KR101790921B1 - Pollen spray wiht ventury tube - Google Patents

Abstract

The present invention relates to a pollen sprayer, which is installed in an SS unit and is used for artificial pollution work, wherein the pollen sprayer has a sight window formed on one side so that the amount of pollen put into the pollen barrel can be visually confirmed An on / off switch for controlling the power operation of the flowerpot injector and an injection quantity controller for controlling the spray amount of the flowerpot are formed in parallel on one side of the viewing window, a handle is formed at the lower end of the sight window, The air conditioner according to any one of claims 1 to 3, wherein the air conditioner comprises: a front case having an air hole formed therein so as to smoothly perform air conditioning; a hinge coupled to the front case to be rotatable; A rear case formed in the rear case, The pollen outlet being formed at the lower end of the rear case so that the pollen discharged from the pollen dispenser is sucked and discharged from the pollen dispenser, And an air tube having a plurality of distributors formed at an end thereof for discharging the pollen discharged from the intake unit to the outside of the pollen injector to the outside.
According to the pollen injector of the present invention, the speed around the venturi tube is increased by the rotation of the impeller provided inside the pollen injector, and the pressure is lowered so that the pollen delivered through the spring can be easily sucked into the venturi tube And the pollen which is sucked into the venturi tube is directly discharged to the end of the venturi tube, so that the spraying operation of the pollen can be smoothly performed.

Description

Pollen sprayer with venturi tube. {POLLEN SPRAY WIHT VENTURY TUBE}

The present invention relates to a flowerpot sprayer having a venturi tube, and more particularly, to a flowerpot sprayer equipped with a venturi tube, and more particularly, to a flowerpot sprayer having a venturi tube, To increase the efficiency of the work.

In past orchards such as apple, pear, or peach, insects such as bees have been involved in fertilization by acting in the flowering season. Recently, however, due to the use of excessive pesticides and irregular weather, As described above, the method of natural correction by punishment and the like has a disadvantage in that labor is not required but the correction rate is low.

Therefore, in a fruit farm, artificial insemination is carried out by using a brush in the flowering period of a fruit tree, and the flower is pollinated by a person's hand, and recently, an artificial crystal is added by a worker using a mechanical device such as an artificial fertilizer. However, artificial insemination by manual labor of the worker takes an excessive labor force and has a disadvantage that it can not be corrected in a flowering period.

In the prior art, Korean Utility Model Publication No. 20-0349272 discloses a mating machine for artificial insemination, and Korean Patent Laid-Open Publication No. 10-0106446 discloses a pollen remover which pollinates the pollen by spraying pollen while being carried by hand There is a bar.

The pollen mixer or modifier includes a main body having a pollen container mounted on a handle, and air blown from the outside to the handle 20 is supplied to the pollen container, .

However, in the case of the above-mentioned pollen mixer, the pollen container is mounted on the handle and the air blown from the outside is supplied to the pollen container, mixed in the pollen container, and then discharged to the outside through the pipe nozzle. It is difficult to precisely control the mixture ratio and the amount of the flowerpot can be greatly increased because the flowerpot amount is excessively larger than the air amount. In addition, in the case of the above-described pollen mixer, there is a problem that the operator has to carry it while carrying it directly. Since the pollen container containing the pollen is mounted on the handle, the operator can feel fatigue easily due to the weight of the pollen container .

In the case of the pollinator, since the pollen is injected only when the operator presses the injection button portion mounted on the handle portion, the operator's fatigue is greatly increased during the long-time work and the spray amount of the pollen is changed according to the degree of the operator pressing the injection button portion Therefore, it is difficult to provide pollen to the pistil of the fruit tree in the correct amount.

In the case of the pot mower, the structure of the handle is very complicated, and pollen is liable to clump or adhere to the passage through which the pollen passes, but the structure of the handle is complicated and it is difficult to remove the pollen collected or adhered to the passage. In addition, since it is necessary to spray the pollen near the flower while carrying each hand by hand, the scattering distance of the pollen is so small that the fertilization rate is lowered and the working time is long.

KR 10-1394305 B1

SUMMARY OF THE INVENTION It is an object of the present invention to provide a venturi tube in a pot sprayer and to provide a venturi tube near the venturi tube, And to lower the air pressure so that the pollen can be sucked into the venturi tube and the sucked pollen can be discharged to the air tube through the venturi tube.

Another object of the present invention is to provide a pollen injector which can easily attach and detach to and from a fan net formed on the rear surface of an SS unit, and mounts a plurality of jetting ports in different directions to spray pots in various directions.

In order to accomplish the above object, the present invention provides a pollen sprayer mounted on an SS unit and used for artificial pollination, the pollen sprayer including a pollen injector for injecting pollen into the pollen barrel, Off switch for controlling the power operation of the flowerpot injector and an injection amount controller for controlling the spray amount of the flowerpot are formed in parallel on one side of the viewing window, The air conditioner according to any one of claims 1 to 3, wherein the air conditioner comprises: a front case having an air hole formed at one side of the handle to smoothly discharge air; a hinge coupled to the front case to be rotatable; A rear case having a bracket for mounting the sprayer on the rear surface of the SS unit, A lower portion of the rear case is installed in a space formed in the lower portion of the rear case, and a flowerpot discharge portion is formed at a lower end to discharge a flowerpot, and a flowerpot insertion portion is formed at an upper end to store flowerpot. And an air tube in which a flowerpot is sucked and discharged from the flowerpot sprayer and an air tube in which a flowerpot discharged from the suction unit is discharged to the outside of the flowerpot sprayer and a plurality of distributors are formed at an end thereof Respectively.

According to the pollen injector of the present invention, the speed around the venturi tube is increased by the rotation of the impeller provided inside the pollen injector, and the pressure is lowered so that the pollen delivered through the spring can be easily sucked into the venturi tube And the pollen which is sucked into the venturi tube is directly discharged to the end of the venturi tube, so that the spraying operation of the pollen can be smoothly performed.

In addition, the present invention has the effect of forming a bracket having magnetism on the rear surface of the pollen sprayer and installing the pollen sprayer on the fan network formed on the back surface of the SS unit, thereby facilitating artificial moisture work.

1 is a perspective view of a pollen injector of the present invention,
2 is a perspective view showing an open state of the pollen injector of the present invention.
3 is an exploded perspective view of the intake portion of the present invention.
4 is a front view of the intake portion of the present invention.
5 is a perspective view of the venture seat of the present invention;
6 is a photograph showing a pollen injector of the present invention mounted on an SS machine.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a pollen sprayer equipped with a venturi tube according to the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to inform.

The pollen injector 1 of the present invention includes a front case 10, a rear case 20 hinged to the front case 10, a flowerpot 30 for storing pollen, And an air tube 90 formed to distribute the pollen discharged from the air intake unit 40 to various positions.

A front window 13 is formed on one side of the front case 10 so that the amount of pollen to be injected into the inside of the flowerpot 30 can be visually confirmed and the pollen injector Off switch 11 for controlling the power supply operation of the front case 10 and the injection amount regulator 12 for controlling the spray amount of the pollen are arranged side by side so that the front case 10 is opened and closed at the lower end of the sight window 13. [ A handle 14 is formed and a ventilation hole 15 is formed on one side of the handle 14 so as to smoothly discharge air.

The rear case 20 has a space formed therein so that the flowerpot 30, the intake unit 40, the air tube 90 and the like can be mounted inside the rear case 20.

Brackets 21 are formed at the rear upper and lower ends of the rear case 20 so that the pollen injector 1 can be mounted on the rear surface of the SS unit. The bracket 21 is preferably made of a magnetic material so that the pollen injector 1 can be easily mounted on the rear surface of the SS unit. A fixing spring (not shown) is installed on both sides of the rear case 20 So that the pollen injector 1 can be stably installed in the SS unit.

More precisely, the bracket 21 is installed in a fan network formed on the rear surface of the SS unit.

The pollen is stored in the pollen barrel 30. The pollen is sprayed by a pollen sprayer and the pollen of the fruit tree such as the pollen slurry and the apple, .

In case of spraying pollen of fruit tree such as apple, pear or peach with pollen sprayer, if fruit tree pollen only is used, the amount of pollen is excessively increased and the cost is increased. Therefore, in order to increase the volume of pollen, Mix in a certain amount. Preferably, the ratio of pollen: zonisher is mixed at a ratio of 1: 2 to 5. At this time, the pollen stored in the pollen barrel 30 can be visually confirmed when the pollen is sprayed by staining with pink or the like using the granular powder, so that the efficiency of the pollen can be increased. The barrel 30 is formed in a cylindrical shape so that pollen is stored therein and is preferably made of a transparent material so that the amount of the remaining pollen inside the pollen barrel 30 can be visually confirmed.

The pollen barrel 30 has a pollen discharge unit (not shown) for discharging the pollen barrel 30 at the lower end thereof and a pollen charging unit 31 at the upper end thereof to facilitate the introduction of pollen.

The pollen barrel 30 is formed in a cylindrical shape and has a smaller diameter as it goes downward, so that the pollen contained in the pollen barrel 30 is transferred to the later-described intake unit 40.

The intake unit 40 is positioned at the lower end of the rear case 20 and the outside is composed of a front body 41 and a rear body 42. Inside the front body 41 and the rear body 42, A venturi tube 70 formed at an upper end of one side of the impeller 50 and a Venturi tube 70 formed at a lower end of the impeller 50. The impeller 50 is rotated to rotate the impeller 50, And a small motor 80 for applying a rotational force to the spring portion 60. The spring portion 60 is connected to the spring portion 60 in a vertical direction.

The structure of the intake unit 40 will be described in more detail with reference to FIGS. 3 to 4. FIG.

3 and 4, the intake unit 40 includes the impeller 50, the spring unit 60, and the venturi tube 60 in the front body 41 and the rear body 42, (70) and the small motor (80).

The front body 41 and the rear body 42 are manufactured to fit each shape so that the components constituting the intake unit 40 can be stably fixed.

The impeller 50 is rotated at a speed of 4000 to 6000 rpm by the impeller motor (not shown) that transmits a rotational force to the impeller 50. The impeller 50 is coupled to an impeller engaging part (not shown) formed on the front body 41 and the rear cover and is rotated inside the intake part 40, So that the suction and discharge can be performed inside the venturi tube 70. [

The spring unit 60 includes a spring 61 for transmitting a flower pot discharged from the flowerpot and a spring holder 62 for fixing the spring 61 to the rear body 42, And a protrusion 63 protruding from the center of the protrusion 63.

The protrusion 63 is engaged with the small motor 80 so that the spring 61 is rotated together with the rotation of the protrusion 63. When the spring 61 rotates, ) Is transported.

The injection quantity regulator 12 formed in the front case 10 regulates the rotation of the small motor 30 and regulates the amount of the pollen by adjusting the rotational speed of the spring 61.

The venturi tube (70) has a suction portion (71) for suctioning pollen on the side surface and has a larger diameter toward both ends.

Accordingly, as the diameter increases from the inside to the outside, the speed of the air decreases, so that the pollen can be easily discharged as the pressure increases.

The air tube 90 is formed such that the pollen discharged from the Venturi tube 70 is discharged to the outside, and a distributor 91 is formed at the end of the air tube 90 through which the pollen passes. The distributor 91 is formed in a tubular shape so that a hose (not shown) is connected to each of the distributors 91 so that the flowerpot can be sprayed through the hose at a desired location.

The hose is preferably made of a silicone material, and it is preferable that the length of each hose is formed differently so that the pollen is sprayed in various directions.

At this time, the end of the hose is preferably fixed to a hose fixing bracket (not shown) formed on the fan cover of the SS unit so that the hose is stably fixed.

An embodiment of the pollen injector of the present invention having the above-described structure will be described as follows. In the embodiment of the present invention, an artificial moisture distribution embodiment of apples will be described.

First, the flowerpot 30 is filled with flower pollen for artificial moisture. In this case, the pollen may be prepared by mixing the pollen and the pyroxenes at a ratio of 1: 3 or by diluting the pyroxenes by a little more. After the pollen is put into the pollen vat 30, (20) is opened to join the potting barrel (30) inside.

When the pollen barrel 30 is engaged, the pollen injector 1 is mounted on the fan net of the SS machine. In the present invention, the term " fan net " means a net formed on the outside of the fan formed on the back surface of the SS unit.

A bracket 21 having magnetism is formed at the upper and lower ends of the rear part of the flowerpot sprayer 1 so as to be easily attached to a fan net made of iron material. Further, springs are formed on both sides of the flowerpot sprayer 1, The pollen injector 1 can be more stably fixed to the panty nose of the SS unit.

After the pollen injector 1 is installed in the fan network of the SS unit, a nozzle fixing bracket (not shown) is installed on the fan cover of the SS unit so that the end of the hose can be fixed by the hose fixing bracket.

Preferably, the hose fixing bracket is installed according to the number of the hoses, and the hose fixing brackets are spaced apart from each other by a predetermined distance, so that the pollen sprayed through the hose spreads at various positions.

When the pollen injector 1 and the hose are stably fixed to the SS unit, the on / off switch 11 formed in the pollen injector 1 is actuated to spray pollen, and the on / off switch 11 And the amount of sprayed pollen is adjusted by using the injection amount regulator 12 formed at one side.

When the on-off switch 11 is operated, the pollen contained in the pollen barrel 30 is discharged through the pollen outlet formed at the lower end of the pollen barrel 30, And is moved in the rightward direction by the rotational motion.

The pollen transmitted through the spring 61 to the right is moved toward the venturi tube 70 provided at the side of the spring 61.

The venturi tube 70 has a suction port 71 formed therein and sucks the pollen transferred to the suction port 71 through the spring 61 so that the end of the venturi tube 70 Is discharged.

At this time, pollen is sucked into the venturi tube 70 by the rapid rotation of the impeller 50 installed at the lower end of the venturi tube 70 near the venturi tube 70, The inside of the venturi tube 70 is formed to be wider in diameter toward the outside. The pollen sucked into the venturi tube 70 by the rotation of the impeller 50 is discharged to the outside of the venturi tube 70 .

That is, the venturi tube 70 is formed to have a larger diameter toward the outside, and the pressure is increased as the velocity decreases toward the outside. When the pressure outside the venturi tube 70 is higher than the pressure inside the venturi tube 70 The venturi tube 70 is discharged to the outside of the venturi tube 70.

The venturi tube 70 is formed of the venturi tube 70 formed in accordance with Bernoulli's principle (the pressure decreases when the speed of the fluid increases) and is formed so as to perform this action.

The pollen discharged from the Venturi tube 70 is transferred to the pollen distributor 91 connected to the end of the Venturi tube 70 and the pollen transferred to the pollen distributor 91 is transferred to the pollen distributor 91. [ So that the discharge is performed.

According to the pollen injector 1 of the present invention, the speed around the venturi tube 70 is increased by the rotation of the impeller 50 provided inside the pollen injector 1, the pressure is lowered, So that the pollen which is sucked into the venturi tube 70 can be discharged directly to the end of the venturi tube 70 and the spraying operation of the pollen can be performed smoothly There is an effect to be achieved.

In addition, a bracket 21 having magnetism is formed on the rear surface of the pollen injector 1 of the present invention so that the pollen injector 1 is installed in a fan network formed on the back surface of the SS unit, .

Although the present invention has been described with reference to the exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, It will be understood by those skilled in the art that various changes may be made therein without departing from the spirit and scope of the invention.

1: pot sprayer 10: front case
11: on / off switch 12; Injection quantity regulator
13: viewing window 14:
15: ventilation hole 20: rear case
21: Bracket 30: Flower pot
31: a pot introduction part 40: an intake part
41: front body 42: rear body
50: impeller 60: spring portion
61: spring 62: spring holder
63: protrusion 70: Venturi tube
71: Suction part 80: Small motor
90: air tube 91: dispenser

Claims (2)

A pollen sprayer mounted on an SS unit and used for artificial pollination,
In the pot of the flowerpot sprayer, fruit tree pollen such as apple, pear, or peach and the ratio of the seed powder are mixed and stored at a ratio of 1: 2 to 5,
Wherein the pollen injector includes an on-off switch for controlling the power of the pollen injector and an injection amount controller for controlling an injection amount of the pollen on one side of a front window formed on the front surface of the pollen injector, A front case having an air hole formed therein for discharging air inside the pollen ejector;
A rear case coupled to the front case so as to be openable and closable, a receiving space formed therein, and a bracket being formed at an upper end and a lower end of the rear part,
The inner case of the rear case is provided with a potting portion formed at the lower end thereof for discharging pollen and a potting portion formed at the upper end thereof for storing pollen, Flower pot;
Wherein the pollutants discharged from the flowerpot are formed so as to be transferred from the inside of the flowerpot to the intake unit, and the outside is composed of a front body and a rear body,
An impeller rotatable at 4000-6000 rpm inside the front body and the rear body, an impeller motor for transmitting rotational force to the impeller, a venturi tube formed at an upper end of the impeller, An intake part comprising a spring part and a small motor for applying a rotational force to the spring part;
And an air tube for discharging the pollen delivered through the intake unit to the outside of the pollen injector and having a plurality of distributors at the end,
The air tube 90 is formed such that the pollen discharged from the venturi tube 70 is discharged to the outside and the distributor 91 is formed at the end of the air tube 90 through which the pollen passes, Are formed in a tubular shape, and a hose is connected to each of the distributors 91, and the flowerpot is sprayed to a desired place through the hose,
Wherein the pollen delivered through the spring portion is transferred to the inlet of the venturi tube by rotation of the impeller.


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