KR101161071B1 - Stock raising excrement of processor - Google Patents

Abstract

The present invention relates to a powder treatment system, in particular, a powder storage tank for fermenting the ingredients of livestock introduced into the powder storage tank through the powder inlet, while stirring the fermentation fan coupled to the powder processing processor by a motor for a predetermined period of time while fermenting them to the outlet. It is coupled to the backing plate fixed to one side of the support and the lower part is provided with a support tube forming a space portion, the lifting rod is placed in the interior of the support tube loosely coupled by the separation metal on the upper side loosely by the fixing metal After combining, the flute is combined with the lower part of the elevating rod to be lifted by buoyancy in the up and down direction according to the change of the water level. The elevating body is fixed to the upper part of the elevating rod which is elevated by the buoyancy of the flute. Limits equipped with rollers and hinged shafts on the fixed body fixed to the support plate of the support plate with the lower bolt It is able to detect the lifting motion of the lifting body by seating the position.Emergency switch is installed on the support fixed by the upper bolt on the upper side of the support to shut off the supply of powder by blocking the inlet of the water reservoir when the limit switch is broken. Provide a level control device for the processor.

Description

Level control device of powder processing equipment {STOCK RAISING EXCREMENT OF PROCESSOR}

The present invention relates to a powder treatment system, in particular, a powder storage tank for fermenting the ingredients of livestock introduced into the powder storage tank through the powder inlet, while stirring the fermentation fan coupled to the powder processing processor by a motor for a predetermined period of time while fermenting them to the outlet. It is coupled to the backing plate fixed to one side of the support and the lower part is provided with a support tube forming a space portion, the lifting rod is placed in the interior of the support tube loosely coupled by the separation metal on the upper side loosely by the fixing metal After combining, the flute is combined with the lower part of the elevating rod to be lifted by buoyancy in the up and down direction according to the change of the water level. The elevating body is fixed to the upper part of the elevating rod which is elevated by the buoyancy of the flute. Limits equipped with rollers and hinged shafts on the fixed body fixed to the support plate of the support plate with the lower bolt It is possible to stop the supply of liquid by blocking the inlet of the water reservoir in case of limit switch failure by installing the emergency switch on the support fixed to the upper bolt on the upper side of the support by mounting the position to detect the lifting motion of the lifting body. The limit switch detects the rising and falling action of the flute to control the powder processor and the pumps provided at the inlet and outlet, so that the liquid level in the reservoir can be kept constant at all times to ferment the livestock powder more efficiently and efficiently. The separation metal can be attached and detached from the support tube to clean the sludge accumulated inside the support tube, preventing malfunction due to sludge and by the lifting rod that moves upward when the limit switch fails. Press the emergency switch to enter the inlet of the fountain Relates to the level control of bunryo processor device that can be prevented by blocking the bunryo bunryo and water overflowing from the reservoir bunryo.

The water level control apparatus of the conventional powder treatment processor is shown in FIG.

The water level control device, the fermentation of livestock ingredients introduced into the water reservoir through the powder inlet fermentation while stirring the stirring fan (3) coupled to the powder processing machine (1) by the operation of the motor (2) for a set time A powder treatment apparatus for discharging to the outlet of the liquid reservoir is configured, and one side of the powder processor 1 is configured to have a fixed plate 4 coupled with a plurality of sensing rods 5 having different lengths.

That is, in the above-described conventional technology, when the level of livestock powder and water introduced into the water reservoir is increased, the plurality of sensing rods 5 respectively detect the level and send a signal to the control box, and the inlet is indicated by the control box. This is to stop the pump of the animal feed to prevent the inflow of animal feed into the reservoir.

However, in the above conventional technology, when the powder processing machine 1 is operated, a lot of bubbles are generated by the rotational force of the stirring fan 3 and the supply of air, so that the bubbles have different sensing rods 5 having different lengths. By contacting with the sensor at the same time, the sensing rods 5 did not function correctly and malfunctioned, causing confusion in the program.

Therefore, during the fermentation for a predetermined period of time in the liquid reservoir, the pump of the inlet is operated to cause excessive supply of the powder into the liquid reservoir, or the pump of the outlet may cause problems such as outflow of the fermented beverage to the outside. Disadvantages arise.

In addition, since the sensing rods 5 come into contact with not only the foam but also the powder, the sludge is stacked on the outer circumferential surface of the sensing rod 5 and thus has a problem such as slowing or losing the sensing function.

In addition, since there was no separate device for cleaning the sensing rods 5, there was also an uncomfortable and cumbersome problem of having to replace the entire sensing rod 5 periodically after using it once installed.

SUMMARY OF THE INVENTION An object of the present invention is to solve such conventional problems,

The limit switch detects the rising and falling action of the flute to control the powder processor and the pumps provided at the inlet and outlet, so that the liquid level in the reservoir can be kept constant at all times to ferment the livestock powder more efficiently and efficiently. The separation metal can be attached and detached from the support tube to clean the sludge accumulated inside the support tube, preventing malfunction due to sludge and by the lifting rod that moves upward when the limit switch fails. By pressing the emergency switch to block the liquid and water flowing into the inlet of the liquid reservoir to provide an object to prevent the liquid from overflowing the liquid reservoir.

According to an aspect of the present invention,

The mixing pan of the livestock flowing through the powder inlet into the powder reservoir is combined with a support plate fixed to one side of the powder reservoir which ferments while stirring the fermentation fan coupled to the powder processor by the operation of the motor for a predetermined time and then flows out to the outlet. The side part is provided with a support tube forming a space part, and the lifting rod is placed inside the support tube, and the upper part is loosely coupled by the separating metal, and the lower part is loosely coupled by the fixing metal, and then the flute is lowered to the lower part of the lifting bar. Combined to be lifted by buoyancy in the up and down direction according to the change of the water level of the powder, and the lifting body is fixed to the upper part of the lifting rod which is lifted by the buoyancy of the flute by fixing bolts and fixed by the lower bolt on the support of the support plate. Detect the lifting motion of the lifting body by seating the limit switch equipped with roller and hinge shaft in the stagnation The purpose of the present invention can be achieved by mounting an emergency switch on a support fixed to the upper side of the support by blocking the inlet of the water reservoir in the event of a limit switch failure.

In the present invention as described above, since the limit switch detects the lifting action of the flute to control the powder processor and the pumps provided at the inlet and the outlet, it is possible to maintain the liquid level of the water reservoir at a constant level more efficiently and efficiently. Fermentation of livestock food has the effect of liquid fertilizer.

In the present invention as described above, the separation metal can be detached from the support tube, so that the sludge accumulated in the support tube can be cleaned, and thus the malfunction of the sludge can be prevented.

The present invention as described above, by pressing the emergency switch by the elevating rod that moves upward when the limit switch failure is useful to prevent the powder from overflowing in the beverage reservoir by blocking the liquid and water flowing into the inlet of the beverage reservoir Has an effect.

1 is a view showing a water level control device of a conventional powder processing machine
Figure 2 is a view showing a water level control device of the present invention the treatment processor
3 and 4 is a view showing for explaining the operation of the water level control device of the present invention
5 is a view showing for explaining the operation of the emergency switch of the present invention

The construction of the present invention will be described in detail with reference to the accompanying drawings.

Through the powder inlet, the powder of the livestock flowing into the water storage tank 101 is fermented while stirring the stirring pan (3) coupled to the powder processor 1 by the operation of the motor (2) for a predetermined time and then discharged to the outlet. A support tube 121 coupled to a support plate 102 fixed to one side of the powder storage tank 101 and maintaining a space 122 at a lower portion thereof in order to maintain a constant level of the liquid storage tank 101;

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The lifting bar 131 is coupled to the inside of the support tube 121 and loosely coupled to the upper portion by the separation metal 123 and loosely coupled to the lower portion by the fixed metal 124.

A flute 132 coupled to the lower side of the elevating rod 131 and elevating by buoyancy in an up and down direction according to a change in the water level of the powder;

An elevating body 133 fixed to the upper side of the elevating rod 131 which is elevated by the buoyancy of the flute 132 with a fixing bolt 134;

In order to detect the lifting operation of the lifting body 133, the roller 108 and the hinge shaft 107 are seated on the fixed body 104 fixed to the support 103 of the support plate 102 by the lower bolt 105. Provided limit switch 106,

Emergency switch mounted on the support 111 fixed to the upper bolt 112 on the upper side of the support 103 so as to interrupt the supply of the powder by blocking the inlet of the powder reservoir 101 in the event of a failure of the limit switch 106 It is a structure provided with 113.

Hereinafter, the operation of the present invention will be described.

First, as shown in FIGS. 1 and 3, the elevating body 133 coupled to the elevating bar 131 in the state where the flute 132 is lowered downward is placed on the limit switch 106 seated on the fixed body 104. And the upper outer periphery are in contact.

That is, the limit switch 106 is located in the off state, while the limit switch 106 is in the off state while operating the pump mounted on the inlet of the fountain reservoir 101, the animal feed and water into the fountain reservoir 101 The mixture is introduced into the mixed state and at the same time, the operation of the powder treatment system 1 is stopped.

In addition, the flute 132, the elevating rod 131, and the elevating bodies 133 also increase as the liquid level of the powder reservoir 101 increases due to the powder and water supplied through the inlet.

That is, when the amount of the amount of the powder set in the powder storage tank 101 is different, the lifting body 133 also rises with the water level, so that the hinge shaft 107 of the roller 108 of the limit switch 106 is shown in FIG. The limit switch 106 is turned on by rotating the rotation about the center.

As described above, when the limit switch 106 is turned on, the pump mounted at the inlet of the fountain reservoir 101 stops and stops the supply of the fountain mixture and the water mixture.

In addition, at the same time as the stop of the pump mounted on the inlet, the motor 2 is operated while the stirring fan 3 of the powder treatment machine 1 rotates to stir the powders.

By the stirring action of the stirring fan (3) and the air and microorganisms and the like supplied through the powder treatment unit 1 is to ferment the powder for a predetermined time.

When the fermentation process is completed, the pump mounted on the outlet is opened by an instruction of the control box, and the fermented powder of the beverage reservoir 101 is discharged to the outside.

Due to the outflow of the powder, the water level of the beverage reservoir 101 is lowered and at the same time the flute 132, the lifting rods 131, and the lifting bodies 133 are also lowered along the water level limit switch 106. In FIG. 4, the original position is returned to the position of FIG. 3.

As described above, when the limit switch 106 is in the off position, the pump mounted on the outlet stops the discharge of the powder while the pump mounted on the inlet is stopped. The feed processor 1 also maintains the stop state because the limit switch 106 is off.

By operating the pumps of the inlet and outlet by the on, off action of the limit switch 106 as described above to control the entry and exit of the powder at the same time it is possible to operate very efficiently by controlling the stop and the treatment processor (1). .

On the other hand, there is a possibility that the limit switch 106 is broken, if the limit switch 106 is broken, opening and closing of the inlet and the outlet is impossible and the operation of the powder processor 1 cannot be controlled. In case of the present invention, the emergency switch 113 is provided on the support 111 fixed to the upper bolt 112 above the support 103.

That is, since the pump mounted on the inlet cannot be controlled due to the failure of the limit switch 106, the mixture of the powder and the water is continuously introduced at the inlet so that the water level of the fountain reservoir 101 is continuously raised.

At this time, the flute 132 and the elevating rod 131 continue to rise along with the water level of the powder reservoir 101, and eventually the emergency switch 113 mounted on the support 111 as shown in FIG. Will be pressed.

Therefore, pressing the emergency switch 113 is to stop the pump mounted on the inlet to prevent further flow of the powder and water mixture into the fountain reservoir 101.

As described above, it is possible to stop the pump of the inlet port by the emergency switch 113, it is possible to prevent the phenomena overflowing to the outside of the fountain reservoir 101.

In addition, the support body 111 on which the fixed body 104 and the emergency switch 113 on which the limit switch 106 is mounted are loosened from the lower bolt 105 and the upper bolt 112 on the support 103. After moving, the lower bolt 105 and the upper bolt 112 are tightened again, and the height adjustment according to the water level of the fountain 101 is also possible.

In addition, in order to clean the sludge which is laminated inside the support tube 121 or the upper portion of the flute 132, the separation metal 123 loosely coupled to the upper portion of the support tube 121 is separated and then a high pressure hose. Is placed on the upper side of the support tube 121 and the water is sprayed, the sludge inside the support tube 121 is washed through the space portion 122 and the sludge because the upper surface of the flute 132 can also be cleaned This can prevent the malfunction due to the lamination.

101-Fountain reservoir 102-support plate
103-hold 104-fixation
105-Lower Bolt 106-Limit Switch
107-hinge shaft 108-roller
111-support 112-upper bolt
113-emergency switch 114-case
121-support tube 122-space
123-Removable Metal 124-Fixed Metal
131-Height 132-Flute
133-Removable Metal 134-Fixing Bolts

Claims (1)

Through the powder inlet, the powder of the livestock flowing into the water storage tank 101 is fermented while stirring the stirring pan (3) coupled to the powder processor 1 by the operation of the motor (2) for a predetermined time and then discharged to the outlet. A support tube 121 coupled to a support plate 102 fixed to one side of the powder storage tank 101 and maintaining a space 122 at a lower portion thereof in order to maintain a constant level of the liquid storage tank 101;
The lifting bar 131 is coupled to the inside of the support tube 121 and loosely coupled to the upper portion by the separation metal 123 and loosely coupled to the lower portion by the fixed metal 124.
A flute 132 coupled to the lower side of the elevating rod 131 and elevating by buoyancy in an up and down direction according to a change in the water level of the powder;
An elevating body 133 fixed to the upper side of the elevating rod 131 which is elevated by the buoyancy of the flute 132 with a fixing bolt 134;
In order to detect the lifting operation of the lifting body 133, the roller 108 and the hinge shaft 107 are seated on the fixed body 104 fixed to the support 103 of the support plate 102 by the lower bolt 105. Provided limit switch 106,
Emergency switch mounted on the support 111 fixed to the upper bolt 112 on the upper side of the support 103 so as to interrupt the supply of the powder by blocking the inlet of the powder reservoir 101 in the event of a failure of the limit switch 106 Level control apparatus for the powder treatment system characterized in that it comprises a (113).

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