CN209147700U - A kind of dye sand equipment integrating stirring and functions/drying - Google Patents

Abstract

The utility model discloses a kind of dye sand equipment for integrating stirring and functions/drying, belong to dye sand equipment technical field, including exhaust blower, in horizontal positioned agitator, blender and hot air apparatus for generating thermal current, blender includes agitator and the driving device for driving agitator to rotate, one end of agitator is equipped with the feed box being connected to agitator, it is equipped in agitator along feed box to the inclined paddle in feed box direction, the other end of agitator is equipped with the feed box being connected to agitator, exhaust blower is connected to by the first conveying air hose with feed box, hot air apparatus is connected to by the second conveying air hose with feed box；While sand grains colouring, preliminarily dried can be carried out to the wet dye sand of upper lechery by thermal current, the dye sand after making discharging will not agglomerate in hopper, i.e., not will cause the blocking of storing feed opening, improving production efficiency；Since dye sand has obtained preliminarily dried, when being dried in subsequent high temperature drying bucket, drying time can be shortened.

Description

A kind of dye sand equipment integrating stirring and functions/drying

Technical field

The utility model relates to contaminate sand equipment technical field, more particularly to a kind of stirring of collection and functions/drying are one The dye sand equipment of body.

Background technique

Current dye sand technique is all that colored paint and white sand are first stirred several minutes in agitator, then blowing to one In a hopper, then communicated belt is sent into drying in drying machine, is sieved after dried and is put into finished bin, is finally packaged.This One dye sand production technology, the dye sand of production is relatively stable, but its there is also some defects, the damp sand material after being exactly stirred is storing up It is particularly easy to agglomerate in funnel, feed opening is blocked, once feed opening blocks, to expend and be lot more time to dredge, seriously Influence production efficiency.

Utility model content

In order to overcome the drawbacks of the prior art, the technical problem to be solved by the utility model is to propose a kind of collection stirring The dye sand equipment being integrated with functions/drying, generates thermal current by hot air apparatus, drives thermal current stirring using exhaust blower Circulation in bucket can carry out preliminarily dried to the wet dye sand of upper lechery by thermal current, after making discharging while sand grains colouring Dye sand will not agglomerate in hopper, i.e., not will cause storing feed opening blocking, improving production efficiency；And due to contaminating sand Preliminarily dried has been obtained, when being dried in subsequent high temperature drying bucket, drying time can be shortened.

For this purpose, the utility model uses following technical scheme: a kind of dye integrating stirring and functions/drying Sand equipment, it is described to stir including exhaust blower, in horizontal positioned agitator, blender and hot air apparatus for generating thermal current The machine of mixing includes agitator and the driving device for driving the agitator rotation, and one end of the agitator is equipped with and agitator The feed box of connection, the other end of the agitator are equipped with the feed box being connected to the agitator, set at the top of the feed box There are the connection feed box and the first hopper of direction upward, the bottom of the feed box, which is equipped with, is connected to the feed box and direction Second hopper directed downwardly, the feed box is interior to be equipped with material-guiding groove plate, and one end of the material-guiding groove plate and the pan feeding chamber interior wall weld Fixation is connect, the other end of the material-guiding groove plate protrudes into the agitator, and weldering is equipped on the agitator inner wall is distributed around inner wall Paddle, one end of the agitator is equipped with the feeding inlet being connected to the feed box, and the other end of the mixing drum is equipped with The discharge port being connected to the feed box；

The exhaust blower is connected to by the first conveying air hose with the feed box, and the hot air apparatus passes through the second conveying wind Pipe is connected to the feed box, and a side end face of the feed box is equipped with first and is open, on a side end face of the feed box Equipped with the second opening, first conveying air hose one end is connect with the air outlet of the exhaust blower, the first conveying air hose The other end and the first opening connection conducting, one end of the second conveying air hose and the air intake of the hot air apparatus connect It connects, the other end of the second conveying air hose and the second opening connection conducting；

Another side end face of the feed box is equipped with the third opening protruded into for described agitator one end, the feed box Another side end face be equipped with the 4th opening protruded into for the agitator other end, third opening inner wall and the stirring It is all had between bucket one end lateral wall and between the 4th opening and the other end lateral wall of the agitator between rotation Gap.

Optionally, the hot air apparatus include air blower and be sheathed on it is described second conveying air hose on heater, it is described One end of second conveying air hose is connect with the air intake of the air blower, and the heater is located at the feed box and the air blast Between machine, the heater includes described in seal casinghousing and fixation of the fixing sleeve on the second conveying air hose are set around On second conveying air hose and it is located at the intracorporal heater strip of the capsul.

It optionally, further include temperature sensor, the seal casinghousing is equipped with controller, is electrically connected with the controller Control panel and the display screen being electrically connected with the controller, the temperature sensor is electrically connected with the controller, described Temperature sensor is fixed in second delivery pipe and between the heater and the feed box, the control panel Including start button and heating regulation button.

Optionally, the driving device include fixed frame, driving motor, the retarder being connect with driving motor, shaft and If the dry rubber substance tugboat being sheathed in the shaft, the fixed frame is equipped with the installation station for being used to support the agitator, The shaft is located at the lower section of the agitator and is connect with the driving motor by the retarder, the rubber tugboat and The shaft rotates synchronously, and the rubber tugboat is in contact and is rotatably assorted with the agitator.

Optionally, the fixed frame includes base plate and the braced frame that is fixed on the base plate, and the driving is electric Machine is fixed on the pedestal, and the shaft is fixed in the braced frame and is located at the agitator bottom, the support Weldering is equipped with several arc groove tracks on frame, the agitator lateral wall be equipped with it is several around the agitator circle distribution and With the ring rib of arc groove track cooperation, it is articulated on the ring rib several around the ring rib circumference point The idler wheel of cloth, the agitator are set to the fixed frame by the cooperation rotating turret of ring rib and the arc groove track.

Optionally, the first hopper upper cover is equipped with first cover board hinged with first hopper, second hopper Upper cover is equipped with second cover board hinged with second hopper.

The utility model has the following beneficial effects: the utility model generates thermal current by hot air apparatus, exhaust blower band is utilized Dynamic thermal current circulates in agitator, while sand grains colouring, can be carried out just to the wet dye sand of upper lechery by thermal current Drying is walked, the dye sand after making discharging will not agglomerate in hopper, i.e., not will cause the blocking of storing feed opening, promote production effect Rate；And since dye sand has obtained preliminarily dried, when being dried in subsequent high temperature drying bucket, when can shorten dry Between.

Detailed description of the invention

Fig. 1 is a kind of dye sand equipment for integrating stirring and functions/drying that specific embodiment of the present invention provides Overall structure diagram.

Fig. 2 is the enlarged diagram of the position Figure 1A.

Fig. 3 is a kind of dye sand equipment for integrating stirring and functions/drying that specific embodiment of the present invention provides Fixed rack structure schematic diagram.

In figure: 1, agitator；11, paddle；12, ring rib；2, feed box；21, the first opening；22, third is open； 23, material-guiding groove plate；24, the first hopper；241, the first cover board；3, feed box；31, the second hopper；311, the second cover board；4, air draft Machine；51, air blower；52, seal casinghousing；61, fixed frame；611, base plate；612, braced frame；613, arc groove track； 62, driving motor；63, retarder；64, rubber tugboat；65, shaft；71, the first conveying air hose；72, the second conveying air hose.

Specific embodiment

Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.

Fig. 1 schematically illustrates a kind of collection stirring of specific embodiment of the present invention offer and functions/drying is one The dye sand equipment overall structure schematic diagram of body, Fig. 2 schematically illustrate the enlarged diagram of the position Figure 1A, and Fig. 3 is illustratively A kind of fixation of dye sand equipment for integrating stirring and functions/drying of specific embodiment of the present invention offer is provided Frame structural schematic diagram.

As depicted in figs. 1 and 2, it is a kind of integrate stirring and functions/drying dye sand equipment, including exhaust blower 4, be in water Agitator 1, blender and the hot air apparatus for generating thermal current of placing flat, blender include agitator 1 and for driving The driving device that agitator 1 rotates, one end of agitator 1 is equipped with the feed box 2 being connected to agitator 1, agitator 1 it is another End is equipped with the feed box 3 being connected to agitator 1, is equipped with connection feed box 2 and the first hopper of direction upward at the top of feed box 2 24, the second hopper 31 that the bottom of feed box 3 is equipped with connection feed box 3 and is directed downward, feed box 2 is interior to be equipped with material-guiding groove plate 23, one end and 2 inner wall of feed box of material-guiding groove plate 23 are welded and fixed, and the other end of material-guiding groove plate 23 protrudes into agitator 1, stirring Weldering, which is equipped with, on 1 inner wall of bucket is distributed paddle 11 around inner wall, and one end of agitator 1 is equipped with the feeding inlet being connected to feed box 2, stirring The other end of cylinder is equipped with the discharge port being connected to feed box 3；Specifically, white sand to be dyed and dyestuff pass through the first pan feeding Material-guiding groove plate 23 in bucket and feed box 2 is sent into agitator 1, and starting driving device makes agitator 1 realize rotation, thus It is stirred；The design of paddle 11 can be carried out according to the paddle in existing concrete mortar blender in the present embodiment Design can be realized and be stirred dye sand when agitator 1 rotates forward, and discharge when the reversion of agitator 1, in the present embodiment Blender can also directly select the concrete mixer of model JZM750；In addition the direction in the present embodiment due to pan feeding is It up to lower carry out pan feeding, needs to carry out guide using material-guiding groove plate 23 thus, material bottom in feed box 2 is avoided to form accumulation, To influence the circulation of thermal current；As shown in Fig. 2, material-guiding groove plate 23 is two-part bending frid, the pan feeding gradient can be reduced, The speed of steady pan feeding, improves stability, can be rigid sheet bending and molding.

As depicted in figs. 1 and 2, exhaust blower 4 is connected to by the first conveying air hose 71 with feed box 2, and hot air apparatus passes through the Two conveying air hoses 72 are connected to feed box 3, and a side end face of feed box 2 is equipped with the first opening 21, a side end face of feed box 3 It is equipped with the second opening (not shown), first conveying 71 one end of air hose is connect with the air outlet of exhaust blower 4, the first conveying air hose 71 other end connect conducting with the first opening 21, and one end of the second conveying air hose 72 and the air intake of hot air apparatus connect, the The other end of two conveying air hoses 72 and the second opening connection conducting；Specifically, it is defeated that the hot gas that hot air apparatus generates flows through second Air supply tube 72 enters in agitator 1, and is discharged by exhaust blower 4, guarantees thermal current in agitator 1 by the discharge of exhaust blower 4 Lasting circulation, thus in agitator 1 dye sand realize desiccation.

As depicted in figs. 1 and 2, another side end face of feed box 2 is equipped with the third protruded into for 1 one end of agitator and is open 22, another side end face of feed box 3 is equipped with the 4th opening (not shown) protruded into for 1 other end of agitator, third opening It all has between 1 one end lateral wall of 22 inner walls and agitator and between the 4th opening and the other end lateral wall of agitator 1 and turns Dynamic gap；Specifically, the center line of third opening 22 and the 4th opening is overlapped with the center line of agitator 1, and agitator 1 is logical Over-driving device realizes rotation between feed box 2 and feed box 3, the running clearance of setting avoid agitator 1 when rotating by The obstruction of feed box 2 or feed box 3, running clearance should be small as far as possible in the present embodiment, preferably can be 2mm~3mm, turns The loss that dynamic gap is small when can reduce thermal current circulation, reduces energy consumption, save the cost, user can the demand of basis select and turn Dynamic gap, guarantee is easily worked assembly, and can preferably reduce the loss of thermal current.

The course of work of the utility model: the first, addition dye sand agent and white sand in agitator 1 restart hot air apparatus With exhaust blower 4, restart driving device, guarantees that agitator 1 rotates forward；The thermal current that hot air apparatus generates at this time passes through the second conveying Air hose 72 is sent into agitator 1, and exhaust blower 4 takes thermal current out of agitator 1 by the first conveying air hose 71, guarantees agitator 1 Interior thermal current circulates, and constantly circulate thermal current while being stirred in agitator 1, realizes tentatively to the dye sand in bucket It is dry；The second, after the completion of stir process, stop driving device, and be again started up driving device and agitator is inverted, thus real Reveal material, stops hot air apparatus and exhaust blower 4 after having discharged.

Generally speaking, the utility model generates thermal current by hot air apparatus, drives thermal current stirring using exhaust blower 4 Circulation in bucket 1 can carry out preliminarily dried to the wet dye sand of upper lechery by thermal current, make to discharge while sand grains colouring Dye sand afterwards will not agglomerate in hopper, i.e., not will cause the blocking of storing feed opening, improving production efficiency；And due to dye Sand has obtained preliminarily dried, when being dried in subsequent high temperature drying bucket, can shorten drying time.

Optionally, hot air apparatus includes air blower 51 and the heater that is sheathed on the second conveying air hose 72, the second conveying One end of air hose 72 is connect with the air intake of air blower 51, and between feed box 3 and air blower 51, heater includes heater Fixing sleeve conveys the seal casinghousing 52 on air hose 72 and fixes and is set around on the second conveying air hose 72 and is located at close set on second Heater strip (not shown) in capsule body 52；Specifically, delivery air in air hose 72 is conveyed toward second by air blower 51, The heater strip that is set around on the second conveying air hose 72 is heated after being powered, and the quilt when region of the air-flow Jing Guo heater strip winding Heater strip carries out being thermally formed thermal current, then delivers into agitator 1；Setting seal casinghousing 52 can preferably reduce heating The heat that silk generates leaks, and improves heating effect, reduces energy consumption, and improve safety in utilization.

It optionally, further include temperature sensor (not shown), seal casinghousing 52 is equipped with controller, is electrically connected with controller The control panel connect and the display screen (not shown) being electrically connected with the controller, temperature sensor are electrically connected with the controller, temperature Degree sensor is fixed in the second delivery pipe and between heater and feed box 3, control panel include start button and Heat regulation button；Specifically, the convenient hot stream temperature to generation of setting temperature sensor, which is realized, controls, in the present embodiment Preferred hot stream temperature is 50 DEG C~60 DEG C, i.e., controls the heating power of adjustment heater strip by controller to generate difference Temperature, adjust hot stream temperature, temperature be maintained between 50 DEG C~60 DEG C in the present embodiment, the reason is that if temperature is excessively high It is affected to dyestuff generation, is easily reduced the effect of dyeing, if temperature is too low, drying effect is unobvious, excellent thus It selects between 50 DEG C~60 DEG C；Wherein temperature sensor can be platinum resistance temperature sensor, adhere to the second conveying by glue In pipe, the display screen of setting is conveniently used for intuitive displays temperature numerical value, and convenient working person carries out inspection adjustment, and control plane is arranged Plate convenient working person is operated.

Optionally, as shown in figures 1 and 3, driving device includes that fixed frame 61, driving motor 62 and driving motor 62 connect If the retarder 63 connect, shaft 65 and the dry rubber substance tugboat 64 being sheathed in shaft 65, fixed frame 61 is equipped with to be used to support and stir The installation station of bucket 1 is mixed, shaft 65 is located at the lower section of agitator 1 and connect by retarder 63 with driving motor 62, and rubber drags Wheel 64 is rotated synchronously with shaft 65, and rubber tugboat 64 is in contact and is rotatably assorted with agitator 1；Specifically, driving motor 62 Rotated by 63 drive shaft 65 of retarder, shaft 65 drives rubber tugboat 64 to synchronize rotation, by rubber tugboat 64 and Pivoting friction between 1 outer wall of agitator, so that agitator 1 relatively rotates, so that agitator 1 be driven to be rotated.

Optionally, as shown in figures 1 and 3, fixed frame 61 includes base plate 611 and the support being fixed on base plate 611 Frame 612, driving motor 62 are fixed on pedestal, and shaft 65 is fixed in braced frame 612 and is located at 1 bottom of agitator, branch Weldering is equipped with several arc groove tracks 613 on support frame frame 612, and 1 lateral wall of agitator is equipped with several around 1 circle distribution of agitator And the ring rib 12 cooperated with arc groove track 613, it is articulated on ring rib 12 several around 12 circumference of ring rib point The idler wheel (not shown) of cloth, agitator 1 are set to by the cooperation rotating turret of ring rib 12 and arc groove track 613 and are fixed Frame 61；Specifically, agitator 1 is set up in braced frame 612 and ring rib 12 and 613 phase interworking of arc groove track It closes, the rolling that several idler wheels being pivotally connected on ring rib 12 can be reduced between ring rib 12 and arc groove track 613 rubs Power is wiped, rotation fluency is improved, also reduces the frictional dissipation between ring rib 12 and arc groove track 613, idler wheel can be with It is roller bearing；Driving motor 62 can be fixed on base plate 611 by mounting base in the present embodiment, and shaft 65 can lead to Bearing block is crossed to be fixed in braced frame 612.

Optionally, as shown in Figure 1,24 upper cover of the first hopper is equipped with first cover board 241 hinged with the first hopper 24, second 31 upper cover of hopper is equipped with and the second hinged cover board 311 of the second hopper 31；Specifically, the first cover board 241 and second is set Cover board 311 can be covered in whipping process, reduced scattering and disappearing for thermal current, improved the utilization efficiency of thermal current, energy saving.

The utility model is described with reference to the preferred embodiments, and those skilled in the art know, is not departing from this reality In the case where with novel spirit and scope, various changes or equivalence replacement can be carried out to these features and embodiment.This reality It is not limited to the particular embodiment disclosed with novel, other embodiments fallen into claims hereof all belong to In the range of the utility model protection.

Claims (6)

1. a kind of dye sand equipment for integrating stirring and functions/drying, it is characterised in that:

Including exhaust blower (4), in horizontal positioned agitator (1), blender and hot air apparatus for generating thermal current, it is described Blender includes agitator (1) and the driving device for driving the agitator (1) to rotate, one end of the agitator (1) Equipped with the feed box (2) being connected to agitator (1), the other end of the agitator (1) is equipped with to be connected to the agitator (1) Feed box (3), feed box (2) top, which is equipped with, is connected to the feed box (2) and the first hopper (24) of direction upward, described The bottom of feed box (3) is equipped with the second hopper (31) for being connected to the feed box (3) and being directed downward, and the feed box (2) is interior Equipped with material-guiding groove plate (23), one end and the feed box (2) inner wall of the material-guiding groove plate (23) are welded and fixed, the deflector chute The other end of plate (23) protrudes into the agitator (1), and weldering, which is equipped with, on agitator (1) inner wall is distributed inclined stir around inner wall Mix leaf (11), one end of the agitator (1) is equipped with the feeding inlet being connected to the feed box (2), the agitator (1) it is another One end is equipped with the discharge port being connected to the feed box (3)；

The exhaust blower (4) is connected to by the first conveying air hose (71) with the feed box (2), and the hot air apparatus passes through second Conveying air hose (72) is connected to the feed box (3), and a side end face of the feed box (2) is equipped with the first opening (21), institute The side end face for stating feed box (3) is equipped with the second opening, and described first conveys air hose (71) one end and the exhaust blower (4) Air outlet connection, the other end of first conveying air hose (71) connect conducting with first opening (21), and described second is defeated One end of air supply tube (72) is connect with the air intake of the hot air apparatus, it is described second conveying air hose (72) the other end with it is described Second opening connection conducting；

Another side end face of the feed box (2) is equipped with the third opening (22) protruded into for the agitator (1) one end, described Another side end face of feed box (3) is equipped with the 4th opening protruded into for the agitator (1) other end, the third opening (22) between inner wall and the agitator (1) one end lateral wall and the 4th opening and the other end of the agitator (1) Running clearance is all had between lateral wall.

2. a kind of dye sand equipment for integrating stirring and functions/drying as described in claim 1, it is characterised in that:

The hot air apparatus include air blower (51) and be sheathed on it is described second conveying air hose (72) on heater, described second Conveying air hose (72) one end connect with the air intake of the air blower (51), the heater be located at the feed box (3) and Between the air blower (51), the heater includes the seal casinghousing that fixing sleeve is set in second conveying air hose (72) (52) and fixation is set around the heater strip in second conveying air hose (72) and being located in the seal casinghousing (52).

3. a kind of dye sand equipment for integrating stirring and functions/drying as claimed in claim 2, it is characterised in that:

It further include temperature sensor, the control plane that the seal casinghousing (52) is equipped with controller, is electrically connected with the controller Plate and the display screen being electrically connected with the controller, the temperature sensor are electrically connected with the controller, and the temperature passes Sensor is fixed in second delivery pipe and between the heater and the feed box (3), the control panel packet Include start button and heating regulation button.

4. a kind of dye sand equipment for integrating stirring and functions/drying as described in claim 1, it is characterised in that:

The driving device includes fixed frame (61), driving motor (62), the retarder (63) connecting with driving motor (62), turns Axis (65) and be sheathed on the shaft (65) if on dry rubber substance tugboat (64), the fixed frame (61) be equipped be used to support institute The installation station of agitator (1) is stated, the shaft (65) is located at the lower section of the agitator (1) and by the retarder (63) It is connect with the driving motor (62), the rubber tugboat (64) and the shaft (65) rotate synchronously, the rubber tugboat (64) it is in contact and is rotatably assorted with the agitator (1).

5. a kind of dye sand equipment for integrating stirring and functions/drying as claimed in claim 4, it is characterised in that:

The fixed frame (61) includes base plate (611) and the braced frame (612) being fixed on the base plate (611), institute It states driving motor (62) to be fixed on the pedestal, the shaft (65) is fixed in the braced frame (612) and is located at institute Agitator (1) bottom is stated, weldering is equipped with several arc groove tracks (613), the agitator (1) on the braced frame (612) Lateral wall is equipped with several convex annulars around the agitator (1) circle distribution and with the arc groove track (613) cooperation Item (12) is articulated with several idler wheels around the ring rib (12) circle distribution, the stirring on the ring rib (12) Bucket (1) is set to the fixed frame (61) by the cooperation rotating turret of ring rib (12) and the arc groove track (613).

6. a kind of dye sand equipment for integrating stirring and functions/drying as described in claim 1, it is characterised in that:

First hopper (24) upper cover is equipped with first cover board (241) hinged with first hopper (24), second material (31) upper cover that struggles against is equipped with second cover board (311) hinged with second hopper (31).