CN201355984Y

CN201355984Y - Automatic feeder

Info

Publication number: CN201355984Y
Application number: CNU2009200513647U
Authority: CN
Inventors: 莫流阶
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-02-14
Filing date: 2009-02-14
Publication date: 2009-12-09
Anticipated expiration: 2019-02-14

Abstract

The utility model discloses an automatic feeder particularly suitable for feeding pigs. The automatic feeder comprises a trough, and a feed poking device mounted in the trough. The trough comprises a feed guide chute, a concave manger, and side boards, wherein, the feed guide chute is arranged above and has a shape similar to 'V', a feed discharging seam is formed at the bottom of the feed guide chute, the concave manger is arranged below, and the side boards are used for sealing the two ends of the trough. The utility model is characterized in that the manger and the feed discharging seam are connected with each other through a section of arc transitional groove; the feed poking device is mounted above the arc transitional groove; and the feed poking device comprises a positioning shaft arranged on the side boards at the two ends, and a poking roller movably sleeved on the positioning shaft, wherein, poking ribs are distributed on the outer surface of the poking roller, and a clearance is formed between each poking rib and the arc transitional groove. When the poking roll of the poking device is moved by a pig foraging in the trough, the feed can just be poked into the trough during the rotation of the poking roller, so that the automatic feeder prevents the feed leakage, keeps uniform blanking, and improves the effect on the feeding quality.

Description

Automatic feeding machine

Technical field

Automatic feeding machine of the present utility model relates to the automatic feeding machine of a kind of raise livestock, especially a kind of automatic feeding machine that is particularly suitable for raising pig.

Background technology

Majority is that feed is poured in the crib during artificial feeding livestock, lets alone to get food, and livestock can squeeze food and trample on foodstuff, and the inhomogeneous input of foodstuff and crowded food and trample foodstuff can affect the animal health situation; A kind of straight channel type automatic feeding machine is arranged, mainly comprise hopper and the setting gauge that is installed in this hopper, comprise the deflector chute that is in the top and be in the spill crib of below and the side plate that its two ends are encapsulated, wherein deflector chute is a class V-shaped groove, the discharging seam is arranged at its bottom, limit of crib is connected with the discharging seam, setting gauge is installed in the deflector chute medium position, its setting gauge includes one and is fixed on dead axle on the two end side panels and plurality of movable and is serially connected in driving lever on this dead axle, this driving lever tail end extends in the discharging seam that bending again extend out to and near the crib inwall, when livestock is looked for food in crib, sometimes it is movable in the discharging seam to arch the driving lever tail end, helps blanking, though this structure can address the above problem, leak material but also exist, blanking is evenly not enough, problems such as waste feed, quality is raised in influence.

The utility model content

The technical problems to be solved in the utility model provides a kind of leak-stopping material and can keep blanking even can prevented, improves the automatic feeding machine of raising quality.

For solving the problems of the technologies described above, the technical solution of the utility model is: automatic feeding machine of the present utility model comprises hopper and the setting gauge that is installed in this hopper, described hopper comprises the deflector chute that is in the top and is in the spill crib of below and the side plate that its two ends are encapsulated, wherein deflector chute is a class V-shaped groove, the discharging seam is arranged at its bottom, be characterized in: interconnect by one section circular arc lead-over groove between described crib and the discharging seam, described setting gauge is installed in circular arc lead-over groove top position, described setting gauge comprises that one is fixed on the dead axle and the roller of dialling that is actively socketed on this dead axle on the two end side panels, be furnished with the material toggling muscle on the outer surface of this group roller, gapped between this material toggling muscle and the circular arc lead-over groove.

To one of technical scheme that is further improved of the present utility model be: described discharging seam and crib and the circular arc lead-over groove that connects and setting gauge respectively have two, be symmetrically placed in the both sides of deflector chute class V-arrangement bottom respectively, the inner panel top that wherein forms two discharging seams links together, form the inverted V-shaped sub-material ridge that a top is lower than deflector chute class V-arrangement inlet, the following circular arc lead-over groove that connects of inner panel.

To two of the technical scheme that is further improved of the present utility model be: described group of roller is composed in series by at least two sections identical independently little group of rollers separately of diameter.

To three of the technical scheme that is further improved of the present utility model be: have dividing plate to be divided into plurality of sections in described deflector chute and the crib.

To four of the technical scheme that is further improved of the present utility model: above described crib, barrier is installed.

The beneficial effects of the utility model are: owing to have the circular arc lead-over groove that they are interconnected between the utility model discharging seam and the crib, and setting gauge is installed in circular arc lead-over groove top position, allow feed temporarily stop at the circular arc lead-over groove, have only when group roller of setting gauge is looked for food in crib by livestock and arch, dial in the roller rotation process and just feed is dialled in the crib, can prevent the leak-stopping material and can keep blanking even, improve and raise quality, being symmetricly set on the discharging seam of deflector chute class V-arrangement two bottom sides and crib and feeder simultaneously can enlarge and raise the position, and can independently control discharging, reduce feed waste, and it is identical separately when independently little group of roller is composed in series when dialling roller by at least two sections diameters, the amount of blanking is controlled in refinement more, when above crib, barrier being installed, can control the livestock Shi Buhui that looks for food and rob food with being intended to move about in the crib, and prevent that feed from being encircleed and that crib is outer and cause waste, and when needing more raising position, can also prolong hopper and setting gauge, or plug into by multistage, dividing plate in deflector chute and the crib is joined the effect of feed surely except playing separation, can also strengthen the dead axle of deflector chute and crib intensity and support setting gauge.

Description of drawings

Fig. 1 is the cutaway view that the utility model automatic feeding machine has monolateral raising position.

Fig. 2 is the cutaway view that the utility model automatic feeding machine has bilateral raising position.

Fig. 3 is the left view of Fig. 2.

Fig. 4 is the structure chart behind the removal barrier among Fig. 3.

Fig. 5 is the structure chart that deflector chute and crib have dividing plate in the utility model automatic feeding machine.

Fig. 6 is a kind of structure chart of dialling roller in the utility model automatic feeding machine.

Fig. 7 is the left view of Fig. 6.

Fig. 8 is an another kind of structure chart of dialling roller in the utility model automatic feeding machine.

Fig. 9 is the left view of Fig. 8.

As shown in the figure: hopper 1, deflector chute 11, discharging seam 111, crib 12, side plate 13, circular arc lead-over groove 14, setting gauge 2, dead axle 21 is dialled roller 22, material toggling muscle 221, little group of roller 222, sub-material ridge 3, dividing plate 4, barrier 5.

Embodiment

Below in conjunction with accompanying drawing automatic feeding machine of the present utility model is described in more detail.

Shown in Fig. 1～9, automatic feeding machine of the present utility model comprises hopper 1 and the setting gauge 2 that is installed in this hopper, described hopper 1 comprises deflector chute 11 that is in the top and the spill crib 12 that is in the below and the side plate 13 that its two ends are encapsulated, wherein deflector chute 11 is class V-shaped grooves, discharging seam 111 is arranged at its bottom, interconnect by one section circular arc lead-over groove 14 between described crib 12 and the discharging seam 111, described setting gauge 2 is installed in circular arc lead-over groove 14 top positions, described setting gauge 2 comprises that one is fixed on the dead axle 21 and group roller 22 that is actively socketed on this dead axle on the two end side panels 13, be furnished with material toggling muscle 221 on the outer surface of this group roller 22, gapped between this material toggling muscle 221 and the circular arc lead-over groove 14.Shown in Fig. 6～7, at the material toggling muscle of dialling on roller 22 outer surfaces 221 can be the axially straight muscle of circumference uniform distribution projection, shown in Fig. 8～9, it also can be the axial diagonal bar of circumference uniform distribution projection, it also can be the muscle of the big V-arrangement of circumference uniform distribution projection, can also be the spiral bar of circumference uniform distribution projection, feed group any structure material toggling muscle of falling in the crib 12 from circular arc lead-over groove 14 all can as long as be beneficial to.

By shown in Figure 2, to one of embodiment that is further improved of the present utility model be: described discharging seam 111 and crib 12 and the circular arc lead-over groove 14 that connects and setting gauge 2 respectively have two, be symmetrically placed in the both sides of deflector chute 11 class V-arrangements bottom respectively, the inner panel top that wherein forms two discharging seams 111 links together, form the inverted V-shaped sub-material ridge 3 that a top is lower than deflector chute 11 class V-arrangements inlet, the following circular arc lead-over groove 14 that connects of inner panel.This structure is that both sides all have the position of raising before and after making, and is independent separately control blanking.

By shown in Figure 4, to two of the embodiment that is further improved of the present utility model be: described group of roller 22 is composed in series by at least two sections identical independently little group of rollers 222 separately of diameter.The length of each little group of roller can be raised bit space length with one and is as the criterion, if there are two to raise the position, just be composed in series and dial roller 22 by two sections little group of rollers 222, present embodiment is to raise the position by three three sections little group of rollers 222 are set are composed in series and dial roller 22, if more during multidigit with regard to the quantity of little group of roller 222 of corresponding increase.Raise the position only to arch corresponding one section little group of roller at each, promptly each raises the position can independently blanking amount control.

By shown in Figure 5, be: have dividing plate 4 to be divided into plurality of sections in described deflector chute 11 and the crib 12 to three of the embodiment that is further improved of the present utility model.This uses when making deflector chute 11 and crib 12 longer in the more raising of needs position, and this structure can be placed feed or all place feed according to the raising need segment section, the convenient variation that adapts to raise livestock quantity.

Shown in Fig. 1～3 and 5, to four of the embodiment that is further improved of the present utility model: above described crib 12, barrier 5 is installed.This barrier 5 is each to be raised the position is clear to separate, and can control the livestock Shi Buhui that looks for food and arbitrarily move about in crib and rob food, and prevent that feed from being encircleed and that crib is outer and cause waste.

The above be the utility model preferred embodiment, it does not constitute the restriction to the utility model protection domain, so long as realize the purpose of this utility model with essentially identical means, all should belong to protection domain of the present utility model.

Claims

1. automatic feeding machine, comprise hopper (1) and be installed in setting gauge (2) in this hopper, described hopper (1) comprises the deflector chute (11) that is in the top and is in the spill crib (12) of below and the side plate (13) that its two ends are encapsulated, wherein deflector chute (11) is a class V-shaped groove, discharging seam (111) is arranged at its bottom, it is characterized in that: interconnect by one section circular arc lead-over groove (14) between described crib (12) and the discharging seam (111), described setting gauge (2) is installed in circular arc lead-over groove (14) top position, described setting gauge (2) comprises that one is fixed on the dead axle (21) on the two end side panels (13) and is actively socketed on and dials roller (22) on this dead axle, be furnished with material toggling muscle (221) on the outer surface of this group roller (22), gapped between this material toggling muscle (221) and the circular arc lead-over groove (14).

2. automatic feeding machine according to claim 1, it is characterized in that: described discharging seam (111) and crib (12) and the circular arc lead-over groove (14) that connects and setting gauge (2) respectively have two, be symmetrically placed in the both sides of deflector chute (11) class V-arrangement bottom respectively, the inner panel top that wherein forms two discharging seams (111) links together, form the inverted V-shaped sub-material ridge (3) that a top is lower than deflector chute (11) class V-arrangement inlet, the following circular arc lead-over groove (14) that connects of inner panel.

3. automatic feeding machine according to claim 1 is characterized in that: described group of roller (22) is composed in series by at least two sections identical independently little group of rollers (222) separately of diameter.

4. automatic feeding machine according to claim 1 is characterized in that: have dividing plate (4) to be divided into plurality of sections in described deflector chute (11) and the crib (12).

5. according to each described automatic feeding machine of claim 1 to 4, it is characterized in that: barrier (5) is installed in the top of described crib (12).