TH44566A3 - Process for the flow of egg whites to gather in poultry eggs. - Google Patents

Abstract

DC60 (11/10/42) Methods for combining or arranging egg-white fluids contained in poultry shell eggs.The fluid may be sampled, accessible or injected, is disclosed in this invention. This method involves Associated with tilting the egg with the poultry shell. The egg's main axis is tilted from 10 to 180 degrees from an upright position. This will bring the whites together under the top of the eggshell. The egg white fluid may be sampled later. Or inject the substance into the egg white by a needle or a vertical probe that moves in a straight direction Methods for combining or arranging egg-white fluids contained in eggs with poultry shells, whereby the fluid may be sampled, accessible or injected, is disclosed in this invention. This method involves Associated with tilting the egg with the poultry shell. The egg's main axis is tilted from 10 to 180 degrees from an upright position. This will bring the whites together under the top of the eggshell. The egg white fluid may be sampled later. Or inject the substance into the egg white by a needle or a vertical probe that moves in a straight direction

Claims (8)

1. Method for injecting substance into the egg white of poultry eggs. Where it consists of: - Poultry egg selection in the last half of incubation: - Arrange and tilt the long axis of the egg to a specified angle from approximately 10 degrees to 180 degrees from the vertical at the end of the hatch. The vastness of the egg will be positioned Set upright, set to vertical at zero degrees By this tilting, the egg whites come together and expand the egg white agar in the area of the egg beneath the top of the egg shell; - inserting the needle through the eggshell directly into the spreading white agar, where the needle does not block the air cells or the chicken larvae within the egg; And - to drive the substance through the needle into the egg white. 2. Method as stated in Clause 1 where the egg will be hen's egg on the 16th to 19th day of hatching. As stated in claim 1, where the egg will be a hen's 17th to 18th day of hatching 4. Method as stated in claim 1 where the needle is inserted through the crescent. 5. The method stated in claim 1, where the long axis of the egg is tilted to A set angle from approximately 20 to 50 degrees from the vertical where the egg whites come together. And expand the egg-white agar on the upright side of the egg 6. Method as stated in claim 1, where the syringe is inserted vertically. Through the top surface of the egg And into the egg white in a wide area of the egg white jelly 7. Method as stated in Clause 1, where the needle is inserted at an angle to the vertical Pass the side of the egg and into the egg-white agar. 8. Method as outlined in Clause 7, where the syringe is inserted horizontally. Through the side of the egg And into the egg white agar that flared out 9. Method as stated in Clause 1 where the long axis of the egg is tilted 180 degrees by the egg whites come together and expand the agar, the egg white at the top end of Egg 1 0. The method described in Clause 9 in which the syringe is inserted into the Vertically into the egg white 1 1. Method as described in claim 1, where the long axis of the egg is tilted at an angle of approximately 105 to 155 degrees from the vertical where the whites come together and expand the agar. Egg white in top half of egg 1 2. Method as outlined in Clause 11 in which the needle is inserted into the Vertical into the egg whites 1 3. Method as outlined in claim 11 where the needle is inserted into the corner. Between vertically and horizontally 1 4. The method specified in claim 11, where the needle is inserted into the Horizontally through the sides of the egg And into egg white agar 1 5. How to use Inject a number of substances into the egg whites of chicken eggs. They include: - Selection of a number of poultry eggs on days 16 to 19 of incubation; - Tilting the selected egg on the egg tray at a specified angle from approximately 10 degrees to 180 degrees from the vertical where the center is vertical. It is determined by the wide end of the egg in an upright position, with the whites of each egg coming together and expanding the egg white agar in the area. Designation of the egg under the upper part of the eggshell; - Inserting a needle into each egg through the egg's shell. And into the egg white jelly That flared out in the designated area With the needle moving down Where the needle will Does not block the air cells Or chicken larvae inside most of the eggs that have been injected; And - The excretion of the substance through the needle and into the egg white of each egg 1 6. Method as outlined in Clause 15, where the eggs will be on days 17 to 18 of hatching 1 7. The method described in claim 15, where the long axis of the egg is tilted at an angle. As determined from about 20 to 50 degrees, the egg whites come together and expand the agar. White on the side of each egg is removed. 1 8. Methods outlined in Clause 15, where the egg tray will include an egg receptacle. 1 9. Method as stated in Clause 15, where the eggs on the trays have their upper face exposed. And the eggs will be supported in the egg receptacle at the specified angle. By the method of tilting the ovum attached to the exposed upper surface 2 0. Methods set out in claim 19, where the method of tilting the oocyte is It consists of a brush with rotating bristles working on the exposed upper surface of the egg 2. 1. Method of inserting the probe into the egg white of poultry eggs. Where it consists of: - The selection of the poultry eggs in the final turn of the hatching; - Tilting the egg's long axis at a specified angle from approximately 10 degrees to 180 degrees from the vertical where the large end of the egg is in an upright position. Straight up will be set vertically at zero degrees. Which will make the whites of the eggs come together And spread the egg-white agar under the upper part of the eggshell; And - inserting the probe through the eggshell and directly into the radiating egg-white agar, where the probe will not block the air cells or the rooster larva. Inside the egg; 2 2. Methods outlined in Clause 21, where the eggs will be hens on days 16 to 19 of incubation 2. 3. Methods outlined in claim 21, whereby the ovum is tilted. At a specified angle from approximately 20 to 50 degrees from the vertical, the whites will come together. And expand the egg white jelly out on the side of the egg 2 4. Method as stated in claim 21, where the long axis of the egg is tilted 180 degrees by which the whites come together. And expand the egg white jelly at the top of the egg 2 5. Methods outlined in Clause 21 in which the probe will be inserted. At an angle between the vertical upward and the horizontal Which will make the needle stab into the egg white jelly 2 6.Methods outlined in claim 21, whereby the ovals are tilted. An angle of about 105 to 155 degrees from the vertical and the whites come together and expand. The egg-white agar in turn the top of the egg out 2. 7.Method as specified in Clause 21, where the probe is a needle. Subcutaneous 2 8.The method described in claim 21, where the probe is a biological sensor.