DE1482329B - Feeder cradle and dispenser for animals - Google Patents

Description

3 4

Manual operation and maintenance flawlessly and safely receives selected feed weight from the conveyor, worked out, and lifting the existing weighing device.

The weighing device can be a balance beam and release openings, if this is included, the pivotable selected by a pin Feed weight is released from measuring tubes. 5 is brought, which for the limited rolling movement in

To solve this problem, a feed weigher has a console mounted on the conveyor housing,

and allocation device for animals with a feed so that the sliding friction is reduced when the wa-

storage container and a conveyor housing, welgebalken begins to rise,

ches an endless pull chain for the delivery of the stored By the invention is above all a simple,

cherten feed to a number of feed measuring tubes, which are accurate, inexpensive and reliable

contains, each created under an opening in the for- weighing and dispensing device for feed.

whose housing is attached and a weighing device has been used with the prescribed feed

contains device to block the opening if a quantity at different points of a distribution

preselected feed weight to the feed measuring tube system, in which the weight of the

is delivered, according to the invention a release device 15 dispensed feed at certain feeding

with a sliding frame, which can be changed at various points and at the

is attached to the conveyor housing and there is adequate and even mixing,

pivotally mounted hook, which is used when the feed is given in liquid form

Pull chain can be brought into engagement, as well as a pull is.

rope that holds the slide frame and each of the weighing devices

connects with each other to automatically switch the weighing device on and at certain times

returned to their starting positions after the feed has been allocated to the various

and to release the openings when the upstream feeding station is automatically switched off,

The selected feed weight is released from the measuring tubes. The feed is also released at each feeding point

is. 25 consistently submitted or can be sent to all at the same time

The device preferably contains one at feeding points for the purpose of a surprise feeding

The cross pin attached to the conveyor housing in order to be fed.

to move the hook out of engagement with the pulling chain. The device can also be operated independently of the

if the sliding frame and the rope are started by hand by the automatic distribution

The pull chain is drawn a predetermined distance and there is also a device that

have been. the feeding system when the feed is exhausted

The following additional measures are automatically switched off to resolve the telvorrats,
The individual scales are quickly moved out of their equilibrium position as soon as the

The pull chain is set in operation by a drive motor that is set in operation according to a given feed weight, in order to quickly interrupt the feed of feed from a conveyor which is controllable by a time controller. A device is used that automatically carries the scales from the solenoid and a switch that connects the brine power source available in the system in series and the drive motor in parallel with the power supply switches off,
is switched, with the solenoid when energized by Furthermore, a weighing and distribution device for the switch has been created to disengage the hook from the pulling feed, which holds easily and economically and the switch by the hook is operable favorably by using mass herbar is when it is built by the pin out of engagement with the position parts or assembled pull chain is lifted. 45 that can be further accurate and resilient

The weighing device generally includes one that is workable and that is also light and convenient Balance beam with a swivel attached to it- small inaccuracies, such as those encountered during installation brought stop levers, whereby a spring occurs between or during work, corrects or reduces, the stop lever and the balance beam the connection. Further details result from the fitting lever with reference to the balance beam in a 50 notation on the basis of the drawings. In the character forward position can urge, and where one are obstacles

adjustable stop bolt on the stop lever F i g. 1 is a diagrammatically illustrated diagrammatic is present to the upward movement of the scales view of a feed distribution bar according to the invention to limit. system with weighing device for the feed,

The stop lever is useful with the attachment. 2 is an enlarged partial view of one of the FIGS

drive rope connected and against the influence of the F i g. 1 shown units for weighing the

Spring movable to a rearward position, what it feed,

the balance beam allowed a plan view of the DAR in a higher STEL Figure 3 in FIG. 2

ment to raise, furthermore, the measuring tube is a set unit,

Has flap pivotably attached to the lower 60 F i g. 4 and 5 is attached even more enlarged partial side end, and with a handlebar the views of the in F i g. 2 and 3 connecting flap and the balance beam with each other, weighing and distribution device with different parts around the flap when the balance beam is raised in positions,
to open the higher position. F i g. 6 is a partial view of the weighing device in FIG

The stop lever is in its rear position on an even larger scale, with certain

device blocked against the influence of the spring, and parts in their various positions are shown in dashed lines

the flap is open when the balance bar is up, or is shown in dash-dotted lines,

in response to the measuring tube, which has a previous F i g. 7 and 8 are an enlarged partial side view

or a partial top view of the distribution flaps used in a weighing device for the feed,

9 to 11 enlarged partial side sections of the Weighing device showing rotating slewing rings

Figures 12 to 15 are a side view and a plan view, respectively and an end view of the device shown in FIG. 1 shown release slide and

F i g. 16 is a circuit diagram for the automatic control device.

The invention is described in a preferred embodiment; however, this implementation is only one Explanatory example and does not imply any limitation.

Fig. 1 shows an automatic feed weighing and distribution system 10 according to the invention, which contains a large storage tank 11 for storing poured amounts of dry feed which is made and mixed from the correct components which correspond to the respective animals to be fed. The feed coming from the store 11 is distributed by means of a conveyor 12 which extends over several feeding points S. The feeding points 5 can be separated by partitions or grids located inside the building or by grids located outside the building. At each feeding point there is an animal or there are several animals. The amount of feed dispensed at each feeding point depends on the number of animals to be fed.

The conveyor 12 located in the conveyor housing is driven by a motor 13 which has a automatically working timer 14 is switched on intermittently, so that the conveyor 12 to predetermined Times works. Switching on the conveyor 12 when there is insufficient feed supply in the Storage 11 is prevented by a safety switch 15 which is arranged near the bottom of storage 11 and in series with the motor in the circuit. If the amount of the existing in the memory 11 If feed falls below the level of switch 15, the switch opens the motor circuit and the conveyor 12 remains stationary until additional feed has been filled into the store 11 is.

Near each feeding point S a weighing device 16 is set up so that it weighs and receives a prescribed amount of feed. During the distribution of the feed from the feed conveyor 12, all successive weighing devices 16 are automatically closed or locked as soon as the prescribed amount of feed has been received by the weighing device 16. After the last weighing device 16 is locked, the dispensing cycle is complete and the timer opens automatically to shut off the motor circuit at the end of that cycle.

In the illustrated embodiment, the conveyor housing of the conveyor 12 also carries a trigger device 17, which is used to trigger and empty all weighing devices 16 and at the same time all Weighing devices 16 return to the operating state required at the beginning of a work cycle bring. The triggering device 17 is in the example shown at a distance from the memory 11 and the last weighing device 16 arranged away in the direction of movement of the conveyor. A drive rope 18 connects the triggering device 17 to all weighing devices 16. That after setting the Weighing devices 16 in the standby position taking place back of the triggering device 17 their rest position is brought about by means of a weight 19 attached to the free end of the drive cable 18.

The conveyor 12 (Figs. 12-15) has a housing

31 of U-shaped or channel-shaped cross-section, in which an endless pull or drag chain

32 is arranged, which consists of numerous chain links

33 exists. The housing 31 is preferably made of sheet metal and forms a strong and resistant Carrier for supporting the weighing devices 16 and the trip device 17. The housing 31 has on its upper side an uninterrupted opening 34, the one at each point of the system convenient testing of the chain 32 allows.

The conveyor 12 is guided through the lower part of the store 11. At this point the Chain 32 on the feed from the store 11, which are delivered to the weighing devices 16 target. The amount of feed flowing out of the store 11 is preferably regulated so that can move the feed in the housing 31 without disturbance. For dispensing the feed from the Conveyor 12 into the weighing devices 16, the housing 31 on each weighing device 16 has an opening 35 on. After the feed has been delivered to all of the weighing devices, the Chain 32 in conveyor 12 is returned to storage 11. The chain 32 is driven by the electric motor 13 via a reduction gear 36 and a drive cable, e.g. B. a drive sprocket 37.

All of the weighing devices 16 (Figs. 2 to 6) have the same execution. In the preferred embodiment, the weighing devices 16 are on the housing 31 of the conveyor 12 by means of a U-shaped frame 41 which lies above the housing 31. Below of the frame 41 is a measuring tube 42, which is supported by two parallel rods directed downwards 43 is worn. The measuring tube 42 is arranged so that it is from the conveyor 12 via the Opening 35 receives dispensed feed. The feed is in the measuring tube 42 from a bottom seal held, which in the example shown consists of two bottom flaps 44 that are on the ground of the measuring tube 42 are articulated and connected to the lower ends of the rods 43. To interrupt the feed supply to the measuring tube 42 is an opening 35 (Fig. 5) on the frame 41 optionally closing flap 46 articulated by means of a transverse pin 47.

According to the invention, there is a scale 50 which precisely weighs a certain amount of feed, which has been discharged from the conveyor 12 onto the weighing device 16. This Libra 50 speaks automatically when the feed poured into the measuring tube 42 has a predetermined weight has reached. The response of the balance 50 also leads to the closure of the flap 46 and interrupts consequently the supply of feed through the opening 35 into the weighing device 16.

The scale 50 has a scale bar 51 which is provided with a scale and which is attached to an end console 52 is attached, the pivot 53 in an on

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The bracket 54 attached to the frame 41 is rotatably mounted and the flap 46 is first actuated in order to close the opening 35 is. The upper ends of the downwardly directed rods close and thereby a further continued AbStäb 43 are rotatably placed on a pivot 55 of feed in the measuring tube 42, which is also on the end console 52 of the scales. Then the feed 50 contained in the measuring tube 42 is attached. The pin 55 has a horizontal 5 medium amount when turning the stop lever 60 ent direction a distance from the pin 53, seen empties, through which the rods 43 are moved downward and the bottom flaps 44 are opened in the pulling device directed away from the balance beam 51, tion. The force to operate the balance is set over the individual measuring tubes 42 one after the other

the downward rods 43 are exercised and deflated, then it is only necessary to attach together from the weight of the measuring tube io impact lever 60 against the pressure of the torsion spring 62 42 and from the weight of the in the measuring tube 42 on (Fig. 6) to rotate and the stop lever 60 in served Feed. When the water position is addressed by a bolt, bolt or The end console 52 is beamed to the opposite direction to another device (not shown) Turned clockwise on the pin 53. The gel. When the lever 60 is locked, the balance beam rotates As a result, 51 is lifted, and the 15 beams 51 from the darge rods in dashed lines 43 are lowered. Due to the initial position on the one shown in FIG. 5 in fully extended forward movement of the rods 43, the measuring tube 42 is shown in a continuous position as shown in the lines the conveyor 12 and from the support frame 41 chen movement. As a result, that moves first moved down. On the measuring tube 42 are two ribbon measuring tube 42 down and turns the flap 46 in the 56 fastened, the closed position via pin 57 with a lever 20 under the opening 35, and then 58 are rotatably connected, which pushes on the frame 41 when the rods 43 their downward movement in Pin 59 is rotatably mounted. In the downward movement of the measuring tube 42, continue the weight When the bands 56 move, the lever 58 moves against the feed present in the measuring tube clockwise on its pivot 59 denverschlußflappen 44 in the open position, so that the rotated so that the opening 35 of the flap 46 is emptied 25 feed.

is closed. Another continued downward rotation of the stop lever 60 against the

Movement of the measuring tube 42 is prevented by pressure of the torsion spring 62 for the purpose of emptying that the lever 58 serves as a stop which the outlet of the measuring tube 42 for simultaneous feeding upward movement of the belts 56 ended. to achieve all feeding points is preferred

A characteristic of the new device is 30 wise via a shift cable 65 that the long leg also in the fact that the measuring tubes 42 emptied one after the other from the stop lever 60 and the drive cable 18 can be when the individual scales 50 binds. As mentioned earlier, that's one end of the be turned back to the standby position, or the rope 18 is connected to the release device 17, that all measuring tubes can be emptied at the same time- which slide on the housing 31 of the conveyor 12, around a feeding of all is stored in the feeding station 35, from the last weighing device len 5 animals at the same time. The 16 away in the direction of movement of the conveyor chain 32. So preferably The last mentioned Fütte soon used the release device 17, the chain 32 in the mode is described first. is detected in the manner described below, the

To prevent premature emptying of the drive cable 18 in the direction of movement of the chain 32 the feed located in the measuring tube 42 is pulled by the Ar- 40, and the control cable 65 pivots the working The scale 50 is the movement of the scale hammer 60 to remove the feed from the measuring beam 51 and, as a result, the downward movement of tube 42 to drain. With the continued Beder Rods 43, which move the bottom flaps 44 of the drive cable 18 in the direction of movement because of, prevented by a stop lever 60. The chain 32 pivots the control cable 65 and the scale stop lever 60 (Fig. 6) is an L-shaped lever 45 beam 51 from the in full lines in with a short F i g rotatably mounted on the pin 55. 5 position shown in the dash-dot leg and with a longer leg drawn from the dotted lines in FIG. 5 position shown and the end bracket 52 protrudes upwards and outwards. This brings the balance 50 back into the ready position. Stop lever 60 carries an adjustable stop- A characteristic of the new system is that

bolt 61, which is aligned with the short leg of the lever 50 that the feed poured into each measuring tube 42. Preferably, the lever 60 will be easily and conveniently changed from a medium amount Helical spring 62 pivoted so that the short can. To regulate the leg end located in the measuring tube 42 on the web section of the end console, this is also the amount of feed at which the scales 50 rests. The free end of the stop bolt 61 is on speaks, a sliding weight 90 on a the top of the housing 41 when the 55 selected point of the balance beam 51 is set. Balance 50 is in the ready position. Since the balance beam 51 is on the pivot 53

In order to empty the measuring tube 42, the starter is turned, the weight 90 exerts its pressure over one Striker lever 60 against the pressure of the torsion spring 62 so the lever arm, through the horizontal distance pivoted that the short lever leg on its center of gravity of the pivot pin 53 beGehäuse 41 pushes and in this way the rods 60 is correct. On the other hand, the weight of the Messin exercises With respect to the fixed measuring tube 42 after tube 42 on the rods 43 a force over a lot move down. This further continued downward- shorter lever arm made by the horizontal Movement of rods 43 will fold to the bottom lock distance between pivot pins 53 and 55 44 transferred. The weight of the one in which is true. Therefore, a relatively small measuring tube 42 existing feed rotates the bone 65 slidable weight 90 the weight of a denverschlußklappen 44 in their open position, with the relatively large amount of feed that is in the the feed from the measuring tube 42 (FIG. 5) has been poured out of the measuring tube 42, properly emptied will. When the balance 50 responds, according to FIG

9 10

On the balance beam 51, the lever arm can be arranged in a similar manner to the pivot pins 53 and 55 in FIG be changed so that the scales 50 have an accurate control panel 52 to see that a quick placement allows a wide weight range, and chen takes place when the scale 50 responds. With andezwar including very small amounts of feed. ren words: As soon as the weight of the measuring tube 42 To choose the right amount of feed, the 5 and the feed it contains is the out-balance bar 51 exceeds the selected maximum value with the same distance, increases the the setting marks 91 provided. The leftmost turn of the end console 52 on the right lying setting mark 91 (Fig. 6) is the stungshebelarm of the measuring tube 42 on the pin, Zero mark, d. That is, the weight 90 is set close to the right-hand rotation, while the right-hand rotation is set to the weight-lying setting mark, so the lever arm of the balance beam 51 is at the same time reduced the weighing device 16 in equilibrium. A nert. The fast interruption movement secures Tare or additional weight 92, which has a sufficiently large downward moment at the outer end, of the balance beam 51 is located, is then adjusted so that there is security that the flap 46 is set, that the weight of the measuring tube 42 and his is closed and an immediate interruption of the Linkage is precisely balanced. To adjust the 15 feed flow from the conveyor 12 into the measuring scale reading the weight 90 is then placed near the tube 42 (Figs. 4 and 5), leftmost setting mark 91 on For further support of the quick break balance beam 51 set, and on the bottom of the chung and to overcome the starting inertia measuring tube 42 a weight is placed, which is the mentes when the balance arm 51 responds Corresponds to maximum payout. The length of the adjustment 20 the pivot pins 53, 55 and 57 designed so that they screw 93 on the additional weight 92 is set as a rolling pin for its associated component, that a vertical position of the balance beam NEN. In the F i g. 7-11 is the preferred embodiment shown with respect to the upper portion of the frame tion for these rolling pins. The top end

41 can be achieved. For example, the rod 43 forms a rectangular If the length of the adjusting screw 93 is reduced, 25 shaped hook 101 with a horizontal cover

then the end of the balance beam comes closer to the frame wall 102, which is significantly longer than the

men 41 to rest, so that in this way the horizontally reduced bearing part 103 of the pivot 55 *

is the right component of the lever arm for the measuring tube that carries the rod. Is the weighing

42 is reduced. If the device does not respond, move direction 50 to the equilibrium position shown in FIG. 4th if the weight is 90 at full scale or 30 in full lines, then it is lying -length has been set and a corresponding one of the pivot pins 55 near the left-hand end of the Weight lies in the measuring tube 42, then the setting flat top wall 102.

screw 93 extended so that the balance beam 51 rotates when the weighing device 50 responds lifted and the lever arm of the measuring tube 42 up to the counterclockwise moving moving Length is increased at which the device 35 movement of the end bracket 52 on which the pivot 55 responds with this setting. Fastened by repetition, the pivot opposite to that the zero dial setting and the full dial setting clockwise so that the pivot is to the right until both settings are exactly achieved. After the pivot pins are at the end of the deck, If all the intermediate setting marks 91 are also rolled, of course a sliding accuracy takes place, since these setting marks have the same abrasion; however, at this point it is because of the stand apart from each other. As a result of this simple counterclockwise direction Adjustment arrangement, all individual components can enlarge the lever arm a sufficiently large of the weighing devices 16 made of conventional components, moment to overcome the friction is present, getting produced. Likewise, each band 56 is associated with a

For evenly regulating the dry fodder 45 slot 104 is provided which has a flat section 105 Emptying from the measuring tube 42 can have the soil, which is significantly longer than the pivot pin 57. closing flaps 44 elongated and with distribution ribs. As a result of this design, it is a rolling rotary 95 are occupied, which preferably move the mold open between the flat section 105 and have right standing wedges, which through the inclined pivot pin 57 at the beginning of the movement floor closing flaps 44 lying downward 50 which the flap 46 is closed, possible. Similaired Divide the feed flow into two sections borrowed rolling pins are for the pin 59 and the He- and the flow outward from the lower corners at 58.

the flaps away. In the case of the in FIG. 11 is the connection shown • The distributor ribs 95 are, if desired, the design of the roller bearing slightly different, each but in principle the same as the bottom closure flaps 44 by means of screws 55. The pivot 53 is in ben 96 attached, any one in the flaps in front of a conhandene pointing downwards with the mouth Enforce holes. In this way, soles can be loosely gelated on two hardened transverse pins 106 dissimilar but precisely prescribed parts on which the pivot pin 53 can roll. The eyelids The feed-like console 54 located in the measuring tube 42 delimits a space in which the bed is poured in several on a single feeding 60 is considerably wider than the pivot 53, so that the position located feed troughs are straightened. ser pivot pin 53 can roll. Besides, the

In the embodiment shown, a central pivot 53 near the cross pin 106 is a ring-shaped

located distributor 98 arranged in the measuring tube 42, mige groove 107 so that the pivot 53 in the con

around the feed stream is laterally guided over the two floor brackets 54. That way you can

flaps 44 to facilitate an accumulation 65 the rolling metal-to-metal contact between

distribution of the feed on the joints of the floor - the parts of the weighing device largely reduced

to prevent flaps. be gert.

A feature of the new system is in a sol- The release device 17 (Fig. 12 to 15) is

11 12

carried by the housing 31 of the conveyor 12, connected to tie rod 121. When the

the weighing devices 16 at the beginning of each feed solenoid 120, the pull rod 121 is pushed upwards

to the distribution cycle and ready again and holds the hook 113 in its raised position

to bring shaft position. The trip device position shown in Fig. 12 in dash-dotted lines

17 consists of a U-shaped sliding frame 110, 5 is shown. When switching off the solenoid falls

which lies on the housing 31 of the conveyor 12 and in contrast the hook 113 in engagement with the pull chain

32 of its position by a lower holding plate 111.

that is held on the frame 110 by screwing. In the preferred embodiment, the bolting is done 112 is attached. On the upper rear solenoid 120 switching by a switch Section of the frame 110 is a hook 113 attached 122, which sits on the release device 17. To stigt, who can engage in the pulling chain 32 (FIG. 12) when the hook 113 is first lifted by the cam. The drive rope 18 is with the rear part kenstift 114, the switch 122 is closed, and the trip device 17 connected and extends the solenoid 120 is turned on, so that.der Hasich to the rear via the conveyor housing 31 at each ken 113 is held in the raised position. So weighing device 16 and ends near the 15 soon the timer 14 has been memory of this feeding cycle 11 has a weight 19. det, the hook 113 falls back into engagement with the To the weighing devices 16 at the beginning of a pull chain 32 so that the release device 17 at Empty feeding cycle and move back to the beginning of the next cycle again To bring the equestrian position, the hook 113 engages in will.

the pull chain 32, pulls the release device 17 20 The control circuit for the new system is in

forward and pulls the drive cable 18 in the direction of FIG. 16 shown. The timer 14 is through the

the chain movement. During the forward movement of the voltage driven across the power lines 125 and

Drive cable 18 pulls each shift cable 65 that is fed to 126. Two present in the time controller 14

Striker 60 from its stop position, which are in dene starting contacts 127 and 128 by a

Fig. 4 is shown in dashed lines, in its 35 cam disk 129 as part of the program during the cycle

Stand-by position closed in full lines. By closing the contacts

in Fig. 5 is shown. A further continued loading 127 and 128 is the conveyor chain motor 13 via the

Movement of the drive cable 18 swings the balance 50 conductors 130 and 131 switched on, provided that

in the dash-dotted lines in FIG. 5 shows the safety switch 15 is closed and thus

set position. As soon as the balance bar is displayed in equation 30, that there is enough feed in the

weight position, the weights 90 hold the like 11 are present for a feeding cycle,

devices 16 open until enough fut- The cam disk 129 of the time controller 14 holds up

termmittel poured in by means of the conveyor 12, preferably the contacts 127, 128 for the duration of

so that the scales are deflected 50 and closed for approximately ten minutes or so long,

Port 35 is closed during the dispensing cycle until the feeding cycle is complete. Is located

will sen. the hook 113 in its raised position, then

. After filling the measuring tubes 42, the hook remains in the illustrated embodiment, the solenoid

113 is raised by turning a switch 122 across the conveyor 120, which is in

Rer 12 arranged cross pin 114 is in line with the solenoid 120, which is parallel to the

Inclined surface 115 applies, which is connected to the front 40 engine 13. If at the end of the feeding

The end of the hook 113 is located. The hook 113 will cycle the contacts 127, 128 of the timer 14

as a result are printed up and opened from the inlet, both the motor 13, as

handle with the pull chain 32 lifted out. The transverse and the solenoid 120 switched off, so that the Ha-

pin 114 is so far before the starting position of the key 113 and the contacts of the switch 122 are

Tripping device 17, that all weighing devices 45 are opened. The circuit is then in

16 have been actuated before the handset is triggered, in which a reconnection to the kens 113 takes place. next predetermined point in time

As soon as the hook 113 comes out of the pull chain 32, the cam disk 129 contacts the contacts 127 and has been lifted, the pulls on the opposite 128 closes.

The weight 50 located at the end of the drive cable 18. The starting device can also be operated by hand the release device 17 on the conveyor can be made so that the animal keeper the feeding cylinder 31 to the rear against one of the exit clusters and the entire weighing and distribution concept located stop pin 116 (Fig. 12). direction while working. That from As a result, the release device 17 is actuated in one hand by means of a pressure position brought, in which a resetting of the 55 button switch 132 initiated on the housing Weighing devices 16 are seated at the beginning of the next type of time controller 14. Pressing the switch work cycle can take place. 132 closes switch contacts 133 and 134 and

The hook 113 is in its raised position switches the motor 13 via the conductors 130 and 131 treatment in which the pull chain 32 feeds the feed into the one. The switch 132 is so long in its weigh-in 16 can distribute, held by a 60 closed position until all weighing device 120 held, the lines 16 on the triggering device triggered by the triggering device 17

17 and are refilled with the hook 113 via and through the conveyor.

For this purpose 3 sheets of drawings

Claims (5)

1 2 det, to the flap when the balance balance patent claims: ke "s ™ the higher Ste" unS to 0 ^ J 6. Device according to claim 5, characterized in that the stop lever (60) is in 1. Feed weighing and allocation device for 5 ner rearward position against the influencing animals locked with a feed storage container and a solution of the spring (62) and the flap (44) Conveyor housing, which is opened by an endless pull chain when the balance beam (51) is for the delivery of the stored feed to a speaking on the measuring tube (42), which is a pre- Series of feed tubes, each selected feed weight being fed from the conveyor (12) receives an- io under an opening in the conveyor housing, rises. is brought and a weighing device to the 7. Device according to claim 1, characterized in includes blocking the opening if a preselected indicates that the weighing device (50) tes feed weight deposited on the feed measuring tube contains a balance beam (51) which can be swiveled ben is, characterized by an extension through a pin (53) is attached, which release device (17) with a sliding frame 15 for the limited rolling movement in a console (110), which is slidably mounted on the conveyor housing (54) on the conveyor housing (31), see above (31) is attached and one, pivotably loaded that the sliding friction is reduced when the wears hook (113) which begins to rise with the tension balance beam (51), chain (32) is engageable, and one
Pull rope (18) that holds the sliding frame (110) and every 20th of the weighing devices (50) connected to one another det to return the weighing devices to their starting positions and the openings (35) to release the conveyor housing (31), when the preselected feed weight from the 25 The invention relates to a feed weighing measuring tubes (42) is delivered. and allocation device for animals and relates in particular to 2. Apparatus according to claim 1, characterized in particular a device for automatic wiening by means of one on the conveyor housing (31) indicated by prescribed amounts of feed on one brought cross pin (114), around the hook (113) or at several feeding points and for distribution Engaging with the pull chain (32) to move 30 len of the feed at the feeding points. when the sliding frame (110) and the rope (18) The demand for high quality lean by the pull chain around a predetermined meat at reasonable prices increases constantly. One Stretched. Improvement in animal meat production 3. Device according to claim 2, characterized by correct rearing and selection of the indicates that the pull chain was created by one after 35 animals in order in this way to the proportion of the a given duty cycle in operation to increase lean meat in the carcass. The breeding Drive motor (13) is movable, which also requires processing of animals with a lot of lean meat a time controller (14) is controllable, the precise composition and precise loading of the sliding frame (110) the triggering device (17) measuring the feed proportions in order to do this a solenoid (120) and switch (122) carries 40 lean meat tissues without excessively strong exterior that with the solenoid in series and with the anterior and posterior fatty tissue. The drive motor is connected in parallel, whereby the So- If the amount of feed per feeding is limited, lenoid when excited by the switch and the animals are fed repeatedly, then ken (113) keeps out of engagement with the pull chain, the animals need all of the available feed and the switch is operable by the hook, 45 and have better weight gain. This is when it is disengaged from the pin (114) indicates a saving in feed that the animals can use for the pull chain is lifted. Let lie comfortably and that often 10 ⁰ / o and more of the 4. Apparatus according to claim 1, characterized in that the total amount of feed is. That repeats indicates that the weighing device (50) is fed with prescribed amounts of a balance beam (51) with a pivotable 50 dry food and proper mixing with water includes attached stop lever (60), but requires time and effort if that is desired a spring (62) between the stop numbers should be strictly adhered to and at and the balance beam the stop lever with if at regular time intervals it is related on the balance beam in a forward position should follow, unless new distribution systems and an adjustable attachment can be created. Firing pin (61) on the stop lever in front. There are already various feeding systems for which is known to the upward movement of the Waagebai animals. With such a feeding system kens limit. holds a holding device which is held in a container 5. The device according to claim 4, characterized in that the amount of feed poured back, wherein the holding characterizes that the stop lever (60) connected with 60 device with an unlocking linkage Drive rope (18) connected and against which is the one that empties the amount of feed The spring (62) can be influenced in a rearward direction and in which the holding device consists of two Position is movable, which consists of the balance beam opening flaps at the lower end equips to rise in a higher position, the container are hinged and out of the Behäldaß Furthermore, the measuring tube (42) stretch out a flap (44) 65 ter. has, which is pivotable at the lower end. The object of the invention is to provide a is attached, with a handlebar (43) the flap to create such a device in which an automatic and the balance beam (51) is connected to one another opening device without