KR20080113339A - Natural gas makers - Google Patents

Abstract

An apparatus for manufacturing natural gas is provided to be environment-friendly by using food waste to production gas, to use no additionally energy and to process immediately food waste. A fermentation container is a rectangular parallelepiped container having a constant height. A cylinder type of leg having a regular length is fixed at four corners of a bottom plane. A waste dropping pipe is fixed by a socket at a waste dropping hole(2). An upper part of the fermentation container is perpendicularly fixed to a supporting belt(3). A piston stopper is inserted in the waste dropping pipe. A plate spring(4) is inserted into s regular square globe(4-1) at a specified spot of both sides of an upper part of a front surface and a rear surface of the fermentation container. A drain pipe(5) having a regular length is formed at a specified spot of an upper part of a left surface of the fermentation container. A rotation axis is fixed to a center of a floor of the fermentation container. A screw is fixed at a block axis of an upper part of the fermentation container. Water in which the methane bacteria is mixed is in the fermentation container.

Description

Natural gas makers

Fig. 1 Appetizer perspective view of natural gas maker

2 is a perspective view of the fermentation vessel 1

3 is a perspective view of a bottom surface of the fermentation vat and a trash inlet 2

4 is a perspective view of the screw 13, the handle 14, the rotary shaft 10, and the peking 12.

5 is a perspective view of the waste inlet pipe 6, the piston cap 7, the socket 8, the peking 8-1 and the plate spring 4;

6 is a perspective view of the gas tank 15

7 is a perspective view of the gas release valve 16, the pipe bolt 16-1, the piston 16-2, and the spring 16-3 and the cylinder 16-4;

8 is a perspective view of the safety bucket 17, the safety bucket main body 17-1, the rubber ball 17-3, the cylinder 17-4 and the study lightning 17-5.

9 is a perspective view of the gas hoses 19 and 20, the drain hose 5-1, and the burner 21;

10 is a perspective view of the screw 22, the butterfly bolt 23 and the double finger 24

Explanation of symbols described in the drawings

1 fermentation barrel

1-1 leg (fermented)

2 Garbage slots with spirals (2-1) embossed on both fp]

2-1 embossed helix

3 support belt

3-1 Screw Hole

3-2 Round Hole (Butter Bolt Insertion Hole)

Four-plate springs (bend at both ends in a direction in the same direction as a letter a)

4-1 Rectangle (Horizontal, Vertically Lengthened Through Hole)

4-2 Hooks (Hanging the Safety Bucket)

5 drainage pipe

5-1 drain hose

6 Garbage input pipe (bent the lower part of the pipe at a right angle)

6-1 B Groove [Insert Groove of Rod (7-2)]

6-2 Round former (at the lower end of the garbage input pipe)

7 piston plug

7-1 Handle (piston stopper)

7-2 Rods protruding out of the handle

8 socket

8-1 Peking (B-shaped round shape)

9 round sphere (bottom of fermentation pail)

10 axis of rotation (both shafts are formed at the upper and lower ends)

10-1 Upper square shaft

10-2 Screw Hole (Upper Section of Upper Square Shaft)

10-3 Lower Square Shaft

10-4 screw holes (of the lower section of the lower square shaft)

11 Peking Kess

11-1 embossed helix

11-2 Case lid

11-3 embossed spiral (in case lid)

11-4 Round Sphere (Formed in the center of the lid)

12 Peking

13 screw

13-1 wing (of a triangular columnar shape)

13-2 Round Frame

13-3 Square Groove [Top Square Shaft 10-1 Inserted]

13-4 Screw Insert

14 Handles for Screw Rotation

14-1 support rod (of constant diameter constant length)

14-2 Handle Knob

14-3 square groove [lower square shaft (insertion of 10-3)

14-4 Screw inlet

15 gas tank

15-1 border (constant width formed above a certain height at the bottom of the tank)

15-2 tank handle

15-3 Gas Exhaust Pipe

15-4 circular sphere (on the right slope)

16 gas release valve

16-1 Pipe Bolt

16-2 piston

16-3 Spring (constant strength, scale spiral)

16-4 Cylinder (16-4) A certain diameter cylinder with a certain height. Multiple vents are formed in the middle circumference. Helix is embossed around the bottom of the inner surface.

17 Safety Bucket

17-1 Safety Bucket

17-2 discharge pipe (spired with a spiral around the top)

17-3 Rubber Balls (rods of a certain diameter and a certain length formed at a certain point on the surface of the ball of a certain diameter)

17-4) Cylindrical (multiple drains are formed in the upper two fp with embossed spirals at the inner bottom of a certain diameter)

17-5 Ball blasting (pipes of a certain diameter at a certain point on the face)

17-6 gas inlet pipe

17-7 embossed spiral (formed on top

17-8 Hooks

18 Lid (spired spiral inside)

18-1 gas discharge pipe

18-2 Rubber packing (attached to the bottom edge of the lid)

19 gas hose

20 gas hose

21 burner

22 screws

23 butterfly bolt

24 pairs

We exhaust a lot of food waste every day in our lives.

And it is a huge expense to deal with the food waste in this matter.

Nevertheless, since most of his food waste is landfilled, it causes many problems such as environmental destruction and environmental pollution. At home, it's very annoying to put it in the dumping box immediately. When it is thrown away, it causes odors and insects.

In addition, the collection fee paid by the family under the beneficiary burden is considerable.

To solve this problem and invented a low natural gas producer.

Natural gas producer is composed of a fermentation tank (1), the gas tank 15, the safety bucket 17 and the burner (21).

Fermentation vessel (1) is a rectangular parallelepiped cylinder of constant height with a square of a constant length on the bottom. Pipe-shaped trash inlet (1) is formed in the four corners under the fermentation barrel with a certain length of cylindrical bridge (1-1) to form a space, and at the center of the front lower part of the fermentation vessel at two fp of constant diameter. ), The packing (8-1) is inserted therein, the rounded corner (6-2) at the bottom of the waste inlet pipe (6) is in contact with the socket (8), and the inlet pipe (6) is fixed. Winding around the support belt (3), and put the circular sphere (3-2) at the end of the belt through the screw hole (3-1) through each other to fix the butterfly bolt (23).

The piston plug 7 is inserted into the waste input pipe 6. On the front and rear of the fermentation barrel, a certain length of rectangular sphere (4-1) is formed at a certain point on both upper and rear sides, and a plate spring (4) is fitted therein, and a drain pipe (5) is placed at a certain point on the left side of the fermentation vessel. Is formed and the drain hose (5-1) is fitted here and the other end reaches the sewer. A fixed point (4-2) is formed at a certain point under the drain pipe (5). A safety bucket (17) is hanged there. A fixed size (13) screw (13) is placed at the bottom of the fermentation can (10). It is fixed to the shaft 10-1, and the hendle 14 is attached to the lower square shaft 10-3 of the rotating shaft. The handle 14 is turned to rotate the screw 13 to invert or evenly disperse the bottom sediment to promote fermentation. The fermentation vessel (1) is filled with water mixed with methane bacteria and the gas tank (15) is immersed in the fermentation vessel (1) to remove all the air in the gas tank. The gas tank 15 is a rectangular parallelepiped cylinder of a constant height of which the bottom surface is a quadrilateral, and the upper surface thereof is a square of a constant height having a horizontal side of the tank as one side. Borders 15-1 of a predetermined width are formed at a predetermined height of the bottom circumference of the tank. This edge is caught by the plate spring 4 and the gas tank is stopped.

(When the gas tank is full) The gas discharge pipe 15-3 is formed at the vertex of the tank, and the gas discharge valve 16 is formed at a certain point on the right inclined surface. Pipe-shaped bolt 16-1 is inserted into a circular sphere 15-4 of a constant diameter formed at a certain point of the inclined surface, and the piston 16-2 is placed on the bolt 16-1 protruding outward. Insert the spring (16-3) into the rod and screw the cylinder (16-4) into the bolt. Above the cylinder is a piston 16-2 rod. The handle 15-2 is fixed at a predetermined point on the front and rear inclined surfaces. The gas hose 19 is connected to the gas discharge pipe 15-3 of the gas tank, and the other end of the hose is connected to the gas inlet pipe 17-6 of the safety bucket.

In addition, the gas hose 20 is connected to the gas discharge pipe 18-1 of the safety bucket and the other end is connected to the burner 21. The safety bucket 17 is connected to the main body 17-1 and the lid 18. Gas discharge pipe (18-1) is formed at the center of the valve surface

The discharge pipe 17-2 is fixed to the bottom of the main body by penetrating the bottom, and a spiral is embossed around the upper end. A rubber ball 17-3 is placed on it, and the cylinder 17-4 is rotated to insert the cylinder. Insert the pipe of the ball lightning (17-5) to the rod of the rubber ball (17-3) protruding above, and then turn the cap 18 of the safety bucket to close and seal. Water generated in the inner wall of the gas hose always flows into the safety bucket 17. Nevertheless, water always maintains a constant level. The reason for this is that when the water level rises, when the study rod (17-5) rises up, the rubber ball (17-3) rises together, so the discharge port is opened and water is drained. When the water level goes down, when the ball lightning (17-5) goes down, the outlet is blocked again and the water level is always maintained. Only natural wastes need to be put into the use of natural gas makers. There is no other energy use. Treatment, fermentation and decomposition occur in nature. In food waste, very little minerals are left that do not decompose and settle on the floor. It is removed after a long time use and continue to use. To remove the sediment, pull out the butterfly bolt 23 inserted into the screw hole 3-1 of the support belt 3, then turn the handle 14 to the left and right to settle the sediment, and then turn the write-through pipe 6 to the right. Tilt to remove some and fix the input pipe (6) to its original position.

The prior art in this field is landfilling most of the food wastes, resulting in high disposal costs and serious problems such as environmental pollution and environmental destruction. Some small amounts of waste are made from feed or compost, but the amounts are minimal.

There are food waste dryers on the market, but they only dry. It also uses a lot of electricity when it is dry, it is made of incineration garbage, and must be incinerated again. This is a double waste of energy

We are exhausting a lot of food waste every day. As the diet becomes richer, waste emissions increase day by day and the cost of disposal increases proportionally. It's not a one-time end, it's something that's going on forever in the future.

Garbage disposal, of course, benefits us by converting to gas.

Food waste is no longer garbage. It is a precious resource of gas production.

Natural gas producer is composed of a fermentation tank (1), the gas tank 15, the safety bucket 17 and the burner (21). The fermentation vessel (1) is a square with a constant length at its bottom surface, and has a rectangular parallelepiped cylinder of a certain height, and has a cylindrical leg (1-1) having a constant diameter at a predetermined length at the four corners of the bottom of the tube. At a certain point, a fpfp inlet opening (2) formed of a pipe having a certain diameter of a certain length is formed with a spirally embossed pipe, and a packing (8-1) is inserted thereinto face a round electric pole (6-2). Turn and tighten the socket (8) to fix it, and wrap the injection pipe (6) with the support belt (3), and put the thumbscrews (23) on the threaded holes (3-1) through each other by facing the front end of the belt and the end of the belt. Insert and turn to fix.

Piston plug (7) is inserted into the waste feeding pipe (6). At a certain point in the front and rear of the fermentation vessel (1), rectangular holes (4-1) of horizontal and vertical constant length are formed to penetrate to a certain depth. It is. In the rectangular sphere 4-1, both ends of the ends were a-shaped and a portion of the lower part of which was bent in an arc, and a plate spring 4 having a predetermined width was inserted and fixed. At a certain point on the upper side of the left side of the fermentation vessel (1), a drain pipe (5) of constant length is formed, and a drain hose (5-1) is fitted therein, and the other end of the hose reaches a sewer.

A ring 4-2 is formed at a predetermined point below the drain pipe 5.

The safety bucket 17 is hanged here. In the center of the bottom of the fermentation vessel 1, a circular sphere 9 having a predetermined diameter into which the rotating shaft 10 is inserted is formed. The rotary shaft 10 is fitted to this circular sphere. The rotary shaft 10 is formed of an upper square shaft 10-1 and a lower square shaft 10-3.

The upper square shaft 10-1 is a regular square shaft of a predetermined length having the diameter of the rotating shaft as one side, and a screw hole 10-2 of a predetermined size is formed in the upper section, and the lower square shaft 10-3 is the rotary shaft. A constant length screw hole 10-4 is formed in a cross section with a regular square axis having a diameter of (10) as a diagonal line. Mount the screw (13) on the upper square shaft. Insert the square groove (13-3) in the center of the screw hub to the upper square shaft (10-1) and screw the screw 22 to the screw hole (10-2) to secure it. Screw 13 has a plurality of wings (13-1) of a predetermined length radially around the hub and the blade end is joined to the round frame (13-2). The handle 14 has a plurality of rods 14-1 of a predetermined size radially around the hub, and the ends thereof are joined to the handle handle 14-2. A screw 22 is fitted to the screw hole 10-4 to fix the screw hole 10-4 by inserting it into a square groove formed at the center of the handle on the lower square shaft 10-3 of the rotating shaft. The fermentation tank (1) is filled with water mixed with methane bacteria, and the gas tank (15) is submerged in water to draw out air in the tank. This is limited to the first installation. Gas tank (15) is a regular cube of a certain length, a rectangular tube having a certain height, the upper surface is a regular height of a constant height with one side of the horizontal side of the gas tank.

A fixed width 15-1 is formed on the bottom edge of the gas tank, and a gas discharge pipe 15-3 is formed at the top vertex of the gas tank, and a handle 15-2 is formed at a predetermined point on the front and rear slopes. The gas discharge valve 16 is formed at a predetermined point on the right inclined surface. The edge 15-1 is caught by the plate spring 4 when the gas rises in the gas tank, and the gas tank stops rising anymore. The gas discharge valve 16 discharges the gas generated after the gas tank is stopped through the gas discharge valve. The discharge pressure of the gas is always constant due to gravity acting as a constant weight of the gas tank. The gas discharge valve was composed of a pipe bolt 16-1, a piston 16-2, a spring 16-3, and a cylinder 16-4. First, put the piston 16-2 on the bolt coming out from the inside of the tank by inserting the pipe-shaped bolt 16-1 into the round sphere 15-4 having a predetermined diameter formed at a certain point on the right inclined plane. ) To the piston rod and screw the cylinder (16-4) to the piston rod to fix it by bolts (16-1). A gas hose 19 is fitted to the gas discharge pipe 15-3 formed in the gas tank 15, and the other end of the hose is connected to the gas inlet pipe 17-6 formed at a predetermined point at the lower end of the safety bucket 17. do.

Another gas hose 20 is inserted into the gas discharge pipe 18-1 and the other end of the hose is connected to the burner 21. The safety bucket 17 is comprised of the main body 17-1, the discharge pipe 17-2, the rubber ball 17-3, the cylinder 17-4, and the ball fastening 17-5.

At the center of the bottom of the main body 17-1, a discharge pipe having a constant diameter is formed inside and outside on the bottom, and a spiral is embossed around the top of the inner pipe.

Place the rubber ball 17-3 on the discharge pipe 17-2, and insert the cylinder 17-4 into the rod of the rubber ball by screwing it into the embossed helix of the discharge pipe. Insert the pipe formed in 17-5) and fix it by turning the lid 18 of the safety bucket to close it.

Water always enters the safety bucket.

[Water generated by condensation on the inner wall of the gas hose 19]

Nevertheless, the water level always remains constant.

In other words, with the ball lightning floating on the water, if the water level rises, the ball lightning goes up according to the water level.

Therefore, if the rubber ball goes up together, the discharge pipe (17-2) is opened and the water is drained. When the water falls out and the ball rod (17-5) comes down, the rubber ball also comes down and the discharge pipe is blocked again. This phenomenon is repeated so that the water level is always intact. Since the safety bucket is always filled with a certain amount of water, the gas is formed as a drop in the water. This interrupts the continuous flow of gas. Even if water generated by condensation continues to enter the gas hose 19, the water level is kept constant by automatic discharge. A gas discharge pipe 18-1 is formed in the safety bucket lid 18. A gas hose 20 is inserted therein and the other end is connected to the burner 21. A safety bucket hook is placed on one side of the upper end of the main bucket of the safety bucket. (25) is formed When fitting the gas hoses (19) and (20) to the gas pipes (15-3), (17-6), (17-2) (18-1), etc. Insert (24) deeply, insert a gas hose into the pipe, and move the pair to the front of the gas hose. The pair will securely tighten the gas hose fitted.

Natural gas maker is composed of fermentation vessel (1), gas tank (15), safety bucket (17) and burner (21). Fermentation vessel (1) is a rectangular parallelepiped cylinder of constant height on a square surface of which one side is a constant length to be. At the bottom four corners of the fermentation vessel 1, a cylindrical leg 1-1 having a constant diameter is formed. In the center constant point of the front lower end of the fermentation tube is formed a waste inlet 2 formed of a pipe with a spiral (2-1) embossed around a certain diameter constant length.

Insert the packing (8-1) into the inlet (2), and face the round hole (6-2) at the bottom of the waste inlet pipe (6), and the socket (8) with the helix (2-1) of the inlet (2) ) To secure it.

Winding up the support belt (3) on the top of the waste inlet pipe (6) to pass through the threaded sphere (3-1) and the circular sphere (3-2) to each other and tightened with a butterfly bolt (23) to fix it.

The waste input pipe 6 is a circular pipe having a constant diameter constant length, and a lower end portion of the waste input pipe 6 is bent at a right angle to the L-shape. On the upper circumference, a c-shaped groove 6-1 of a certain scale is formed on the left and right.

The piston plug 7 is inserted into the waste intake pipe 6. The piston plug 7 has a cylindrical shape with a predetermined length and a rod-shaped handle 7-1 having a predetermined size across the center at the top thereof. At both ends, a rod 7-2 of constant length is protruded.

A support belt (3) is fixed to the top of the fermentation container (1) immediately at an upper part of the front inlet (2) at right angles to the surface of the fermentation container (1). The length of the front end and the end is a straight line, the middle part is formed with an arc, and a certain diameter screw hole 3-1 is bored at the front end, and a circular diameter sphere 3-2 is bored at the end. At a certain point on both the front and rear upper ends of the fermentation vessel 1, rectangular spheres 4-1 of horizontal and vertical lengths are vertically penetrated to a predetermined depth. The plate spring 4 is inserted here. The plate spring (4) is a steel plate of a certain length and a certain length of constant width, both ends are bent in a letter in the same direction in the same direction a each length, and the lower part is curved in an arc shape. When the bent side of the plate spring 4 is inserted into the top of the rectangular sphere 4-1 with the surface of the fermentation tube 1 fixed, it is fixed to the lower jaw of the rectangular rectangle by the elasticity to the arc partial support state. At a certain point on the upper left side of the fermentation vessel, a drain pipe 5 having a certain diameter is formed, and a drain hose 5-1 is fitted therein. A ring 4-2 is formed at a certain point under the drain pipe 5, and a ring 4-2 is formed at the same point on the right side.

The safety bucket 17 is hanged here. A circular sphere 9 having a predetermined diameter is formed in the center of the bottom of the fermentation vessel 1, and the rotary shaft 10 is inserted therein. The rotating shaft 10 is a cylinder having a constant diameter constant length, and an upper square shaft 10-1 having a predetermined length having the diameter of the rotating shaft 10 as one side at the upper end thereof, and having a predetermined size screw hole 10-2 in the cross section. Is formed.

A lower square shaft 10-3 having a predetermined length having a diagonal diameter of the rotating shaft 10 is formed at the lower end of the rotating shaft 10, and a screw thread 10-4 having a predetermined size is formed at the cross section thereof. have.

The screw 13 is fitted to the upper square shaft 10-1 formed at the upper end of the rotary shaft 10 to fix the screw 22 to the screw hole 10-2.

The screw 13 has a plurality of blades 13-1 of a triangular columnar shape having a predetermined length on one side with a central portion of the hub as a radial shape, and the end thereof is joined to the round frame 13-2.

The center of the bottom of the bottom is formed a square groove (13-3) of a predetermined depth into which the upper square shaft (10-1) is inserted. The packing case 11 is fixed to the center of the outer bottom of the fermentation container 1, and the spiral 11-1 is embossed on the outer circumference of the packing case, and the spiral 11-3 is also provided on the inner circumference of the packing case lid 11-2. It is embossed and the insertion circular sphere 11-4 of the rotating shaft 10 is formed in the bottom center. The packing 12 is inserted in this packing case.

Insert the handle 14 to the lower square shaft (10-3) protruding out of the packing case (11) to prevent leakage, and then screw the screw 22 to the screw hole (10-4) to fix. The handle 14 has a plurality of supporting rods 14-1 having a predetermined diameter and a radial shape centering on the hub and its ends are joined to the pipe-shaped handle 14-2.

In the center of the bottom of the bottom of the handle 14, a square groove 14-3 having a predetermined depth into which the lower square shaft 10-3 is inserted is formed. The lower square shaft 10-3 is fitted thereto, and the handle 22 is fixed by screwing the screw 22 into the screw hole 10-4. The fermentation vessel (1) is filled with water containing methane bacteria and slowly pressed so that the gas tank (15) is submerged in the water at this time, the air in the tank exits through the gas discharge valve (16). The gas tank 15 is a rectangular parallelepiped of constant height having one side as a constant length. The upper surface is a square of a certain height having a horizontal side of the gas tank 15 as one side. At the vertex, a gas discharge pipe 15-3 having a predetermined diameter is formed. In the lower part of the gas tank, a constant width rim 15-1 is formed at a predetermined height, and a handle 15-2 is formed at the front and rear inclined surfaces of the upper surface, and a circular ball having a predetermined diameter at a certain point on the right inclined surface. ) Is formed. The gas discharge valve 16 is fixed thereto.

The gas discharge valve 16 is composed of a pipe-shaped bolt 16-1, a piston 16-2, a spring 16-3 of constant strength, and a cylinder 16-4 of constant length.

At the center of the pipe-shaped bolt 16-1, a circular ball of a predetermined diameter is drilled. Insert this bolt (16-1) into the round hole (15-4) on the right inclined surface of the square and put the piston (16-2) on the bolt coming out from the inside of the tank, and the spring (16-3) on the piston rod. Insert the cylinder (16-4) into this rod and fix it by turning it on the bolt (16-1). Piston (16-2) The rod of a certain diameter is formed at the center of the rubber disk of constant diameter. The cylinder (16-4) is a cylinder of a certain diameter with a certain height. The spiral is embossed to a certain height around the bottom, and a plurality of vents are formed around the height at the bottom.

A gas hose 19 is fitted to the gas discharge pipe 15-3, and the other end of the hose is fitted to the gas inlet pipe 17-6 of the safety bucket. The pair of fingers 24 is moved to the end of the hose. The pair of fingers 24 is deeply inserted inward in each gas hose. The pair of fingers 24 securely tightens the fitted hose. The safety bucket consists of a main body 17-1, a discharge pipe 17-2, a rubber ball 17-3, a study lightning 17-5, a cylinder 17-4, and a lid 18.

The lower part of the main body 17-1 has a gas inlet pipe 17-6 having a predetermined length and a spiral 17-7 at its upper circumference, and a hook 17- at a certain point below the spiral. 8) is formed.

A spiral is embossed on the inner circumference of the lid 18. A donut-type rubber packing 18-2 is attached to the edge of the lid bottom, and a gas discharge pipe 18-1 having a predetermined diameter and a predetermined length is formed at the center of the lid.

The main body 17-1 is a cylinder having a constant diameter constant height, and spirals 17-7 are embossed around the upper end.

A discharge pipe 17-2 having a constant diameter and a predetermined length is protruded in and out at a predetermined length in the center of the main body, and a spiral is embossed around the upper end of the inner pipe. The rubber ball 17-3 is placed on the discharge pipe, and the cylinder 17-4 is inserted into the rod of the rubber ball 17-3 to fix the screw by turning on the spiral of the discharge pipe 17-2. Insert the pipe of the study rod into the rod of the rubber ball protruding from the cylinder, and close and seal the lid 18 of the safety bucket. The cylinder 17-4 is a cylinder of a constant diameter constant height, and a spiral is embossed around the lower inner surface.

The upper circumference is formed with a plurality of drainage holes of a certain size, and a circular ball of a certain diameter is formed at the center of the upper surface of the rubber ball (17-3). Formed. The ball lightning 17-5 is a hollow ball of a predetermined diameter, and a pipe having a predetermined diameter and a predetermined length is formed at a predetermined point on the coplanar surface. The gas hose 20 was inserted into the gas discharge pipe 18-1 on the lid, the other end was inserted into the burner 21, and the pair was moved to the front end of the hose.

Natural gas makers simply dispose of food waste immediately. Food waste is converted into natural gas by the decomposition of methane bacteria. There is no separate energy use. The generated gas is stored in the gas tank and when it reaches a certain amount, it is taken out and used for housework. The gold in this matter we are now dealing with at great expense turns gold into a big advantage for us.

In addition to the benefits of disposing of food waste directly and converting it to gas, if you include invisible benefits, such as the cost of eliminating and dealing with environmental destruction or pollution, the amount is huge. If you do, your welfare will be further improved.

Natural gas making machine is a necessity of living in the home because of the great environmental friendliness of Dazo. Natural gas makers have made food waste a valuable resource for gas production.

Claims (2)

The fermentation tank (1) of the natural gas maker is a cuboid cylinder of a certain height with a certain length as one side, and at the bottom four corners, a cylindrical leg (1-1) of a certain length is fixed, and the garbage is placed at the lower center of the front of the fermentation tank. In the inlet (2), the waste inlet pipe (6) is fixed with a socket (8), the upper part is fixed vertically with a support belt (3), a piston stopper (7) is inserted into the waste inlet pipe (6) Plate spring (4) is inserted into the rectangular sphere (4-1) at a certain point on both sides of the upper part of the front rear, and a drain pipe (5) of constant diameter is formed at a certain point of the upper part of the left side, and the drain hose ( 5-1) is fitted, the rotary shaft 10 is fixed to the bottom of the fermentation vessel (1), the screw 13 is fixed to the upper square shaft (10-1) and the lower square shaft (10-3) Is equipped with a handle 14 and this fermentation vessel (1) The inside is filled with water mixed with methane bacteria, and the gas tank 15 is locked therein, and a constant width 15-1 is formed at a predetermined height at the bottom of the gas tank 15, and the upper surface of the gas tank 15 is The gas discharge valve 16 is fixed on the right inclined surface, and the gas hose 19 is inserted into the gas discharge pipe 15-3 at the vertex to fix it with a pair of fingers 24, and the other end of the gas in the safety bucket 17 Natural gas maker connected to the inlet pipe 17-6, the other gas hose 20 to the gas outlet pipe 18-1 and the other end to the burner 21 According to claim 1, the safety bucket (17) is a cylinder of a certain diameter and a certain height, a gas inlet pipe (17-6) of a certain diameter and a predetermined length is formed at a certain point around the bottom, and at the bottom center of the main body (17-1). A discharge pipe 17-2 of a certain diameter is protruded to a certain length in and out of the floor, and a rubber ball 17-3 is placed on the discharge pipe, and a cylinder 17-4 is screwed into an embossed spiral of the discharge pipe. And secured by inserting the rod (17-5) in the rod of the rubber ball, and by turning the lid 18 of the safety bucket to block the automatic discharge of water that continues to flow into the sealed container to maintain a constant water level

Images