KR200447189Y1 - Apparatus for automatically emitting gas from honey barrel - Google Patents

Abstract

Automatic gas venting of the sump is posted. Such automatic gas discharge device is coupled to the wheat collecting container, the seating member is formed in communication with the inside of the collecting container is discharged to the gas stored in the inside of the collecting container; And a dome portion formed at a lower portion of the body to open and close the outlet, and provided inside the seating member to open and close the outlet and being pushed by the pressure of the gas. A plunger through which the gas may be discharged by being separated from the discharge port; A cap portion protruding on a bottom surface of the head and having a gas outlet portion formed thereon, the cap portion being screwed to the seating member, through which the gas is discharged to the outside; And an elastic member provided between the cap and the plunger to elastically pressurize the plunger.

Wheat, Honey, Gas, Filling, Discharge, Auto, Plunger

Description

Automatic gas discharge device of the wheat waste container {APPARATUS FOR AUTOMATICALLY EMITTING GAS FROM HONEY BARREL}

The present invention relates to an automatic gas discharge device for a wheat harvester, and more particularly, an automatic gas discharge device for a wheat harvester that can prevent the gas from being deformed by the gas by automatically discharging the gas inside the wheat harvester to the outside. It is about.

In general, wheat cans are a device for storing honey. Such a buckwheat collector collects honey at a beekeeper and then stores the honey for a certain period of time for the production and distribution of honey. In this case, the honey may be stored or distributed by being stored in the wheat flour container for a certain period of time.

In addition, when the honey is stored for a predetermined period of time, the gas is generated in the process of changing the involease enzyme into fructose.

The gas generated in this way is filled in the inner container, and if filled in a predetermined amount or more, if the gas is not properly discharged to the outside, there is a risk that the shape of the container is deformed or exploded by the gas pressure.

Therefore, by attaching the gas discharge stopper to the wheat waste container, the stopper can be opened to discharge the gas inside the wheat waste container to the outside.

However, this method has a problem that the operator must open the stopper manually and always visually recognize how much gas is filled in the dust collecting container.

In addition, there is a problem that it is difficult to discharge the gas in a timely manner because it is necessary to determine whether the gas amount is appropriate to discharge even if the amount of gas filled with the naked eye.

Therefore, the present invention is devised to solve such a problem, and an object of the present invention is to provide an automatic gas discharge device of a wheat container, which can automatically discharge the gas filled in the inside of the wheat container.

In order to achieve the object of the present invention as described above, the present invention is coupled to the wheat harvester, the discharge member is formed in communication with the inside of the wheat harvester is formed seating member for discharging the gas stored in the inner container; And a dome portion formed at a lower portion of the body to open and close the outlet, and provided inside the seating member to open and close the outlet and being pushed by the pressure of the gas. A plunger through which the gas may be discharged by being separated from the discharge port; A cap portion protruding on a bottom surface of the head and having a gas outlet portion formed thereon, the cap portion being screwed to the seating member, through which the gas is discharged to the outside; And it is provided between the cap portion and the plunger provides an automatic gas discharge device for honey-wheater including an elastic member for elastically pressing the plunger.

As described above, the automatic gas discharge device according to an embodiment of the present invention is provided with a plunger for elastically opening and closing the outlet of the seating member communicated with the interior of the wheat container, when the pressure inside the container is more than a predetermined pressure, the plunger There is an advantage that the gas can be discharged automatically by pushing.

By displaying the scale on the cap and the seating member, there is an advantage that the rotation speed of the plunger can be easily adjusted by easily recognizing the rotational speed of the cap.

By mounting the bougainer, the gas inside the drawer pushes up the bougainer and checks the amount of increase of the bougainer from the outside so that the amount of gas inside the drawer can be easily recognized.

Hereinafter, with reference to the accompanying drawings, a wheat flour container according to an embodiment of the present invention will be described in detail.

As shown in Figures 1 to 3, the wheat flour container 1 proposed by the present invention is a cylinder (3) in which honey is stored, and the opening and closing opening for the honey is injected or discharged provided on one side of the cylinder (3) (7) and an automatic gas discharge device (5) provided on the other side of the upper part of the cylinder (3) to discharge gas automatically.

In the trash container having such a structure, the opening and closing hole 7 includes a stopper having a conventional structure. Therefore, honey can be inject | poured or discharged into a wheat flour container by opening this opening-closing opening 7.

In addition, the automatic gas discharge device 5 is coupled to the wheat trough 1, the discharge port 21 is formed in communication with the inside of the wheat trough 1 is formed to discharge the gas stored in the wheat trough 1 A seating member 9; A plunger (11) provided inside the seating member (9) to open and close the outlet (21) by raising and lowering by the pressure of gas; A cap part 13 screwed to the seating member 9 and through which a gas is discharged to the outside through a gas outlet 35; And an elastic member 15 provided between the cap portion 13 and the plunger 11 to elastically pressurize the plunger 11.

In the automatic gas discharge device having such a structure, the seating member (9) can be screwed to the cylinder (3) by forming an outer thread (19) on the outer surface. Thus, this seating member 9 can be coupled to or separated from the cylinder 3, if necessary.

The inner thread 22 is also formed on the inner surface of the seating member 9. The screw thread 33 of the cap portion 13 is coupled to the inner screw thread 22. In addition, the outlet 21 is formed on the inner bottom surface of the seating member 9. Therefore, the gas stored in the dust collecting container 1 rises through this discharge port 21.

The plunger 11 includes a body 23 in which concave grooves are formed in an inward direction, and a dome portion 25 formed at a lower portion of the body 23 to open and close the outlet 21.

The lower portion 27 of the elastic member 15 is elastically supported in the recessed groove of the body 23. The dome portion 25 is coupled to or separated from the outlet 21 of the seating member 9.

Therefore, when the dome portion 25 is coupled to the outlet 21, when the gas inside the sampling container 1 is sealed by the dome portion 25, and the dome portion 25 is separated from the outlet 21. The gas may be discharged between the outlet 21 and the dome 25.

In addition, the elastic member 15 may include various kinds of elastic members 15 such as springs, rubbers, synthetic resins, but preferably includes springs.

The elastic member 15, the upper portion 29 is elastically supported on the bottom of the cap portion 13, the lower portion 27 of the elastic member 15 is elastically inside the body 23 of the plunger 11 Supported.

Therefore, the elastic member 15 elastically supports the plunger 11, and when the plunger 11 is pressurized by a gas or more than a predetermined pressure, the pressure acting on the plunger 11 is the elastic member 15 By winning the elastic force of the plunger 11 is raised.

As a result, a gap is formed between the plunger 11 and the dome portion 25 so that a gas flow path is formed so that the gas inside the sampling container 1 can be discharged through the gas flow path.

The cap portion 13 includes a head 31 and a threaded portion 33 protruding from the bottom surface of the head 31 and having a gas outlet 35 formed on the surface thereof.

The head 31 has a horizontal shape and an angular shape, preferably a hexagonal shape so as to be easily grasped.

The screw thread 33 is coupled to the inner screw thread 22 formed inside the seating member 9. Thus, the cap portion 13 may be screwed to the seating member (9).

The gas outlet 35 is formed to a predetermined depth in the inward direction from the surface of the threaded portion (33). The gas outlet 35 is in communication with the inside of the seating member 9.

Accordingly, the gas discharged through the outlet 21 of the seating member 9 may be automatically discharged to the outside through the gas outlet 35.

On the other hand, as shown in Figures 3 and 4, by displaying the scale on the cap 13, the magnitude of the force for the elastic member 15 to press the plunger 11 can be easily recognized.

That is, when the force of the elastic member 15 to press the plunger 11 is a predetermined value or more, or when the plunger 11 sticks to the seating member 9 due to the viscosity of the honey, the gas pressure inside the sampling container is increased. The force pushing the plunger 11 may not be strong enough.

In this case, since the elastic force of the elastic member 15 is strong, the gas inside the sampling container 1 may not be discharged to the outside.

 Therefore, by opening the cap portion 13 by rotating, the elastic force of the elastic member 15 is weakened so that the gas can easily push out the plunger 11.

At this time, in order to easily recognize the degree of rotation of the cap 13, as shown in Figure 4, the scales 46 and 44 are displayed on the cap 42 and the seating member 40.

That is, the display member 44 of a predetermined interval is displayed on the seating member 40, and the guide member 46 of the arrow shape is displayed on the cap portion 13.

Therefore, when the cap 42 is rotated, the guide scale 46 of the cap 42 displays the display scale 44 of the seating member 9 to facilitate the degree of opening of the cap 42. Can be recognized.

Figure 5 shows another embodiment of the automatic gas discharge device according to an embodiment of the present invention. The automatic gas discharge device according to the present embodiment has a difference in that the amount of gas in the sampling container can be easily recognized by further providing a booger.

In more detail, the automatic gas discharge device 50 according to the present embodiment is coupled to the cylinder (3), and the seating member 54 through which the gas is discharged; A plunger 58 provided inside the seating member 54 to open and close the discharge of gas; A cap part 56 screwed to the seating member 54 and for discharging the gas discharged through the seating member 54 to the outside; An elastic member (60) provided between the cap portion (56) and the plunger (58) to elastically pressurize the plunger (58); The mounting member 54, the plunger 58, and the boom 52 to go up and down in accordance with the amount of gas in the interior of the sampling tank by passing through the cap portion 56.

In the automatic gas discharge device having such a structure, the seating member 54, the plunger 58, and the cap portion 56 have the same structure as in the previous embodiment, and thus the description of the same parts will be omitted. List only the differences.

A locking jaw 63 is formed at the outlet 62 of the seating member 54. Then, the locking jaw 63 is formed in the upper direction of the upper end of the discharge port 62, the edge of the bouge 52 to be described later is caught on the locking jaw (63). Thus, the bouge 52 has a lifting distance as much as the length of the outlet (62).

A first through hole 67 is formed in the plunger 58. Therefore, the boom 52 is inserted into the first through hole 67 to pass through the plunger 58.

A second through hole 68 is formed in the cap 56, and the bouge 52 penetrates through the second through hole 68.

The bouge 52 has a hollow shape, and includes a tubular body 65 having a hole 64 formed at one side thereof, and an edge 69 protruding radially from one end of the tubular body 65.

The boom 52 automatically passes through the outlet 62 of the seating member 58, the first through hole 67 of the plunger 58, and the second through hole 68 of the cap 56. It is mounted to the gas exhaust device (50). In addition, the edge 69 of the bouge 52 is caught by the locking jaw 67 of the outlet 62.

Therefore, the gas stored in the sampling container is supplied to the inside of the brew 52 through the hole 64 of the brew 52.

Then, as the gas is filled in the inside of the boom 52, the boom 52 rises, and rises according to the amount of gas until the edge 69 is caught by the locking jaw 67.

As a result, it is possible to know the amount of gas stored inside the wheat hopper by recognizing the rising height of the boom 52 from the outside.

Then, the gas can be discharged to the outside by pressing the bouge (52).

1 is a perspective view showing a wheat trough equipped with an automatic gas discharge device according to an embodiment of the present invention.

Figure 2 is an exploded perspective view of the automatic gas discharge device shown in FIG.

3 is a cross-sectional view taken along the line “A-A” of FIG. 1.

Figure 4 is a plan view showing a scale is displayed on the cap portion and the seating member of the automatic gas discharge device shown in FIG.

5 is a cross-sectional view showing the internal structure of the automatic gas discharge device according to another embodiment of the present invention.

Claims (5)

A seating member coupled to the wheat trough and having a discharge hole communicating with the inside of the trough to discharge the gas stored in the trough; And a dome portion formed at a lower portion of the body to open and close the outlet, and provided inside the seating member to open and close the outlet and being pushed by the pressure of the gas. A plunger through which the gas may be discharged by being separated from the discharge port; A cap portion protruding on a bottom surface of the head and having a gas outlet portion formed thereon, the cap portion being screwed to the seating member, through which the gas is discharged to the outside; And An automatic gas discharge device for honey-wheat cans including an elastic member provided between the cap and the plunger to elastically pressurize the plunger. A seating member coupled to the dust collecting container and having a discharge hole communicating with the inside of the collecting container to discharge gas stored in the collecting container, and having a locking jaw formed inside the discharge hole; A plunger provided inside the seating member to open and close the outlet, and having a first through hole communicating with the outlet and being pushed by the pressure of the gas, by which the gas is discharged from the outlet; A head and a threaded portion protruding on the bottom of the head, the gas outlet is formed on the surface thereof, screwed to the seating member, a second through hole is formed, the gas is discharged to the outside through the gas outlet Cap portion; An elastic member provided between the cap and the plunger to elastically pressurize the plunger; And Honey extraction comprising a discharge port of the seating member, a first through hole of the plunger, a second through hole of the cap portion, and a boulder which is provided to penetrate the gas by filling the gas. Common automatic gas exhaust device. The method according to claim 1 or 2, A guide scale is formed on the upper surface of the cap portion, and a plurality of display scales are formed on the upper surface of the seating member, and the guide scale indicates the display scale so that the automatic discharge of the honey for collecting wheat can recognize the rotational speed of the cap portion. Device. The method according to claim 1 or 2, The elastic member is an upper gas is elastically supported on the bottom surface of the threaded portion of the cap portion, the lower portion of the automatic gas discharge device for honey-wheater, characterized in that the elastic support for the upper portion of the seating member. The method of claim 2, The boom is hollow shape, the automatic gas discharge device for honey-wheat cans including a tube formed with a hole on one side, and a radially protruding end portion of the tube is caught on the locking jaw of the outlet.

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