CN105627719A - Anti-blocking chemical material drying device - Google Patents
Anti-blocking chemical material drying device Download PDFInfo
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- CN105627719A CN105627719A CN201610107689.7A CN201610107689A CN105627719A CN 105627719 A CN105627719 A CN 105627719A CN 201610107689 A CN201610107689 A CN 201610107689A CN 105627719 A CN105627719 A CN 105627719A
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- sieve plate
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B17/00—Machines or apparatus for drying materials in loose, plastic, or fluidised form, e.g. granules, staple fibres, with progressive movement
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
- F26B25/04—Agitating, stirring, or scraping devices
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- General Engineering & Computer Science (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The invention discloses an anti-blocking chemical material drying device. The anti-blocking chemical material drying device comprises an upper cylinder body, a heating device and a stirring device. The stirring device comprises a main body, and a first gear, a second gear, a first supporting rod, a second supporting rod, a first connecting rod and a second connecting rod are arranged on the main body; the second connecting rod and the second supporting rod are in sliding connection, and a first motor and a rotating shaft are arranged at the bottom end of the second connecting rod; the upper cylinder body is provided with a lower cylinder body, and the top end of the lower cylinder body is provided with a screen plate and a supporting column; the screen plate comprises an upper screen plate body and a lower screen plate body; a vibration device is arranged on the upper screen plate body, and the lower cylinder body comprises a first cylinder and a second cylinder; and a third motor is arranged at the bottom of the first cylinder, and the first cylinder is sleeved with a third cylinder. The anti-blocking chemical material drying device has the beneficial effects that through the stirring device, blocky raw materials can be scattered, and are driven to rotate, and therefore evaporation of water in the raw materials is accelerated; and the upper cylinder body and the lower cylinder body are matched to achieve dual-drying effects, and drying is thorough.
Description
Technical field
The present invention relates generally to field of chemical equipment, specifically a kind of anti-caking block chemical material drying installation.
Background technology
Dry often finger makes moisture in material (or solvent) gasify by means of heat energy, and take away the process of the steam generated, chemical industry has and applies very widely, but, owing to wet powder very easily lumps in chemical material drying process, not only it is unfavorable for completely dried, also have impact on the use of the later stage of chemical feedstocks, in addition, chemical material is unfavorable for being taken away and enrichment in drying cylinder by air-flow because quality is excessive after luming, finally cause latch up phenomenon, cause drying not thorough, even need in addition drying more once.
Summary of the invention
For solving deficiency of the prior art, the present invention provides a kind of anti-caking block chemical material drying installation, be conducive to breaing up caking raw material by whipping appts and drive it to rotate the evaporation accelerating moisture in raw material, increase the rate of drying of raw material, upper shell and lower shell cooperatively interact and reach the effect of dual drying, thoroughly dry.
The present invention for achieving the above object, is achieved through the following technical solutions:
A kind of anti-caking block chemical material drying installation, comprise in cylinder shape and the upper shell that two ends are all through up and down, the top of described upper shell arranges opening for feed, described upper shell comprises inner barrel, described inner barrel outside sheathed middle cylinder body and outer cylinder body successively, in described inner barrel, humidity sensor is set, temperature sensor, between described inner barrel and middle cylinder body, circular channel is set, between described middle cylinder body and outer cylinder body, thermofin is set, also comprise heating unit, whipping appts, described heating unit arranges the first pipe body, 2nd pipe body, described first pipe body, 2nd pipe body is all through outer cylinder body, thermofin, middle cylinder body is connected with circular channel, described whipping appts comprises main body, described main body arranges the first gear, 2nd gear, first support bar, 2nd support bar, one end of described first support bar is connected with body rotation, the other end arranges head rod, one end of described 2nd support bar is connected with body rotation, the other end arranges the 2nd union lever, the top of described 2nd union lever arranges the first chute, described 2nd union lever is slidably connected by the first chute and the 2nd support bar, described head rod arranges the first spacing slide block away from one end of the first support bar, described 2nd union lever arranges the 2nd chute that slide block spacing with first matches, described head rod is by the first spacing slide block, 2nd chute and the 2nd union lever are slidably connected, described first gear arranges the first convex post, described first gear drives the first support bar left-right rotation by the first convex post, described 2nd gear arranges the 2nd convex post, described 2nd gear drives the 2nd support bar to rotate up and down by the 2nd convex post, the bottom of described 2nd union lever arranges the first motor, described first motor arranges rotating shaft, described rotating shaft extends downward the bottom of upper shell and arranges paddle, the bottom of described upper shell arranges lower shell, the top of described lower shell arranges sieve plate and pillar stiffener, described sieve plate comprises position, the upper sieve plate that size is corresponding, lower sieve plate, described upper sieve plate arranges shaking device, described upper sieve plate, lower sieve plate all arranges sieve aperture, described pillar stiffener arranges blower, one end of described pillar stiffener is connected with the bottom of lower shell, the other end arranges the 2nd motor, described 2nd motor is connected with lower sieve plate, under described 2nd driven by motor, sieve plate rotates, the falling velocity of control chemical material, described lower shell comprises the first cylinder and is set in the 2nd cylinder of the first cylinder outside, described first cylinder body bottom arranges the 3rd motor, described 3rd motor is connected with the 2nd cylinder and drives the 2nd barrel body rotation, outer sheathed 3rd cylinder of described first cylinder, the bottom of described 2nd cylinder arranges opening, described opening runs through the first cylinder, 2nd cylinder is connected with the 3rd cylinder.
The bottom of described 3rd cylinder arranges discharge port, and the lower section of described discharge port arranges material receiving apparatus, and described material receiving apparatus comprises transporting mechanism and connects charging basket.
Described discharge port is that cross-sectional area is from the upper truncated cone-shaped reduced gradually downwards.
Support block for preventing the 2nd cylinder from tilting is set between described first cylinder and the 2nd cylinder.
Arranging the projection matched with the 2nd convex post on described 2nd support bar, described projection is arcuate structure away from one end of the 2nd support bar.
Being horizontally disposed with the 3rd chute on described head rod, described main body arranges the 2nd spacing slide block matched with the 3rd chute.
Contrast and prior art, the useful effect of the present invention is:
1, in upper shell of the present invention, paddle is set, paddle can left and right, move up and down, be conducive to breaing up caking raw material and drive it to rotate the evaporation accelerating moisture in raw material, increase the rate of drying of raw material, upper shell and lower shell cooperatively interact, and arrange the contact that blower is conducive to raw material and dry air in lower shell, and the moisture accelerated in the 2nd cylinder distributes, reach the effect of dual drying, thoroughly dry.
2, the lower section of discharge port of the present invention arranges material receiving apparatus, is conducive to being stored by dried chemical feedstocks, packing.
3, discharge port of the present invention is cross-sectional area from the upper truncated cone-shaped reduced gradually downwards, is conducive to chemical feedstocks to fall, the diameter of reduction material receiving port, it is also possible to conveniently connect material.
4, the present invention arranges the support block for preventing the 2nd cylinder from tilting, and increases the stability of the 2nd cylinder.
5, the present invention the 2nd support bar arranges the projection matched with the 2nd convex post, is conducive to the 2nd convex post to stir the 2nd union lever and rotates up and down.
6, head rod of the present invention and main body are slidably connected, and are conducive to increasing the stability of head rod, prevent the first spacing slide block stop from affecting the 2nd union lever in the bottom of the 2nd chute and move up and down.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of the present invention;
Accompanying drawing 2 is the connection state schematic diagram of upper shell of the present invention and lower shell.
Label shown in accompanying drawing: 1, upper shell; 11, inner barrel; 12, middle cylinder body; 13, outer cylinder body; 14, circular channel; 15, thermofin; 16, opening for feed; 2, heating unit; 21, the first pipe body; 22, the 2nd pipe body; 3, main body; 31, the first gear; 32, the 2nd gear; 33, the first support bar; 34, the 2nd support bar; 35, head rod; 36, the 2nd union lever; 37, the first chute; 38, the first spacing slide block; 39, the 2nd chute; 4, rotating shaft; 41, the first convex post; 42, the 2nd convex post; 43, the first motor; 44, paddle; 45, protruding; 46, the 3rd chute; 47, the 2nd spacing slide block; 5, lower shell; 51, pillar stiffener; 52, upper sieve plate; 53, lower sieve plate; 54, the 2nd motor; 55, the first cylinder; 56, the 2nd cylinder; 57, the 3rd motor; 58, opening; 59, shaking device; 6, the 3rd cylinder; 61, discharge port; 7, transporting mechanism; 8, charging basket is connect; 9, block is supported.
Embodiment
By reference to the accompanying drawings and specific embodiment, the invention will be further described. Limit the scope of the invention it will be understood that these embodiments are only not used in for illustration of the present invention. In addition it will be understood that after having read the content that the present invention lectures, the present invention can be made various changes or modifications by those skilled in the art, and these equivalent form of values fall within the application's appended claims limited range equally.
A kind of anti-caking block chemical material drying installation, comprise in cylinder shape and the upper shell 1 that two ends are all through up and down, the top of described upper shell 1 arranges opening for feed 16, described upper shell 1 comprises inner barrel 11, described inner barrel 11 outside sheathed middle cylinder body 12 and outer cylinder body 13 successively, in described inner barrel 11, humidity sensor is set, temperature sensor, between described inner barrel 11 and middle cylinder body 12, circular channel 14 is set, between described middle cylinder body 12 and outer cylinder body 13, thermofin 15 is set, also comprise heating unit 2, whipping appts, described heating unit 2 arranges the first pipe body 21, 2nd pipe body 22, described first pipe body 21, 2nd pipe body 22 is through outer cylinder body 13, thermofin 15, middle cylinder body 12 is connected with circular channel 14, in heating unit 2, adding liquid heating medium is (such as water, thermal oil etc.), heating medium is at the first pipe body 21, 2nd pipe body 22, heating unit 2, circular channel 14 circulates, heating medium is heated to mobile temperature in heating unit 2 and enters circular channel 14 through the first pipe body 21, temperature in inner barrel 11 is raised, thus make the moisture high temperature evaporation in the chemical principle item in inner barrel 11, it is dried process, flowing through interior cylinder heating medium temperature to decline to some extent, therefore return to heating unit 2 by the 2nd pipe body 22 and reheat, so circulation carries out. thermofin 15 enough prevents heating medium from raising the temperature of outer cylinder body 13, avoids outer cylinder body 13 to produce danger because temperature is too high. described whipping appts comprises main body 3, described main body 3 arranges the first gear 31, the 2nd gear 32, first support bar 33, the 2nd support bar 34, preferably the first gear 31, the 2nd gear 32 engage, convenient control the first gear 31, the 2nd gear 32 synchronous axial system. one end and the main body 3 of described first support bar 33 are rotationally connected, the other end arranges head rod 35, one end and the main body 3 of described 2nd support bar 34 are rotationally connected, the other end arranges the 2nd union lever 36, the top of described 2nd union lever 36 arranges the first chute 37, described 2nd union lever 36 is slidably connected by the first chute 37 and the 2nd support bar 34, described head rod 35 arranges the first spacing slide block 38 away from one end of the first support bar 33, described 2nd union lever 36 arranges the 2nd chute 39 that slide block 38 spacing with first matches, described head rod 35 is by the first spacing slide block 38, 2nd chute 39 and the 2nd union lever 36 are slidably connected, 2nd union lever 36 can move up and down along with the 2nd support bar 34, can also along with the first support bar 33 moves left and right under the transmission of the 2nd union lever 36. described first gear 31 arranges the first convex post 41, described first gear 31 drives the first support bar 33 left-right rotation by the first convex post 41, described 2nd gear 32 arranges the 2nd convex post 42, described 2nd gear 32 drives the 2nd support bar about 34 to rotate by the 2nd convex post 42, first gear 31 and the 2nd gear 32 rotate, drive the first support bar 33, the 2nd support bar 34 to move respectively, so drive the 2nd union lever about 36, move up and down. the bottom of described 2nd union lever 36 arranges the first motor 43, described first motor 43 arranges rotating shaft 4, described rotating shaft 4 extends downward the bottom of upper shell 1 and arranges paddle 44, paddle 44 can left and right, move up and down, be conducive to breaing up caking raw material and drive it to rotate the evaporation accelerating moisture in raw material, increase the rate of drying of raw material.The bottom of described upper shell 1 arranges lower shell 5, the top of described lower shell 5 arranges sieve plate and pillar stiffener 51, described sieve plate comprises the corresponding upper sieve plate 52 of position, size, lower sieve plate 53, described upper sieve plate 52 arranges shaking device 59, all arranging sieve aperture on described upper sieve plate 52, lower sieve plate 53, described pillar stiffener 51 arranges blower, blower blows the dry air of heat in the 2nd cylinder 56, be conducive to the contact of raw material and dry air, and the moisture accelerated in the 2nd cylinder 56 distributes. One end of described pillar stiffener 51 is connected with the bottom of lower shell 5, the other end arranges the 2nd motor 54, described 2nd motor 54 is connected with lower sieve plate 53, described 2nd motor 54 drives lower sieve plate 53 to rotate, the falling velocity of control chemical material, the humidity data in inner barrel 11 is reached control end by the humidity sensor in inner barrel 11, when control end detects that humidity reaches set(ting)value, controlling the 2nd motor 54 work drives lower sieve plate 53 to rotate, and chemical feedstocks is fallen; Instantly when the sieve aperture on sieve plate 53 overlaps with the sieve aperture of upper sieve plate 52, chemical feedstocks falls in the 2nd cylinder 56 with the fastest speed, and when the sieve aperture of the sieve aperture on sieve plate 53 and upper sieve plate 52 staggers instantly, chemical feedstocks falling velocity reduces, when staggering completely, chemical feedstocks stops falling. Described lower shell 5 comprises the first cylinder 55 and is set in the 2nd cylinder 56 of the first cylinder 55 outside, bottom described first cylinder 55, the 3rd motor 57 is set, described 3rd motor 57 is connected with the 2nd cylinder 56 and drives the 2nd cylinder 56 to rotate, blower and the 2nd cylinder 56 cooperatively interact, increase the dispersion effect of chemical feedstocks in the 2nd cylinder 56, increase the residence time of chemical feedstocks in the 2nd cylinder 56 simultaneously, increase drying effect, upper shell 1 and lower shell 5 cooperatively interact and reach the effect of dual drying, thoroughly dry. Outer sheathed 3rd cylinder 6 of described first cylinder 55, the bottom of described 2nd cylinder 56 arranges opening 58, and described opening 58 runs through the first cylinder 55, the 2nd cylinder 56 is connected with the 3rd cylinder 6.
In order to be conducive to being stored by dried chemical feedstocks, pack, the bottom of described 3rd cylinder 6 arranges discharge port 61, and the lower section of described discharge port 61 arranges material receiving apparatus, and described material receiving apparatus comprises transporting mechanism 7 and connects charging basket 8.
In order to be conducive to chemical feedstocks to fall, the diameter reducing material receiving port also can conveniently connect material, and described discharge port 61 is that cross-sectional area is from the upper truncated cone-shaped reduced gradually downwards.
In order to increase the stability of the 2nd cylinder 56, the support block 9 for preventing the 2nd cylinder 56 from tilting is set between described first cylinder 55 and the 2nd cylinder 56.
Stir the 2nd union lever about 36 to be conducive to the 2nd convex post 42 to rotate, described 2nd support bar 34 arranges the projection 45 that post 42 convex in the 2nd matches, described protruding 45 is arcuate structure away from one end of the 2nd support bar 34, also can increase the amplitude that the 2nd pole is rotated up and down simultaneously, increase the displacement that the 2nd union lever 36 moves up and down.
Stopping to prevent the first spacing slide block 38 affects the 2nd union lever 36 in the bottom of the 2nd chute 39 and moves up and down, and described head rod 35 is horizontally disposed with the 3rd chute 46, and described main body 3 arranges the 2nd spacing slide block 47 matched with the 3rd chute 46.
Embodiment:
A kind of anti-caking block chemical material drying installation, comprise in cylinder shape and the upper shell 1 that two ends are all through up and down, described upper shell 1 comprises inner barrel 11, the top of described upper shell 1 arranges opening for feed 16, described inner barrel 11 outside sheathed middle cylinder body 12 and outer cylinder body 13 successively, in described inner barrel 11, humidity sensor is set, temperature sensor, between described inner barrel 11 and middle cylinder body 12, circular channel 14 is set, between described middle cylinder body 12 and outer cylinder body 13, thermofin 15 is set, also comprise heating unit 2, whipping appts, described heating unit 2 arranges the first pipe body 21, 2nd pipe body 22, described first pipe body 21, 2nd pipe body 22 is through outer cylinder body 13, thermofin 15, middle cylinder body 12 is connected with circular channel 14, in heating unit 2, adding liquid heating medium is (such as water, thermal oil etc.) heating medium is at the first pipe body 21, 2nd pipe body 22, heating unit 2, circular channel 14 circulates, heating medium is heated to mobile temperature in heating unit 2 and enters circular channel 14 through the first pipe body 21, temperature in inner barrel 11 is raised, thus make the moisture high temperature evaporation in the chemical principle item in inner barrel 11, it is dried process, flowing through interior cylinder heating medium temperature to decline to some extent, therefore return to heating unit 2 by the 2nd pipe body 22 and reheat, so circulation carries out. thermofin 15 enough prevents heating medium from raising the temperature of outer cylinder body 13, avoids outer cylinder body 13 to produce danger because temperature is too high. described whipping appts comprises main body 3, described main body 3 arranges the first gear 31, the 2nd gear 32, first support bar 33, the 2nd support bar 34, preferably the first gear 31, the 2nd gear 32 engage, convenient control the first gear 31, the 2nd gear 32 synchronous axial system. one end and the main body 3 of described first support bar 33 are rotationally connected, the other end arranges head rod 35, one end and the main body 3 of described 2nd support bar 34 are rotationally connected, the other end arranges the 2nd union lever 36, the top of described 2nd union lever 36 arranges the first chute 37, described 2nd union lever 36 is slidably connected by the first chute 37 and the 2nd support bar 34, described head rod 35 arranges the first spacing slide block 38 away from one end of the first support bar 33, described 2nd union lever 36 arranges the 2nd chute 39 that slide block 38 spacing with first matches, described head rod 35 is by the first spacing slide block 38, 2nd chute 39 and the 2nd union lever 36 are slidably connected, 2nd union lever 36 can move up and down along with the 2nd support bar 34, can also along with the first support bar 33 moves left and right under the transmission of the 2nd union lever 36. described first gear 31 arranges the first convex post 41, described first gear 31 drives the first support bar 33 left-right rotation by the first convex post 41, described 2nd gear 32 arranges the 2nd convex post 42, described 2nd gear 32 drives the 2nd support bar about 34 to rotate by the 2nd convex post 42, described 2nd support bar 34 arranges the projection 45 that post 42 convex in the 2nd matches, described head rod 35 is horizontally disposed with the 3rd chute 46, described main body 3 arranges the 2nd spacing slide block 47 matched with the 3rd chute 46, first gear 31 and the 2nd gear 32 rotate, drive the first support bar 33 respectively, 2nd support bar 34 moves, and then drive the 2nd union lever about 36, move up and down. the bottom of described 2nd union lever 36 arranges the first motor 43, described first motor 43 arranges rotating shaft 4, described rotating shaft 4 extends downward the bottom of upper shell 1 and arranges paddle 44, paddle 44 can left and right, move up and down, be conducive to breaing up caking raw material and drive it to rotate the evaporation accelerating moisture in raw material, increase the rate of drying of raw material.The bottom of described upper shell 1 arranges lower shell 5, the top of described lower shell 5 arranges sieve plate and pillar stiffener 51, described sieve plate comprises the corresponding upper sieve plate 52 of position, size, lower sieve plate 53, described upper sieve plate 52 arranges shaking device 59, all arranging sieve aperture on described upper sieve plate 52, lower sieve plate 53, described pillar stiffener 51 arranges blower, blower blows the dry air of heat in the 2nd cylinder 56, be conducive to the contact of raw material and dry air, and the moisture accelerated in the 2nd cylinder 56 distributes. One end of described pillar stiffener 51 is connected with the bottom of lower shell 5, the other end arranges the 2nd motor 54, described 2nd motor 54 is connected with lower sieve plate 53, described 2nd motor 54 drives lower sieve plate 53 to rotate, the falling velocity of control chemical material, the humidity data in inner barrel 11 is reached control end by the humidity sensor in inner barrel 11, when control end detects that humidity reaches set(ting)value, controlling the 2nd motor 54 work drives lower sieve plate 53 to rotate, and chemical feedstocks is fallen; Instantly when the sieve aperture on sieve plate 53 overlaps with the sieve aperture of upper sieve plate 52, chemical feedstocks falls in the 2nd cylinder 56 with the fastest speed, and when the sieve aperture of the sieve aperture on sieve plate 53 and upper sieve plate 52 staggers instantly, chemical feedstocks falling velocity reduces, when staggering completely, chemical feedstocks stops falling. Described lower shell 5 comprises the first cylinder 55 and is set in the 2nd cylinder 56 of the first cylinder 55 outside, arranges the support block 9 for preventing the 2nd cylinder 56 from tilting between described first cylinder 55 and the 2nd cylinder 56. Bottom described first cylinder 55, the 3rd motor 57 is set, described 3rd motor 57 is connected with the 2nd cylinder 56 and drives the 2nd cylinder 56 to rotate, blower and the 2nd cylinder 56 cooperatively interact, increase the dispersion effect of chemical feedstocks in the 2nd cylinder 56, increase the residence time of chemical feedstocks in the 2nd cylinder 56 simultaneously, increasing drying effect, upper shell 1 and lower shell 5 cooperatively interact and reach the effect of dual drying, thoroughly dry. Outer sheathed 3rd cylinder 6 of described first cylinder 55, the bottom of described 2nd cylinder 56 arranges opening 58, described opening 58 runs through the first cylinder 55, the 2nd cylinder 56 is connected with the 3rd cylinder 6, the bottom of described 3rd cylinder 6 arranges discharge port 61, the lower section of described discharge port 61 arranges material receiving apparatus, described material receiving apparatus comprises transporting mechanism 7 and connects charging basket 8, and described discharge port 61 is that cross-sectional area is from the upper truncated cone-shaped reduced gradually downwards. The useful effect of the present embodiment is: the lower section of discharge port 61 arranges material receiving apparatus, is conducive to being stored by dried chemical feedstocks, packing; Discharge port 61 is cross-sectional area from the upper truncated cone-shaped reduced gradually downwards, is conducive to chemical feedstocks to fall, and the diameter of reduction material receiving port also can conveniently connect material; Support block 9 for preventing the 2nd cylinder 56 from tilting is set, increases the stability of the 2nd cylinder 56; 2nd support bar 34 arranges the projection 45 that post 42 convex in the 2nd matches, is conducive to the 2nd convex post 42 to stir the 2nd union lever about 36 and rotates.
Claims (6)
1. an anti-caking block chemical material drying installation, comprise in cylinder shape and the upper shell (1) that two ends are all through up and down, the top of described upper shell (1) arranges opening for feed (16), it is characterized in that: described upper shell (1) comprises inner barrel (11), described inner barrel (11) outside is sheathed middle cylinder body (12) and outer cylinder body (13) successively, described inner barrel arranges humidity sensor in (11), temperature sensor, circular channel (14) is set between described inner barrel (11) and middle cylinder body (12), thermofin (15) is set between described middle cylinder body (12) and outer cylinder body (13), also comprise heating unit (2), whipping appts, described heating unit (2) arranges the first pipe body (21), 2nd pipe body (22), described first pipe body (21), 2nd pipe body (22) is all through outer cylinder body (13), thermofin (15), middle cylinder body (12) is connected with circular channel (14), described whipping appts comprises main body (3), described main body (3) arranges the first gear (31), 2nd gear (32), first support bar (33), 2nd support bar (34), one end and the main body (3) of described first support bar (33) are rotationally connected, the other end arranges head rod (35), one end and the main body (3) of described 2nd support bar (34) are rotationally connected, the other end arranges the 2nd union lever (36), the top of described 2nd union lever (36) arranges the first chute (37), described 2nd union lever (36) is slidably connected by the first chute (37) and the 2nd support bar (34), described head rod (35) arranges the first spacing slide block (38) away from one end of the first support bar (33), upper the 2nd chute (39) slide block (38) spacing with first being set and matching of described 2nd union lever (36), described head rod (35) is by the first spacing slide block (28), 2nd chute (39) and the 2nd union lever (36) are slidably connected, described first gear (31) arranges the first convex post (41), described first gear (31) drives the first support bar (33) left-right rotation by the first convex post (41), described 2nd gear (32) arranges the 2nd convex post (42), described 2nd gear (32) drives the 2nd support bar (34) to rotate up and down by the 2nd convex post (42), the bottom of described 2nd union lever (36) arranges the first motor (43), described first motor (43) arranges rotating shaft (4), described rotating shaft (4) extends downward the bottom of upper shell (1) and arranges paddle (44), the bottom of described upper shell (1) arranges lower shell (5), the top of described lower shell (5) arranges sieve plate and pillar stiffener (51), described sieve plate comprises position, the upper sieve plate (52) that size is corresponding, lower sieve plate (53), described upper sieve plate (52) arranges shaking device (59), described upper sieve plate (52), lower sieve plate (53) all arranges sieve aperture, described pillar stiffener arranges blower on (51), one end of described pillar stiffener (51) is connected with the bottom of lower shell (5), the other end arranges the 2nd motor (54), described 2nd motor (54) is connected with lower sieve plate (53), described 2nd motor (54) drives lower sieve plate (53) to rotate, the falling velocity of control chemical material, described lower shell (5) comprises the first cylinder (55) and is set in the 2nd outside cylinder (56) of the first cylinder (55), described first cylinder (55) bottom arranges the 3rd motor (57), described 3rd motor (57) is connected with the 2nd cylinder (56) and drives the 2nd cylinder (56) to rotate, described first cylinder (55) is sheathed 3rd cylinder (6) outward, the bottom of described 2nd cylinder (56) arranges opening (58), described opening (58) runs through the first cylinder (55), 2nd cylinder (56) is connected with the 3rd cylinder (6).
2. a kind of anti-caking block chemical material drying installation according to claim 1, it is characterized in that: the bottom of described 3rd cylinder (6) arranges discharge port (61), the lower section of described discharge port (61) arranges material receiving apparatus, and described material receiving apparatus comprises transporting mechanism (7) and connects charging basket (8).
3. a kind of anti-caking block chemical material drying installation according to claim 2, it is characterised in that: described discharge port (61) is for cross-sectional area is from the upper truncated cone-shaped reduced gradually downwards.
4. a kind of anti-caking block chemical material drying installation according to claim 1, it is characterised in that: the support block (9) being used for preventing the 2nd cylinder (56) from tilting is set between described first cylinder (55) and the 2nd cylinder (56).
5. a kind of anti-caking block chemical material drying installation according to claim 1, it is characterized in that: described 2nd support bar (34) above arranges the projection (45) matched with the 2nd convex post (42), and described projection (45) is arcuate structure away from one end of the 2nd support bar (34).
6. a kind of anti-caking block chemical material drying installation according to claim 1, it is characterized in that: be horizontally disposed with the 3rd chute (46) on described head rod (35), described main body (3) arranges the 2nd spacing slide block (47) matched with the 3rd chute (46).
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| CN201610107689.7A CN105627719B (en) | 2016-02-26 | 2016-02-26 | A kind of anti-caking chemical material drying device |
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| CN201610107689.7A CN105627719B (en) | 2016-02-26 | 2016-02-26 | A kind of anti-caking chemical material drying device |
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| CN105627719A true CN105627719A (en) | 2016-06-01 |
| CN105627719B CN105627719B (en) | 2018-01-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112146376A (en) * | 2020-09-14 | 2020-12-29 | 浦江凯瑞生物科技股份有限公司 | Drying equipment is used in heparin sodium purification |
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| CN201589509U (en) * | 2010-01-13 | 2010-09-22 | 中国非金属矿工业公司 | Clay mineral drying device |
| WO2014073203A1 (en) * | 2012-11-06 | 2014-05-15 | 共立工業株式会社 | Drying processing system for processing subject having fluid properties, and method for manufacturing dried object using this system |
| CN103822446A (en) * | 2014-02-26 | 2014-05-28 | 明圣化工机械（南通）有限公司 | Feeding device |
| CN204787706U (en) * | 2015-04-01 | 2015-11-18 | 广州市楹晟生物科技有限公司 | Automatic industrial drying device of defeated material |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112146376A (en) * | 2020-09-14 | 2020-12-29 | 浦江凯瑞生物科技股份有限公司 | Drying equipment is used in heparin sodium purification |
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| CN105627719B (en) | 2018-01-26 |
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