AUTOMATIC FEED COMPOSING DEVICE

Abstract

Described is an automatic and autonomous feeding device comprising a feed kitchen having different feed varieties and a feed fetching device, and a control system for executing a feed composing cycle including receipt or generation of a feed order and controlling of the feed fetching device to fetch feed from the feed kitchen according to the feed order in order to compose a feed mixture, and comprising feed determining circuitry configured to determine quantity information of the feed varieties, wherein the control device further contains fall-back information, previously entered by a user, for at least one feed variety, which fall-back information specifies what action the feeding device, during and/or after execution of a feed composing cycle, needs to perform if the feed determining circuitry determines that that quantity of this feed variety which is desired in the feed order is greater than the available quantity.

Claims

1-11. (canceled)

12. An automatic and autonomous feeding device, comprising: a feed kitchen having a plurality of storage places for different feed varieties and a feed fetching device for fetching feed from the feed kitchen and delivering the feed at a feed delivery site, and a control system configured to repeatedly execute a feed composing cycle by being configured to: receive or generate a feed order, and control the feed fetching device to fetch one or more feed varieties from the feed kitchen according to the feed order in order to compose a feed mixture at the feed delivery site, wherein the feed order comprises a list of desired feed varieties and respective quantities to be brought together at the feed delivery site in order to form the feed mixture; and feed determining circuitry configured to determine quantity information of at least one, and preferably each, feed variety fetched for the feed order, wherein the control device further contains fall-back information, previously entered by a user, for at least one feed variety, which fall-back information specifies what action the feeding device should perform, during and/or after execution of a feed composing cycle, if the feed determining circuitry determines that that quantity of this at least one feed variety which is desired in the feed order is greater than the quantity available according to the quantity information, wherein the control system is programmed such that, for the at least one feed variety, the following fall-back information is available for the user for input into the control device: a) stopping composing the feed mixture and generation of an alarm signal to the user; b) continuing composing the feed mixture, therein replacing the feed variety by at least one alternative feed variety to be entered by the user, as well as generation of either b1) an alarm signal to the user, or b2) a report message callable by the user; c) continuing composing the feed mixture, therein omitting the feed variety from the feed order, and generation of a report message callable by the user, or in particular an alarm signal to the user.

13. The feeding device as claimed in claim 12, wherein the control system is further configured to update the fall-back information for a feed variety from b) to a) if the available quantity of the at least one alternative feed variety for this feed variety is less than or is equal to the desired quantity of this alternative feed variety.

14. The feeding device as claimed in claim 12, wherein the control system is configured to replace in a feed order a replaceable quantity of feed variety by an equal quantity of the alternative feed variety.

15. The feeding device as claimed in claim 12, wherein the control system is configured to replace in a feed order a replaceable quantity of feed variety by a quantity of the alternative feed variety, which quantity is a predetermined function of that quantity of feed variety which is to be replaced.

16. The feeding device as claimed in claim 12, further comprising a feed mixture collection hopper, which is configured to receive therein, at the feed delivery site, the feed mixture to be composed, and a feed delivery device for delivering feed from the feed mixture collection hopper, such as, in particular, a delivery opening closable with a movable flap, and more particularly having a motorized rotatable discharge roller configured to deliver feed, by revolution, via the delivery opening.

17. The feeding device as claimed in claim 16, further comprising a storage site for temporary storage of a feed mixture not yet fully composed according to the associated order.

18. The feeding device as claimed in claim 16, wherein the control system is configured to execute a replacement action if the control system establishes that the feed mixture to be composed is not composable according to the associated feed order and the respective available quantities and fall-back information.

19. The feeding device as claimed in claim 18, wherein the replacement action comprises the delivery of the feed mixture, in particular from the feed collection hopper, to the storage site, as well as the commencement of composition of a new feed mixture on the basis of a following feed order.

20. The feeding device as claimed in claim 19, wherein the control system is configured to take up, in particular in the feed collection hopper, the feed mixture delivered to the storage site, and to replenish that feed mixture, according to a new feed order, with at least one quantity of a feed variety.

21. The feeding device as claimed in claim 18, wherein the replacement action comprises the composition at the feed delivery site, in particular in the feed collection hopper, of a new feed mixture on the basis of a new feed order and on the basis of the feed mixture present at the feed delivery site.

22. A control system of the feeding device as claimed in claim 12.

23. The feeding device as claimed in claim 12, wherein the feed determining circuitry is configured to determine quantity information of each feed variety fetched for the feed order,

Description

[0024] The invention will now be described in greater detail on the basis of a non-limiting illustrative embodiment, as well as the drawing and description thereof, in which:

[0025] FIG. 1 shows schematically a view of a feeding device according to the invention;

[0026] FIG. 2 shows a feed collecting device for use in the invention, in schematic view; and

[0027] FIG. 3 shows a table of fall-back information.

[0028] FIG. 1 shows in schematic view a feeding device 1 according to the invention. The feeding device 1 comprises a control system having an antenna 11, as well as a feed collecting device 20 having a crane framework 21 and a grab bucket 22 and a weighing device 23, as well as a feed kitchen 30 containing feed varieties 31-1, 31-2, 31-3, . Also shown is a feed delivery site 32, with, standing thereon, a feed mixing cart 40 having an underframe 41, a feed collection hopper 42 and a weighing device 43. A conveyor belt is indicated with 48 and a second feed mixing cart is indicated with 40 .

[0029] With 50 is schematically indicated an office containing a computer 51. Furthermore, a farmer 60 has a mobile telephone 61 in his hand.

[0030] The feeding device 1 makes use of a feed kitchen 30 containing different feed varieties 31-1, etc. In the figure there is shown one feed variety (31-3) which is exhausted. All other varieties can be taken up with the grab bucket 22 and deposited in a feed collection hopper 42 of a feed mixing cart 40. With the weighing device 23 attached to the grab bucket 22, and/or with the weighing device 43 of the feed mixing cart 40, a quantity value of the received feed variety can be determined in order thus to meet a desired quantity of the feed order.

[0031] The desired quantities form part of a feed order or recipe . A feed order of this type can be composed with the aid of the feeding device 1, so as subsequently to be fed to a group of animals, such as dairy cows. To this end, the control system 10 contains or generates, for one or more different groups of animals, one or more associated feed orders. If so desired, these feed orders can be generated or monitored in a computer 51 in an office 50. The illustrated connection of the control system 10 to the computer 51, as well as to the thereby controllable feed collecting device 20, can both be a physical cabling and a wireless network.

[0032] Alternatively to a feed mixing cart 40 at a feed delivery site 32, a conveyor belt 48 can also be provided. The grab bucket 22 can then, for example, deposit received feed varieties on the conveyor belt, which, by revolving in the direction of the curved arrow, can deposit this feed in a feed mixing cart 40 . This feed mixing cart 40 can then subsequently bring the feed mixture to the group of animals. Note that in none of the shown feed mixing carts 40, 40 is a mixing device such as an auger shown, though this is advantageously provided.

[0033] As can be seen in the figure, the feed variety 31-3 is missing. This can be determined, for example, by the weighing device 23, when this establishes that, in the grabbing operation at the site of the feed variety 31-3, the weight of the received quantity of feed is nil or virtually nil, or at least lower than a desired quantity. Alternatively, in the control system 10, or in a memory connected thereto, which memory, for the purpose of the invention, is deemed to form part of the control system 10, can be specified or stored that a remaining quantity of the feed variety 31-3, which quantity is kept stock of, for example, in the control system or the memory, is less than that quantity of this feed variety which is desired in the feed order. In all these cases, the control system will check whether an alternative feed variety is recorded in the associated fall-back information. For example, the fall-back information for the feed variety 31-3 includes that this can be replaced on a one-to-one basis by the feed variety 31-1. A precondition is that there are still sufficient stocks of the feed variety 31-1, so that the feed order can still be composed with this change. Consequently, the feeding device 1 does not have to stand idle.

[0034] Furthermore, in the following fall-back information with respect to the feed variety 31-3 can also be included whether an alarm signal or report message should be generated, and, if so, of what type. Where feed variety 31-3 is a critical feed variety, the control system 10 will generate an alarm signal, which, with the aid of the antenna 11, is sent, for example, to a mobile telephone 61 of the farmer 60. As a result, the farmer can take immediate action. Where the feed variety 31-3 is, for example, only an optional feed variety, or one for which a suitable substitute is provided in the fall-back information, a report message, which, for example, is sent to the computer 51 by the control system 10, can alternatively suffice. Periodically, such as once or twice a day, the farmer 60 or another operator can then fetch the report messages from the computer 51 to see whether an action, other than an immediate action, is necessary.

[0035] FIG. 2 shows very schematically a view of an alternative feed mixing cart 40 . This contains an underframe 41 , a feed collection hopper 42 and a weighing device 43 . In addition, it comprises an arm 44 bearing a grab bucket 22 and a camera 45. The feed collection hopper 42 has a discharge opening 46, closable with a flap 47, as well as a discharge roller 48.

[0036] This feed mixing cart 40 , whereof a mixing auger or other mixing device possibly provided therein is not shown, is a simple example of a self-loading feed mixing cart, which autonomously in the feed kitchen (not shown here, but, for example, the one from FIG. 1) can collect the feed varieties of a feed order. To this end, the cart 40 travels with the aid of navigation means (not further elaborated here, but known in the prior art), for example also the camera 45, to the feed varieties concerned. The grab bucket 22 then takes one or more grabs of the feed variety (varieties) concerned and weighs the associated quantities with the weighing device 43. The composed feed mixture can subsequently, following transfer to a group of animals, be delivered to these animals with the aid of the discharge opening 46 and the discharge roller 48, or some other delivery device such as a conveyor belt. Furthermore, for the control of the feed mixing cart 40 , the control device (not shown here) is responsible. It is here the case that the control system 10 shown in FIG. 1 can be provided on the feed mixing cart 40 , or that this control system 10 dispatches one or more instructions pertaining to the composition of the feed mixtures to a local feed mixing cart control system on the cart 40 (not shown here).

[0037] FIG. 3 shows very schematically an example of a table of fall-back information. This fall-back information comprises in the first column, indicated with fv , i.e. feed variety, five feed varieties A to E. In the second column is indicated with fv? (thus actually the Boolean question NOT(fv) ?) whether, if the feed variety named in the first column is exhausted, an alternative feed variety can be used in a feed mixture. In the table, by stop is meant that there is no alternative feed variety available, and it is thus a question of a critical feed variety, as well as that the composition of the momentary feed mixture should be stopped. By a dash is meant that the associated feed variety from the first column is an optional feed variety, and that the composition of the feed mixture can be continued with omission of this feed variety. In all other cases stated in the table, this feed variety named in the first column can be replaced by the feed variety named in the second column. Note that, in the case of feed variety D, the quantity thereof which is still missing in the momentary feed mixture should be replaced by a 40% larger quantity of the feed variety B.

[0038] Finally, in the last column is indicated whether an alarm signal (am) or a report message (rm) should be generated by the control system. It is here the case that an alarm signal is sent directly to an operator and in principle requires immediate action. An immediate action of this type will generally concern the replenishment of the missing feed variety. In the case of a report message, the fact that the feed variety is no longer in stock is less critical, and a message which can be periodically called up, if so desired, by an operator can suffice. This can concern, for example, feed varieties which are only added to make a feed mixture more appetizing, without this containing unique or necessary feed elements. The differentiation between alarm signals and report messages limits the number of unnecessary disturbances to a farmer or other operator, while the total idle period of the feeding device 1 is, at the same time, optimally limited.