JPH057093U - Egg chemical liquid treatment device - Google Patents

Abstract

(57) [Summary] [Purpose] By spraying a chemical solution in a mist form, the chemical solution is uniformly applied to the egg surface without contact, and the atomized chemical solution is prevented from flowing out of the chemical solution treatment device. [Structure] The egg sterilizer 1 has a gap 10 provided between a first chamber wall 6 and a second chamber wall 9 and is transferred to the inside 12 of the second chamber wall 9 while rotating. The atomizing nozzle 15 for injecting the atomized drug solution is provided to the chicken egg 5, and the inside 12
Also, a negative pressure fan 14 for making the gap 10 a negative pressure is provided, and a dish-shaped receiving portion 18 below the circulation conveyor 2 is provided.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

  The present invention is a method of spraying a chicken egg that is sprayed with a chemical solution while the washed egg is being transferred while rotating. The present invention relates to a chemical treatment device.

[0002]

[Prior art]

  It was opened in Japanese Patent Publication No. 6620 in 1959 as a device for applying a chemical solution evenly to the surface of chicken eggs. There is an egg drug treatment device shown. This drug processor is transported while rotating By brushing the surface of the chicken eggs, the drug is made uniform.

[0003]

[Problems to be solved by the device]

  However, in the above-mentioned conventional chemical treatment device, the egg is directly brushed, so Rashi itself becomes unclean, the bactericidal effect is reduced, and once sterilized chicken eggs are contaminated There was a problem of doing. Therefore, the drug solution was applied uniformly to the egg surface without contact. In order to do this, the chemical liquid is sprayed in a mist state, and the atomized chemical liquid The object is to prevent the liquid from flowing out of the liquid processing apparatus.

[0004]

[Means for Solving the Problems]

  Therefore, the present invention relates to a chemical solution treatment device for eggs, which applies a chemical solution to the surface of eggshells of eggs. The cylindrical rollers are rotatably provided in a row with a gap therebetween, and the egg is placed in the gap. Place the eggs in order and transport the eggs while rotating the cylindrical rollers. In a circulating conveyor that is transferred while rolling, a part of the conveying path of the circulating conveyor A first chamber is provided to cover the tubular roller, and the tubular chamber is located inside the first chamber. Cover the chicken eggs that are placed in the gap between the rollers and transferred while rotating, and the first chamber A spray that sprays a chemical solution into the second chamber by providing a second chamber with a gap between it and the wall Means are provided to eliminate the gap formed between the wall of the first chamber and the second chamber. The first chamber is provided with a discharge means for communicating with the gap so as to obtain a pressure. A dish-shaped plate disposed below the circulation conveyor to receive the liquid chemical sprayed from the spraying means. Provided is a chicken egg drug solution treating device provided with a receiving means.   Further, in the above-mentioned chicken egg liquid treating apparatus, the spraying means is rotated in the second chamber. When it is installed above the circulation conveyor to inject toward the eggs that are transferred while To the receiving means, the longitudinal direction is opposed to the conveying direction of the circulation conveyor, Incline the upstream side and the downstream side with respect to the conveying direction, respectively, to the side facing each other. May have a slope portion, and additionally, an inlet for the eggs to be transferred to the first chamber. A detection means for detecting the chicken egg is provided on the circulating conveyor on the side, and the detection means is For a predetermined period of time, if the chicken egg is not detected, the chemical solution is sprayed from the spraying means. May be stopped.

[0005]

【Example】

  An embodiment of the present invention will be described with reference to the drawings. 1 as a chemical liquid processing device for chicken eggs Sterilizer. 2 is a cylindrical roller 3 which is rotatably attached to the chain 4 with a gap. It is a circulating conveyor in which a large number of units are continuously installed and conveyed in the direction of arrow A. Gap between the cylindrical rollers 3 Six eggs 5 are lined up and placed on the, and the rotation of the cylindrical roller 3 It is transferred while being reversed.

[0006]   6 has one side of the conveying path of the circulating conveyor 2 and the other side of the cylindrical roller 3 The circulation conveyor 2 is covered with the length in the longitudinal direction and the length including the cylindrical roller 3 as the width. It is the trapezoidal lid-shaped first chamber wall, and the chicken eggs 5 are fed into the first chamber wall 6. There are an inlet portion 7 and an outlet portion 8 that are cut out in a rectangular shape so as to be stowed.

[0007]   Reference numeral 9 is inside the first chamber wall 6 and is placed in the gap between the cylindrical rollers 3 to rotate. While covering the six eggs 5 that are being transferred, a gap 10 is provided between the eggs and the first chamber wall 6. It is the chamber wall of the second chamber which is maintained and the lower edge 11 of this second chamber wall 9 is a cylindrical type wall. It is located at a position higher than the hen's egg 5 placed in the gap of the roller 3. Therefore the second The interior 12 of the chamber wall 9 communicates with the gap 10. Also, above the first chamber wall 6 , There is an exhaust pipe 13 communicating with the gap 10, and the inside of the first chamber wall 6 is made to have a negative pressure. A negative pressure fan 14 is attached.

[0008]   Reference numeral 15 is a medicine directed toward the chicken egg 5 transferred while rotating the inside 12 of the second chamber wall 9. A volatile sterilizing liquid as a liquid (in this example, an alcohol containing ethanol and an organic acid). Uses Cole formulation. Nozzle provided above the circulation conveyor 2 to spray) This spray nozzle 15 is provided above the inside 12 in parallel with the cylindrical roller 3. In addition, the pipes 16 provided through the inside 12 and one of the gaps 10 are directed downward at equal intervals. Is provided. Further, one of the pipes 16 is sealed and the other one of the pipes 16 is exposed to the outside of the first chamber wall 6. The end of 6 is connected to a pump 17 (shown in FIG. 2), which pump 17 (Not shown).

[0009]   18 is arranged below the circulation conveyor 2 of the first chamber wall 6 and is provided with the spray nozzle 1 5, which is a tray-shaped receiving portion for receiving the volatile sterilizing liquid sprayed from The longitudinal direction of 8 is positioned parallel to the cylindrical roller 3 and is opposed to the conveying direction of the circulation conveyor 2. Then, the slopes are provided with the sides corresponding to the upstream side and the downstream side facing each other.

[0010]   The chicken egg 5 is placed in the space 19 between the cylindrical rollers 3 that are conveyed in the direction of arrow A. In order to determine whether or not the egg 5 is detected, a detection means provided at the entrance 7 is provided. It is a sensor.

[0011]   Therefore, the negative pressure fan 14 and the pump 17 are obtained from the sensor 19. It operates by the detection signal. That is, as shown in the block diagram of FIG. Based on the detection signal of the egg 5 from the sensor 19, the negative pressure fan 14 and the pump 17 The operation command is output to. And after the sensor 19 detects the last 5 eggs , By the time this last egg 5 is carried out from the exit 8 of the first chamber wall 6, When 5 is not detected, a stop command is output to the pump 17 and After stopping 17, the stop command is output to the negative pressure fan 14 after a certain time has elapsed. To do. These control commands are issued by the control unit 20 (shown in FIG. 3).

[0012]   The egg sterilizer 1 having the above-described configuration operates as follows. Six eggs 5 are arranged in the space between the cylindrical rollers 3 and transferred while rotating. arrow The chicken egg 5 on the circulation conveyor 2 which is conveyed in the direction of the mark A is introduced into the entrance portion 7 of the first chamber wall 6. It is detected by the sensor 19 provided.

[0013]   The detection signal of the sensor 19 is sent to the control unit 20, and receives the detection signal to control. An operation command is output from the unit 20 to the negative pressure fan 14 and the pump 17. motion When the negative pressure fan 14 that has received the command rotates, the gap 10 and the internal 1 2 becomes negative pressure. At the same time, by operating the pump 17, the spray nozzle 15 The volatile sterilizing solution is sprayed toward the egg 5 below.

[0014]   The egg 5 is rotated in the opposite direction by the rotation of the cylindrical roller 3, The sterilizing liquid is evenly adhered to the surface of the eggshell 5 and applied. In addition, the gap 10 And the inside 12 communicates with the external space of the sterilizer 1 through the inlet 7 and the outlet 8. However, the mist-like sterilizing solution filled in the inside 12 is driven by the negative pressure fan 14. , Through the gap 10 communicating with the inside 12 to another place away from the exhaust pipe 13. Is discharged.

[0015]   In addition, the sterilizing liquid sprayed to the lower side of the circulation conveyor 2 is the inlet portion 7 of the receiving portion 18. Also, since the side corresponding to the outlet portion 8 is formed in a slope shape, the circulating conveyor 2 is again formed. The exhaust pipe 13 rises upward and does not flow out from the inlet 7 and the outlet 8. To other places.

[0016]   When the detection signal from the sensor 19 is interrupted, the control unit 20 starts the built-in from that time. The time when chicken eggs 5 are not transferred is counted at the counter. And the last chicken If the detection signal is not input even if the egg 5 is carried out from the outlet portion 8, the pump 1 A stop signal is output to 7. When the stop signal is output, Although the injection is stopped, the mist-like sterilizing liquid is full, and the fan 14 continues for a certain period of time. It is driving.

[0017]   By the time the last chicken egg 5 is carried out from the outlet section 8, the sensor 19 has a new chicken. Upon detection of egg 5, the counter is reset and subsequently sprayed for sterilization. .

[0018]   FIG. 4 shows a receiving means according to another embodiment, which faces the receiving tray 21. This is the case where the inclined member 22 is additionally provided.   Further, the slope portion of the receiving means is provided with the spraying means above and sprays from the top to the bottom. It is effective in other cases, but it is also a means for guiding the filled mist germicidal solution to the gap by negative pressure. Is also effective, the spraying means does not necessarily have to be provided above, Similarly, it does not have to be above the first chamber.

[0019]

[Effect of device]

  Only when necessary, the chemical solution is sprayed in a mist state, and there is a gap in the room to create a double structure. Formed as a chamber, and the gap and the chamber were filled with negative pressure to fill the chamber. Prevented atomized chemical liquid from flowing out to the workplace.

[Brief description of drawings]

FIG. 1 is a side view of a sterilizing apparatus illustrating an embodiment of the present invention.

FIG. 2 is a front view of the sterilizer shown in FIG.

FIG. 3 is an electric block diagram of the sterilizer shown in FIG.

FIG. 4 is a sterilizing apparatus illustrating another embodiment of the present invention.

[Explanation of symbols]

1 sterilizer 2 Circulation conveyor 3 cylindrical roller 4 chains 5 chicken eggs 6 Room wall of the first room 7 entrance 8 Exit 9 Room wall of the second room 10 gaps 11 Lower edge 12 Inside the second chamber wall 13 Exhaust stack 14 Negative pressure fan 15 Spray nozzle 16 tubes 17 pumps 18 Plate-shaped receiving part 19 sensors 20 Control unit 21 saucer 22 Slope member

Claims (3)

[Scope of utility model registration request] 1. A drug solution treating apparatus for eggs that applies a drug solution to the surface of eggshells of eggs, wherein cylindrical rollers are rotatably provided in series so as to form a gap, and the eggs are placed in the gap in an orderly manner. In a circulation conveyor that conveys the chicken eggs while rotating them by transporting them while a tubular roller rotates, a first chamber that covers the tubular roller is provided in a part of a transport path of the circulation conveyor, Inside the chamber, covering the chicken egg placed in the gap of the tubular roller and being transferred while rotating, and forming a second chamber with a gap between the egg and the wall of the first chamber. A spray means for spraying a chemical solution is provided in the second chamber, and the first chamber is provided to make the gap formed between the wall of the first chamber and the second chamber negative. A discharge means that communicates with the gap is provided in the first chamber below the circulation conveyor. Chemical processing apparatus of eggs, characterized in that a dish-shaped receiving means for receiving the chemical liquid is sprayed from the spray means. 2. The spraying means is provided above the circulation conveyor so as to inject toward the chicken eggs transferred while rotating in the second chamber, and in the receiving means, the longitudinal direction is the conveyance of the circulation conveyor. 2. The chemical solution treatment device for chicken eggs according to claim 1, wherein sloped portions are formed so as to face each other in the direction and on the upstream side and the downstream side with respect to the conveying direction, and the slope portions are inclined on the side facing each other. . 3. The apparatus for treating a liquid egg according to claim 1, wherein the circulating conveyor on the inlet side of the egg transferred to the first chamber is provided with a detecting means for detecting the egg. For a predetermined time, the injection of the chemical liquid from the spraying means is stopped when the chicken egg is not detected, and the chemical liquid treatment device for the chicken egg.