JPH0724230U - Squid roaster - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a squid roaster with high baking efficiency, which reliably carries out squid to be carried in with an appropriate degree of baking. [Structure] A large number of grilling plates 21 are arranged side by side and adjacent to each other across a pair of front and rear endless filaments 11 to form a conveyor mechanism 1, and the conveyor mechanism 1 is vertically adjacent to each other. The upper and lower conveyor mechanisms 1, 1 are installed and rotated in opposite directions.
A feed space 4 for transporting the squid 100 while pressing the squid 100 is formed, and burner means 3, 3 are arranged in the upper and lower spaces 2 and 3 of the conveyor mechanism to face the feed space 4.
In a squid roaster that heats the transfer surface portion of, each of the grilled plates 21 is composed of a cast plate portion 21a and a metal flat plate 21b which is replaceably attached to the cast plate portion 21a and whose surface is treated with a fluorine resin. Constitute.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a squid roaster.

[0002]

[Prior art]

 There are various kinds of so-called baked squid that are manufactured, but generally, the squid is decapsulated or opened, then boiled and peeled with a peeling device, drained roughly and then seasoned, Baked on a roaster. After the baked squid is cooled with cold air, it is rolled by a pair of upper and lower rolling rollers and extended, and then undergoes processes such as selection, sterilization and packaging, and is stored as a product. Conventionally, in the roaster used in the above manufacturing process, a large number of casting slabs are installed side by side across a pair of front and rear chains to form a conveyor mechanism, and the conveyor mechanism is vertically arranged in close proximity. Installed as a feeding space for transporting squid while pressing between the two conveyor mechanisms, burner means are provided in the upper and lower conveyor mechanism inner spaces, and the burner means heats the conveyor mechanism facing the feeding space. Then, the seasoned squid is baked with pressure from the upper and lower cast iron baking plates, and then carried out.

[0003]

[Problems to be solved by the device]

 By the way, when the seasoned squid is baked on a cast grill plate, a so-called iron plate, charring is inevitably generated. It causes major problems in quality, such as circling and overburning, and squid that is being carried in one after another obstructing it, making it impossible to achieve a satisfactory baking condition. In particular, when a baking colorant such as xylose or glucose, which causes a high degree of charring, is added during seasoning, charring becomes more noticeable and the yield is significantly reduced, while increasing the number of workers and strengthening monitoring. Must be dealt with, which leads to soaring labor costs.

The present invention has been made in view of the above-mentioned conventional circumstances, and its object is to provide a squid roaster with a high baking efficiency that surely carries out the squid to be carried in with an appropriate baking condition. To provide.

[0005]

[Means for Solving the Problems]

 The technical measures taken to achieve the above-mentioned object are to form a conveyor mechanism by arranging a large number of fired plates in parallel and adjacently across a pair of front and rear endless filaments, and to raise and lower the conveyor mechanism. And feed them by rotating them in opposite directions to form a feed space for transporting squid while pressing it between the upper and lower conveyor mechanisms, and by installing burner means between the upper and lower conveyor mechanisms. In a squid roaster that heats the conveying surface part of the conveyor mechanism facing the space, each baked plate is a cast plate part, and a metal flat plate that is replaceably attached to the cast plate part and the surface is processed with fluorine resin. The point is that it is composed of and.

[0006]

[Action]

 According to the above technical means, the coating film (fluorine resin coating film) on the surface of each baking plate forming the upper and lower compression heating surfaces of the squid prevents the squid from burning. In addition, the coating film (fluorine resin coating film) is replaced with a coating film (fluorine resin coating film) of a predetermined thickness when desired, such as when the desired anti-sticking function is lost.

[0007]

[Effect of device]

 Since the present invention is configured as described above, the squid that has been brought in can be pressed out from above and below without burning, and the squid can be delivered in a suitable condition without failing to burn. Can provide squid roaster. Moreover, when the fluorine resin coating film becomes thin or scratches over time and the desired anti-sticking effect cannot be achieved, a predetermined thickness of the fluorine resin coating film can be achieved. It is very effective in permanently preventing scorching of squid, and because it does not replace the entire baking sheet, it can be handled at low cost.

[0008]

【Example】

 Next, an embodiment of the present invention will be described with reference to the drawings. 1 and 2 show the roaster of the squid of this embodiment.

As shown in the drawing, the roaster A of the present embodiment has a pair of conveyor mechanisms 1, 1 installed close to each other in a vertical relationship, and the conveyor mechanism internal spaces 2, 2 of the conveyor mechanisms 1, 1. And the burner means 3 and 3 arranged in the above, and the squid 100 faces the feeding space 4 while pressing the squid 100 in the feeding space 4 between the two conveyor mechanisms 1 and 1 rotating in opposite directions. The basic mode is to heat and carry out at the carrying surface part.

The conveyor mechanism 1 is formed by arranging a large number of grilling plates 21 in parallel and adjacently over a pair of front and rear endless wire rods (chains in this embodiment) 11 and burner means. 3 has a function of baking the seasoned squid 100 in the feed space 4 by the grilling plate 21 heated in 3 and carrying it out to a cooling process which is a downstream process.

The calcined plate 21 ... Is attached to the cast plate part 21a ... In a replaceable manner by a cast plate part 21a having an elongated rectangular shape having a length that extends over a pair of front and rear endless filaments 11, 11. It is composed of a flat metal plate 21b having the same plane shape whose surface is treated with fluorine resin.

In the present embodiment, the metal flat plates 21b ... Are made of stainless steel, and one side thereof is processed with a fluorine resin to form a coating film 21b '.. With the part as the surface, they are laminated and detachably attached to each of the casting plate parts 21a.

Means for detachably attaching the metal flat plates 21b ... adopts an arbitrary structure such as screwing or bolting. As an example, a nut member (not shown) is fixed to the back side of the metal flat plate 21b by pasting or an insert, and a bolt (not shown) penetrating from the back side of the casting plate portion 21a is attached to the nut member (not shown). It is possible to propose that the metal flat plate 21b is attached to the casting plate portion 21a by being screwed into a screw hole (not shown) of.

Next, the operation of the roaster A of the squid of this embodiment will be briefly described. The seasoned squid 100 carried into the feed space 4 of the upper and lower conveyor mechanisms 1 and 1 is conveyed downstream while being pressed by the conveyance surface rotating in the opposite direction, that is, the grill plate 21 group facing the feed space 4. . Since each grill 21 facing the feeding space 4 is heated by the burner means 3 and 3, the heat is quickly transmitted to the squid 100 through the casting plate 21a and the metal flat plate 21b, and passes through the feeding space 4. At this point, bring it out in an appropriate baking condition. During baking, the squid 100 contacts both the upper and lower surfaces of the coating film 21b ', which is made of a fluorine resin, so that it does not burn even though it is pressed. If the anti-sticking function deteriorates due to permanent use, a new metal flat plate 21b is formed by removing the metal flat plate 21b from the target casting plate 21a and forming a coating film 21b 'of a predetermined thickness. Just replace it.

Incidentally, the reason why the casting plate portion 21a is not directly subjected to the fluorocarbon resin processing is that when a coating film (a coating film of the fluorine resin) is formed on the surface of the casting plate portion 21a, the flatness of the casting is poor. This is because the flatness of the coating film 21b '(fluorine resin coating film) is also deteriorated due to the influence of the plate portion 21a, and the pressing force varies to cause a slight discrepancy in the baking condition. Further, the present invention includes a metal flat plate 21b to be processed with a fluorine resin, which is not made of stainless steel. The heat of the casting plate portion 21a can be transferred, the amount of heat of the burner means 3, the transport time of the feed space 4 and the like can be taken into consideration, and a predetermined baking condition can be obtained when the feed space 4 is passed. A material having a desired thermal conductivity is appropriately selected and used.

[Brief description of drawings]

FIG. 1 schematically shows a roaster of a squid of the present embodiment in a perspective view, and shows an upper conveyor mechanism by a chain double-dashed line.

FIG. 2 is an enlarged cross-sectional view of a main part.

[Explanation of symbols]

A: Roaster 1: Conveyor mechanism 11: Endless wire 100: Squid 3: Burner means 4: Feeding space 21: Burning plate 21a: Cast plate 21b: Metal flat plate 21b ': Coating film (fluorine resin coating film) 2 : Space inside the conveyor mechanism

Claims (1)

[Scope of utility model registration request] 1. A conveyor mechanism is formed by arranging a large number of grilled plates in a side-by-side manner and side-by-side across a pair of front and rear endless filaments.
Further, the conveyor mechanism is arranged vertically adjacent to each other and rotated in opposite directions to form a feed space for conveying squid while pressing the squid between the upper and lower conveyor mechanisms, and burner means is provided in the upper and lower conveyor mechanism internal spaces. In a squid roaster that heats the conveying surface part of the conveyor mechanism that is arranged and faces the feed space, each baked plate is attached to the cast plate part, and the cast plate part is replaceably attached and the surface is treated with fluorine resin. A squid roaster characterized by being composed of a metal flat plate.