A kind of batch truck with jacking system
Technical field
The present invention relates to pneumatic transport equipment field, particularly relate to a kind of batch truck with jacking system.
Background technology
At present, in the Ingredient Production Line of existing Geldart-D particle, usually need the mixing carrying out various materials, traditional work mode is after utilizing and manually carrying out splicing, then carries out batch mixing, but this artificial splicing mode has following shortcoming:
(1) improve enterprise's productive costs, waste time and energy.
(2) be difficult to accurately locate bin blanking position in splicing process, easily there is bulk cargo in material in dropping process, leaks the situations such as material, had a strong impact on production efficiency.
Summary of the invention
The applicant, for above-mentioned existing issue, is studied improvement, provides the batch truck with jacking system that a kind of structure is simple, easy to operate, achieves the particularity of batch mixing, improve the leak tightness of batch mixing simultaneously.
The technical solution adopted in the present invention is as follows:
With a batch truck for jacking system, comprise base, be positioned at lower device initiatively wheels and the driven wheels of described base, described active wheels are connected with the driver train being installed on base top, are positioned at the side returning apparatus electrical control cubicles of described driver train; On described base, returning apparatus hopper, described hopper connects dust exhaustor by exhaust column, and described hopper is arranged the jacking system that multiple feed bin discharge end connects.
Its further technical scheme is:
Described hopper by the holder device that is arranged symmetrically with on described base;
One end returning apparatus first Pneumatic butterfly valve of described dust exhaustor, described first Pneumatic butterfly valve is connected with the first female connector; Discharge end device second Pneumatic butterfly valve of described hopper, the second Pneumatic butterfly valve is connected with the second female connector; On described base, be positioned at side returning apparatus gas bag element and the vibrating motor of described hopper;
Be positioned at returning apparatus coder on described active wheels;
The structure of described jacking system is as follows: comprise the fixed support be connected with hopper material mouth, be positioned at the device adapter of support bracket fastened center, at periphery device first flange of adapter, second Flange joint is on described fixed support, and the two ends be flexible coupling are individually fixed on the first flange and the second flange by press box; Described fixed support is also connected with one end of connecting panel by fastener, and the other end of described connecting panel is connected with fixed mount, device air bellow on fixed mount, and the top of described air bellow is fixed by positioning plate;
Described positioning plate is installed on the periphery that is flexible coupling and runs through with the screw rod be installed in the first flange and is connected, and is positioned at the bottom of described positioning plate, in the described periphery be flexible coupling also affixed position-limited rack;
Described one end be flexible coupling outwards bends and extends to form first connecting portion measure-alike with the first flange, the other end outwards bends and extends to form second connecting portion identical with the second flange size, between the first connecting portion and the second connecting portion, the one wave part of bending continuously is also being set near the second connecting portion place;
Be positioned at the top returning apparatus packing seal of described first flange;
At the admission port of the junction device air bellow of described connecting panel and fixed mount;
Be positioned at the returning apparatus metal seat board of two ends up and down of described air bellow.
Beneficial effect of the present invention is as follows:
Structure of the present invention is simple, easy to operate, degree of automation is high, avoid the tedious steps in the past needing artificial batch mixing, time saving and energy saving, improve production efficiency and the productive costs of enterprise, utilize driver train to drive initiatively wheels to realize the movement of the present invention on light rail, and utilize coder to achieve the accurate location of the present invention under each hopper, device jacking system on hopper, improves the leak tightness that in distribution line, each feed bin is connected with hopper simultaneously, prevents bulk cargo, leaks the situation of material.
Accompanying drawing explanation
Fig. 1 is front view of the present invention.
Fig. 2 is the lateral plan of Fig. 1.
Fig. 3 is the birds-eye view of Fig. 1.
Fig. 4 is the main TV structure schematic diagram of jacking system in the present invention.
Fig. 5 is the working process schematic diagram of jacking system.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described.
As shown in Figure 1, Figure 2 and Figure 3, the present invention includes base 7, be positioned at lower device initiatively wheels 15 and the driven wheels 15 ' of base 7, initiatively wheels 15 are connected with the driver train 12 being installed on base 7 top, driver train 12 can order about initiatively wheels 15 and on light rail 17, do straight-line motion, returning apparatus coder 13 on active wheels 15.Be positioned at the side returning apparatus electrical control cubicles 14 of driver train 12; On base 7, returning apparatus hopper 9, hopper 9 is installed on base 7 by the support 11 be arranged symmetrically with.Hopper 9 connects dust exhaustor 8 by exhaust column 16, and hopper 9 is arranged the jacking system 10 that multiple feed bin discharge end connects.As shown in Figure 1, be connected with the first female connector 6 at one end returning apparatus first Pneumatic butterfly valve 5, first Pneumatic butterfly valve 5 of dust exhaustor 8; Discharge end device second Pneumatic butterfly valve 4, second Pneumatic butterfly valve 4 of hopper 9 is connected with the second female connector 3; On base 7, be positioned at side returning apparatus gas bag element 2 and the vibrating motor 1 of hopper 9, Weighing module 17 is supported by support 11.
As shown in Figure 4, Figure 5, the structure of jacking system is as follows: comprise the fixed support 101 be connected with hopper material mouth 901, be positioned at the center device adapter 1012 of fixed support 101, at periphery device first flange 108 of adapter 1012, second flange 102 is connected on fixed support 101, be flexible coupling 1011 two ends be individually fixed on the first flange 108 and the second flange 102 by press box 103 and the first jam nut 1013, be positioned at the top returning apparatus packing seal 1016 of the first flange 108.
Fixed support 101 is also connected by fastener one end with connecting panel 104, and the other end of connecting panel 104 is connected with fixed mount 105, at the admission port 1061 of connecting panel 104 with the junction device air bellow 106 of fixed mount 105.Device air bellow 106 on fixed mount 105, is positioned at the returning apparatus metal seat board of two ends up and down 1062 of described air bellow 106.The top of air bellow 106 is fixed by positioning plate 107.Positioning plate 107 be installed on be flexible coupling 1011 periphery running through with the screw rod 109 be installed in the first flange 108 be connected, be positioned at the bottom of positioning plate 107, in be flexible coupling 1011 periphery also affixed position-limited rack 1010, the cross section of position-limited rack 1010 is right-angled triangle.As shown in Figure 4, be flexible coupling 1011 one end outwards bend and extend to form first connecting portion measure-alike with the first flange 108, the other end outwards bends and extends to form second connecting portion measure-alike with the second flange 102, between the first connecting portion and the second connecting portion, the one wave part 1101 of bending continuously is also being set near the second connecting portion place.On screw rod 109, returning apparatus is for locking the second jam nut 1014 of press box 103, positioning plate 107 and position-limited rack 1010.Positioning plate 107 is also fixed by captive nut 1015 and bolt the top of air bellow 106.
Specific works process of the present invention is as follows:
As shown in Figure 1 and Figure 2, electrical control cubicles 14 sends signal instruction, driver train 12 Received signal strength instruction rear drive is wheels 15 moving linearly on light rail 17 initiatively, and coder 13 calculates the distance that initiatively wheels move on light rail, and continues to provide basis on location to electrical control cubicles 14.When after the discharging port running to splicing feed bin, electrical control cubicles 14 controls driver train 12 and stops action, now gas bag element 2 is to air bellow 106 air feed in jacking system 10, as Fig. 4, shown in Fig. 5, the cubic expansion of air bellow 106 is made by admission port 1061 inflation, because positioning plate 107 is connected with the first flange 108 by bolt 109, the first flange 108 is made to move up thus, dotted portion in Fig. 4 is the shift motion of positioning plate 107 and the first flange 108, after moving process completes, adapter 1012 is docked with feed bin discharge end, due to device packing seal 1016 on the first flange 108 in docking operation, prevent from producing with feed bin discharge end firmly contacting, and actv. seal silo discharge end and adapter 1012, make both fit tightly, after splicing process terminates, discharge the gas in air bellow 106, make air bellow 106 volumetric shrinkage, be reduced to initial condition, as Fig. 1, shown in Fig. 2 and Fig. 3, material enters hopper 9 by adapter 1012, dust exhaustor 8 carries out dedusting by exhaust column 16 pairs of hoppers 9 in hopper 9 splicing process, after dust enters dust exhaustor 8, open the first Pneumatic butterfly valve 5, make dust by discharging after the first female connector 6, then the first Pneumatic butterfly valve 5 is closed.Now open the second Pneumatic butterfly valve 4, utilize vibrating motor 1 to carry out secondary discharge, make material enter other feed bins of bottom by the second female connector 3.
Returning apparatus weighing instrument 20 in electrical control cubicles 14, cooperation Weighing module 17 ensures the material weighing precision in hopper 9.
More than describing is explanation of the invention, and be not the restriction to invention, limited range of the present invention is see claim, and when without prejudice to basic structure of the present invention, the present invention can do any type of amendment.