The invention relates to scales for weighing

piglets, comprising:

- a base frame;

- at least one weighing element arranged on the base frame; and

- a weigh platform arranged on the at least one weighing element.

When breeding pigs, it is necessary to weigh the piglets in order to monitor their growth. These measurements are stored in a database, together with other data, such as the amount of food they get and any possible medication administered to the piglets. This allows for a breeder to follow the health and well being of each individual pig from birth up to the end of the life of a pig.

Currently, the weighing of piglets takes a substantial amount of time, as a piglet needs to stand still when placed on a scale in order to obtain a reliable

measurement. When the piglet is placed on its feet on the weighing platform, the piglet will start to walk, as the piglet typically wants to return to a place, where it is more comfortable. Getting the piglet to calm down and to stay still will take at least some time, slowing down the weighing process.

Accordingly, it is an object of the invention to provide scales according to the preamble, in which the above mentioned disadvantages are reduced and with which the

weighing process of piglets can be speeded up.

This object is achieved according to the invention with scales according to the preamble, which are characterized in that the weighing platform is elongate, wherein the top surface of the weighing platform is arranged at a distance above the base and wherein the width of the elongate top surface is less than half of the width of the base in order to provide space for the legs of a piglet when supported on the belly by the elongate top surface.

It has been found by the applicant, that when a piglet is held on its belly, then the piglet will almost instantly calm down. So, the scales according to the invention are provided with weighing platform, which is elongate, such that the top surface can run between the legs of the piglet along the belly. By ensuring that the width of the top surface is less than half of the width of the base, a stable scale is provided, although the top surface is positioned at a distance from the base. This allows for the piglet to lie with its belly on the elongate top surface and with its legs on either side of the top surface hanging down, without touching the base .

As the piglet instantly calms down in this position, the piglet can quickly be weighed speeding up the weighing process and allowing for a large number of piglets to be weighed in a small amount of time.

In a preferred embodiment of the scales according to the invention the length of the top surface of the weighing platform is at least five times the width of the top surface. With this ratio between length and width of the top surface, a reliable top surface is provided to support piglets on their belly .

Preferably, the width of the top surface is less than 70 millimeter, preferably less than 60 millimeter and wherein the length of the top surface is more than 400

millimeter, preferably more than 450 millimeter

In another embodiment of the scales according to the invention weighing platform comprises a bend plate, having a U-shaped cross-section. The U-shaped bend plate provides a simple and cost effective embodiment for the weighing platform, ensuring that a piglet is sufficiently supported on the belly, that the legs can hang down on both sides of the U-shaped plate and that the piglet cannot be injured, while weighing the piglet.

In yet another preferred embodiment of the scales according to the invention, the weighing platform comprises two side walls arranged at a distance from the top surface of the weighing platform, which side walls extend perpendicular to the top surface and wherein the distance between the two side walls and the top surface provides space between the top surface and the two side walls for the legs of a piglet when supported on the belly by the elongate top surface.

With the side walls on both sides of the top

surface, a piglet will be confined between the two side walls and the top surface and it is ensured that the piglet cannot fall off the weighing platform, if the piglet would make unexpected movements.

In a further preferred embodiment of the scales according to the invention the weighing platform has a

substantially W-shaped cross-section and the elongate top surface is provided by the center wave crest of the W-shaped cross-section .

This W-shape provides for a top surface for the piglet to lie on and for upstanding side walls, confining the piglet on both sides, while the legs of the piglet can hang down freely.

In yet another embodiment of the scales according to the invention the at least one weighing element comprises a load cell. A load cell provides an electric signal related to the weight exerted on the load cell. This electric signal can easily be used by a controller to calculate the weight of the piglet and to store the weighing data in a database. These and other features of the invention will be elucidated in conjunction with the accompanying drawings.

Figure 1 shows a perspective view of an embodiment of scales according to the invention.

Figure 2 shows a cross-sectional view of the scales of figure 1.

Figure 1 shows scales 1 according to the invention. The scales 1 has a base frame 2, on which load cells 3 (see figure 2) are arranged. On top of the load cells 3, a weigh platform 4 is arranged. The weigh platform 4 is in cross- section W-shaped.

The center wave crest of the W-shaped cross-section provides an elongate top surface 5. A piglet P lies with its belly on this elongate top surface 5, while the legs L of the piglet hang down on both sides of the elongate top surface. This position ensures that the piglet P keeps calm and the weight can be measured via the load cells 3.

Two side walls 6, 7 are arranged on both sides and at a distance of the top surface 5, such that a space 8, 9 is provided in which the legs L of the piglet P can hang down. The two side walls 6, 7 are connected via intermediate walls 10, 11, 12, 13 to the top surface 5, on which the piglet P lies. Front wall 14 and end wall 15 provide for a further enclosure of the piglet P and more rigidity.

A controller 16 is arranged underneath the base frame 2, which controller 16 converts the signals of the load cells 3 and converts these signals into a weight of the piglet P. The controller 16 can also comprise a power adapter to provide power to devices, for example used for identifying the piglets P and entering data.

The scales 1 furthermore provide a stand 17 on which a table 18 or the like can be placed.