TWI627899B - Livestock simultaneous feeding system (3) - Google Patents

Abstract

The present invention provides a livestock synchronous feeding system (3), comprising a conveying trough, a blocking member and a plurality of pivoting frames, the conveying trough comprising a tank body for accommodating the feed, the tank body having an opening on the top side thereof, The barrier member is movably disposed above the transporting groove, and the width of the bottom side is greater than the opening width of the slot body, and one end of the pivoting frame is connected to the slot body, and the other end is connected to the blocking member; When the blocking member is pushed in different directions, the pivoting frame can pivot and swing in different directions, so that the blocking member can be raised or lowered parallel to the trough, thereby controlling whether the livestock can protrude into the trough from the opening to eat. .

Description

Livestock simultaneous feeding system (3)

This creation is related to livestock feeding devices, and more specifically to a simultaneous feeding system for livestock that can feed livestock simultaneously and has a long service life (3).

According to the feeding system for a large number of livestock, the feeding system of the livestock farm usually includes a plurality of feeders and a feeding pipe connecting the feeding devices, and the related patents such as the Republic of China New Type M396002 "Feeding Device", No. 130322 " The control structure of the feeding system, the patent No. 95883, "The pipe joint of the chicken farm feeding device", is used to convey the feed to each feeder by the feeding pipe for the livestock to feed from each feeder.

Although the above-mentioned feeding system can achieve the effect of feeding a large number of livestock, in fact, since the livestock are usually rushing around the feeder when eating, some livestock cannot be squeezed around the feeder to eat or eat more. Less, it is obvious that it is impossible to equalize the food intake of livestock and obtain consistent feeding quality.

In order to solve the above shortcomings, the inventor's family developed the US Patent No. 7753001 "Barrier for poultry trough", which mainly provides a livestock tank barrier design, which is above a long trough. A barrier member is provided which can be raised or lowered. In the process of filling the feed trough, the barrier member can shield the trough, prevent the livestock head from reaching the trough, and then lift the barrier member after the trough is filled with the feed. Simultaneously feeding the livestock on both sides of the trough, so that the food intake of the animals is equal and consistent feeding quality is obtained. However, since the livestock is rushing to the two sides of the trough when eating, it is inevitable that the livestock will collide with the barrier member or be cut by the edge of the barrier member, and there is obviously room for improvement.

To this end, the inventor's family has developed a livestock simultaneous feeding system as shown in the Patent No. I442883 of the Republic of China, which mainly places a barrier in a feed trough to control the availability of livestock, and A rotatable rod-shaped driving member is arranged above the conveying trough, and a wire is connected, and the driving member and the frame body are connected and wound around the bottom side of the blocking member, and the length of the linking wire can be shortened or extended by the driving member to make the blocking member It can be raised or lowered in the feed trough, and the effect of controlling whether the livestock can be fed synchronously without harming the livestock is obtained.

Nevertheless, the inventor has continued to develop and create this technology in the spirit of excellence.

The main object of the present invention is to provide a synchronous feeding system for livestock (3) which is simple in composition and can control whether livestock are fed synchronously or fasted, and has a long service life and a good practical value.

The reason is that, in order to achieve the foregoing objects, the present invention provides a The livestock synchronous feeding system (3) comprises a conveying trough comprising a trough body for containing the feed, and an opening is arranged on the top side thereof; a barrier member is movably placed above the conveying trough, and the width of the bottom side is It is larger than the opening width of the trough; a plurality of pivoting frames, one end of which is connected to the trough body, and the other end is connected to the blocking member.

Further, a conveyor belt is further included, which is movably extended on the bottom side of the tank body.

Further, the blocking member is substantially tubular, and one end of the pivoting frame is passed through the pivoting barrier.

Further, the trough is a long strip-shaped trough having an appropriate length, and the obstructing member is generally tubular and disposed axially above the trough.

Further, the top side of the barrier member is provided with two inclined faces.

Further, the pivoting frame comprises two extending arms, one end of the two extending arms is pivotally connected to the trough, and a pivoting rod is connected between the other ends, and the pivoting rod is connected to the pivoting barrier.

Further, one end of the two extension arms is pivotally connected to the two sides of the opening of the conveying groove.

10‧‧‧ livestock simultaneous feeding system

12‧‧‧ conveyor

14‧‧‧Resistance

16‧‧‧ pivoting frame

22‧‧‧ openings

24‧‧‧

26‧‧‧Conveyor belt

27‧‧‧Sloping surface

28, 30‧‧‧ Extension arm

32‧‧‧Pivot rod

The first figure is a perspective view of a preferred embodiment of the invention.

The second drawing is an end view of a preferred embodiment of the invention.

The third figure is a schematic diagram of the action of a preferred embodiment of the present invention, showing the barrier The moving state of the piece and the pivot frame.

The fourth drawing is a diagram showing the state of use of a preferred embodiment of the present invention.

In the following, a preferred embodiment of the present invention will be further described in conjunction with the drawings. First, please refer to the second and third figures, the livestock synchronous feeding system of a preferred embodiment of the present invention. 10, comprising a trough 12, a barrier 14 and a plurality of pivoting frames 16.

The conveying groove 12 includes an elongated groove body 24 having an opening 22 on the top side, and a conveyor belt 26 movably extending on the bottom side of the groove body 24.

The barrier member 14 is generally tubular and disposed axially above the trough 12, the top side of which forms a second inclined surface 27, and the width of the bottom side is greater than the width of the opening 22 of the trough body 24.

The pivoting frame 16 includes two extending arms 28 and 30. The bottom ends of the two extending arms 28 and 30 are pivotally connected to the opening 22 of the slot body 24, and a pivot is connected between the top ends of the two extending arms 28 and 30. The pivoting rod 32 is disposed on the top of the pivoting block 14 to define a plurality of pivoting frames 16 pivotally connecting the groove 12 and the blocking member 14 according to the length of the conveying groove 12 and the blocking member 14 at an appropriate interval. .

Thereby, when the blocking member 14 is pushed in different directions (for example, by using a driving motor to drive the connecting member of one of the connecting members 14 to move the blocking member 14), the pivoting frame can pivot and swing in different directions. The spacer 14 can be raised or lowered parallel to the groove 24 in parallel.

The operation mode, characteristics and efficacy of the livestock synchronous feeding system 10 of the present invention are as follows: when feeding livestock (such as chicken, duck, goose, etc.), the feed is first introduced into the conveying trough 12 through the conveyor belt 26, when the whole article After the trough 12 is filled with the feed, the barrier 14 can be pushed, and the pivoting frame 16 can be pivoted accordingly, and the barrier 14 can be gradually raised parallel to the trough 24 when the barrier 14 rises to an appropriate height. Thereafter, the barrier member 14 can be stopped, and the livestock on both sides of the trough 12 can simultaneously feed into the trough 24 through the opening 22, as shown in the fourth figure.

After the feeding is completed, the blocking member 14 is only pushed in the reverse direction. With the pivoting process of the pivoting frame 16, the blocking member 14 can be gradually lowered to finally abut on the top side of the conveying trough 12, and the opening 22 is closed. Then, the livestock is blocked by the barrier member 14, and the head cannot be fed into the trough 24 to eat. Based on this, the effect of simultaneous feeding of livestock and simultaneous fasting can be achieved.

It is worth mentioning that when the livestock rests or sleeps at night, since the barrier member 14 is placed on the top side of the trough 12, the top side thereof is the inclined surface 27, and there is no place for most livestock to stand at the same time. It does not happen that most livestock stand on it at night, causing deformation of components, affecting control accuracy and service life.

It can be seen from the above that the livestock synchronous feeding system of the present invention is not only simple in construction, but also easy to manufacture by the structure of the conveying trough, the blocking member and the pivoting frame, and the parallel conveying trough of the blocking member can be made when the blocking member is pushed. Rise or It is reduced, which in turn results in the simultaneous feeding or fasting of livestock. In addition, it does not have a place for most livestock to stand at the same time. It does not stand at the night when most livestock stand, resulting in deformation and precise control. The situation of sex and service life is of practical value.

Claims (1)

A livestock synchronous feeding system comprises: a conveying trough comprising a trough body for accommodating the feed, the top side of which is provided with an opening, a conveyor belt movably extending to the bottom side of the trough body; a barrier member, The bottom of the groove may be placed above or below the opening of the groove, and the width of the bottom side is greater than the width of the opening of the groove; and the plurality of pivoting frames are pivotally connected to the groove at one end and pivotally blocked at the other end. And a second extending arm, one end of the two extending arms is pivotally connected to the trough, and a pivoting rod is connected between the other ends, the pivoting rod is connected to the pivoting barrier; thereby, the blocking member is pushed in different directions The pivoting frame can be pivoted and swung in different directions, so that the blocking member can be paralleled to rise relative to the trough body at an appropriate distance from the top side opening of the trough body, or lowered to resist the top side of the trough body, The opening is closed to control whether the livestock can be fed into the tank from the opening to eat.