KR20040078407A - Vacuum inhalation type honey gathering machine - Google Patents

Abstract

PURPOSE: An apparatus for collecting honey in a vacuum suction manner is provided to enable rapid and convenient collection of honey by directly sucking the honey from a honeycomb. CONSTITUTION: The apparatus for collecting honey comprises a vacuum collection tank(10) internally defining a reservoir space, a vacuum pump(20) installed above the tank to keep the tank in a vacuum state, a suction head connected to the tank via a suction hose and having a plurality of suction tubes installed to a suction plate for guiding collected honey to the tank using a strong vacuum suction force, a safety sensor(40) adapted to detect a vacuum pressure of the tank so as to automatically turn off the power of the tank if the vacuum pressure is less than a predetermined pressure, a discharge valve(50) for use in the discharge of the honey from the tank, and a honey gauge(60).

Description

Vacuum inhalation type honey gathering machine}

The present invention relates to a wheat harvester for collecting honey stored in the consumption (honeycomb), and more particularly, a powerful vacuum in a state in which the vacuum suction head is in direct contact with the consumption without the hassle of having to detach the consumption to the centrifuge during the harvesting operation It relates to a vacuum suction grinder that allows the honey to flow out more quickly and simply by using suction force.

In general, in order to obtain honey, a honeycomb made of panels about 3cm thick is placed in a beehive like a book stored in a beehive, and when honey is filled in the honeycomb, the honey is taken out of the honeycomb to collect honey from the consumption. .

Wheat harvesters for harvesting honey from consumption are divided into vertical types where consumption is placed vertically and horizontal types placed horizontally.

The vertical type has the advantage that the installation area is reduced due to the narrow width in the horizontal direction, while the honey in the honeycomb on the opposite side of the rotation direction is easy to spill by centrifugal force during rotation, but the honey in the honeycomb in the rotation direction holds the air and rotates. Therefore, the spill was prevented, so that the worker always had to turn the honeycomb and change the direction of the honeycomb to work alternately, so that perfect filling was possible. As a result, it takes a lot of time depending on the changeover of work, as well as the cumbersome work and productivity.

On the other hand, in the case of the horizontal type, the consumption is vertically inputted to the consumption rack, and then the consumption rack is rotated to convert the consumption to the horizontal state.In this case, the consumption must be disengaged in order to prevent the consumption from being bounced off by centrifugal force during rotation. The prevention rod is fixedly installed on the fixing bracket on the side of the rotating frame. At this time, since the rotation radius is widened when the consumption hanger is rotated, the separation prevention rod is installed at a position much wider than the vertical width of the consumption in consideration of the radial width.

Therefore, if the consumption turned into a horizontal state is rotated in a state separated from the consumption escape prevention rod by a certain distance, the consumption jumps out to the consumption escape prevention rod and stops after a full-fledged rotation, resulting in damage to consumption. This was followed by noise generation.

In addition, in the conventional horizontal milling machine, 8 pairs of consumables can be used at a time, since the pairs of consumable hangers having four inserts are usually used in consideration of their size. Since the remaining amount of work was always present, only six beehives were needed to make the remaining amount.

In view of these problems, the applicant of the present invention can pre-register the inventors of the present invention which can shorten the working time while collecting a large amount of honey at once by enlarging a larger number of consumptions of the same standard without increasing the size of the mill. "Utility model registration No. 208370 name scooping machine" was proposed.

However, all of the mills of the above-designed design including the conventional vertical and horizontal mills use a centrifugal separation method in which honey is collected by rotating the mills after the consumption is selectively installed inside the mills. At the same time, the consumption has to be installed in the mill, but at the same time, it has been a labor hassle to separate the consumption from the mill after an interruption or shutdown.

This caused a lot of working time, as well as a problem that the productivity is lowered.

The present invention has been made to solve the above problems, and vacuum extraction after honey flows out directly from consumption by using a strong vacuum suction force generated in a vacuum pump to avoid the practice of collecting honey using a conventional centrifugation method It is an object of the invention to collect a large amount of honey simply and quickly without the hassle of detaching and consuming each time by working with the tank.

The present invention for achieving the desired object is provided with a vacuum sampling tank for recovering the honey spilled from the consumption, and a vacuum pump for extracting the gas molecules in the vacuum sampling tank to the outside to create a vacuum state, the A vacuum suction head which discharges the honey contained in the consumption by using the powerful vacuum suction force generated by the vacuum pump and introduces it into the vacuum milling tank, while detecting the degree of vacuum inside the vacuum milling tank automatically when the set pressure is below the set pressure. A honey gauge provided with a safety sensor to cut off the power to maintain safety, and to visually check the amount of honey stored in the vacuum extraction tank and the discharge cock for selectively discharging the honey recovered into the vacuum extraction tank to the outside. It is made by providing.

1 is a perspective view of a wheat mill to which the present invention is applied

Figure 2 is a perspective view of the suction head of the present invention

Figure 3 is a partially cut-away longitudinal cross-sectional view showing the internal structure of the present invention.

Figure 4 is a longitudinal section of the vacuum suction state of the suction head of the present invention

Figure 5 is an enlarged cross-sectional view of the vacuum suction state of honey by the adsorption tube of the present invention

Figure 6 is a side cross-sectional view of the installation state of the present invention honey gage

Figure 7 is a separation state of the suction head and the suction plate of the present invention

[Explanation of symbols on the main parts of the drawings]

1: Consumption 10: Vacuum Milling Tank 13: Caster

20: vacuum pump 23: vacuum gauge 30: suction head

35: adsorption plate 37: adsorption tube 40: safety detector

50: discharge cock 60: honey gauge 70: suction head operating cock

The configuration of the preferred embodiment for achieving the object of the present invention will be described.

First of all, the configuration of the present invention, as shown in FIGS. 1 and 2, is selectively vacuumed, and thus, vacuum storage is formed in which the storage space 11 is formed so that the honey discharged from the consumption 1 is recovered therein. The honey contained in the consumption (1) with a strong vacuum suction force generated by the tank 10, the vacuum pump 20 to maintain a vacuum in the vacuum sampling tank 10, and the vacuum pump 20 Suction head 30 that flows out into the vacuum sampling tank 10 and flows into the vacuum sampling tank 10, and detects the degree of vacuum inside the vacuum sampling tank 10 to automatically cut off the power when the pressure is lower than the safety sensor 40 to maintain safety. ), A discharge cock 50 for discharging the honey recovered into the vacuum milling tank 10 to the outside through selective opening, and the amount of honey stored in the vacuum milling tank 10 to be visually checked. Honey Gage It can be seen that it consists of 60).

It will be described in more detail to enable the present invention made of the above schematic configuration.

The vacuum sampling tank 10 is formed in a rectangular shape having a length longer than a relatively high height in order to maintain stability, and a constant storage space 11 is formed therein so as to recover honey spilled from the consumption 1 therein. The casters 13 are installed on the support legs 12 installed on the lower four sides, while maintaining the vacuum state therein depending on whether the vacuum pump 20 is operated.

The vacuum pump 20 which maintains the vacuum state in the vacuum sampling tank 10 is installed in the frame 21 attached to the upper portion of the vacuum sampling tank 10 and a vacuum pipe installed at one side thereof in communication with the vacuum sampling tank 10. By being connected to the (22) to selectively pull out the gas molecules in the vacuum sampling tank 10 to the outside to make a vacuum state to maintain the vacuum degree of the vacuum sampling tank 10.

At this time, the vacuum pipe 22 is installed with a vacuum gauge (23) detects the degree of vacuum inside the vacuum sampling tank 10, and displays the user so that it can be checked with the naked eye.

The suction head 30 is connected to the vacuum sampling tank 10 and the suction hose 31 so that the honey contained in the consumption (1) can flow out into the vacuum sampling tank 10, the suction of honey The handle 33 is provided on the upper part of the head body 32 made of a transparent material so that the state can be visually checked, and a suction port 34 is formed at the bottom thereof, and the consumption port 1 is consumed (1). Adsorption plate 35 for collecting the honey contained in the screw is detachably screwed through the packing (36).

The adsorption plate 35 is installed with a plurality of adsorption tubes 37 of fine size for sucking honey using a strong vacuum suction force while penetrating the consumption 1 as shown in FIG. In order to replace the adsorption plate 35 at the time of wear, it is possible to attach and detach the head body 32 together with the packing 36 for watertightness using the fastener 38 as shown in FIG. 7.

On the other hand is not limited to detecting the degree of vacuum (pressure of the gas remaining in the container made of vacuum) inside the vacuum sampling tank 10, and detects the safety detector to maintain safety by automatically shutting off the power when the set pressure or less ( 40 is installed in communication with the vacuum sampling tank 10 as shown in FIG.

The reason why the safety sensor 40 is installed in the present invention is that when the pressure inside the vacuum sampling tank 10 is lower than the degree of vacuum due to excessive operation of the vacuum pump 20, the force acts as an internal vacuum sampling tank 10. This is to prevent the crushing (crushing) to prevent the safety accident as well as to break the damage of the vacuum sampling tank 10 in advance.

Therefore, the present invention can effectively prevent the vacuum sampling tank 10 from being crushed by automatically shutting off the power after detecting the safety sensor 40 when the pressure inside the vacuum sampling tank 10 falls below the degree of vacuum. do.

The discharge cock 50 installed in communication with the bottom of the vacuum sampling tank 10 may discharge the honey recovered into the vacuum sampling tank 10 to the outside by selective opening.

On the other hand, as shown in Figure 6 honey gage 60 to be able to visually check the amount of honey stored in the vacuum sampling tank 10, the vacuum sampling tank 10 so as to surround the top at the outer bottom of the vacuum sampling tank 10 It is installed in communication with. Here, the honey gage 60 is a vacuum hose of the transparent body by raising the water level by the level of honey stored in the vacuum sampling tank 10, it is possible to easily check the amount of honey stored in the vacuum sampling tank 10 with the naked eye.

A suction head operation cock 70 is installed between the vacuum sampling tank 10 and the suction hose 31 to selectively turn on / off a strong vacuum suction force transmitted to the suction head 30. Only when the 70 is opened, the suction head 30 has a vacuum suction force.

Referring to the sampling process according to the present invention made of such a configuration as follows.

When the degree of vacuum is maintained inside the vacuum sampling tank 10 by driving the vacuum pump 20, the suction plate 35 of the suction head 30 is brought into close contact with the consumption 1 as shown in FIGS. A plurality of adsorption tubes (37) installed in the infiltrate the consumption (1).

In this state, when the suction head operating cock 70 is opened, the plurality of adsorption tubes 37 suck the honey contained in the consumption 1 and flow into the vacuum extraction tank 10 through the suction hose 31. .

Therefore, according to the present invention, honey can be squeezed quickly and conveniently through a simple process of bringing the suction head 30 into close contact with the consumption 1 without the hassle of detaching the consumption 1 to the inside of the wheat flour container as in the prior art. .

In addition, through the honey gage 60, the amount of honey stored in the vacuum extraction tank 10 can be easily checked with the naked eye, thereby giving convenience to be discharged to the outside.

The present invention can extract a large amount of honey simply and quickly without the hassle of attaching and detaching the consumption every time during the harvesting work by draining the honey directly from the consumption by using a strong vacuum suction force generated in the vacuum pump and then recovered into the vacuum milling tank. Will be.

This can drastically shorten the working time and have the effect of further improving productivity.

Claims (4)

A vacuum sampling tank 10 in which a caster 13 for movement is installed at a lower portion thereof, and a storage space 11 for recovering honey spilled from the consumption 1 is formed therein; A vacuum pump 20 installed above the vacuum sampling tank 10 and extracting gas molecules inside the vacuum sampling tank 10 to the outside to maintain a vacuum state; In the state where the plurality of adsorption tubes 37 connected to the vacuum sampling tank 10 and the suction hose 31 and installed on the bottom adsorption plate 35 penetrate into the consumption 1, honey is discharged by a powerful vacuum suction force to vacuum A suction head (30) flowing into the sampling tank (10), The safety detector 40 is installed in communication with the upper portion of the vacuum sampling tank 10 and detects the degree of vacuum inside the vacuum sampling tank 10 to automatically cut off the power when the pressure is lower than the set pressure. A discharge cock (50) installed in communication with the bottom of the vacuum sampling tank (10) and discharging honey recovered in the vacuum sampling tank (10) to the outside by selective opening; It is installed in communication with the vacuum sampling tank 10 so as to surround the top at the outer bottom of the vacuum sampling tank 10, characterized in that consisting of a honey gauge 60 to visually check the amount of honey stored therein Vacuum suction grinder. The method according to claim 1, The suction head 30 is a handle 33 is installed on the upper head 32 of the transparent material, the bottom suction port 34 is penetrated into the consumption (1) to suck the honey with a strong vacuum suction force of fine size ( 37. The vacuum suction type milling machine, characterized in that a plurality of adsorption plates (35) installed are screwed through the packing (36). The method according to claim 1, A vacuum degree indicating the degree of vacuum in the vacuum sampling tank 10 in the vacuum pipe 22 installed in communication between the vacuum sampling tank 10 and the vacuum pump 20 in order to extract the gas molecules in the vacuum sampling tank 10. Vacuum suction type injector, characterized in that the gauge (23) is installed. The method according to claim 1, A vacuum suction type wheat harvester, characterized in that a suction head operating cock (70) is provided between the vacuum sampling tank (10) and the suction hose (31) to selectively turn on / off the vacuum suction force transmitted to the suction head (30).