JPS6033466B2 - Continuous boiled egg production equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a continuous boiled egg production apparatus, and an object thereof is to provide a boiled egg production apparatus that continuously produces a large quantity of boiled eggs.

The present invention will be explained below. As shown in FIG. 1, the device of the present invention includes a cylinder and a drive shaft 2 disposed along an axis 100 of the cylinder, and a drive shaft drive means 3 for rotating the drive shaft 2 around the shaft 100. have The device further comprises heating means 5 for heating the seeder. The cylinder 1 has a supply pipe 11 at the rear for supplying egg material liquid, for example, a meat liquid supply pipe 110 and an oil supply pipe 111. The cylinder 1 has an egg outlet 12 at the front. The cylinder 1 is further provided with an exhaust port (generated steam exhaust port) 13 as required. In this case, it is desirable to provide the exhaust port cover 14 above the exhaust row 3. A scraper 9 made of a heat-resistant and wear-resistant material such as silicone rubber or Teflon is spirally provided at an appropriate pitch from at least the rear of the drive shaft 2 to the vicinity of the center thereof.

This scraper 9 rotates around the drive shaft 2 together with the drive shaft 2 while being in close contact with the inner wall of the cylinder, and squirts the boiled egg material liquid inside the cylinder toward the front of the cylinder 1. During this time, the egg liquid solidifies. Following the scraper 9, the drive shaft 2 is provided with a whipper which extends radially in the direction of its rotation radius at an appropriate distance.
4 is provided. As shown in FIGS. 2 and 3, the whipper 4 is composed of a fine wire elastic body, for example, a stainless steel wire 41, which is formed into a substantially square shape. The stainless steel wires 41 are respectively arranged radially around the drive shaft 2 in the direction of its rotational radius, forming a spiral shape as a whole at appropriate pitches around the drive shaft. The length of the wire 41 is approximately equal to the inner diameter of the cylinder. The thickness is set in relation to the length, and is set to around 3 skins, for example. The whipper 4 is used to cut the solidified egg material liquid while it is forced forward of the cylinder 1 by the scraper 9 into small beads. Whipper 4
Therefore, it is important that the tip is made so that it can vibrate appropriately. The heating means 5 is for heating the egg material liquid in the cylinder 1, and heated steam or boiling water at, for example, 100° C. is supplied from a heated steam inlet pipe 51.

The tilting means 6 includes, for example, a forehead tilting base 62 provided on a pedestal 61 via a fulcrum 60 and an adjusting screw 63 for adjusting the tilt angle of the tilting base 62.

The front side of the cylinder 1 is appropriately inclined upward by the head oblique means 6. Using this apparatus, raw eggs can be produced as follows.

Drive shaft driving means 3 rotates drive shaft 2 via belt 31 and drive sprocket 32 . Drive shaft 2
As the scraper 9 and the whipper 4 rotate, the scraper 9 and the whipper 4 rotate. The cylinder is heated by heating means 5. A mixture of egg liquid and stock is supplied into the cylinder 1 from an egg liquid supply pipe 110, and oil is supplied into the cylinder via an oil supply pipe 111. These boiled egg material liquids supplied into the cylinder 1 are heated and forced forward through the cylinder 1 by the scraper 9. During this time, the raw egg material liquid solidifies. The solidified eggs are divided into pieces by the rotation of the whipper, and are gradually rolled up and pushed further forward against the inclination of the cylinder 1. The roasted eggs are then discharged from the egg discharge port 12 to the hopper 7 arranged near the cylinder. The roasted eggs are cooled by a cooling device 8 and packed into bags. Normally, from the discharge port 12 to the hopper 7
The porridge 98 further fed into the cooling device 8 can be cooled and packed in bags without being exposed to outside air. For this purpose, the roasted egg discharge port 12 and the hopper 7 are airtightly connected by an egg discharge pipe or the like. The hopper 7 is airtightly connected to a cooling device 8. A bag packing device (not shown) is connected to this cooling device 8. This bagging device does not need to be special. By repeating this operation, roasted eggs are continuously produced. The degree of inclination of the cylinder 1 can be set in consideration of the physical properties, temperature, quality and quantity of the boiled egg material liquid to be treated, as well as the degree of roasting. At least the rear end 10 of the cylinder 1, such as the front end 15 and the rear end 1
Since the cylinder is removable, it can be removed after use, allowing the inside of the cylinder to be completely cleaned.

Further, since the drive shaft 2 can be disassembled via the spline joint 21, it can be removed from the cylinder 1 of the same machine and can be cleaned. Therefore, all parts that come into contact with food can be washed and kept clean at all times. Since the apparatus of the present invention has such a structure and function, it is possible to continuously produce a large quantity of poached eggs while always maintaining a clean state.

[Brief explanation of the drawing]

FIG. 1 is a partial front cross-sectional view of the apparatus of the present invention, FIG. 2 is a side cross-sectional view of the main part of the apparatus of the present invention, and FIG. 3 is a partial enlarged front view of the whipper structural unit. 1...Cylinder, 2...Drive shaft, 3
... Drive sea bream driving means, 4 ... Whipper, 5 ... Heating means, 6 ... Forehead oblique means, 7
...Hopper, 8...Cooling device, 9.
... Scraper, 10 ... Cylinder rear end, 11 ... Roasted egg material liquid supply pipe, 12.
...Egg outlet, 13...Exhaust port, 41.
... Thin wire elastic body, 62 ... Inclined table, 63 ...
...Adjustment screw, 100...Cylinder shaft. Figure 1 Figure 2 Figure 3

Claims (1)

[Scope of Claims] 1 (1) A cylinder provided with an egg material liquid supply pipe at the rear and an egg discharge port at the front, with at least the rear end being liquid-tight; (2) along the axis of the cylinder; (3) drive shaft driving means for rotationally driving the drive shaft around the shaft; and (4) a drive shaft provided in a spiral shape at an appropriate pitch from at least the rear of the drive shaft to the vicinity of the center thereof. a scraper; (5) fine wires that are implanted radially in the rotational radius direction of the drive shaft, following the scraper or with appropriate gaps, and forming a spiral shape as a whole at an appropriate pitch around the drive shaft; A continuous boiling egg comprising a whipper made of an elastic body, (6) heating means for heating the cylinder, and (7) tilting means for suitably tilting the cylinder upward toward the front thereof. Manufacturing equipment. 2. The device according to claim 1, wherein the scraper pushes the inside of the cylinder forward while heating the boiled egg material liquid inside the cylinder as the drive shaft rotates. 3. The device according to claim 1, wherein the structural unit of the whipper is a stainless steel wire having a substantially square shape, and is installed on the drive shaft, and the length thereof is substantially equal to the inner diameter of the cylinder. 4. The device of claim 1, wherein the liquid-tight rear end of the cylinder is removable. 5. (1) A cylinder provided with a rear egg material liquid supply pipe and a raw egg discharge port at the front and made liquid-tight at least at the rear end; (2) a drive shaft disposed along the axis of the cylinder; , (3) a drive shaft driving means for rotationally driving the drive shaft around the shaft; (4) a scraper spirally provided at an appropriate pitch from at least the rear of the drive shaft to the vicinity of the center; (5) A whipper made of a fine wire elastic body is installed on the drive shaft following the scraper or radially in the direction of its rotational radius with an appropriate gap, and forms a spiral shape as a whole at an appropriate pitch around the drive shaft. , (6) heating means for heating the cylinder; (7) tilting means for suitably tilting the cylinder upward toward its front;
) A continuous-type roasting device having a roasted egg cooling device arranged near the cylinder and connected to a roasted egg discharge port; and (9) a bagging device connected to the cooling device and bagging the cooled roasted eggs. Egg manufacturing equipment.