JPS5936185Y2 - Food production pot - Google Patents

Description

[Detailed explanation of the invention] This invention is a method of steaming, boiling, cooking, etc. of rice crackers and other confectionery ingredients.
This relates to a food pot, that is, a rotary pot, for manufacturing confectionery or rice cake dough by wire connection or mixing.

In general, this type of food production pot requires storing a large amount of raw materials, so the volume and weight of the container body are quite large. Therefore, operations such as steaming and cleaning are not easy to handle, so it is necessary to make them easy to handle. It has been proposed to have a mechanism for rotating and tilting the pot.

In particular, in order to efficiently process the stored raw materials, it is considered that the inner pot is rotated and the processing conditions are made uniform by stirring or reversing the inner pot, but in the past, a heater such as a burner was attached to the bottom of the rotary pot. In order to prevent heat changes between the outer heating casing and the inner pot, the plate is made thicker to increase its strength, and since it is tilted together with the heater, most of the weight is transferred, making the material more durable. However, there are drawbacks such as the need to increase the strength of the support frame and the possibility of malfunctions.Furthermore, it is a type that cannot utilize the steam generated in food processing plants, so it is not possible to use a burner or other firearms with a burner. Its use was problematic in terms of energy saving measures and was also uneconomical.

The present invention attempts to accurately eliminate these conventional drawbacks, and is a type that uses steam, which also contributes to reducing material costs.
It is an object of the present invention to provide a rotary pot that is safe and easy to handle by preventing thermal deformation of the outer casing.

The present invention has a heating pot mounted on a pedestal 12 so that the frame can be tipped over, an inner shell 1 and an outer shell 2, and a jacket part between the inner and outer shells, and this jacket part is covered with a jacket lid 6. A steam inlet part 18 and a steam drain discharge part 17 are provided in communication with the jacket part, and a flange part 7 is formed on the inner and outer periphery of the jacket lid body 6, and this flange part 7 is connected to a rolling wheel. The double hook was supported between 9 and 10, and the double hook was further provided with a rotary drive ring 3, and the drive ring 3 was connected to a drive device 4 via a sprocket 5, so that the double hook was rotatably connected to the drive device 4. This food manufacturing pot is characterized by:

In the illustrated example, a jacket outer shell 2 is provided concentrically with a gap around the outer periphery of the lower half of the jacket inner shell 1 to form a double boiler having a jacket part, and a steam inlet is provided at the center of the outer shell 2. and a drain discharge section is opened to supply steam to the jacket section or to discharge drain generated in the jacket section.

Further, a drive ring 3 is attached to a drive device 4 at the bottom of the outer shell 2.
The sprocket 5 is freely connected and disposed in a rotatable configuration, and in this case, a flange portion 7 protruding outward from the outer body 2 is formed on the jacket lid body 6 that seals the jacket portion at the top. However, since the flange portion 7 is fitted between wheels provided on the frame 8 so that the hook is supported by the frame 8, only the hook rotates.

That is, the flange portion 7 is sandwiched between an upper roller 9 and a lower roller 10 provided at several locations on the inner wall of a cylindrical guide frame 8' having an inner diameter slightly larger than the outer circumference of the flange portion 7, which constitutes a part of the frame 8. At the same time, side rollers 11 provided at several locations on the inner wall of the frame 8' are designed to roll in contact with the end of the flange portion 7, so that the hook can be rotated smoothly.

As mentioned above, the frame 8 supporting the double pot is constructed by integrating the shaft 13 horizontally hung on the pedestal 12 with a part of the shaft 13 by welding or other suitable fixing means, that is, the frame 8 is attached to the pedestal with the shaft 13 as the rotation axis. This shaft 13 is supported by a pedestal 12 so as to be rotatable with respect to the pedestal 12.The shaft 13 is equipped with a worm wheel 14 at one end as a mechanism for tipping the pot, and a handle 15 for tipping that is attached to the pedestal 12. By engaging and rotating the worm 16 provided at one end, the frame 8 is rotated about the shaft 13 as the rotation axis.

In other words, the pot together with the frame 8 will overturn with the shaft 13 as the central axis.

This overturning mechanism is also equipped with a ratchet or other anti-reverse mechanism to maintain stability in the normal position and overturning position, but in the normal operating position, the frame 8 is
In addition, it is better to stabilize the pot by placing it on a support 12' that is a part of the frame 12, but this support 12' should be designed so that it does not interfere with the rotation and overturning of the pot, especially when it falls over. It is also convenient to have a detachable device that can be detached during operation.

The drive device 4 including the sprocket 5 is removably mounted on the frame 8 and can be removed to reduce the weight when the pot is toppled over.
The upper part may be connected to the drive ring 3 via an appropriate transmission means.

The openings provided in the outer shell 2 as a steam supply section and a drain discharge section are connected to the openings to form a drain discharge pipe 17, and the drain discharge pipe 17 has a steam supply pipe 18 concentrically connected therein. This steam supply pipe 1
The tip of the tube 8 is provided with a number of holes 18' protruding into the jacket so that the steam can be uniformly blown out in all directions.

In this case, the drain discharge pipe 17 and the steam supply pipe 18 may be connected so that they rotate at the same time as the pot, or may be configured so that only the pot rotates.

The steam supply pipe 18 is configured to be flexible and connected to a steam supply source so that there is no problem when the pot is overturned.
The steam supply pipe 18 may be freely inserted and removed, or may be separated using a joint and turned over.

It goes without saying that the inner shell 1 can be equipped with a stirring mechanism and/or a lid that can be opened and closed for stirring, mixing, or steaming raw materials, and the steam generated in the inner shell 1 can be used as a heating source. It is also effective to connect the steam supply pipe 18 as part of the steam supply pipe 18.

In the figure, 19 is a pillow, and 20 is a cover for the overturning mechanism.

The raw materials are put into the inner shell 1, the lid is closed, and the steam is steamed. Steam, which serves as a heat source for steaming, is ejected from the steam supply pipe 18 to the jacket section, and the steam is steamed while rotating the pot. A flow is generated and the steaming work progresses uniformly and well, and after the completion of steaming, the overturning handle 15 is operated to overturn the pot and the steamed raw material can be easily and safely taken out.

With this invention, steam is supplied between the inner and outer shells of the double pot for steaming, which saves energy and improves durability.In addition, by rotating the pot, uniform pre-cooking can be effectively obtained, and it can also be rotated horizontally. Since the double kettle can be overturned along with the mechanism and drive device, it is easy to operate and has little trouble, and there is no stirring, mixing or steaming of the raw materials in the kettle, and the contents in the kettle are Since the pot can be taken out and tipped over while rotating, it can be easily handled, and since the components can be made lighter, the food manufacturing pot can be easily tipped over.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, with FIG. 1 being a longitudinal sectional view and FIG.
The figure is a front view, FIG. 3 is a plan view thereof, FIG. 4 is a side view, FIG. 5 is a front view of the overturning mechanism, and FIG. 6 is a side view thereof. 1...Inner shell, 2...Outer shell, 3...
... Drive ring, 4... Drive device, 5...
... Sprocket, 6 ... Jacket lid body, 7
...Flange part, 8...Frame, 9
．． 10.11... Roller, 12... Frame, 13... Shaft, 14... Worm wheel, 15... Handle for overturning, 16
... Worm, 17 ... Drain discharge pipe, 18 ... Steam supply pipe.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. A heating pot mounted on a frame 12 so as to be able to fall over, has a jacket part between the inner and outer shells, and a jacket lid body is attached to the jacket part. The steam inlet part 1 is connected to the jacket part and is connected to the jacket part.
8 and a steam drain discharge part 17, a flange part 7 is formed on the outer periphery of the jacket lid 6, this flange part 7 is supported between rollers 9 and 10, and the double boiler is rotatably driven. A food manufacturing pot characterized by comprising a ring 3, the drive ring 3 being connected to a drive device 4 via a sprocket 5, and a double pot rotatably connected to the drive device 4. 2. The double pot is swingably supported on a pivot and is overturned, and the worm 16 and the worm wheel 14
A hood manufacturing pot according to claim 1, which is equipped with an overturning mechanism consisting of a transmission member. 3. The double pot is equipped with a drive ring 3 at the bottom of its outer body, and the drive device 4 is connected via the drive ring 3.
The hood manufacturing pot according to claim 1 or 2, which is detachably connected to the sprocket 5 of the utility model.