JP3175639U - Pig feeder - Google Patents

Abstract

To provide a feeder capable of eliminating waste of food.
SOLUTION: Both side plates 3, a front plate 6, and a back plate 4 are provided from a bottom plate 2, and an adjustment plate 5 is suspended through a screw adjusting portion in a feeding body formed by raising them, and a lower end thereof. Has a funnel shape with a constriction formed between it and the back plate, a feed receiving portion is provided below the constriction, a food mouth 16 is formed, and two inclined side plates with a narrow width below. 7 is put on each side plate and the back end is fixed to the back plate so as to form an inclined surface from both side plates toward the center of the food mouth. Inverted V-shaped central inclined plate 21 is put in, and the rear end of the central inclined plate is fixed to the rear plate, and the bait is squeezed.
[Selection] Figure 1

Description

The present invention relates to a pig feeder suitable for feeding pigs.

Various types of pig feeders have been proposed in the past. For example, as shown in FIG. 8, the adjustment plate (5) shown in FIG. 9 is handled in the body formed by raising the side plates (3), (3) and the back plate (4) from the bottom plate (2). (13), bolt (14a), nut (14b), hanging through the screw adjustment part (12) of the suspension rod (14c), the lower end (5a) of the adjustment plate (5) is connected to the back plate (4) A stenosis part (17) is formed between them to form a funnel, and a food receiving part (9) is provided below the stenosis part (17) to form a food mouth (16). There is a support plate (10) in front of the adjustment plate (5), which is attached to the left and right side plates (3).
By turning the handle (13), the bolt (14a) attached to the handle (13) rotates and the adjustment plate (5) can be slid up and down.
Furthermore, a feeder is known in which the adjustment plate (5) of the constriction part (17) is formed so as to be slidable in the vertical direction, and the opening degree of the feed port (16) is adjusted by the adjustment plate (5). ing.

JP 2004-16112 A

Conventional baits were cereal milled, corn flour, mash feed, etc. When these feeds were placed in a feeder, they were fed into the feeder as the pigs eat. However, there was a problem that the bait was bad and the bait was in a bridge state and could not come out. Therefore, in recent years, those feeds that have been processed into crumbles, that is, biscuits that have been crushed finely, have become mainstream. This crumble-shaped bait has a shape like a confetti in about 4 to 5 mm, so even if the bait and bait overlap in the bait, there is a gap in the air, and it is in a state that is easy to collapse For this reason, it is not possible to make a feed rich in the feeder. However, due to the advantage of being easily crushed, this time, there has been a problem that the conventional feeder has too much food. In this type of conventional pig feeder, the food coming out of the feed port (16) in Fig. 8 spreads out to the full width of the feed port (16), so the adjustment plate (5) is squeezed, Was less frequent. However, in that case, the opening of the bait mouth (16) for food was small, and it became solidified with the saliva of the pigs, causing the food to become clogged.

In the conventional baiter, Fig. 6 When the pig eats the bait from the bait (16), the center of the bait receiving part (9) shows how the food falls off from the left and right corner positions (11) of the bait receiving part (9) The pigs prefer fresh food and eat only in the middle. As a result, food pools are created in the left and right corners, which become hard due to moisture in the pig house. Therefore, the food in the main body also does not come out, so that the food in the main body also forms a food mass (19) due to moisture. Since pigs do not eat such food, the portion of the food mass (19) due to moisture will solidify more and more. For this reason, it was necessary to periodically remove and clean the food. In the pig house, there were hundreds of feeders, wasting food wasted, and the economic loss and cleaning costs were not stupid. In addition, the bait mass (19) due to moisture rots quickly depending on the season, which is not preferable in terms of hygiene.

In FIG. 12, when the bait (15) is put into the main body of the feeder a (1a), the bait comes out uniformly from the bait (16) above the bait receiving part (9). The pigs eat only the fresh food because the nearby food drop is good.
Then, since it does not eat around the corner position (11), it becomes a food pool (18). As a result, food can no longer be fed from the corner position (11), and moisture mass (19) can be formed in the body of the feeder b (1b) due to moisture in the pig house. When the food reservoir is left unattended, it spreads further, as shown in the feeder c (1c), and the food mass (19) due to moisture spreads. There was a great deal of economic loss due to wasted food in this part.

The present invention is for solving the above-mentioned problems, and the gist thereof is as shown in FIG. 1 from the bottom plate (2) to the side plates (3), the front plate (6), the back plate (4). 2), the adjustment plate (5) in FIG. 2 is installed in the feeding body, and the screw adjustment part of the handle (13), bolt (14a), nut (14b), suspension rod (14c) (12) suspended through, the lower end (5a) forms a stenosis (17) between the back plate (4) and a funnel shape, the bait receiving part (17) below the stenosis (17) 9) is provided to form a bait (16).

In the feeding body, an inclined side plate (7) having a narrow lower width as shown in FIG. 3 is inserted to the left and right so that the food coming out from the food mouth (16) comes out only in the center. Further, an inverted V-shaped central inclined plate (21) is inserted in the center.
For this reason, as shown in FIG. 4, the food entering the feeder is squeezed by the inclined side plate (7) and the central inclined plate (21) and efficiently comes out only from the food mouth (16). There is no basin on the left and right, and the bait mass due to moisture can be eliminated by inserting the inclined side plate (7) and central inclined plate (21) in Fig. 3, and the waste of food can be eliminated. It is also economically effective because it is unnecessary to clean the portion.

FIG. 11 shows an illustration of a feeder that has already been sold, and in an example showing the interior of the feeder, the food (15) placed in the feeder is a bait (16) above the bait receiving portion (9). ) Shows the food being evenly distributed. When scrambled bait is used, the structure of the conventional baiter is uneconomical because the bait (16) is wide and the bait is excessively produced, but the conventional baiter is also uneconomical. Attached to the attachment-type central inclined plate can be used without scrambled food.

As shown in FIG. 4, the adjustment plate (5) of FIG. 2 is placed in the feeding body formed by raising the side plates (3), the front plate (6) and the back plate (4) from the bottom plate (2). Hanging with handle (13), bolt (14a), nut (14b), hanging rod (14c), lower end (5a) forms a constricted part (17) between the back plate (4) and funnel shape The feed receiving portion (9) is provided below the narrowed portion (17) to form the feed mouth (16). In the feeding body of FIG. 3, an inclined side plate (7) having a narrow lower width is put, and an inverted V-shaped central inclined plate (21) is put in the center of the feeder. As a result, as shown in FIG. 4, by narrowing the place where the food falls, it becomes a bait dedicated to crumble feed with good feeding. Since the bait (15) coming out from the bait mouth (16) is placed only in the center, the bait that has been in the entire bait receiving part (9) until now comes out only in the center, so there is no waste of bait and it is economical become. Moreover, the opening degree of a food mouth can be expanded by squeezing, and it will not be hardened by the saliva of a pig.

Body tilt of the feeder of the present invention Cross section of the feeder of the present invention Inclined view showing the inclined side plate and internal structure of the present invention Divided slope view of the feeder body of the present invention Inclined view showing the inclined plate of the present invention Divided tilt view of conventional feeder body Partial sectional view excerpted screw adjustment part of the present invention Body tilt view of conventional feeder Cross section of conventional feeder Illustration of the divided feeder body of the present invention A divided illustration of a conventional feeder body The figure which showed the lump state of the food of the conventional feeder Parts diagram when using the inclined plate of the present invention with a conventional feeder

Hereinafter, preferred embodiments of the pig feeder of the present invention will be described in detail with reference to the drawings.

As shown in Fig. 1, the adjustment plate (5) is mounted on the handle (5) in the feeding body formed by raising the side plates (3), the front plate (6) and the back plate (4) from the bottom plate (2). 13), bolts (14a), nuts (14b), hanging rods (14c), and the lower end (5a) in FIG. 2 forms a constricted portion (17) between the back plate (4) None, a food receiving portion (9) is provided below the constricted portion (17) to form a food mouth (16).
In addition, the bait coming out of the bait port (16) in Fig. 2 can be turned by turning the handle (13), the bolt (14a) attached to the handle (13) is turned, and the adjusting plate (5) can be slid up and down. it can.
A feeding device in which the adjustment plate (5) of the constriction part (17) is formed so as to be slidable in the vertical direction, and the opening degree of the food mouth (16) is adjusted by the adjustment plate (5).

As shown in Fig. 3, in the feeding body, put two inclined side plates (7) with a narrow bottom width into the feeder body, and place the upper end of the inclined portion (7d) on both side plates (3). The slanted part back end (7e) is fixed to the back plate (4) so as to form an inclined surface from both side plates toward the center of the food mouth, and further, the inverted V-shaped central inclined plate (21) The back end of the central inclined plate is fixed to the back plate. As a result, the bait does not fall at the corner position (11) in the feeder, so there is no bait due to moisture in the portion, and there is no corruption of the bait, which is very hygienic and economical.

FIG. 4 is a diagram showing an example of use of the feeder main body of the present invention, which is divided into sections. The state where the bait (15) flows out to the center like an hourglass is shown by the inclined side plate (7) and the inverted V-shaped central inclined plate (21) provided in the main body of the feeder. The bait will only come out from the narrow bait (16), and no bait mass will be left at the corner (11).

In FIG. 5, the upper end portions of two inclined plates having a narrow bottom width are fixed to form an inverted V shape, which is used as a central inclined plate (21), which is placed in the feeder body, and the central inclined plate The back end (21c) is fixed to the back plate.

In FIG. 7, the screw adjusting portion is shown in an excerpt, and a bolt (14a) is fixed under the handle (13), a nut (14b) is attached to the suspension rod (14c), and the suspension rod (14c ) At the tip of the joint (14d) to allow the adjustment plate (5) to be freely connected. When the handle is turned, the bolts move up and down, and the opening of the adjustment plate opens accordingly.

In the case of a conventional feeder as shown in FIG. 9, in the case of a feeder where the entire bait adjustment plate (5) is formed to be slidable in the vertical direction, an inverted V-shaped central inclined plate as shown in FIG. A method of preventing food leakage from between the inclined plate and the adjusting plate by inserting a U-shaped bracket (8) between the front end (21a) of the central inclined plate (21) and the inclined side plate (7) is also conceivable.

In FIG. 10, an illustration showing how to feed the bait, when bait (15) is placed in the feeder body, the bait is fed by the inclined side plate (7) and the inverted V-shaped central inclined plate (21). It shows a state where it is squeezed like an hourglass and comes out from a narrow bait (16) to the bait receiving part (9). By making such a structure, no food lump can be formed, and there is no waste of food loss and it is economical.

1 Feeder 1a Feeder a
1b Feeder b
1c Feeder c
2 bottom plate 3 side plate 4 back plate 5 adjusting plate 5a lower end 6 front plate 7 inclined side plate 7b inclined front end 7d inclined upper end 7e inclined rear end 8 U-shaped bracket 9 food receiving portion 10 support plate 11 corner position 12 Screw adjusting portion 13 Handle 14a Bolt 14b Nut 14c Hanging rod 14d Joint portion 15 Feed 16 Feed port 17 Narrow portion 18 Feed reservoir 19 Bait mass 20 due to moisture Partition plate 21 Central inclined plate 21a Central inclined plate front end 21b Central inclined plate upper end 21c Center Inclined plate back edge

Claims (1)

A side plate, a front plate, and a rear plate are provided from the bottom plate, and the adjustment plate is suspended via a screw adjustment part in the feeding body formed by raising them, and the lower end is a constricted part between the bottom plate and the rear plate. Forming a funnel shape, providing a bait receiving portion below the constricted portion, forming a bait mouth, and forming two sloping side plates with a narrow lower width, with each upper end on each side plate By attaching the back end to the back plate, put it in an inclined surface from both side plates toward the center of the food mouth, and further insert an inverted V-shaped central inclined plate in the center of the food receiving part below the feeding body The feeder is characterized in that the back end of the central inclined plate is fixed to the back plate and the feed mouth is narrowed down.