Headlock for hand-feeding ornamental bird chicks from birth to the seed-eating stage

Abstract

With the increasing interest in keeping ornamental birds, especially parrots, the need for a healthy and nutritious diet for the chicks of these birds is essential. Chicks of ornamental birds, especially in the early stages of life, require specialized and rich nutrition that can contribute to their optimal growth and health. The present invention introduces a unique headlac designed with a composition including high-source proteins, vitamins and minerals, natural antioxidant compounds and probiotics. This feed helps improve the growth and health of parrot chicks and can meet their specific nutritional needs at different stages of life. The production method of this feed includes the selection of organic raw materials, a mixing process, and controlled heating. This invention not only improves the quality of chick nutrition, but also, with its domestic production, prevents foreign exchange from leaving the country and helps develop ornamental bird breeding.

Description

Description of the invention Title of the invention A special headlock for hand-feeding ornamental bird chicks from birth to the seed-eating stage. Technical background of the relevant invention Breeding and reproduction of ornamental birds. Technical problem and stating the objectives of the invention Due to the increasing interest in keeping ornamental birds, the issue of breeding and raising ornamental birds is important. Therefore, proper and standard nutrition of ornamental birds and their chicks is the most important issue in this regard. Since suitable headlocks for hand-feeding ornamental bird chicks are not produced domestically, and the existing domestic headlocks are inconsistent with the standard tables of growth requirements for ornamental bird chicks and cause a lot of losses, and importing foreign European and American headlocks available on the market also requires the outflow of foreign currency from the country, and they also do not have the desired quality, this headlock in terms of quality and survival rate of chicks, desirable growth, and high conversion rate, while being a leader in the field of competition with various foreign headlocks, can be a very good alternative to all poor-quality domestic and foreign headlocks, and in addition to preventing the outflow of foreign currency from the country, it can also generate foreign currency. A description of the state of the prior art and the history of developments related to the claimed invention. Domestically produced cerclages are of very poor quality in terms of quality and survival of ornamental bird chicks and do not meet the nutritional standards of ornamental birds. Foreign cerclages are also not of the desired quality, and their import, while losing foreign currency, has many problems in terms of conversion rate, growth, and health of chicks, such as bacterial and fungal infections, liver and digestive problems, and feathering in chicks. In this cerclage, after several years of in-depth studies and clinical trials, and consulting with veterinary and genetic experts in birds, ornamental poultry nutrition, and traditional medicine, and considering all nutritional problems, an excellent combination has been obtained in accordance with ornamental poultry nutrition standards, which is far ahead in competition with all types of cerclages available on the market and American and European cerclages, and will guarantee the growth and health of ornamental bird chicks, the survival rate of chicks, and the progress of the ornamental bird breeding and propagation industry. Registering and supporting this invention can help the economy of our beloved country and create many jobs in this field. Providing a solution to an existing technical problem along with an accurate, sufficient, and integrated description of the invention Domestically produced cerclages are of very poor quality in terms of quality and survival of ornamental bird chicks and do not meet the nutritional standards of ornamental birds. Foreign cerclages are also not of the desired quality, and their import, while losing foreign currency, has many problems in terms of conversion rate, growth, and health of chicks, such as bacterial and fungal infections, liver and digestive problems, and feathering in chicks. In this cerclage, after several years of in-depth studies and clinical trials, and consulting with veterinary and genetic experts in birds, ornamental poultry nutrition, and traditional medicine, and considering all nutritional problems, an excellent combination has been obtained in accordance with ornamental poultry nutrition standards, which is far ahead in competition with all types of cerclages available on the market and American and European cerclages, and will guarantee the growth and health of ornamental bird chicks, the survival rate of chicks, and the progress of the ornamental bird breeding and propagation industry. Registering and supporting this invention can help the economy of our beloved country and create many jobs in this field. Explanation of shapes, maps and diagrams This diagram shows the process of producing a food product from plant sprouts. The main steps are as follows: 1) First, we sprout lentils, rapeseed, beans, and corn. 2) We separate the immature buds from the rest. 3) We dry the healthy buds for 8 hours at a temperature of 55 degrees. 4) Grind the dried buds in an industrial grinder at a speed of 28,000 rpm for 5 minutes. 5) Sift the resulting powder through a 0.1 mm sieve. 6) Add the following nutrients to the strained powder: - Essential amino acids - Digestive enzymes - Vitamins K, A, B and C - Minerals such as calcium, magnesium, zinc, copper and manganese 7) Blend the mixture thoroughly with an industrial mixer. 8) We package the final product. A clear and precise statement of the advantages of the claimed invention over prior inventions. This cerlac is of much higher quality than the cerlacs available on the market and performs much better than all foreign cerlacs available on the market in terms of digestion, absorption, conversion rate, growth, health of the chicks, and survival of the chicks. This cerlac has therapeutic and antimicrobial properties, anti-fungal, anti-parasitic, and anti-inflammatory properties for the digestive tract, and ensures the health and vitality of the ornamental bird chicks. It can be a very good and popular alternative even in European and American countries with their own cerlacs. Description of at least one implementation method for implementing the invention I, Omid Azimi, the inventor of this headlock, am ready to provide a product sample for any testing and explanation at any time and in any scientific or research setting. Explicit mention of the industrial application of the invention Registering the product as an invention will enable mass production within the country and its replacement with various foreign headlocks and its export even to countries claiming to produce famous headlock brands with the sacred name of Iran. Obviously, in this case, in addition to preventing foreign exchange from leaving the country, it will also generate foreign exchange, and in this way, we can help the economy of our beloved country. We can be the best in the world.

Claims

Claim What is claimed: Claim 1) Production of bird feed, including ornamental birds and others, including a variety of probiotics and prebiotics, essential amino acids, vitamins K, A, B and C, a variety of phytobiotics including turmeric, cinnamon, aster, minerals including calcium, magnesium, zinc, copper and manganese, digestive enzymes and sprout powder including lentils, rapeseed, beans and corn. Claim 2) A process for producing bird's headgear, including ornamental birds and others, according to claim 1, such that said process includes: germinating grains that have replaced the grains themselves; separating immature sprouts from full sprouts; drying healthy sprouts for 5-10 hours at a temperature of 50 to 60 degrees Celsius; pulverizing said dried sprouts in an industrial grinder at a speed of 25,000 to 30,000 rpm for 4 to 7 minutes; sieving said dried sprout powder using a 0.1 mm sieve; Creating a final mixture by adding other nutrients as recited in claim 1 to said sieved powder; homogenizing said final mixture by an industrial mixer; packaging said final mixture as a final product.