DE2529449C3 - Feed for racing pigeons and process for the production thereof - Google Patents

Description

The invention relates to a feed for racing pigeons and a method for producing one such feed.

A method for the production of a racing pigeon feed with depot effect is already through the DE-PS 22 39 013 known. According to the known method, trace elements are made from various vitamins and amino acids existing active ingredients bound to a carrier and processed into granules, from which individual subsets are formed, after which the granules of these individual subsets with different hard or thick synthetic resin layers that can be broken down by the gastric juice of the pigeons are surrounded, after which, in turn, several individual subsets with degradable after different times Synthetic resin layers are mixed and pressed into a core body with one of the Gastric juice of the pigeons is coated with a degradable synthetic resin layer and sugar-coated.

The feed produced according to this known method leads to a by pressing Core body to feed grains with unnatural hardness, which leads to the fact that the feed of pigeons only is reluctant to be included. The unnatural hardness of the well-known feed is also caused by that the granules of the individual subsets must be relatively hard so that they are sufficient can be mixed, in order to dariri the desired proportions of the different subsets in the core body contain.

Finally, the known method is also characterized by the numerous sub-steps for producing the different Granules relatively complicated and expensive.

The invention has for its object to provide a feed and a method of manufacturing such a feed for pigeons, containing the desired components for low-held, but which has a consistency that makes it absorb light pigeons%

The inventive solutions to these tasks are mentioned in the two claims

Of course, a four-fold or six-fold coating also leads as a smooth technical Equiva-K) lent to the asserted effect

Feed produced by the method according to the invention has dried peas as its core. These have a natural softness that is not lost even by the coating according to the invention, π so that the feed is readily accepted by the pigeons. In addition, the inventive The procedure is easier to carry out because it is twice as much In comparison, coating requires less time than the production and coating of the individual items 2i) Granules from which the core body is pressed in the known process.

The vitamins used in the manufacture of the present invention include

Vitamin A acetate
- 'Vitamin D ₃

Vitamin E.

vitamin C

Vitamin K

Vitamin bi
'"Vitamin B ₂

Orotic acid

Vitamin Bb

Vitamin Bu

Vitamin H.
'' Nicotinamide

Calcium d-pantothenate

Folic acid

Biotin

Inositol

As trace elements or minerals, in particular iron, z. B. in the form of iron sulfate, Cobalt, e.g. B. as cobalt sulfate, iodine, e.g. B. as cobalt iodide and phosphorus, e.g. B. in the form of tricalcium phosphate in

r. Consideration.

L (+) -lysine, e.g. in the form of monochloride, choline and choline salts such as choline hydrogen tartrate can be used as amino acids be used.

The composition of the food components

ίο can be adapted for special purposes. In the foreground can for example supply the racing pigeons with vitamins, the achievement of an optimal Spring structure, the rearing of young pigeons, the rapid recovery of the pigeons after the flight and the

y, supplies are available during short, medium and long haul flights.

The process according to the invention is explained in more detail below with the aid of examples. The one with it mentioned varnish is a commercially available coating

M) varnish, which is soluble in the pigeon's stomach. The pigment brown R 26497 mentioned in Examples 4 and 5 is a brown color pigment with the color code R 26497.

example 1

hi feed to supply pigeons with vitamins
Dosage for 1 kg of peas;
Composition:

IU 3.000 g IU 0.003 g 1,500 g 0.300 g 0.200 g 0.600 g 3.000 g 0.001 g 0.100 g 0.002 g 0.250 g 1.000 g 0.700 g 0.002 g 0.070 g UOOg 0.300 g 0.050 g 2,000 g 2,000 g

500,000 g 60,000 g

110,000 g 50,000 g

163,600 g

1000,000 g

The sieved peas are dried ^{at 50 ° C. for 10 hours.} After drying, put the peas in a tablet kettle, moisten them with sugar syrup and powder them with the powdered mixture. Repeat the process four times.

After thorough drying, the lacquer that dissolves in the stomach of the 1 aubra is applied to the sugar-coated peas once.

The sugar-coated pea weighs about 250 mg.

Example 2

Feed to achieve an optimal feather structure and for rearing young pigeons

Vitamin A acetate 1.5MiII,

Vitamin D ₃ 14,000

Vitamin E.

vitamin C

Vitamin K

Vitamin bi

Vitamin B2

Orotic acid

Vitamin Be

Vitamin B12

Vitamin H.

Nicotinic acid amide

Calcium d-pantothenate

Folic acid

Biotin

Inositol

Choline

L (+) -lysinium monochloride

Choline hydrogen tartrate

Iron (II) sulfate

Peas, 0.6 min, sifted

Seaweed flour, green

wheat flour

Talc

Saccharum amylaceum

Dosage for 1.0 kg of peas:
Composition:

Vitamin A acetate 1.5 million

Vitamin D ₁ 14,000

Vitamin E.

vitamin C

Vitamin K

Vitamin bi

Vitamin B2

Orotic acid

Vitamin Bt

Vitamin B12

Dimethylaminoethanol bitartrate

Nicotinic acid amide

Calcium d-pantothenate

Folic acid

Biotin

Inositol

ChoÜn

L (+) - lysinium monochloride

Choline hydrogen tartrate

Ferrous sulfate

Tricalcium phosphate

Peas, 0 6 mm, sifted

Seaweed flour, green

wheat flour

Talc

Saccharum amylaceum

IE 3.000 g IE 0.003 g 1.500 g OJOOg 0.200 g 0.600 g 3.000 g 0.001 g 0.100 g 0.002 g 0.250 g 1,000 g 2,000 g 0.002 g 0.070 g 1.300 g 0.300 g 0.050 g 2.000 g 2.000 g 25.000 g 600,000 g 60,000 g 110,000 g

50,000 grams 157.322 grams

1000,000 g

The sieved peas are 10 hours at 5O ⁰ C dried After drying, the peas come in a coating pan ι Ii, are moistened with sugar syrup and powdered with the mixture feinstpulverisierten The procedure is repeated four times.

After thorough drying, the lacquer which is soluble in the pigeon's stomach is applied to the sugar-coated peas π plotted.

The sugar-coated pea weighs about 250 mg.

Example 3

Feed for the quick recovery of the pigeons
after the flight

Dosage for 1.0 kg of peas:
Composition:

vitamin C

Nat. ascorbate

Peas, 0 6 mm, sifted

Seaweed flour, green

wheat flour

Talc

glucose

25,000 g

25,000 g 600,000 g

60,000 g 110,000 g

50,000 g 130,000 g

1000,000 g

The sieved peas are 10 hours at 50 ⁰ C dried After drying, the peas come Into a coating pan, be moistened with Zuckcrsimp and dusted with the mixture feinstpulverisiertem. The process must be repeated four times.

After thorough drying, the lacquer which is soluble in the pigeon's stomach is applied to the sugar-coated peas applied.

The sugar-coated pea weighs about 250 mg.

Example 4

Feed for short and medium haul flights
of pigeons

Dosage for 1.0 kg of peas:
Composition:

Vitamin A acetate 1.5 million IU 3,000 g Vitamin Dj 14,000 IE 0.003 g Vitamin E acetate UOOg vitamin C 0.250 g Vitamin K 0.200 g Vitamin bi 0.600 g Vitamin B ₂ 3,000 g Örot acid 0.001 g Dimethylaminoethanol bitartrate 0.250 g Nicotinic acid amide 1,000 g Calcium-d-pantöthenät 0.700 g Folic acid 0.002 g Biotin 0.070 g Inositol 1.3000 g Choiin 0.300 g

L (+) -lysinium monochloride

Choline hydrogen tartrate

Ferrous sulfate

Cobalt sulfate

Potassium iodide

Caffeinum purum

Peas, about 6 mm

Seaweed flour, brown

wheat flour

Talc

shellac

Lacquer soluble in the stomach of pigeons

Pigment brown R 26497

Saccharum amylaceum

1000,000 g

The sieved peas are dried for 10 hours at 50 ° C. After drying, the peas come in a dragee kettle, are moistened with sugar syrup and powdered with the finely powdered mixture. The process must be repeated four times.

After thorough drying, the stomach-resistant varnish is sprayed on. The paint solution contains the Pigment color. The active ingredients are released over a period of 8 to 9 hours.

The finished coated pea weighs about 250 mg.

0.050 g 2.000 g 2.000 g 0.300 g 1,000 g 1,000 g

600,000 g 60,000 g

110,000 g

50,000 g

2,000 g

3,000 g

2,000 g

154372 g

Example 5 IU 3,000 g IE 0.003 g Feed for long distance flights of pigeons UOOg Dosage for 1.0 kg of peas: 0.250 g Composition: 0.200 g Vitamin A acetate 1.5 ml. 0.600 g Vitamin D ₂ 14,000 3,000 g Vitamin E acetate 0.001 g vitamin C Vitamin K Vitamin ßi Vitamin B ₂ Orotic acid

Vitamin B ₆

Vitamin B12

Dimethylaminoethanol cartrate

Nicotinic acid amide
ι Calcium-d-pantothenate

Folic acid

Biotin

Inositiol

Choiin
L (+) -lysinium monochloride

Choline hydrogen tartrate

Ferrous sulfate

Cobalt sulfate

Potassium iodide
is caffeine purum

Peas, about 6 mm

Seaweed flour, brown

wheat flour

Talc
in shellac

Lacquer soluble in the stomach of pigeons

Pigment brown R 26496

Saccharum amylaceum

0 100 g 0.002 g 0.250 γ-1,000 g 0.700 g 0.002 s 0.070 g UOOg 0.300 g 0.050 g 2,000 g 2.000 g 0 300 g 1,000 g 1,000 g

600,000 g 60,000 g

110,000 g

50,000 g

5,000 g

5,000 g

4,000 g

147.372 g

1000,000 g

The sifted peas are dried for 10 hours at 50 ° C. After drying, the peas come in a dragee kettle, are moistened with zucfcer syrup and powdered with the finely powdered mixture The process must be repeated four times.

After thorough drying, the paint, which is soluble in the pigeon's stomach, is sprayed on with a retard effect. The active ingredients have a sustained release effect of 16 hours, i.e. H. the active ingredients are released via 16 hours.

The lacquer solution contains the brown pigment color R 26496. The finished coated pea has a weight of about 260 mg.

The exploitation of the invention can be made possible by legal provisions, in particular by the Feed Act, be limited.

Claims (2)

Patent claims: 1. Feed for racing pigeons, characterized in that that it is made by drying sifted peas for 10 hours at 50 ° C, After drying in a tablet kettle, moistened with sugar syrup, with finely powdered Algae flour, wheat flour, talc, Saccharum amylaceum and vitamins and optionally minerals and / or amino acids and / or caffeine powdered and then moistened four times with sugar syrup and with the ingredients mentioned be powdered, whereupon after thorough drying in the usual way one in the stomach of the Pigeon soluble paint layer is applied. 2. A method for producing a feed according to claim 1, characterized in that sifted peas dried for 10 hours at 50 ° C, after drying in a tablet kettle with Sugar syrup moistened with finely powdered algae flour, wheat flour, talc, Saccharum amylaceum and vitamins and optionally minerals and / or amino acids and / or caffeine powdered and then moistened four times with sugar syrup and with the ingredients mentioned be powdered, whereupon after thorough drying in the usual way one in the stomach of the Pigeon soluble paint layer is applied.