KR101537954B1 - Apparatus for hybridization of pollen - Google Patents

Abstract

The present invention relates to a pot crossbreeding apparatus comprising: a pot bottle of a container shape containing a pot as forming an internal space; a pump for supplying air by an operation of a motor; an air inflow pipe having an air inflow passage where the air, pumped from the pump, is entered inside the pot bottle; a filter installed in the air inflow pipe, and preventing the pot of the pot bottle from being flown backward; and a pot discharge pipe having a pot discharge passage where the pot is discharged outside as one end is communicated with the pot bottle. By installing the filter in the air inflow pipe, the present invention enables to increase efficiency of pot crossbreeding by preventing the pot from being flown to the pump.

Description

{APPARATUS FOR HYBRIDIZATION OF POLLEN}

The present invention relates to a pot mower, and more particularly, to a pot mower that discharges pollen to the outside by air pressure to artificially correct pollen.

Generally, various researches and efforts are made to obtain fruitful fruits of fruit growing farmers, and various insects are reduced due to pollution and natural crossing is not done well. Therefore, But the productivity was decreased. In order to treat the artificial insemination efficiently, a potting machine was developed which injects the air pressure to the pots and pumps the pots to the outside.

However, the conventional pot pollinator has a problem that the pollen inside the pollen can flow backward to cause defects, or it is difficult to control the air pressure, so that the pollen is not properly discharged or the pollen or flowers are damaged.

KR 20-0470318 Y1

SUMMARY OF THE INVENTION It is an object of the present invention to provide a pollen mixer which prevents the pollen from flowing back to the pump.

It is another object of the present invention to provide a pot potting machine capable of preventing the destruction of pollen by air pressure or controlling the amount of air inflow, thereby enabling the discharge of pollen even with a pump using a small capacity motor.

It is another object of the present invention to provide a pollen crossing machine in which the structure of the pollen crossing machine can be modified to suit the physical characteristics of the user or the characteristics of various fruit counts.

It is still another object of the present invention to provide a pollen interchanger that controls the operation of the pump in accordance with user's preferences.

In order to accomplish the object of the present invention as described above, a pollen mover according to an embodiment of the present invention includes a pollen passage having a container shape in which an inner space is formed to receive a pollen, An air inflow pipe forming an air inflow path through which the air blown out from the pump flows into the inside of the flowerpot; a filter installed in the air inflow pipe to prevent the flowerpot of the flowerpot from flowing back to the pump; And a pollen discharge pipe having one end communicated with the pollen passage to form a pollen discharge passage through which the pollen is discharged to the outside.

The pollen mascara according to an embodiment of the present invention may further include a switch electrically connected to the pump to turn on / off the pump.

In the pot polling machine according to an embodiment of the present invention, the pump can be continuously driven when the switch is turned on for a predetermined time according to a user's selection.

In the pollinator according to an embodiment of the present invention, the pump may be turned on / off at predetermined intervals of intervals when the switch is turned on for a predetermined time according to a user's selection.

The pollen mascara according to the present invention may further include an air inlet nozzle accommodated in the pollen container and connected to the air inlet pipe to extend and replace the air inlet passage.

In the pollen crossing machine according to an embodiment of the present invention, the size of the hole formed in the filter may be 60 to 100 mesh.

The pollen crossing machine according to an embodiment of the present invention may further include an antenna-type spraying rod formed of a tube connected to the other end of the pollen discharge pipe to extend the pollen discharge passage.

The pollen crossing machine according to one embodiment of the present invention includes a body having a lower end to which the pollen barrel is coupled and accommodating the air inlet pipe and the pollen discharge pipe and a handle hinged to the body between the body and the pump, .

In order to accomplish the object of the present invention as described above, the pollen-hopper according to another embodiment of the present invention includes a container-shaped pollen passage in which an inner space is formed to receive pollen, a pump that blows air by driving the motor, A switch which is electrically connected to the pump to turn on and off the pump; an air inflow pipe which forms an air inflow path through which the air blown out from the pump flows into the inside of the flowerpot; An air inflow nozzle connected to the air inflow pipe to extend an air inflow path and a pollen discharge pipe having one end communicated with the pollen through which the pollen is discharged to the outside, Accordingly, when the switch is turned on for a predetermined time, the switch is continuously driven even if the switch is turned off, Each time can be on the driving / off.

In another embodiment of the present invention, the air inlet nozzle may be replaceable.

According to another aspect of the present invention, there is provided a pot mower comprising: a container-shaped pollen passage in which an inner space is formed to receive pollen; An air inflow pipe forming an air inflow path through which the air blown out from the pump flows into the inside of the flowerpot; a flowerpower discharge pipe for forming a flowerpot discharge path through which the flowerpot is discharged to the outside, A body for receiving the air inlet pipe and the pollen discharge pipe, and a handle hinged to the body between the body and the pump.

In the present invention, the filter is installed in the air inlet pipe so that the pollen inside the pollen can be prevented from flowing back to the pump, thereby enhancing the efficiency of the pollen crossing.

In addition, since the body and the handle are connected by the hinge connection, the pollinator can be modified into the pistol type or the flat type according to the kind of the fruit or the user's body characteristics, so that the pollen mating can be performed more efficiently.

It is possible to prevent the pollen from being destroyed by the air pressure by controlling the amount or pressure of the air supplied from the pump to the inside of the flowerpot and to use the motor with a smaller capacity than that of a commonly used motor, .

Brief Description of the Drawings Fig. 1 is a perspective view showing the outer appearance of a pollen crossing machine according to the present invention. Fig.
2 is a perspective view showing an inner tube of the potted mascara according to the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

1 and 2, the pollen mover according to the present invention comprises a pollen box 100, a pump 200, an air inlet pipe 300, a filter 400, and a pollen outlet pipe 500 And further includes a body 600 and a handle 700.

The pollen vat 100 is a container in which an opening (not designated) is formed in an upper part and an inner space is formed to receive pollen, and the shape of the container is not particularly limited. The pollen vat 100 is coupled to the underside of the body 600, and preferably screwing is used, but it is also possible to use a coupling means such as a hook or the like. In the present invention, a pot having a capacity of 80 to 120 cc may be used as the pot 100, and the size of the opening through which the pot 100 is connected to the main body 600 is predetermined, Screw connection, etc.), and the pollen vat 100 can be replaced.

The pump 200 supplies air to the flowerpot 100 by driving a motor (not shown). For example, the pump 200 used in the present invention can supply an air volume of 15.0 liters / minute (liter per minute) or more, a maximum pressure of 80 psi or more, and a noise of 65 dB or less. Also, although not shown in the drawing, the pump 200 has a built-in rechargeable battery and can be disconnected from the cable 220 to be described later to charge the power source.

The air inlet pipe 300 has a tubular shape and both ends are connected to the pump 200 and the flowerpowder 100 to communicate with each other so that the air blown from the pump 200 flows into the inside of the flowerpowder 100, (P1). A tubular air inflow nozzle 310 may be installed at one end of the air inflow pipe 300 so as to be interchangeable with the air inflow pipe 300 by extending the air inflow path P1. The air inlet pipe 300 and the air inlet nozzle 310 are preferably screwed but not limited to the coupling means. The air inlet nozzle 310 to be replaced can control the pressure at which the air is introduced when the sizes of the ducts are different from each other. For example, the air inflow nozzle 310 connected to the air inflow pipe 300 can be replaced, and the air inflow nozzle 310 having a different channel size can be connected to the air inflow pipe 300, The size of the air inflow path P1 formed in the air inflow nozzle 310 is changed according to the size of the duct of the air inflow path 310 and the size of the air inflow path P1 is changed, The air pressure is regulated. In the present invention, the length of the air inflow nozzle 310 is not limited, but the air inflow nozzle 310 may be extended to the lower portion of the pollen vat 100. Accordingly, in order to discharge the pollen inside the pollen vat 100 to the outside, By not remaining, you can reduce the amount of discarded pollen. Although not shown in the drawing, a diaphragm capable of adjusting the pressure at which the air is introduced into the air inflow nozzle 310 may be further provided.

The filter 400 is installed in the air inlet pipe 300 to prevent the pollen of the pollen receptacle 100 from flowing back to the pump 200. The size of the hole formed in the filter 400 may be 60 to 100 meshes (preferably 80 meshes). The filter 400 may be installed in the duct of the air inlet pipe 300 or in the air inlet nozzle 310. The filter 400 may be installed at one end of the air inlet pipe 300, And the filter 400 is prevented from flowing back to the pump 200, it can be installed at various positions according to the user's selection.

The pollen discharge pipe 500 has one end communicated with the pollen barrel 100 to form a pollen discharge passage P2 through which pollen stored in the pollen barrel 100 is discharged to the outside. The present invention can be carried out even if one end of the pollen discharge pipe 500 extends to the inside of the pollen barrel 100. However, in order to more efficiently discharge the pollen inside the pollen barrel 100 to outside, It is preferable to be located at the height of the joint portion of the opening of the pot 100 and the body 600 described later.

At the other end of the pollen discharge pipe 500, a discharge port (not designated) may be screwed to a body 600 to be described later. In addition, it is also possible to separate the discharge port and connect a separate tubular-shaped spray rod 510 to the body 600 to extend the pollen discharge passage P2 to discharge the pollen. Although not shown in the drawing, the antenna-type spraying rods 510 may be formed of a plurality of tubes connected in a length-adjustable manner. In this case, when one of the tube-shaped spraying rods 510 is larger than the size of the other end of one tube-shaped body, the two tubes are not separated from each other when one tube is pulled out from the other tube- When pushed into a tube, one tube can be accommodated in another tube. The length of the antenna-type spraying rod 510 may be adjusted in various ways as long as the length can be adjusted according to the user's choice. Therefore, the pollen crossing machine according to the present invention can discharge the pollen at a relatively high level relative to the user's key and cross the pollen. One end of the pollen discharge pipe 500 is relatively higher than the other end of the air inlet nozzle 310 inside the pollen barrel 100. When air is supplied into the pollen barrel 100, It is preferable to make it easy to move to the outside through the pollen discharge pipe 500 after being moved back and forth. In addition, although not shown, one end of the pollen discharge pipe 500 may be expanded toward the bottom of the pollen vat 100 so that the pollen contained in the pollen vat 100 is easily discharged to the outside.

The pollen cylinder 100 is coupled to the lower end of the body 600 and receives the air inlet pipe 300 and the pollen outlet pipe 500 and has a handle 700 connected to one side thereof.

The body 600 and the handle 700 are coupled through the hinge 800 and are rotatable. Accordingly, it is possible to adjust the angle of the body 600 and the handle 700 according to the kind of fruit. For example, the present invention can be modified into a handgun type, and the plants can be mated by discharging pollen to fruit trees such as kiwi, apples and the like, and can be transformed into a flat type to discharge pollen to fruit trees such as pear or peach. However, the angle between the body 600 and the knob 700 can be varied according to the user's selection. In order to cross the specific fruit number, the body 600 and the knob 700 are fixed at a predetermined angle, no.

A part of the body 600 may further include a switch 210 electrically connected to the pump 200 and the cable 220 to turn the pump 200 on and off. The air inlet pipe 300 and the cable 220 are respectively received in the body 600 and the handle 700 and the remaining portions of each of the air inlet pipe 300 and the cable 220 are connected to the handle 700, And is connected to the pump 200, and can be fastened or detached at the end of the handle 700.

 The pump 200 can be set to be continuously driven even if the switch 210 is turned off when the switch 210 is turned on for a predetermined time according to the user's selection. For example, when the user presses the switch 210 for three seconds to turn on the pump 200, even if the user releases his / her hand from the switch 210, the pump 200 keeps the on state, As shown in Fig.

 Also, the pump 200 can be set to turn on / off the driving at predetermined intervals of time when the switch 210 is turned on for a predetermined time according to the user's selection. For example, when the user presses the switch 210 for five seconds to turn on the pump 200, the pump 200 can repeatedly perform the on and off operations even if the user releases the switch 210. In this case, the operation interval of the pump 200 is set so that the set value can be changed to 0.1 second 0.2 second 0.3 second, and off time 0 second 0.3 second 0.5 second. For example, if you set 0.1 second on and 0.3 second off, the motor will run for 0.1 seconds, stop for 0.3 seconds, and repeat this process.

The pollen crossing machine according to the present invention as described above is assembled and used as follows.

First, one end of the air inlet pipe 300 is connected to the pump 200, and the other end of the air inlet pipe 300 is exposed to the lower end of the body 600 to be accommodated in the body 600 and the handle 700, . At this time, the air inflow nozzle 310 may be coupled to the other end of the air inflow pipe 300.

In order to determine the pressure of the air supplied from the pump 200, the pipe size of the air inflow nozzle 310 is determined, and the air inflow nozzle 310 having the selected channel size is coupled to the air inflow pipe 300. The filter 400 is installed in the air inflow pipe 300 or the air inflow nozzle 310 and the holes formed in the filter 400 are formed to have a size of 800 mesh or less. The pollen does not flow back to the pump 200.

One end of the pollen discharge pipe 500 is exposed to the lower end of the body 600 and the other end of the pollen discharge pipe 500 is received in the body 600 and the handle 700 such that the other end is exposed to the outside of the body 600, (700) through the hinge (800). The body 600 and the handle 700 are hinged and pivoted.

The pollen receptacle 100 is connected to the lower end of the body 600 so that the pollen receptacle 100 covers the air inlet nozzle 310 and the pollen outlet pipe 500 . At this time, the upper opening of the pot 100 and the lower end of the body 600 are screwed together, and the pot 100 can be replaced. For example, when a flower pot accommodated in the flower pot 100 is not a flower pot of a certain fruit number when a fruit is to be crossed, the user removes the flower pot 100 connected to the body 600, The pollen container 100 containing the pollen of the pollen can be coupled to the body 600. Since the upper end opening (not designated) of the pollen vat 100 is formed in a predetermined size with the lower end of the body 600, It is possible to replace it.

It is also possible to connect the antenna-type spraying rod 510 to the other end of the pollen-discharging pipe 500 according to the height of the fruit water or the user's body characteristics (arm length, etc.), or to connect the body 600 and the handle 700 in the form of a pistol- And a pot pollinator can be used.

Next, the user turns on the switch 210 provided on the handle 700 to operate the pump 200, supply air to the pot 100, and discharge the pollen to the outside. The operating time of the pump 200 can be set according to

For example, if the user selects ON 0.1 seconds and OFF 0.5 seconds to turn on the switch 210 for a predetermined time, the pump 200 is turned off for 0.5 seconds after being activated for 0.1 seconds and repeats this process . In addition, it is also possible to continuously supply the air to the pollen vat 100 by operating the pump 200, which allows various choices of the user.

It is to be understood that the present invention is not limited to the above-described embodiment and that various modifications and changes may be made without departing from the scope of the present invention, It will be understood by those of ordinary skill in the art that various changes and modifications may be made without departing from the scope of the present invention.

100: Flower pot 200: Pump
210: Switch 220: Cable
300: air inlet pipe 310: air inlet nozzle
400: Filter 500: Pollen discharge pipe
510: Antenna type injection rod 600: Body
700: Handle 800: Hinge
P1: Air inflow channel P2: Pollutant discharge channel

Claims (11)

A container-shaped pot container in which an inner space is formed to receive pots;
A pump for supplying air by driving the motor;
A switch electrically connected to the pump to turn the pump on or off;
An air inflow pipe forming an air inflow path through which the air blown from the pump flows into the inside of the flowerpot;
An air inflow nozzle accommodated in the pollen container and connected to the air inflow pipe to extend and replace the air inflow path;
A filter installed in the air inlet pipe to prevent a flowerpot of the flowerpot from flowing back to the pump;
A pollen discharge pipe for forming a pollen discharge passage through which the pollen is once discharged to the outside through the pollen passage;
A body for receiving the air inlet pipe and the flower outlet pipe; And
And a handle hinged to the body between the body and the pump,
Wherein the pump is continuously driven when the switch is turned off for a predetermined period of time or is turned on or off at predetermined intervals of time.
delete delete delete delete The method according to claim 1,
The size of the holes formed in the filter is 60-100 mesh.
The method according to claim 1,
And an antenna-type spraying rod (510) formed of a tube connected to the other end of the pollen discharge pipe and extending the pollen discharge passage.
delete delete delete delete

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