CS200675B1 - Semi-gridiron arrangement of the stable floors in the pig fattening station - Google Patents

Description

(54) Semi-ground arrangement of the kotou floor in pig fattening farms

The invention solves the housing of pigs for fattening half-roll arrangement floor of group cage in trunk into trough

At present, the pigs in the drawing are housed in essentially two ways. In the first method, the floor, the stabling space is differentiated into a full bed and a yoghurt calf, with the area of the bean falling on the housed pig being limited by the minimum required full bed area and wound through the grate calf. The ratio of the full area of the pen to the grate area is approximately 2 seconds. The total area on the housed pig is large. As a result, feces 8 beds per grid must be removed in the pen, particularly in light pigs. In the second method, the pigs are housed in a pen where the entire floor area is covered with roiten, in some cases, except for a narrow strip of solid floor at the trough, preventing feed from being rolled from the trough into the undergrowth. In this case, the ratio of the full area of the pen to the grate area is in the range of approximately 1 * 4 to 1 sec. With a small area on the housed pig, a high purity in the boiler is achieved, without the need to clean the faeces. The drawbacks of pens with a full floor floor are the higher investment costs of the space at high prices of grids and the easier disposal of feces from wide sludge channels. Therefore, in some cases, these channels are distributed along the longitudinal power, which in turn increases the investment and operating costs of making the longitudinal partition and doubling the swath bucket circuits. Another disadvantage is that lower weight pigs are forced to lie on the slatted floor after storage, they tend to

200 6? 5

200 675

JoJioh requirements and the temperature of the stable environment, which must be balanced during the heating and stable.

The above-mentioned drawbacks are eliminated by the semi-polar arrangement of the floor of the stabling space according to the invention. Its essence lies in the fact that the kotoso jo rosližsaa aa full flat and rott surface, whereby immerse the full planks to the rooted fence yo at 1 j 1 to 1 s 2,4 The necessary bed area for the weight and weight of the pigs to be stored is necessary. The floor area of the floor is such that the full area of the floor provides enough space for the pig's weight to be removed.

The advantage of this arrangement is, in particular, that by spreading the solid strip of the floor near the trough, maximizing the sulfur-free condition of the pig after placement, there is a lack of thermal insulation for the most demanding pig fattening period. The appropriate size of the full bed does not require manual work when sludge is removed. Reducing the proportion of the refractory surface will have a favorable effect on the investment load and by reducing the sludge channel it will be easier and cheaper to dispose of the feces from these channels in both the mono and faydromo-hanoi manner. The newt area of the stabling area of the half-year kotoo on the housed pig remains saoh and compared to the ooloroet housing.

1 is a plan view and FIG. 2 is a cross-sectional view taken along line AA in FIG. 1.

The total area 1 of the kotoo with the trough 4 is divided into a solid area 2 and a rocket surface 2.

The semi-etched floor according to the invention can be used in both single-storey and multi-storey kotoy nobo cages.

Claims (1)

pfBONlT develops The half-yearly arrangement of the floor of the kotokas in pigs with full and roeto floor, characterized by the fact that the newt (1) of the koto is differentiated on the full area (2) and the roet area (3). ploéo (3) jo in the range 1: 1 to