CN2853721Y - Combined multifunction grain loading machine - Google Patents

Abstract

The utility model discloses a multi-functional grain loader of double packing auger combined type, which belongs to the grain loading machine equipment. The grain loader consists of a stuff collecting device, a feeding device, an automatically quantifying and split charging device and a scale. The top of the stuff collecting device is positioned on the down part of the feeding device, and a steering device is fixed between them. The automatically quantifying and split charging device is installed below discharge hole of the feeding device. The quantifying switch setup on the scale is connected with the automatically quantifying and split charging device by circuitry, and the quantifying switch setup can collect and send the scattered stuff into the screw transiting machine, and transit in level, slantwise or vertical way. The transited height reaches one to five meters, and the length reaches two to six meters. Meanwhile, the scattered stuff can be wrapped in quantification. The utility model is operated by one person and the power reaches 60 to 80 ton per hour.

Description

The multifunctional assembled grain loader of a kind of bipacking-auger

Technical field

The utility model discloses the multifunctional assembled grain loader of a kind of bipacking-auger, belong to loading machinery apparatus field.

Background technology

At present, the conveyer that adopts of work such as the dress bag of granule such as grain and granular material, entrucking, dress storehouse has adhesive tape conveying-type, helical feed formula and Pneumatic conveying type.Travelling apron is simple in structure, and is economical and practical, uses comparatively extensively, but that its when operation needs is many with manpower, and traffic capacity is little, and efficient is low; Air conveyer equipment precision, complete function, but cost an arm and a leg; The conveyor screw scientific structure, traffic capacity is strong, but it does not have gathering-device, needs more manpower cooperation during operation yet or is equipped with expensive grain elevator, is difficult to be subjected to people's favor now, has wasted its strong premium properties of carrying capacity.

Technology contents

The purpose of this utility model provides a kind ofly can collect grain automatically, reaches stronger traffic capacity, and automatic compensation is collected stepping, adapted to the multifunctional assembled grain loader of bipacking-auger of multinomial functions such as quantitatively packing, entrucking, benefit storehouse.

The utility model is achieved through the following technical solutions:

The multifunctional assembled grain loader of a kind of bipacking-auger, claim to form by material-gathering device, pay-off, automatic ration packaging device, weighing, the upper end of material-gathering device be positioned at pay-off the lower end above, a solid deflector between them, the automatic ration packaging device be installed in pay-off discharging opening below, the quantitative switching device that weighing deserves to be called connects the automatic ration packaging device by circuit; The cylindrical shell and the ground of material-gathering device are angled, cylindrical shell is laterally opened cylinder, a solid central rotating shaft in the laterally opened cylinder, the power motor that is fixed on the laterally opened cylinder drives the center shaft rotation, weld flight on the central rotating shaft, the edge of flight welding 2cm high along tooth, one discharging opening is arranged below the upper end of laterally opened cylinder, the following welding of laterally opened cylinder opening tilts to produce flitch, to advance material, welding inclined-plane holding pad is installed flash master cock device on the holding pad above, links to each other with stepping motor on being fixed on laterally opened cylinder by circuit, the stepping motor connection reducer, retarder connects liftable propulsion wheel, and liftable steered wheel, support set materials device are installed below the cylindrical shell; Pay-off is made up of sealing urceolus and main shaft, main shaft by bearing fixing in urceolus, welding spiral leaf on the main shaft, spiral leaf indent, with urceolus arm gap less than 5mm, the upper end of cylindrical shell, the design jacking system, be used to adjust the height of material outlet, hold-down arm and wheel are settled in the lower end of jacking system; End device motor on the urceolus drives main shaft and rotates, and a discharging opening is respectively stretched out on following both sides, and a switch baffle plate is installed between two discharging openings, and when the switch baffle plate was sealed a discharging opening, another discharging opening was just in time opened; Quantitatively the motor of packaging device, reductor, dial arm be fixed on two discharging openings below, the quantitative switching device that the weighing of quantitative packaging device deserves to be called connects switch box by circuit, switch box connects motor by circuit, motor connects reductor, reductor drives dials arm, dial arm other end floatless switch baffle plate, dial on the arm and be equipped with travel switch, control the continuous electricity of motor, outage, liftable steered wheel is installed below the urceolus lower end, one inlet point is arranged above, relative with the discharging opening of laterally opened cylinder on the material-gathering device.

The beneficial effects of the utility model are, can collect automatically the stacking yard material that looses, and send into conveyor screw, carry out level, inclination or vertical transport, and delivery head can reach 1-5 rice, and length can reach 2-6 rice, and can quantitatively adorn bag.Can realize the one man operation, power reach the 60-80 ton/hour.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the structural representation of the propulsion wheel of lifting of the present utility model.

Fig. 3 is the structural representation of quantitative packaging device of the present utility model.

The specific embodiment

With reference to Fig. 1, Fig. 2, Fig. 3, regulate lifting bar 30 on the laterally opened cylinder 26 that upper end on the propulsion wheel 29 is fixed on material-gathering device, propulsion wheel 29 is landed, start stepping motor 18 on the laterally opened cylinder 26 that is fixed on material-gathering device, stepping motor 18 drives change speed gear box 31 and rotates, change speed gear box 31 drives propulsion wheel again, before making material-gathering device be advanced to the grain heap, produce flitch 4 and produce the grain heap, produce side between flitch 4 and the holding pad 5 into grain of stuttering, start power motor 16, driving central rotating shaft 2 rotates, Fu central rotating shaft 2 helicallobes 3 and along tooth produce spiral lift grain are upwards carried, and send into the material receiving port of pay-off through feeding port, start pay-off main shaft power motor 15, drive the cone pulley 14 on the main shaft 7, main shaft helicallobe 6 is high speed revolution in sealing urceolus 8, carries grain to two material outlet 13,20, dress bag or entrucking.Regulate jacking system 10, the height of scalable pay-off, the jacking system 10 following wheels 11 of installing are so that move.Wheel 11 on steered wheel 1,28,9 and the jacking system 10 can support and drive grain loader.

With reference to Fig. 1, Fig. 2, when propulsion wheel 29 advanced, grain reached holding pad 5, and the flash master cock device 17 on the holding pad is opened under the antagonistic force of grain, cuts off stepping motor 18 electric currents, and collection grain machine suspends propelling; After grain was carried, holding pad 5 had not been subjected to grain pressure, the circuit auto-closing of flash master cock device 17, and electric current is connected once more, and stepping motor works on.Propulsion wheel can be lifted by rotating threaded shaft 30, by the height of handle 27 scalable steered wheels.

Claim 12,23 with reference to Fig. 3, two material outlet 13,20 following weighings that have respectively, weighing has deserved to be called the quantitative switching device, when weighing claims grain on 12 to reach quantitative, claim 12 under the effect of quantitative switching device in weighing, switch box 19 work, 24 work of switch box 19 control motors, motor 24 drives reductor 25 work, reductor 25 drives group arm 21 and moves, dial arm 21 drive switch baffle plates 22 and move to discharging opening 13, discharging opening 13 is sealed, grain flows out from discharging opening 20, dial on the arm 21 and be equipped with travel switch, control the continuous electricity of motor, outage; When weighing claims grain on 23 to reach quantitative, claim in weighing under the effect of the quantitative switching device on 23, switch box 19 work, the 24 counter-rotating work of switch box 19 control motors, motor 24 drives reductor 25 and works, and reductor 25 drives group arms 21 and oppositely moves, and dials arm 21 drive switch baffle plates 22 and moves to discharging opening 20, discharging opening 20 is sealed, and grain flows out from discharging opening 13.

Claims (1)

1, the multifunctional assembled grain loader of a kind of bipacking-auger, claim to form by material-gathering device, pay-off, automatic ration packaging device, weighing, it is characterized in that: the upper end of material-gathering device be positioned at pay-off the lower end above, a solid deflector between them, the automatic ration packaging device be installed in pay-off discharging opening below, the quantitative switching device that weighing deserves to be called connects the automatic ration packaging device by circuit; Simplified and the ground of material-gathering device is angled, cylindrical shell is laterally opened cylinder, a solid central rotating shaft in the laterally opened cylinder, the power motor that is fixed on the laterally opened cylinder drives the center shaft rotation, weld flight on the central rotating shaft, the edge of flight welding 2cm high along tooth, one discharging opening is arranged below the upper end of laterally opened cylinder, the following welding of laterally opened cylinder opening tilts to produce flitch, to advance material, welding inclined-plane holding pad is installed flash master cock device on the holding pad above, links to each other with stepping motor on being fixed on laterally opened cylinder by circuit, the stepping motor connection reducer, retarder connects liftable propulsion wheel, and liftable steered wheel, support set materials device are installed below the cylindrical shell; Pay-off is made up of sealing urceolus and main shaft, main shaft by bearing fixing in urceolus, welding spiral leaf on the main shaft, spiral leaf indent, with urceolus arm gap less than 5mm, the upper end of cylindrical shell, the design jacking system, be used to adjust the height of material outlet, hold-down arm and wheel are settled in the lower end of jacking system; End device motor on the urceolus drives main shaft and rotates, and a discharging opening is respectively stretched out on following both sides, and a switch baffle plate is installed between two discharging openings, and when the switch baffle plate was sealed a discharging opening, another discharging opening was just in time opened; Quantitatively the motor of packaging device, reductor, dial arm be fixed on two discharging openings below, the quantitative switching device that weighing deserves to be called is by the switch box on the circuit connection automatic ration packaging device, switch box connects motor by circuit, motor connects reductor, reductor drives dials arm, dial arm other end floatless switch baffle plate, dial on the arm and be equipped with travel switch, control the continuous electricity of motor, outage, liftable steered wheel is installed below the urceolus lower end, one inlet point is arranged above, relative with the discharging opening of laterally opened cylinder on the material-gathering device.

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