Device, method and computer program product for milking animals
View Patent ↗The invention provides a device and method for milking a dairy animal, comprising at least two sensors for measuring milking parameters. Usually, an alarm is generated if a specific number of parameters each are outside a given range. According to the invention, now an alarm is also generated if said specific number of exceedings is not achieved, but if another, and usually greater, number of parameters each are within a larger, more flexible, range. As a result thereof, the actual alarm parameters with ‘hard’ limits can be selected, in order that false-positive messages are prevented to a considerable extent. In the grey area of almost exceeding, an alarm can still be generated if sufficient parameters are in dubious areas.
1. An automated device for milking animals, the device comprising:
at least two sensors for measuring at least two parameters, respectively, of an animal to be milked, and outputting measured parameters,
a processor which is operatively coupled to the at least two sensors, wherein the processor is configured for:
comparing the measured parameters with respective absolute limit values, and
generating an attention value when there is a first specific number (A 1 ) of the measured parameters that exceed the respective absolute limit values, and
a signalling element, coupled to the processor, for indicating a representation of the attention value, wherein the processor is further configured for:
comparing at least one of the measured parameters with a respective adjusted limit value, and
generating the attention value when there is a second specific number (A 2 ) of the measured parameters that exceed the respective absolute limit values and there is a third specific number (A 3 ) of the measured parameters that exceed respective adjusted limit values, and wherein:
A 1 ≧1,
A 2 <A 1 ,
A 3 ≧2 if A 2 =0, and
A 3 ≧1 for all other values of A 2 .
2. The automated device for milking animals as described in claim 1 , wherein the processor is further configured for comparing with the adjusted limit value, only when there is at least the second specific number (A 2 ) of the measured parameters that exceed the respective absolute limit values.
3. The automated device for milking animals as described in claim 1 , wherein at least one of the measured parameters relates to milk from the animal to be milked.
4. The automated device for milking animals as described in claim 1 , wherein at least one of the measured parameters relates to a physical condition of the animal to be milked.
5. The automated device for milking animals as described in claim 1 , wherein at least one of the measured parameters relates to behaviour of the animal to be milked.
6. The automated device for milking animals as described in claim 1 , wherein:
A 1 =1,
A 2 =0, and
A 3 ≧2.
7. The automated device for milking animals as described in claim 1 , wherein A 2 has at least two different values and wherein for each value of A 2 , A 3 has a corresponding value.
8. The automated device for milking animals as described in claim 1 , wherein the respective adjusted limit value is a raised upper limit or a lowered lower limit.
9. A method of generating an attention value in an automated device for milking animals, the method comprising:
measuring at least two parameters of an animal to be milked,
comparing, via a processor, the measured parameters with respective absolute limit values,
generating, via the processor, an attention value when there is a first specific number (A 1 ) of the measured parameters that exceed the respective absolute limit values, and
indicating a representation of the attention value, wherein the method further comprises:
comparing, via the processor, at least one of the measured parameters with a respective adjusted limit value,
generating, via the processor, the attention value when there is a second specific number (A 2 ) of the measured parameters that exceed the respective absolute limit values and there is a third specific number (A 3 ) of the measured parameters that exceed respective adjusted limit values, and wherein:
A 1 ≧1,
A 2 <A 1 ,
A 3 ≧2 if A 2 =0, and
A 3 ≧1 for all other values of A 2 .
10. The method according to claim 9 , wherein the comparing with the adjusted limit value only takes place when there is at least the second specific number (A 2 ) of the measured parameters that exceed the respective absolute limit values.
11. A non-transitory, tangible computer data storage medium coupled to an electronic processor, said processor containing an executable computer program configured to have said program perform the method set forth in any one of claims 9 or 10 .