KR950008916B1 - Apparatus for feeder of fish - Google Patents

Abstract

a feed can having a weighing cup which discharges a constant amount of feed; an impeller lever rotated with the weighing cup by a gear of motor; a timer for adjusting a rotation time of the weighing cup; and a feed supplying amount adjuster for adjusting a number of rotation times.

Description

Automatic Feeding Device for Fish

1 to 4 illustrate the embodiment of the present invention.

1 is a perspective view of the feed automatic feeding device of the present invention.

Figure 2 is an exploded perspective view showing the metering feeder is provided inside the feed automatic feeder of the present invention.

Figure 3 is a cross-sectional view illustrating an operation illustrating the combined feed automatic feeder of the present invention.

Figure 4 is a plan view illustrating the feed automatic feeding device of the present invention, a plan view illustrating the inside of the feed container by removing the lid from the feed automatic feeding device.

* Explanation of symbols for main parts of the drawings

1: operating time adjustment timer 2: feed amount regulator

3: geared motor 4: casing

5: Front panel 6: Back panel

7: limit cam 8: limit switch

9: body plate 9a: center hole

9b: feed drain hole 9c: feed drain

10: measuring cup body 10a: measuring cup

10b: Measuring Cup Bottom Plate 10c: Measuring Cup Rotating Shaft

10d: Measuring Cup Frame 10e: Measuring Cup Top Plate

11: feed container 11a: measuring cup entrance space

11b: bottom of feed container 11d: feed outlet hole

11c: pivot shaft hole 11e: feed bucket

12: impeller lever 12a: pivot shaft entrance hole

12b: lever body 16: operation presence switch

17: power switch A: feed automatic feeding device

The present invention relates to an automatic feed device for feeding fish, which is designed for the purpose of allowing the breeding of fish for ornamental or food use to be more safely and conveniently managed. When set, the fixed amount of feed is automatically supplied by the unmanned automatic device at the predetermined time.

In general, ornamental fish (e.g., tropical fish such as koi) are raised in fish tanks or ponds as a means of visual enjoyment, while edible fish (e.g. mullet, scented, catfish, etc.) are farmed in large stocks You can see that.

Therefore, the above-mentioned fish must be supplied with a certain amount of feed at regular intervals, and such feed-feeding labor is currently carried out by an artificial means by the person raising the fish.

However, there are too many inconveniences to artificially take care of the time and supply of fish feed, which leads to many difficulties in the private life of fish breeders.

For example, when a breeder is always at home or in a fish farm, he is always nervous and can supply a fixed amount of food at a given time, but if he is unable to pitch, Will not be able to supply at a fixed time.

In other words, when family members go on a vacation to a group or have a long-term holiday outing, and when a zookeeper leaves his / her seat for reasons of difficulty, they always look for someone who can take over their work and then go to see their work. .

At this time, the keeper asks the person to take care of their work for the first time to recognize the knowledge about feeding and proceed without error.

However, the person in charge may be able to save time with only a temporary training on fish breeding, but he may not be able to progress skillfully in terms of supply and supply methods. As a result, there are many problems in breeding.

In other words, unless a fish breeder is able to provide the correct feeding method, the general formula, which has not acquired specialized knowledge for a year, does not know how and how much to supply. Therefore, it is impossible to raise fish only by temporary education.

Therefore, without the masses, they can sprinkle or pour small amounts or feeds in one place.

At this time, the fishes flocking to eat the food are gathered in one place in order to eat the food that is fed at random, and each other's fins are rubbed off each other and are injured. Unsuccessful fish will not only become hungry, but at the same time, the problem of polluting the water within a short time will cause a lot of difficulties in fish breeding.

Therefore, in the present invention, considering the conventional discomfort as described above, and solve the problem, whether or not there is a person, whether the feed amount and the feeding time is input, the fixed amount of feed at a predetermined time to operate the fish conveniently The present invention is to provide a feed automatic feeding device for unmanned breeding fish, the present invention controls the time and the number of times a certain amount of feed is discharged as the feed container 11 and the measuring cup 10 installed at the bottom of the feed container Consists of a timer (1) and the supply amount regulator (2) to the present invention will be described in detail according to the accompanying drawings.

The present invention is to form a feed automatic feeding device (A) as shown in Figure 1 attached, the specification is to be formed regardless of large or small, so that a certain amount of feed can be stored first To form a cylindrical trap (11). At this time, the feed container 11, as shown in detail in Figure 2 of the accompanying drawings to form a feed container bottom (11b) so that the bottom of the metering cup space of a predetermined space is formed in the bottom portion and the rotating shaft hole ( 11c) and a feed discharge hole 11d having a predetermined size is formed at one side thereof to couple the measuring cup rotating shaft 10c and the lever body 12b from the measuring cup body 10 below.

In addition, the lever body 12b may form a pivot shaft hole 12a at its center, and may be coupled to the measuring cup pivot 10c by integrally forming an impeller lever 12 that is bent or twisted on both sides. To form.

Subsequently, the measuring cup body 10 coupled to the bottom of the feed container 11 forms a measuring cup frame 11d, a measuring cup rotating shaft 10c, and a measuring cup bottom plate 10b with the measuring cup upper plate 10c as the main part. In this case, the measuring cup upper plate 10e is formed at the center of the measuring cup rotation shaft 10c so as to coincide with the hole to be inserted, and at one side thereof, a groove having a certain size is formed, and the measuring cup bottom plate 10b is located at the center of the measuring cup bottom plate 10b. The motor shaft hole 10f to which the following motor shaft 3a is fitted is engaged and formed, and the groove | channel which matches the said measuring cup upper plate 10e is formed in the one side.

Subsequently, in the case of the measuring cup frame 10d coupled between the measuring cup upper plate 10e and the measuring cup bottom plate 10b, the height of the body is formed to a certain size, while the measuring cup rotating shaft 10c is fitted in the center thereof. Forming a center hole to be coupled to one side to form a measuring cup (10a) measuring cup top plate (10e) is fixed to the upper side and the measuring cup bottom plate (10b) is integrally coupled so that one body is coupled to the bottom.

In addition, the measuring pivot shaft 10c fixed to the center upper surface of the measuring cup bottom plate 10b and penetrating to the measuring cup frame 10d and the measuring cup upper plate 10e forms a screw hole in the center upper surface thereof, It forms a fixed plate body and combines so as to be integral with the center surface of the measuring cup bottom plate (10b).

At this time, the measuring cup frame 10d and the measuring cup rotating shaft 10c including the measuring cup top plate 10e and the measuring cup bottom plate 10b are not necessarily formed separately as described above. It is also possible to form a body.

Subsequently, the measuring cup rotating shaft 10c formed as described above is fixed by bonding its bottom surface to the center upper surface of the measuring cup bottom plate 10b so that the measuring cup rotating shaft 10c coincides with the center hole of the measuring cup frame 10d while The upper plate 10e is placed on the upper surface of the measuring cup frame 10d and adhesively bonded to match the groove of the measuring cup 10a to form one measuring cup body 10 which is rotated by the motor shaft 3a.

The measuring cup body 10 formed as described above is mounted on the upper surface of the body plate 9 so as to be rotated by the geared motor 3 installed on the bottom surface, and the body plate 9 at this time is the above-mentioned. A circumferential edge wall 9d, which is slightly wider than the measuring cup 10 diameter, is formed on the upper surface, and the center hole 9a is drilled in the center thereof to form the feed discharge hole 9b on one side thereof.

In the bottom of the feed discharge hole 9b formed on one side of the body plate 9 formed in this way, a feed discharge path 9c in the form of a duct allowing the feed 18 discharged from the feed container 11 through the measuring cup 10a to be guided and discharged. It is formed, and the casing (4) is recombined on one side of the upper surface, wherein the coupling means will be described as follows.

The casing (4) is equipped with a limit switch (8) and a limit cam (7), including a geared motor (3), regardless of material or form, and the front panel (5) and the front and rear surfaces respectively. The back panel 6 is formed to form a decomposable bond.

Therefore, the front panel (5) is formed inside the switch operation unit (C) combining the operation time adjustment timer (1), the feed amount controller (2) and the operation presence switch (16), including the respective power switch (17) Connect the wires with the geared motor (3), including the limit switch (8).

At this time, the limit cam 7 is fitted to the motor shaft 3a and the limit switch 7 is mounted on the upper surface of the geared motor 3 on one side of the limit cam 7.

Subsequently, the body plate 9 is placed on the upper surface of the casing 4, that is, the upper part where the geared motor 3 is installed and fixed, and the feed discharge path 9c coincides with the hole formed in the front panel 5. Firmly fixed as possible, that is, the body plate (9) upper surface coupled to the measuring cup body 10 and feed container 11 in sequence.

In addition, the body plate (9) has a feed discharge hole (9b) is formed as described above, the feed discharge path (9c) is formed, the central hole (9a) is formed in the center of the circumferential edge wall (9d) ) Is formed.

Therefore, the body plate (9) is fixed to the upper surface of the casing (4), so the main body floating state is coupled to the measuring cup body 10 and the feed container (11) to the upper surface.

The measuring cup body 10 at this time is inserted into the circumferential edge wall 9d of the body plate 9 and at the same time the motor shaft inside the casing 4 with the motor shaft hole 10f at the center of the measuring cup bottom plate 10b. (3a) is combined to fit, and then combine the feed container (11).

At this time, the feed container 11 to be coupled is extrapolated so that the circumferential edge wall 9d is hidden by the measuring cup placing space 11a formed at the bottom thereof, and is firmly coupled with the bracket 14 and the screw 15.

When combined as described above, the measuring cup body 10 and the circumferential edge 9d coupled to the inner circumferential wall 9d are hidden inside the measuring cup recess space 11a and are coupled to each other. ) Is a state that slightly protrudes to the upper surface of the feed bottom (11b).

Therefore, the impeller lever 12 can be combined with the measuring cup pivot 10c, wherein the coupling means is a lever body 12b at the end of the measuring cup pivot 10c protruding onto the feed bottom 11b. When coupled to the fitting to fasten with the screw 13 is to obtain a combined feed automatic feeder (A) is completed, when described in detail the effect of the present invention as described above.

In the present application, the presence or absence of the operation switch 16 having the quench piece 16a is omitted, and description thereof will be omitted.

The present invention sets the motor operation time with the hour hand (1a) and the minute hand (1b) of the operating time adjustment timer (1) and adjusts the feed amount with the feed selection lever (2a) of the feed amount controller (2).

Plug in the cord so that power is supplied, and then press the power switch 17 so that power is supplied to the full-featured electrical device so that a fixed amount of feed is supplied at the set time.

That is, each of the supply selection levers 2a has a number to add 1, and the number is connected to the limit switch 8 to perform the intermittent action.

For example, if lever 1 is selected, the geared motor 3 will be intermittently rotated in one rotation. If lever 8 is selected, the geared motor 3 will be delayed for eight times. The measuring cup 10 is rotated eight times.

And the operation time is started from the operation of the operation time adjustment timer (1) according to the setting of the hour hand (1a) and the minute hand (1b), the selection of the supply amount selection lever (2a) for each operation at the set time As it will delay the operation time by the number, it will be able to feed a fixed amount of food on time. If there is a fish breeder or not, if the feeding amount and feeding time are set, the power will be supplied by the timer and the geared motor (3) It will work automatically.

At the same time, the supply amount selection lever 2a sends the selected signal to the limit switch 8, whereby an operation allowable time and an interruption time are determined, and the operation time is the limit cam 7 having the rotating motor side 3a. As a result, the engaging piece 8a is repeatedly engaged or short-circuited to perform interruption and delay operations.

Therefore, when the geared motor (3) that receives the signal is activated. The motor shaft 3a is rotated so that the measuring cup body 10 which is fixedly coupled to the motor shaft 3a is rotated, and then the impeller lever built up on the measuring cup rotating shaft 10c of the measuring cup body 10 is rotated. (12) will rotate at the same time.

At this time, the rotating impeller lever 12 rotates in a state of rubbing the surface of the bottom of the feed container 11b while pushing the feed 18 inside the feed container 11 to the feed discharge hole 11d, and at the same time, the upward refraction portion Hardened or solidified foods will be finely crushed to help smooth feed discharge.

In other words, general fish feed is produced in various types of powders, granules and cyclic forms.

Therefore, the feed 18 as described above will be poured down when the measuring cup 10a of the measuring cup body 10 rotating at the bottom of the feed container 11 coincides with the feed discharge hole 11d of the feed container 11. By the discharge action, the fish tank installed through the feed discharge path (9c) while rotating in a state consistent with the feed discharge hole (9b) of the body plate (9) filled with the feed (18) in the groove of the measuring cup (10a) Since the discharge falls to the surface of the fish farm, it is possible to automatically supply unmanned.

This action is to operate according to the state of the feed amount and supply time set as mentioned above, it is possible to solve the burdensome conventional problem that the keeper has to keep the seat at all times, so that anyone can freely use the necessary time It is a very useful invention that makes it easy and convenient to raise fish.

Claims (1)

In the feed automatic feeding device equipped with a timer (1) and the feed amount regulator (2), the measuring cup (10) by a motor coupled to the feed container (11) and the gear having a measuring cup (10) for discharging a constant amount of feed And the impeller lever 12 is configured to rotate, automatic feeding device, characterized in that configured to combine the timer (1) for adjusting the rotation time of the measuring cup and the supply amount controller (2) for adjusting the number of rotations.