 | 2016-01-27 | 湖南省金峰机械科技有限公司 | Grain dryer |
-
2014
- 2014-11-21 CN CN201420701681.XU patent/CN204259730U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105201157A (en) * | 2015-07-01 | 2015-12-30 | 瞿云亮 | Dual-energy and dual-heat-preserving multifunctional building material tile slab heating and cooling system |
| CN105265572A (en) * | 2015-11-20 | 2016-01-27 | 湖南省金峰机械科技有限公司 | Grain dryer |
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Granted publication date: 20150415 Termination date: 20161121 |