Novel intelligent forage mill mixer
Technical field
The utility model belongs to fishes and shrimps feed-processing equipment technical field, particularly relates to a kind of Novel intelligent forage mill mixer.
Background technology
At present, bird feed manufactures in production process, sometimes need bulk materials to be smashed, stirs, the special equipment of current production bird feed comprises the parts such as fodder mixing machine body, support, and owing to directly entering pulverizing, agitating device feeding is too much, thus have impact on the production efficiency of agitating device, add production cost, reduce production efficiency, and situation when operating personnel not easily observe stirring, the pressure in mixer is also not easily determined.In order to ensure feed quality, need the strict feeding amount controlled in pulverizing and whipping process.And existing grinder-mixer complex structure, complex operation, intelligence degree is low, cannot precisely control to pulverize and whipping process.
Therefore, invent a kind of Novel intelligent forage mill mixer and seem very necessary.
Utility model content
In order to solve the problems of the technologies described above, the utility model provides a kind of Novel intelligent forage mill mixer, there is complex structure, complex operation to solve existing forage mill mixer, intelligence degree is low, precisely cannot control the problem of pulverizing and whipping process.A kind of Novel intelligent forage mill mixer, comprises hybrid electric motor, main body rack, discharging opening, observe visor, V-belt, belt pulley, mixer, auxiliary material bucket, electric appliance control box, pulverizer support, suction tube, pulverising mill, pulverising mill motor, exhaust outlet, main hopper, mixing bunker, exhaust outlet, top chock, step and main shaft, described hybrid electric motor is arranged on the right side of main body rack; Described discharging opening is arranged on the bottom observing visor; Described observation visor is arranged on the outside of mixing bunker main body; Described belt pulley connects by V-belt the lower end that hybrid electric motor is arranged on main shaft; Described mixer is arranged on the bottom of auxiliary material bucket; Described electric appliance control box arranges the outside being fixed on pulverizer support; Described suction tube is arranged on the right side of pulverising mill; Described pulverising mill is arranged on the top of pulverizer support; Described pulverising mill motor is arranged on the left side of pulverising mill; Described exhaust outlet is arranged on the centre on main hopper top; Described mixing bunker is arranged on the top of main body rack; Described exhaust outlet is arranged on the left side at mixing bunker top; Described main shaft is arranged on the centre of mixing bunker inside by top chock and step.
Described electric appliance control box comprises PLC touch-screen, PLC alarm lamp, PLC button, PLC main body, start button, stop button, buzzer and switch, described PLC touch-screen is arranged on the top of PLC button; Described PLC alarm lamp is arranged on the top of start button; Described PLC main body is arranged on the bottom of PLC button; Described stop button is arranged on the right side of start button; Described buzzer is arranged on the bottom of start button; Described switch-linear hybrid is on the right side of buzzer.
Described PLC touch-screen specifically adopts multi-point capacitive touch screen, is conducive to improving intelligence degree, and then makes easy to operate, reduces maintenance cost further, increases the service life.
Described PLC main body specifically adopts the PLC of FX2N-48 model, by the cooperation with PLC touch-screen, is conducive to controlling motor accurately, improves the mixture homogeneity of feed.
Described hybrid electric motor specifically adopts 7.5KW threephase asynchronous, is conducive to provide stable power, ensures the even of feed mixing.
The A level acrylic rectangle type transparent panel that described observation visor specifically adopts 10mm thick, material one-shot forming, safety non-toxic, transparent effect is clear, is conducive to the observation to mixing bunker inside feed mixed effect.
Compared with prior art, the utility model has following beneficial effect: because a kind of Novel intelligent forage mill mixer of the present utility model is widely used in fishes and shrimps feed-processing equipment technical field.Meanwhile, the beneficial effects of the utility model are.
1. the setting of PLC touch-screen of the present utility model and PLC, is conducive to easy to operate, improves intelligence degree, and then promotes operating efficiency.
2. the setting of hybrid electric motor of the present utility model, is conducive to provide stable power, ensures the even of feed mixing.
3. the setting of observation visor of the present utility model, is conducive to the observation of the inner feed mixed effect of mixing bunker, makes easy for operation, save time, and then increase work efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is electric appliance control box structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further:
In figure:
1-hybrid electric motor, 2-main body rack, 3-discharging opening, 4-observes visor, 5-V-belt, 6-belt pulley, 7-mixer, 8-auxiliary material bucket, 9-electric appliance control box, 91-PLC controller touch-screen, 92-PLC controller alarm lamp, 93-PLC controller button, 94-PLC main body, 95-start button, 96-stop button, 97-buzzer, 98-switch, 10-pulverizer support, 11-suction tube, 12-pulverising mill, 13-pulverising mill motor, 14-exhaust outlet, 15-main hopper, 16-mixing bunker, 17-exhaust outlet, 18-top chock, 19-step, 20-main shaft.
Embodiment:
As shown in Figures 1 and 2
The utility model provides a kind of Novel intelligent forage mill mixer, comprises hybrid electric motor 1, main body rack 2, discharging opening 3, observe visor 4, V-belt 5, belt pulley 6, mixer 7, auxiliary material bucket 8, electric appliance control box 9, pulverizer support 10, suction tube 11, pulverising mill 12, pulverising mill motor 13, exhaust outlet 14, main hopper 15, mixing bunker 16, exhaust outlet 17, top chock 18, step 19 and main shaft 20, described hybrid electric motor 1 is arranged on the right side of main body rack 2; Described discharging opening 3 is arranged on the bottom observing visor 4; Described observation visor 4 is arranged on the outside of mixing bunker 16 main body; Described belt pulley 6 connects by V-belt 5 lower end that hybrid electric motor 1 is arranged on main shaft 20; Described mixer 7 is arranged on the bottom of auxiliary material bucket 8; Described electric appliance control box 9 arranges the outside being fixed on pulverizer support 10; Described suction tube 11 is arranged on the right side of pulverising mill 12; Described pulverising mill 12 is arranged on the top of pulverizer support 10; Described pulverising mill motor 13 is arranged on the left side of pulverising mill 12; Described exhaust outlet 14 is arranged on the centre on main hopper 15 top; Described mixing bunker 16 is arranged on the top of main body rack 2; Described exhaust outlet 17 is arranged on the left side at mixing bunker 16 top; Described main shaft 20 is arranged on the centre of mixing bunker 16 inside by top chock 18 and step 19.
Described electric appliance control box 9 comprises PLC touch-screen 91, PLC alarm lamp 92, PLC button 93, PLC main body 94, start button 95, stop button 96, buzzer 97 and switch 98, described PLC touch-screen 91 is arranged on the top of PLC button 93; Described PLC alarm lamp 92 is arranged on the top of start button 95; Described PLC main body 94 is arranged on the bottom of PLC button 93; Described stop button 96 is arranged on the right side of start button 95; Described buzzer 97 is arranged on the bottom of start button 95; Described switch 98 is arranged on the right side of buzzer 97.
Described PLC touch-screen 91 specifically adopts multi-point capacitive touch screen, is conducive to improving intelligence degree, and then makes easy to operate, reduces maintenance cost further, increases the service life.
Described PLC main body 94 specifically adopts the PLC of FX2N-48 model, by the cooperation with PLC touch-screen, is conducive to controlling motor accurately, improves the mixture homogeneity of feed.
Described hybrid electric motor 1 specifically adopts 7.5KW threephase asynchronous, is conducive to provide stable power, ensures the even of feed mixing.
Described observation visor 4 specifically adopts the A level acrylic rectangle type transparent panel that 10mm is thick, and material one-shot forming, safety non-toxic, transparent effect is clear, is conducive to the observation to mixing bunker inside feed mixed effect.
Compared with prior art, the utility model has following beneficial effect: because a kind of Novel intelligent forage mill mixer of the present utility model is widely used in fishes and shrimps feed-processing equipment technical field.Meanwhile, the beneficial effects of the utility model are.
1. the setting of PLC touch-screen of the present utility model and PLC, is conducive to easy to operate, improves intelligence degree, and then promotes operating efficiency.
2. the setting of hybrid electric motor of the present utility model, is conducive to provide stable power, ensures the even of feed mixing.
3. the setting of observation visor of the present utility model, is conducive to the observation of the inner feed mixed effect of mixing bunker, makes easy for operation, save time, and then increase work efficiency.
Utilize technical scheme described in the utility model, or those skilled in the art being under the inspiration of technical solutions of the utility model, designing similar technical scheme, and reach above-mentioned technique effect, is all fall into protection domain of the present utility model.