A kind of device for transporting objects applied to concrete production line
Technical field
It the utility model is related to the technical field of concrete production machinery, and in particular to one kind is applied to concrete production line
Device for transporting objects.
Background technology
The concrete material basic as modern architecture industry, its market demand are huge.When a manufacturing enterprise possess it is large-scale
Concrete production line when, how to reallocate resources realization efficiently production turn into achievement urgent problem to be solved.In the prior art, it is
Large-sized concrete manufacturing enterprise often establishes factory respectively in various regions, to utilize various regions different industrial advantage and money
Source distribution realizes that concrete high-efficiency produces, and still, unified control can not be carried out by so also resulting in the production status between each subsidiary factory
System, so as to cause low production efficiency, the means of production cause the wasting of resources using unreasonable.
Utility model content
The purpose of this utility model is to overcome deficiency in existing product, there is provided a kind of material applied to concrete production line
Conveying device.
In order to achieve the above object, the utility model is achieved through the following technical solutions:
The utility model proposes a kind of device for transporting objects applied to concrete production line, including sand conveying device,
Building stones conveying device, cement bag grabbing device and chassis body, sand conveying device and building stones conveying device use identical structure;
The chassis body includes two guide rails and for the fixed support frame for supporting two guide rails;The sand is defeated
Device is sent to include conveying band, the 4th servomotor, belt wheel, transmission axle and blowing swash plate;The sand conveying device is used for will
Sand feedstock transportation is to upset up and down in hopper, including conveying band, the 4th servomotor, belt wheel, transmission axle and blowing swash plate;
Conveying band is set on belt wheel, and the 4th servomotor is connected by transmission axle with belt wheel, and blowing swash plate is arranged on conveying band
Mobile front end;4th servomotor drives transmission axle and belt wheel rotation together after starting, while driving is set on belt wheel
Conveying band carries out transmission campaign, and the sand raw material taken positioned at conveying bar is fed forward and delivered into along blowing swash plate
Above and below to upset in hopper;
The cement bag grabbing device include the 3rd servomotor, movable installation board, guide wheel, upper mechanical arm, articulated mounting,
Lower mechanical arm, rotary shaft and cement bag handgrip;The cement bag grabbing device is used to capture cement bag and by these cement bags
Cement is sprinkling upon above and below upset in hopper;The cement bag grabbing device includes the 3rd servomotor, movable installation board, guide wheel, upper machine
Tool arm, articulated mounting, lower mechanical arm, rotary shaft, cement bag handgrip;3rd servomotor is arranged on movable installation board, and
The two side ends of movable installation board are provided with the multiple guide wheels for being used for cooperating with two guide rails in chassis body, the 3rd servo electricity
Machine can drive these guide wheel rotations, be moved freely so as to realize before and after two guide rails of the movable installation board in chassis body;
Mechanical arm is installed in movable installation board bottom, upper mechanical arm is connected by articulated mounting with lower mechanical arm, in lower mechanical arm
Bottom is connected by rotary shaft with cement bag handgrip;
Cement bag handgrip on cement bag grabbing device is being captured after the cement bag on cement delivery device, it is living
Dynamic installing plate moves in hopper direction up and down along two guide rails in chassis body towards upset, is realized by starting articulated mounting
Downwardly and toward upset, hopper carries out extension expansion to lower mechanical arm up and down, while the rotary shaft in rotary movement drives water
Mud drum handgrip and the cement bag run-off the straight on cement bag handgrip, the dump cement in cement bag is entered to overturn loading and unloading
Case.
Compared with prior art, the beneficial effects of the utility model are:
According to the technical solution of the utility model, captured and filled using sand conveying device, building stones conveying device and cement bag
Putting in an orderly manner can pour into sand, building stones and cement respectively upset up and down in hopper, and the utility model is simple in construction, easy
In operational control.Production efficiency and can, which can be improved, when applied to concrete production line rationally utilizes the resources of production.
Brief description of the drawings
Fig. 1~3 are structural representation of the present utility model.
Fig. 4 is the structural representation of sand conveying device in the utility model.
Fig. 5 is the structural representation of building stones conveying device in the utility model.
Fig. 6 is the structural representation of the utility model reclaimed water mud drum grabbing device.
Reference:3rd servomotor (401), movable installation board (402), guide wheel (403), upper mechanical arm (404), hinge
Connection device (405), lower mechanical arm (406), rotary shaft (407), cement bag handgrip (408), conveying band (501), the 4th servo
Motor (502), belt wheel (503), transmission axle (504), blowing swash plate (505), chassis body (60), including guide rail (601), support
Frame (602).
Embodiment
The technical solution of the utility model is described further with reference to Figure of description:
As shown in figs. 1 to 6, the utility model proposes a kind of the specific of device for transporting objects applied to concrete production line
Embodiment, including sand conveying device 50, building stones conveying device, cement bag grabbing device 40 and chassis body 60;Such as Fig. 4~5
Shown, sand conveying device 50 and building stones conveying device use identical structure;The chassis body 60 include two guide rails 601 with
And for the fixed support frame 602 for supporting two guide rails 601.
As shown in figures 1-4:The sand conveying device 50 includes conveying band 501, the 4th servomotor 502, belt wheel
503rd, transmission axle 504 and blowing swash plate 505;The sand conveying device 50 is used for hopper above and below sand feedstock transportation to upset
In 20, including conveying band 501, the 4th servomotor 502, belt wheel 503, transmission axle 504 and blowing swash plate 505;Convey band
501 are set on belt wheel 503, and the 4th servomotor 502 is connected by transmission axle 504 with belt wheel 503, and blowing swash plate 505 is set
In the mobile front end of conveying band 501;4th servomotor 502 drives transmission axle 504 and the rotation together of belt wheel 503 after starting,
The conveying band 501 being set on belt wheel 503 is driven to carry out transmission campaign simultaneously, the sand on conveying band 501 is former
Material is fed forward and delivered into along blowing swash plate 505 above and below upset in hopper 20.
As shown in Fig. 1~3 and Fig. 6, the cement bag grabbing device 40 includes the 3rd servomotor 401, movable installation board
402nd, guide wheel 403, upper mechanical arm 404, articulated mounting 405, lower mechanical arm 406, rotary shaft 407 and cement bag handgrip 408.Such as figure
Shown in 6:The cement bag grabbing device 40 is used to capture cement bag and cement in these cement bags is sprinkling upon into upset hopper up and down
In 20;The cement bag grabbing device 40 include the 3rd servomotor 401, movable installation board 402, guide wheel 403, upper mechanical arm 404,
Articulated mounting 405, lower mechanical arm 406, rotary shaft 407, cement bag handgrip 408;3rd servomotor 401 is arranged on activity and installed
On plate 402, and it is provided with the two side ends of movable installation board 402 for being cooperated with two guide rails 601 in chassis body 60
Multiple guide wheels 403, the 3rd servomotor 401 can drive these rotations of guide wheel 403, so as to realize that movable installation board 402 exists
Moved freely before and after two guide rails 601 in chassis body 60;Mechanical arm 404 is installed in the bottom of movable installation board 402, on
Mechanical arm 404 is connected by articulated mounting 405 with lower mechanical arm 406, passes through rotary shaft 407 and water in the lower bottom of mechanical arm 406
Mud drum handgrip 408 connects;It is located at cement delivery device 70 the cement bag handgrip 408 on cement bag grabbing device 40 is captured
On cement bag after, movable installation board 402 along two guide rails 601 in chassis body 60 towards upset up and down the direction of hopper 20
It is mobile, realize that lower mechanical arm 406 carries out extension expansion downwardly and toward hopper 20 above and below upset by starting articulated mounting 405,
The rotary shaft 407 in rotary movement drives cement bag handgrip 408 and the cement on cement bag handgrip 408 simultaneously
Bag run-off the straight, the dump cement in cement bag is entered into upset hopper 20 up and down.
According to the technical solution of the utility model, captured using sand conveying device 50, building stones conveying device and cement bag
Device 40 in an orderly manner can pour into sand, building stones and cement respectively upset up and down in hopper, the letter of the utility model structure
Single, easily operated control.
Above-described embodiment be to explanation of the present utility model, be not to restriction of the present utility model, it is any new to this practicality
Scheme after type simple transformation belongs to the scope of protection of the utility model.