KR200313388Y1 - A fixed quantity feeder of bean sprouts - Google Patents

Abstract

The present invention relates to a bean sprouts quantitative supply device, so that the quantitative supply for the packaging of soybean sprouts to be washed and supplied to be packaged in a fixed quantity at the time of packaging.

That is, the present invention is a supply conveyor device 10 for transporting the washed bean sprouts, two rotary purifiers 30 for neatly supplying the bean sprouts supplied through the supply conveyor device 10, and the respective rotary cleaners The meter 40 is provided to measure the bean sprouts supplied through the 30, the discharge means for transferring the bean sprouts measured by the meter 40 to the next process, and the metering by the meter 40 In accordance with the blocking means for blocking the supply of bean sprouts from the rotary organizer 30 to the meter 40, and the lower meter of the two rotary organizers 30 by the wind pressure in conjunction with the blocking means operated by the meter 40 A selection feeder 20 for selectively supplying to the opposite side rotary purifier 30 to which the weighing signal is not output at 40 and a normal operation of controlling the operation of each device according to a signal input through the meter 40. It is composed of a controller.

Therefore, the present invention is to measure and supply the bean sprouts quantitatively, this operation is made by the selection feeder by the wind pressure is precisely made.

Description

A fixed quantity feeder of bean sprouts

The present invention relates to a bean sprouts quantitative supply device, and more specifically, to provide a fixed quantity supply for the packaging of the sprouts to be supplied to wash the purpose of packaging the quantity in packaging.

In general, in the distribution process, bean sprouts were packaged by weighing bean sprouts by hand and then putting them in bags.

However, as described above, packaging in a bag has problems such as low workability and a high proportion of labor costs in production prices.

In order to solve the above problems, the present invention provides two metering units and is capable of sequentially distributing and packaging the bean sprouts which are washed and supplied by wind pressure.

1 is a perspective view showing an embodiment according to the present invention.

Figure 2 is a plan view showing an embodiment according to the present invention.

Figure 3 is a side cross-sectional view showing an embodiment according to the present invention.

Figure 4 is a side cross-sectional view showing another embodiment according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: Supply Conveyor

20: Selected feeder

21: discharge nozzle 22: discharge control valve

23: blower

30: rotating organizer

31: organizing projection 32: organizing cylinder

40: Meter

51: blocking actuator 52: sliding blocking plate

53: blocking motor 54: rotation blocking plate

61: exhaust actuator 62: discharge plate

70: conveying conveyor

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is to distribute and measure the bean sprouts washed and conveyed by the wind pressure to supply the bean sprouts quickly and accurately, the supplying conveyor device for transporting the washed bean sprouts 10, and supplied through the supply conveyor device (10) Two rotary cleaners (30) for organizing and supplying the bean sprouts, a meter (40) which is provided to measure the bean sprouts supplied through the respective rotary organizer (30), and the metered by the meter (40) Discharge means for transferring the bean sprouts to the next process, blocking means for blocking the supply of bean sprouts from the rotary purifier 30 to the meter 40 according to the metering by the meter 40, and is operated by the meter 40 By interlocking with the blocking means, the bean sprouts are drawn to the opposite side of the rotary cleaner 30 in which the weighing signal is not output from the lower meter 40 of the two rotary cleaners 30 by wind pressure. It is configured as a conventional controller for controlling the operation of each unit according to a signal input through the selection of the supply feeder 20 and the meter 40.

Here, the rotary organizer 30 has a plurality of trimming protrusions (31) having a plurality of trimming protrusions (31) forming a row in the longitudinal direction on the outer circumference at equal intervals, respectively, the taste of the trimming protrusion (31) It is composed to be rotated.

In addition, the selection feeder 20 is a discharge nozzle (21), each provided with a discharge nozzle 21, so that the compressed air is discharged to transport the bean sprouts to the opposite side rotary purifier 30 on both sides of the upper end of the supply conveyor device 10, and the meter ( A discharge control valve 22 for controlling the discharge direction of air so that the bean sprouts can be blown and supplied to the rotary purifier 30 in which the bean sprouts are not outputted in accordance with the weighing signal input from the 40, and a blower 23 for blowing the air. ).

On the other hand, the meter 40 is preferably carried out using a measuring instrument consisting of a strain gauge,

In addition, the blocking means is a sliding blocking plate 52 which is actuated by the blocking actuator 51 to block the transfer of the bean sprouts supplied from the rotary organizer 30 to the meter 40 according to the metering signal of the meter 40. Or the rotating blocking plate 54 which is rotated by the blocking motor 53 according to the weighing signal of the meter 40. The sliding blocking plate and the rotating plate cross each other. It is preferable to form the fork to be implemented.

In addition, the discharging means may be implemented by the discharge plate 62 to move out and out by the discharge actuator (61) to push the bean sprouts loaded on the meter 40 to the transfer conveyor device (70).

Hereinafter, the discharge process of measuring the sprouts according to the present invention is as follows.

As described above, a supply conveyor device 10 for transporting the washed bean sprouts, two rotary purifiers 30 for neatly supplying the bean sprouts supplied through the supply conveyor device 10, and the respective rotary cleaners ( According to the meter 40 is provided so as to measure the bean sprouts supplied through the 30, the discharge means for transferring the bean sprouts measured by the meter 40 to the next process, and the metering by the meter 40 Blocking means for blocking the supply of bean sprouts from the rotary organizer 30 to the meter 40, and the lower meter (of the two rotary organizers 30 by the wind pressure in conjunction with the blocking means operated by the meter 40) 40 is a selection feeder 20 for selectively supplying to the opposite side rotary purifier 30 where the weighing signal is not output, and a barrel for controlling the operation of each device according to the signal input through the meter 40. If you want to quantitatively metered for the packaging of bean sprouts by using the present invention composed of a controller on the top feeds the washed bean sprouts using a supply conveyor device (10).

As described above, the bean sprouts conveyed and supplied by the supply conveyor device 10 are introduced into the rotary cleaning device 30 opposite to the discharge direction by the wind pressure discharged from one discharge nozzle 21 of the selection feeder 20 provided at the upper end. It is arranged neatly and moved to the meter 40 provided in the vertical lower portion.

At this time, when the amount of bean sprouts moved to the meter 40 becomes the set weight, the controller detects this and operates the blocking means on the upper side of the meter 40 so that the bean sprouts enter the meter 40 from the rotary organizer 30. By controlling the discharge control valve 22 and controlling the discharge control valve 22, the blowing direction of the air is changed so that the bean sprouts can be blown from the meter 40 to the rotary purifier 30 where the metering signal is not output, and the discharge actuator 61 ) To discharge the bean sprouts of the meter 40 to the conveying conveyor device (70).

The bean sprouts quantified and supplied to the conveying conveyor device 70 as described above will be packaged in the packaging step of the next step.

Therefore, the present invention is to provide a quantitative measurement of the bean sprouts, and this work is very useful that is precisely made by the selection feeder by the wind pressure.

Claims (3)

Through the feed conveyor device 10 for transporting the washed bean sprouts, two rotary purifiers 30 for neatly supplying the bean sprouts supplied through the supply conveyor device 10, and through each of the rotary purifier 30 The meter 40 is provided to measure the supplied bean sprouts, the discharge means for transferring the bean sprouts measured by the meter 40 to the next process, and the rotary purifier 30 according to the metering by the meter 40 Blocking means for blocking the supply of bean sprouts to the meter 40 in the) and, in conjunction with the blocking means operated by the meter 40, to measure the bean sprouts by the wind pressure in the lower meter 40 of the two rotary purifier 30 With a selection feeder 20 for selectively supplying to the opposite side rotary purifier 30, the signal is not output, and a conventional controller for controlling the operation of each device in accordance with the signal input through the meter 40 Sprouts quantitative supply, characterized in that that generated. The method of claim 1; The rotary trimmer 30 is rotated by the tidying protrusions 31 each having two tidying cylinders 32 each having a plurality of tidying protrusions 31 that form heat in the longitudinal direction on the outer circumference at equal intervals. Make it up, The selection feeder 20 is a discharge nozzle 21 and each meter 40 is provided so that the compressed air is discharged so that the bean sprouts in the upper side of the supply conveyor device 10 can be transported to the opposite rotary cleaning device (30) With the discharge control valve 22 for controlling the discharge direction of the air so as to blow the bean sprouts to the rotary purifier 30 is not output the weighing signal in accordance with the weighing signal input from the, and the blower 23 for blowing air Make up, The blocking means is a sliding block plate 52 which is operated by the blocking actuator 51 to block the transfer of the bean sprouts supplied from the rotary organizer 30 to the meter 40 according to the weighing signal of the meter 40. Make up, The discharge means is a bean sprout quantitative supply device, characterized in that consisting of the discharge plate 62 to move in and out by the discharge actuator (61) to push the bean sprouts loaded on the meter (40) to the conveying conveyor device (70). The method of claim 1; Soybean sprout quantitative supply device, characterized in that consisting of a rotating blocking plate 54 is rotated by the blocking motor 53 in accordance with the metering signal of the meter (40).