KR100332217B1 - Sodium hydroxide treated rice straw auto creation machine - Google Patents

Abstract

The present invention relates to an automatic rice straw automatic generator that can automatically produce a common rice straw which can be easily obtained in order to reduce the burden of feed in the livestock farm, and then to produce the self-produced by promoting the digestion and excellent nutrition.

The present invention is a rotatable hopper is rotatably installed on one side of the main body frame, the straw hopper is installed, the straw straw cutting means is installed in the lower hopper cutting chamber to automatically cut the straw straw, and the pen case installed in communication with the cutting chamber Suction tank for discharging the installed straw straw into a plastic bag through the duct, Alkali processing means for spraying alkaline liquid on the straw just before being put into the plastic bag with a spray nozzle installed inside the duct straw straw outlet, and the plastic bag Is installed on the seating plate is installed by the sensing means for detecting a certain amount of rice straw weight to stop the cutting operation, and by having a traveling means for rotating the traveling wheel of the main frame to move the vehicle forward, backward.

Description

Sodium hydroxide treated rice straw auto creation machine

The present invention relates to an automatic rice straw automatic generator that can automatically produce a common rice straw which can be easily obtained in order to reduce the burden of feed in the livestock farm, and then to produce the self-produced by promoting the digestion and excellent nutrition.

In general, small-scale livestock farms, although the general feed is excellent in nutritional value and functionality, the economic burden of raising livestock products depends entirely on the general feed, so the rice straw that can be easily obtained from the farm as an alternative means .

However, the rice straw causes lignin fiber and silica fiber material contained in the rice straw to inhibit the promotion of digestion, thus reducing milk production in cow's milk and reducing weight gain in beef cattle, resulting in a decrease in overall productivity.

Therefore, in order to solve this problem, by treating the alkaline ingredient that destroys the binding of lignin fiber and silica fiber in rice straw, it promotes digestive function so that the nutrients of rice straw can be ingested evenly.

Conventionally, since there is no suitable machine for producing the rice straw, it was primitive to cut the plain rice straw with a manual cutter and then mix the alkaline solution by hand with the cut rice straw.

Here, Carter is simple in structure and uses general household single-phase induction motor (1.5KW ~ 2.5KW), and makes rice straw into a small bundle that pushes rice straw into the inlet of Carter. There is a risk of human hands coming together with rice straw and cutting hands, and the blade and the fan are integrated, and not only a large amount can be cut at a time, but also a lot of dust is generated during the work.

In addition, it takes a long time to cut the caterpillar and mixes the solution by hand, which is cumbersome and time consuming, and it is difficult to cope with the increase in the number of cattle breeding. The cows are covered and fed to the cows, so the efficiency is low, and the straw is long, so the cows lose a lot of food.

In addition, if the solution was added without cutting rice straw, the solution did not penetrate deeply into rice straw, and thus had no effect compared to ordinary rice straw.

There is a machine that escapes the primitive method depending on the manpower, but this is a machine mounted on the tractor used by the tractor PTO power to compress the straw straw with a hydraulic force to the blade to cut and discharge the dust during operation There is no treatment device to generate a lot of dust, and there is no separate storage device such as plastic bags to put on the floor, and when the alkaline solution is sprayed, the solution spread on the floor was not clean.

In addition, when the salary was carried by hand or trailer to hand into the trough, there was a problem that a lot of hands go.

The present invention is to solve the above-mentioned problems, when the rice straw is put into the hopper and the rice straw is automatically cut by a certain length while the rice straw is in contact with the high-speed rotating cutter at the bottom of the straw straw and cut the straw straw duct by Is added to the plastic bag through the solution spray nozzle is to enable the automatic generation of the alkaline rice straw treated with alkaline solution before adding.

The present invention is a rotatable hopper is rotatably installed on one side of the main body frame, the straw hopper is installed, the straw straw cutting means is installed in the lower hopper cutting chamber to automatically cut the straw straw, and the pen case installed in communication with the cutting chamber Suction tank for discharging the installed straw straw into a plastic bag through the duct, Alkali processing means for spraying alkaline liquid on the straw just before being put into the plastic bag with a spray nozzle installed inside the duct straw straw outlet, and the plastic bag Is installed on the seating plate is installed by the sensing means for detecting a certain amount of rice straw weight to stop the cutting operation, and by having a traveling means for rotating the traveling wheel of the main frame to move the vehicle forward, backward.

1 is a front view of an automatic generator according to an embodiment of the present invention.

2 is a plan view of an automatic generator according to an embodiment of the present invention.

3 is a partial side cross-sectional view of an automatic generator according to an embodiment of the present invention.

Figure 4 is a side view of the operating state of the hopper of the present invention

Figure 5 is a longitudinal cross-sectional view showing the interior of the cutting means of the present invention

Figure 6 is a mounting state of the blade viewed from the fan side of the present invention (Fan) side

7 is a plan view of the rice straw cutting length adjusting means of the present invention

8 is a side cross-sectional view of a state in which a plastic bag is mounted on the duct outlet of the present invention;

Figure 9 is a cross-sectional view of the bottom state of the automatic generator driving means of the present invention

10 is a rotation state intermittent state diagram of the hopper

11 is a state of the injection of the alkaline solution by the spray nozzle of the present invention

12 is a sectional view of a bearing housing which is a steering means of the present invention;

Figure 13 is a folded state of the present invention saddle

14 is a side view of the tension control state of the belt connected to the present invention the rotating shaft and reducer

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

100: body frame 101: driving wheel

104: support 109: fixing pin

111: handle 112: electronic clutch

200: hopper 202: front panel

206: link 210: rotating plate

212,213,316: Guide groove 215: Rotating roller

216: main axis of rotation 217,220,304,601: belt

218: reducer 219: idler

223: hopper rotation control lever 300: cutting means

301: cutting chamber 303: main engine

305,306,307,308: blade fixation 309: blade

311: guide lever 313,453: guide

400: 휀 402: Duct

403: plastic bag 430: alkali treatment means

431 spray nozzle 434 spray pump

452: vinyl mounting bracket 500: detection means

501: seating plate 600: driving means

603: driving lever 607: hydraulic motor

609: axle 610: differential gear combination

620: disc brake 621: side brake lever

Referring to the configuration of the present invention in detail based on the accompanying drawings as follows.

The present invention is simply put into the hopper 200 is automatically cut to a certain length and then subjected to alkali treatment so as to be contained in the plastic bag 403 is a schematic configuration for this is rotated on the upper side of the main frame 100 Rotatable hopper 200 is installed and the rice straw is inserted into the possible, the straw hopper cutting means 300 is installed in the hopper 200 lower cutting chamber 301 to automatically cut rice straw, and the cutting chamber 301 and A suction cup 403 for discharging the straw which is installed in the pen case 401 in communication with the suction bag 403 for discharging the cut straw to the plastic bag 403 through the duct 402. Alkali processing means (430) and the plastic bag (403) for spraying the alkaline liquid on the straw just before being put into the plastic bag 403 to the injection nozzle 431 installed inside the straw straw outlet 407, the duct 402, and the plastic bag (403) ) Is installed on the seating plate 501 to be seated to reduce a certain amount of rice straw weight And comprises a driving means 600 for rotating the driving wheel 101 of the detection means to stop the cutting operation 500, and, the main frame 100 around, the vehicle backward.

When described in more detail to enable the present invention made of the schematic configuration as follows.

The main body frame 100 has a pair of traveling wheels 101 installed at one side lower portion of the center, and one side of the support 104 formed with bearing housings 102 and 103 at both sides thereof is freely rotated and the other bearing housing ( 102, the lower wheel 105 is installed.

The upper part of the auxiliary wheel 105, the saddle 106 for the driver to ride is fixed to the hinge 107 is installed to be foldable, and the lower auxiliary wheel 106 is fixed pins which are usually supported on the spring 108 as shown in FIG. Since the 109 is pressed down by the saddle 106 and inserted into the pin hole 110, the auxiliary wheel 105 is not rotated.

The handle 11 connected to the main body frame 100 is installed in the upper part of the saddle 106, and the control panel 113 for controlling functions such as starting on / off and electronic clutch 112 on / off on the handle 111. This is installed.

The hopper 200 installed on one side of the main body frame 100 has an upper body in a rectangular shape and a lower body in a circular shape. The cover 201 is installed on the upper side, and the front plate 202 of the upper body can be easily put with straw. Open.

That is, the front plate 202 is attached to the handle plate 204 is formed with a handle 203, both sides of the handle plate 204 is connected to the side plate 205 and the link 206, and the rotating portion is coupled to the hinge 207 It can be opened and closed like 4 and back.

Therefore, when the front plate 202 is opened to the front, the user can easily put rice straw even if the height is small, and at this time, the front plate 202 is formed with a blocking plate 208 on both sides so that the straw is not separated to the outside and the straw is placed When finished, the front plate 202 can be closed and fixed with the fixing clamp 209.

The lower body of the hopper 200 is formed with a circular rotary plate 210, the outer periphery of the rotary plate 210 is formed with guide grooves 212, 213 in multiple stages, the lower guide groove 213 is the body frame 100 in all directions The bearing 214 is embedded in the upper plate 100a so that the rotating roller 215 installed therein for easy rotation is seated so that the rotation state can be maintained once, and the upper guide groove 212 has a belt 217 on the main rotating shaft 216. The hopper 200 is connected to the reducer 218 and the idler 219 and the belt 220 to receive power so that the entire hopper 200 can be rotated according to the rotation of the main rotation shaft 216.

Here, the hopper 200 may be rotated according to the user's selection, as shown in FIG. 10, one side of which is supported by the spring 221 and the hopper rotation intermittent lever 223 around the rotation shaft 222. It can be interrupted by the rotating idler pulley 224.

That is, although the belt 220 is normally kept loose, the hopper 200 does not rotate even when the reducer 218 rotates, but when the idler pulley 224 pushes the belt 220 inward, the belt 220 becomes tight and the hopper ( It is possible to provide a rotational force to the 200.

Rice straw cutting means 300 is installed in the cutting chamber 301, the top of which is open in communication with the lower portion of the hopper 200, both sides of the main shaft 216 is rotatably supported by the support 302 in which the bearing is embedded The rotating shaft 216 is connected to the belt 304 of the electronic clutch 112 of the main engine 303 to be selectively rotated by the operation of the electronic clutch 112.

At this time, a plurality of first, second, third, fourth blade fixing bodies 305, 306, 307, and 308 are extrapolated to the rotating shaft 216 at regular intervals, and the first, second, third and fourth blade fixing bodies are extrapolated. Octagonal blade fixing plates 305a, 305b, 306a, 306b, 307a, 307b, 308a and 308b are attached to both sides of the blades 305, 306, 307 and 308. The blade 309 is attached to the suction chuck 400 has a strong suction force with a large number of the other side is attached to a small number of the other side can be made to cut smoothly.

That is, in the preferred embodiment for this, it is possible to install the blade 309 as shown in Figure 6, the installation method of the first and second blade fixed body 305, 306 is the blade surface on one side of the blade fixing plate (305a) (306a) ( The blades 309 are attached to the four sides in a cross shape alternately alternately in directions of 310, and the other blade fixing plates 305b and 306b are respectively counterclockwise when the blade fixing plates 305 and 306 are viewed from the suction side. It is installed to rotate by 45 ° angle, so cutting force is excellent.

Meanwhile, the third and fourth blade fixing bodies 307 and 308 have a pair of blades 309 attached to the blade fixing plates 307a, 307b and 308a in the form of a straight line in the same direction, and the last blade is attached. The fixing plate 308b may be attached even if the blade 309 is not attached.

In this case, the blades 309 attached to the respective blade fixing plates 307a, 307b, and 308a are alternately attached to the blade surface 310 in order, and the blade fixing plates 307b and 308a are sequentially clockwise. By being rotated by 90 °, the blade 309 is radially positioned as a whole, so that continuous cutting is performed and cutting force is excellent.

Meanwhile, the present invention can adjust the length of the straw to be cut as desired, as shown in FIG. 7, the rotating rod 312 rotating by the guide 311 externally connected to the upper front inside the cutting chamber 301 is installed and the rotating rod 312. ), A plurality of curved guides 313 are integrally formed between the first, second, third, and fourth blade fixing plates 305, 306, 307, and 308 to simultaneously rotate the rotating rod 312 with the rotating rod 312. 312) it can be moved up and down by rotating.

In this case, the guide 313 Guide plate 314 of the mold guided to the guide groove 316 formed on the vertical surface 315 to prevent the transfer to the upper and left and right flow is prevented smoothly, the upper and lower height is adjusted and the adjustment state of the guide 313 After the fixing is to be fixed to the fixing projections 317 formed on the guide lever 311 in the fixing groove 319 of the fixing body 318 attached to the main frame 100, while not shown in the drawing guide lever Known torsion springs are installed at 311 so that the guide lever 311 can be easily operated by elasticity when the fixing protrusion 317 is separated from the fixing groove 319.

The suction fan 400 installed in the main rotating shaft 216 inside the case 401 in communication with the cutting chamber 301 sucks the rice straw cut by the straw straw cutting means 300 and passes through the duct 402 through the upper duct 402. 402 is discharged to the plastic bag 403 installed at the tip.

At this time, inside the duct 402, a guide plate 404 operable from the outside is rotatably installed, and when the rice straw sucked into the suction cup 400 passes through the duct 402, some air sucked together with rice straw as shown in FIG. Is hit by the guide plate 404 is changed direction is introduced to the filter 405, the dust contained in the air is discharged to the outside through the exhaust pipe 406 while filtering the straw is passed through the lower portion of the guide plate 404 plastic bag 403 can be discharged.

Here, the rice straw contained in the plastic bag 403 is automatically treated before being immersed, so that the alkaline liquid is sprayed from the spray nozzle 431 installed inside the rice straw outlet 407.

The alkali treatment means 430 is a tank 432 is installed in the body frame 100 is stored in the main body frame 100, as shown in Figs. 1 to 2 by the power of the atomizer engine 433 known in the tank 432 An operating spray pump 434 is installed and the spray pump 434 is connected to the injection nozzle 431, the hose 435 is able to inject the alkaline liquid.

Meanwhile, a secret bag 403 is installed at the tip of the duct 402 so that a fixing bracket 450 is formed at the tip of the straw straw outlet 407 of the duct 402, and guide bars 451 are attached to both sides of the fixing bracket 450. The guide 453 of the vinyl mounting bracket 452 is inserted into the guide rod 451 so that the vinyl mounting bracket 453 may be moved on the guide rod 451 to be detached and attached to the fixing bracket 450.

That is, holding the handle 454 in a state in which the vinyl mounting bracket 452 is detached from the fixing bracket 450 as shown in FIG. 8, and the plastic bag 403 is sandwiched from the lower inner side to the upper outer side of the vinyl mounting bracket 452. When the plastic bracket 452 is pushed toward the fixing bracket 450, the plastic bag 403 is inserted between the vinyl mounting bracket 452 and the fixing bracket 450, and in this state, the vinyl mounting bracket 452 is not shown in the drawing by a known fixing clamp. It can be attached to the fixing bracket 450.

The sensing means 500 for detecting the weight of rice straw contained in the plastic bag 403 has a seating plate 501 on which a plastic bag 403 is seated under the plastic bag 403, and the seating plate 501 is a main frame ( 100) the support 502 can be supported on.

The seating plate 501 has a spring installed therein to prevent the plastic bag 403 from being torn by the weight of the straw, and the limit switch 503 is installed so that a certain amount of straw is contained in the plastic bag 403. As the seating plate 501 is lowered, the sensing rod 504 of the seating plate 501 operates the limit switch 503 to release the power of the electronic clutch 112.

Therefore, if a certain amount of straw is contained in the plastic bag 403, the power of the electronic clutch 112 is released by the limit switch 503, so that the main shaft 216 is not rotated even if the main engine 303 is operated. Can be interrupted.

On the other hand, the traveling means 600 for moving the vehicle forward and backward has a hydraulic pump 602 which is connected to the belt 601 at one side of the main rotating shaft 216 and is installed in the main frame 100, and the hydraulic pump 602 is a handle. Up and down operation of the driving lever 603 installed in the (111) by the connecting rod 604, the spool of the driving control valve 605 is operated before and after to switch the hydraulic pressure of the hydraulic pump 602 and selected in one direction The hydraulic pressure rotates the hydraulic motor 607 installed in the lower fixing plate 606 of the main body frame 100 in one direction, and the small gear 608 of the hydraulic motor 607 of the differential gear assembly 610 formed on the axle 609. By being engaged with the standby gear 611 formed on the outer circumference, the axle 609 can be rotated and the driving wheel 101 can be rotated to travel.

In the present invention, when the hydraulic pressure is cut off by the driving control valve 605 on a flat surface, the vehicle is stopped, but when the driving wheel 101 rotates due to the leakage of hydraulic pressure of the hydraulic motor 607 on the hill or slope. In order to prevent an accident from occurring, the internally expandable disc brake 620 is mounted on the driving wheel 101 and the lever arm 622 is raised by pulling the side brake lever 621 installed on the handle 111 to the upper side of the cable ( 623 is pulled to allow complete braking.

Here, the present invention is satisfied if the low-speed driving that the vehicle can move, not high-speed driving, there is no problem even when the driving is blocked by the operation of the side brake lever 621.

Referring to the operating state of the present invention made of such a configuration as follows.

When the control panel 113 installed on the handle 111 is turned on and the electronic clutch 112 is turned on, the main rotary shaft 216 connected to the belt 304 by the electronic clutch 112 rotates while the suction fan 400 is rotated. Each blade 309 is rotated and the hydraulic pump 602 is operated at the same time.

In this state, open the cover 201 of the hopper 200, pull the handle 203 to open the front plate 202, and then the hopper ( 200) and then hopper idler pulley 224 in the direction of the hopper 200 with the hopper rotation control lever 223, while the hopper 200 is rotated while the straw is cut by the blade 309, the straw is sucked The duct 400 may be introduced into the duct 402.

Here, the reason for rotating the hopper 200 is that as the hopper 200 rotates, the straw is hung on the guide 313 as shown in FIG. The strong suction force on the suction side, the blade 309 is attached more than the other side so that the cutting can be concentrated even if the amount of rice straw movement is large, so that the cutting can be made evenly inside the cutting chamber 301 and the length of the straw cutting guide 313 By adjusting the height of the up and down, you can cut by a certain length according to the user's choice.

Rice straw introduced into the duct bumps the guide plate 404, the air is diverted and discharged to the outside and rice straw is introduced into the plastic bag 403.

Here, the rice straw cut just before being put into the plastic bag 403 is alkali-treated by the spray nozzle 431. The process is performed by first putting water and alkali (NAOH) in proportion to the tank 432 (NAOH in 1Kg of water). 30 to 40 g) After dilution, when the spray engine 433 is operated, the spray pump 434 is operated, and the spray pump 434 sprays the alkaline liquid through the spray nozzle 431 connected to the hop 435 and automatically. Rice straws can be alkali treated.

At this time, when a certain amount of rice straw is contained in the plastic bag 403, the limit switch 503 of the sensing means 500 is activated, and the pump flow rate discharged by the solenoid valve of the spray pump 434 enters the tank 432 and the injection nozzle. 431 does not spray the solution.

On the other hand, the steering of the vehicle driven by the driving means 600, when the sitting on the saddle 106, the steering wheel 11 is held in the rotational direction by holding the handle 11, the auxiliary wheel 105 is bearing around the driving wheel 101 The direction is changed while turning through the housing 103.

At this time, the bearing housing 102 of the auxiliary wheel 105 is kept locked by the fixing pin 109 so that the auxiliary wheel 105 is not rotated.

In addition, when the driver steers without standing in the saddle 106, the saddle 106 is fixed to the main engine 303 as shown in FIG. 13, and then the steering wheel 111 is removed in the rotational direction. The wheel 105 does not interfere with the steering by rotating the 360 ° to release the lock of the fixing pin 109. In this case, the bearing housing 103 toward the body frame 100 is not shown in the drawing, but a separate locking device It should not be rotated by

14 is a side cross-sectional view of the present invention, in which the reducer 218 is connected to the rotary shaft 216 by a tension control pulley 226 that is adjusted up and down between the rotary shaft 216 and the reducer 218. The tension of the caught belt 217 can be adjusted.

The present invention is just put the rice straw into the hopper, the hopper rotates and at the same time it is automatically transferred to the desired length while contacting the blade is cut rice straw is put into the plastic bag through the duct by suction 되며 and the straw is injected into the spray nozzle Alkaline liquid is sprayed by Alkaline rice straw to be automatically generated into plastic bags, so that a large amount of Alkala rice straw can be generated, and the processing process is automatically performed to shorten working time and alkaline liquid is penetrated deep into rice straw to promote digestion. This is excellent.

Claims (8)

A pair of traveling wheels 101 are installed at the bottom of the center, and the other side of the lower portion is freely rotatable support 104 is coupled to one side and the support 104 is coupled to the support wheel 104 is selectively rotatable to the lower side 104 The upper part of the saddle 106 is installed on the upper side and the saddle 106 in front of the body frame 100 is formed with a handle 111 is attached to the control panel 113, Rotatable hopper 200 is rotatably installed on one side of the main body frame 100 and the front plate 202 is connected to the side plate 205 by a link 206 to open and close the front and rear, so that rice straw feeding is easy. Rice straw cutting means 300 is installed in the hopper 200, the lower cutting chamber 301 to be rotated at a high speed by the power of the main engine 303 to cut rice straw; A suction cup 400 installed in the cut case 401 in communication with the cutting chamber 301 and discharging the cut straw to the plastic bag 403 installed at the tip of the duct 402 through the upper duct 402; , The spray nozzle 431 is installed inside the straw straw discharge port 401, and the spray nozzle 431 is a straw plastic bag 403 for spraying the alkaline liquid stored in the tank 432 by the pump 434. Alkali processing means 430 for injecting the alkaline liquid immediately before being put into, When the plastic bag 403 is installed on the bottom of the plastic bag 403 is seating plate 501 is installed and the seating plate 501 is a limit switch 503 is installed, the rice straw when a certain straw is filled in the plastic bag 403 Detection means 500 is interrupted cutting; Alkali processing automatic rice straw generator, characterized in that consisting of the traveling means 600 for rotating the axle 609 of the driving wheel 101 by the hydraulic pressure of the hydraulic pump (607) forward and backward. The method according to claim 1, The hopper 200 has guide grooves 212 and 213 formed in multiple stages on the outer circumference of the lower circular rotating plate 210, Rotating rollers 215 rotatably mounted on the upper plate 110a of the main body frame 100 are seated on the lower guide grooves 213. The upper guide groove 212 is connected to the reducer 218 and the idler 219 and the belt 220 which is powered by the main rotating shaft 216, the hopper 200 is rotatable, Rotational control of the hopper 200 is characterized in that the one side is clamped by the spring 221 and is driven by the idler pulley 224 rotated by the hopper rotation control lever 223 around the rotation shaft 222. Alkaline rice straw generator. The method according to claim 1, The straw straw cutting means 300 is freely installed on both sides of the support shaft 302, both sides of the rotating shaft 216 to be selectively rotated by the electronic clutch 112 of the main engine 303, The rotary shaft 216 is a plurality of blade fixing body 305, 306, 307, 308 is extrapolated at regular intervals, The blade fixing bodies 305, 306, 307, and 308 are octagonal blade fixing plates 305a, 305b, 306a, 306b, 307a, 307b, and 308a on which blades 309 are attached to both sides. ) 308b is attached, The blade 309 is an automatic rice straw generator, characterized in that the number is attached to the number of suction suction weak (400) toward the suction suction strong (400) with a strong suction force (400). The method according to claim 1, The rotary bar 312 is rotated by the guide lever 311 externally connected to the upper front of the cutting chamber 301, A plurality of curved guides 313 are integrally formed between the rotating rods 312 between the blade fixing plates 305, 306, 307, and 308, The guide 313 is Guided to the guide groove 316 formed in the guide plate 314 of the mold is adjustable straw length can be adjusted up and down, The guide lever 311 is an automatic rice straw automatic generator, characterized in that the fixing projection 317 is fitted into the fixing groove 319 of the fixing plate 318 is fixed. The method according to claim 1, The guide plate 404 is installed inside the duct 402 so as to be rotatable, and some of the air sucked into the suction fan 400 is guided to the guide plate 404 through the filter 405 to the outside through the exhaust pipe 406. Is discharged to Rice straw except for air is passed through the guide plate 404, the alkaline rice straw automatic generator, characterized in that it is put into the plastic bag (403). The method according to claim 1 or 5, Guide rods 451 are attached to both sides of the fixing bracket 450 formed at the tip of the duct 402, straw straw outlet 407, The guide rod 451 is fitted with a guide 453 of the vinyl mounting bracket 452 to move the vinyl mounting bracket 452, The plastic mounting bracket 452 is an automatic automatic rice straw generator, characterized in that the plastic bag 403 is fitted from the lower inner side to the upper outer side to be fixed to the fixing bracket 450 to be attached to the fixing clamp. The method according to claim 1, The traveling means 600 is the hydraulic pressure of the hydraulic pump 602 which is operated by the rotational force of the main rotation shaft 216 is selectively switched to the front and rear directions by the travel control belt 605, The selected hydraulic pressure actuates the hydraulic motor 607 installed in the lower fixing plate 606 of the main body frame 100, The hydraulic motor (607) is engaged with the differential gear assembly 610 formed on the axle (609), alkali acupuncture automatic rice straw generator, characterized in that the axle (609) is rotated. The method according to claim 3, The first and second blade fixing bodies 305 and 306 alternately alternately alternately face the blade surface 310 in one side of the blade fixing plate 305a and 306a, and the blade 309 is attached to the other blade fixing plate 305b. 306b is installed such that the blade fixing plates 305a and 306a are rotated by 45 ° in the counterclockwise direction from the suction cup 400 side. The third and fourth blade fixing bodies 307 and 308 are alternately attached to the blade fixing plates 307a, 307b, and 308a in the direction of the respective blade surfaces 310, and the blade fixing plates 307b and 308a are clockwise. Alkaline rice straw automatic generator characterized in that the rotation is installed by 45 °, 90 ° in the direction.