A kind of housing rotation type rubbish capping material agitator
Technical field
The utility model relates to technical field of waste treatment, is specifically related to house refuse covering and buries technical field, particularly relate to the rotatable rubbish capping material agitating device of a kind of section rotary.
Background technology
It is a kind of technology of garbage disposal fast-developing at present that rubbish covers, especially for house refuse, due to the continuous increase of population, nowadays the house refuse high number of China's generation every day, traditional processing mode passes through burning disposal, burn these house refuses and easily produce a large amount of poisonous and hazardous gas and material, serious environment pollution, so be cover to bury for the process preferred plan of house refuse.Due in house refuse containing a large amount of organic matter, if only simply bury process, organic matter can decompose under the effect of microorganism, produces the inflammable or gas frowzy such as methane, ammonia, there is larger potential safety hazard and pollute the environment; So need before present garbage bury to use cladding material to cover, namely form layer protective layer by this capstock on rubbish surface, can effectively prevent rainwater protection against erosion, and also there is ventilative effect, the generation of pernicious gas can be reduced.
In order to reach the function of preventing rain wash, present rubbish capping material needs plurality of raw materials mutually used in combination before use, need before use to stir, traditional agitating mode is by stirring manually, obviously artificial labour intensity is very large, and mixing effect is very poor, the requirement of uniform stirring cannot be met; Although and use traditional agitator to carry out stirring and can reduce manpower consumption, but the length of conventional agitator is generally fixing, if when the tank body holding cladding material is large tank body and has exceeded the stirring scope of agitator, traditional agitator just cannot meet require that of uniform stirring, namely traditional agitator inserts the part that can only stir cladding material after in tank, full and uniform stirring cannot be realized, the effect of cladding material when the later stage uses can be affected; Also has a kind of large-scale vehicle-mounted agitator, generally be used for the stirring of cement mortar, waste is compared in the stirring for rubbish capping material and cost is higher, when especially only needing small lot use cladding material, close by this large stirrer significant discomfort, energy resource consumption is large.
Utility model content
The utility model aims to provide the rotatable rubbish capping material agitating device of a kind of section rotary, with to solve in prior art existing hand labor intensity large, stir uneven, that result of use is poor, cost is high, energy resource consumption is large problem.
The utility model is achieved by following technical solution:
A kind of housing rotation type rubbish capping material agitator, comprise the base plate that bottom is connected with leg, base plate is provided with tank body, described tank body is divided into the upper stir chamber and lower stir chamber two parts that are connected, upper stir chamber is connected by dividing plate with lower stir chamber, and upper stir chamber is all connected by overhead structure with between dividing plate, between dividing plate with lower stir chamber; One end of described dividing plate and base plate all stretches out, and the segmentation of extension is all provided with driving mechanism, and described upper stir chamber and lower stir chamber outer wall are all socketed with annular rack rails, and annular rack rails and driving mechanism match.
Described driving mechanism comprises the speed changer and motor that are placed in dividing plate or the upper and lower both sides of base plate respectively, motor is articulated in dividing plate or base plate lower end by motor cabinet, motor output end is provided with driving wheel, speed changer is respectively equipped with power shaft and output shaft, power shaft is connected with the driving wheel of motor output end by belt, output shaft is parallel with described tank wall, output shaft upper end is connected with limited block, limited block is socketed with driven wheel, driven wheel is fixed on output shaft by the locking nut above it, and driven wheel is meshed with described annular rack rails.
Described dividing plate and base plate are all provided with retaining mechanism, and retaining mechanism is installed in the relative other end of driving mechanism; Retaining mechanism comprises the bearing be fixed on dividing plate or base plate, and holder top is connected with support plate, has screwed hole in the middle part of support plate, is connected with screw rod in this screwed hole, and inside and outside screw rod, two ends are separately installed with compact heap and handle.
Described tank body offers charging aperture and discharging opening in the middle part of upper and lower two ends respectively.
Inside described compact heap, block rubber is installed.
The beneficial effects of the utility model are:
Compared with prior art, the housing rotation type rubbish capping material agitator that the utility model provides, tank body is divided into two each and every one stir chamber, and each stir chamber outer wall all installs an annular rack rails, each annular rack rails is driven by independent driving mechanism, different stir chamber can be driven respectively to have rotated stirring by annular rack rails, can stir chamber transfer be selected according to different cladding material demands or entirely move, there is the advantage that flexibility is high, automaticity is high, and can significantly reduce hand labor intensity and save energy resource consumption, reduce costs; In addition, used by the discharging opening energy quickly discharging material of tank body bottom, improve operating efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the cut-away view of tank body in the utility model;
Fig. 3 is the johning knot composition of the utility model dividing plate and adjacent two stir chamber;
In figure: 1-tank body, 2-charging aperture, 3-dividing plate, 4-base plate, 5-discharging opening, 6-leg, 7-speed changer, 8-motor, 9-driving wheel, 10-motor cabinet, 11-power shaft, 12-output shaft, 13-limited block, 14-driven wheel, 15-locking nut, 16-support plate, 17-compact heap, 18-handle, 19-screw rod, 20-bearing, 21-annular rack rails, 22-stirring vane, 23-belt, the upper stir chamber of 101-, stir chamber under 102-.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is described further, but described in required protection domain is not limited to;
As Figure 1-3, the housing rotation type rubbish capping material agitator that the utility model provides, comprise the base plate 4 that bottom is connected with leg 6, base plate 4 is provided with tank body 1, described tank body 1 is divided into the upper stir chamber 101 and lower stir chamber 102 two parts that are connected, upper stir chamber 101 is connected by dividing plate 3 with lower stir chamber 102, and upper stir chamber 101 is all connected by overhead structure with between dividing plate 3, between dividing plate 3 with lower stir chamber 102; One end of described dividing plate 3 and base plate 4 all stretches out, and the segmentation of extension is all provided with driving mechanism, and described upper stir chamber 101 is all socketed with annular rack rails 21 with lower stir chamber 102 outer wall, and annular rack rails 21 matches with driving mechanism.Upper stir chamber 101 and lower stir chamber 102 two parts can be driven respectively to stir simultaneously or stir respectively by different driving mechanisms and annular rack rails 21, there is high use flexibility.
Described driving mechanism comprises the speed changer 7 and motor 8 that are placed in dividing plate 3 or base plate about 4 both sides respectively, motor 8 is articulated in dividing plate 3 or base plate 4 lower end by motor cabinet 10, motor 8 output is provided with driving wheel 9, speed changer 7 is respectively equipped with power shaft 11 and output shaft 12, power shaft 11 is connected with the driving wheel 9 of motor 8 output by belt 23, output shaft 12 and described tank body 1 outside wall parallel, output shaft 12 upper end is connected with limited block 13, limited block 13 is socketed with driven wheel 14, driven wheel 14 is fixed on output shaft 12 by the locking nut 15 above it, driven wheel 14 is meshed with described annular rack rails 21.Drive the driven wheel 14 on output shaft 12 to rotate by motor 8, and then drive annular rack rails 21 to rotate.
Described dividing plate 3 and base plate 4 are all provided with retaining mechanism, and retaining mechanism is installed in the relative other end of driving mechanism; Retaining mechanism comprises the bearing 20 be fixed on dividing plate 3 or base plate 4, and bearing 20 top is connected with support plate 16, has screwed hole in the middle part of support plate 16, is connected with screw rod 19 in this screwed hole, and inside and outside screw rod 19, two ends are separately installed with compact heap 17 and handle 18.Realized the locking of upper stir chamber 101 and lower stir chamber 102 by retaining mechanism, avoid the appearance of servo-actuated phenomenon.
Charging aperture 2 and discharging opening 5 is offered respectively in the middle part of described tank body about 1 two ends.By the discharging of cladding material in discharging opening 5 energy fast seafood tank body 1, can hand labor intensity be reduced and improve service efficiency.
In order to improve lock ability and frictional force, inside described compact heap 17, block rubber is installed.
During use, when being less than or equal to 1/2 of tank body 1 volume from charging aperture 2 input as the cladding material volume in tank body 1, only can complete stirring by the lower stir chamber 102 of driving, handle 18 in retaining mechanism now on rotating barrier 3, handle 18 drives screw rod 19 to rotate in support plate 16, and then drive compact heap 17 to move to the direction near tank body 1, until namely compact heap 17 completes the locking of upper stir chamber 101 after being closely connected with tank body 1 outer wall, can stir separately.Start the motor 8 of mounting on base plate 4, motor 8 drives driving wheel 9 to rotate, driving wheel 9 drives the power shaft 11 of speed changer 7 to rotate by belt 23, after entering speed changer 7 speed change, Motor torque is released on output shaft 12, output shaft 12 rotates, and then drive the driven wheel 14 on its top to rotate, along with the rotation of driven wheel 14, the annular rack rails 21 of lower stir chamber 102 outer wall can be driven to rotate, realize the single-ended Stirring of lower stir chamber 102, a motor 8 is now only had to work, energy consumption can be reduced, by discharging opening 5 quickly discharging material of tank body 1 bottom after having stirred.
When from charging aperture 2, the cladding material volume dropped in tank body 1 is greater than tank body 1 volume 1/2, stir chamber 101 and lower stir chamber 102 is needed jointly to stir, unclamp the handle 18 in the retaining mechanism on dividing plate 3, compact heap 17 is away from tank body 1, solution locks stir chamber 101, start two motors 8 simultaneously, motor 8 drives driving wheel 9 to rotate, driving wheel 9 drives the power shaft 11 of speed changer 7 to rotate by belt 23, after entering speed changer 7 speed change, Motor torque is released on output shaft 12, output shaft 12 rotates, and then drive the driven wheel 14 on its top to rotate, along with the rotation of driven wheel 14, two annular rack rails 21 can be driven respectively to rotate, and then realize the Stirring of whole tank body 1, by discharging opening 5 quickly discharging material of tank body 1 bottom after having stirred.
Mainly concentrate on tank body 1 bottom owing to throwing in the cladding material in tank body 1, the rotating speed of above stir chamber 101 without the need to too high, only need the variable Rate of controlled variator 7 to realize.