JPH0428510Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention relates to a grilling device for grilling fish, meat, etc.

(Prior art and its problems) Conventionally, when grilling fish outdoors, methods such as placing a skewer over a heat source or placing a skewer on the side of the heat source have been adopted, but each skewer is There are many disadvantages such as the need to turn the fish, the risk of burning the fish due to the delay in turning the fish, and the inconvenience of changing the distance from the heat source. Also, when grilling with skewers upright, you have to adjust the distance from the heat source one by one, which is not only troublesome, but depending on the direction of the wind, there is a risk that only the leeward side will overheat and burn.

(Means for solving the problem) This project was researched to solve this inconvenience, and involves grilling a large number of fish on skewers while rotating them using a handle, and then turning the fish by hand. This makes grilling fish easier and allows the fish to be grilled evenly throughout.

The present invention will be described in detail with reference to the illustrated embodiment. It consists of an enclosure container 1 and a skewer rotation mechanism 2, and a lid body 4 provided with a heat radiation port 3 is hinged to the upper part of the enclosure container 1 so that it can be opened and closed. The opening/closing degree of the heat radiation port 3 can be adjusted freely by the lid 5, and pull-out oil pans 6, 6 are provided at both sides of the lower part of the enclosure 1, and a heat receiving port 7 is provided in the center. is covered with a flame suppression net 8. The oil receiver 6 may be of a pull-out type, or may be made to simply flow down an inclined plate (not shown) to be exposed to the outside, or other methods may be used. Further, if a heat source (not shown) or the like may be contaminated, an oil receiver is not necessary, and the lower part of the enclosure may be opened to serve as the heat receiving port 7.

9 in the figure is a monitoring window made of heat-resistant glass or the like.

The skewer rotating mechanism 2 consists of a skewer receiving mechanism section 10 and an operating mechanism section 11, and the skewer receiving mechanism section 10 is connected to the enclosure container 1.
Support plates 12, 1 are installed vertically on both sides of the lower part of the
3 and the insertion holes 14, 14..., which are bored at predetermined intervals in the corresponding positions of the support plates 12, 13, the insertion holes 15, 15... on the receiving side, and the insertion holes 14, 14..., 1.
5, 15..., and gears 17, 17 provided between the skewers 16, and gears 17, 17..., which engage with the gears 17, 17... It consists of a provided operating frame 19 and a handle 20 for moving the operating frame 19 back and forth. The upper edges of the engaging holes 18, 18... in the operation frame 19 are bent outward to form a bent part 21, and the gears 17, 17... are used when inserting the skewer 16 into the insertion holes 14, 14..., 15, 15... The upper edge of the operating frame 19 is prevented from colliding with the upper edge of the operating frame 19. Receiving side insertion hole 15
may be a through hole, or may be a saucer shape to receive the lower end of the skewer.

22 is a guide fixed to the lower support plate 13, receives the lower edge of the operation frame 19, and is connected to the engagement hole 18,
18... and the operation frame 19 more securely. 23 is a sliding auxiliary plate fixed to the lower edge of the engaging holes 18, 18, . . . to promote smooth movement of the operating frame 19.

Reference numeral 24 denotes an adjusting female screw fixed to the operating frame 19, which is screwed into the adjusting male adjusting screw 25 of the handle 20, and moves forward and backward as the handle 20 rotates, thereby moving the operating frame 19 back and forth.

In the figure, reference numerals 26 and 26 are mesh receivers on which a mesh (not shown) is placed to grill vegetables, meat, etc. 27, 27... are auxiliary insertion holes for grilling without rotating the skewer 16;
8 is a leg.

(Function) The present invention is realized as described above, and in order to use it, first place the griller on top of a gas stove or the like and place a heat source (not shown) in correspondence with the heat receiving port 7. A skewer 16 with fish on it is vertically inserted into the insertion hole 15 corresponding to the insertion hole 14 of 13, and the gas stove is ignited. Observe the degree of grilling of the fish through the monitoring window 9, calculate it, and use the handle 20.
By rotating the adjustment screw 24 to the left or right, the adjustment female screw 24 moves back and forth, and the operation frame 19 moves back and forth accordingly.
17... rotates the skewer 16 by a required angle to direct the uncooked portion toward the heat source.

In addition to fish, it can also be used to grill meat etc. on skewers. When baking without rotating the skewer 16, insert it into the auxiliary insertion holes 27, 27 and bake. When using a net (not shown) without using a skewer, use the net catcher 2.
Place it on 6,26. Note that an electric heating device or the like may be incorporated as a heat source.

(Effects) As described above, the present invention is to rotate the skewers 16 inserted into the insertion holes of the upper and lower support plates at the same time by a required angle by adjusting the back and forth movement of the operating frame 19 using the handle, so that the unbaked portions are directed toward the heat source. Since the fish can be turned, the doneness can be quickly adjusted without having to turn the fish by hand. Also, since the heat is contained within the enclosure, the whole dish can be baked quickly.

Furthermore, the gear is directly fixed in the middle of the skewer, and the skewer can be freely removed from the insertion hole, making cleaning easy, and even if the skewered fish is erected, it will not fall below the gear 17. Since it does not rotate smoothly, it can always rotate smoothly.

[Brief explanation of the drawing]

Figure 1 is a cross-sectional side view of the Hondan ware.
The figure is a plan explanatory view of the skewer rotating mechanism, and FIG. 3 is a partial explanatory view of the skewer receiving mechanism. DESCRIPTION OF SYMBOLS 1...Enclosed container, 2...Skewer rotation mechanism, 3...Radiation port, 4...Lid, 5...Adjustment lid, 6...Oil receiver, 7...Heat receiving port, 10...Skewer receiving mechanism Part 1
1... Operating mechanism section, 12, 13... Support plate, 1
4, 15...Insertion hole, 16...Skewer, 17...Gear, 18...Matching hole, 19...Operation frame, 20...
handle.

Claims (1)

[Scope of utility model registration request] The skewer rotating mechanism consists of an enclosure and a skewer rotating mechanism. A lid is placed on the upper part of the enclosure so that it can be opened and closed freely, and a heat receiving port is provided at the lower part of the enclosure. The skewer rotating mechanism is composed of a skewer receiving mechanism and an operating mechanism. The skewer receiving mechanism consists of supporting plates that are installed on both sides of the enclosure and are spaced apart from each other vertically, insertion holes that are drilled at predetermined intervals at corresponding positions in the upper and lower support plates, and rotation through the insertion holes. It consists of a skewer that can be inserted and removed freely, and a gear installed in the middle of this skewer. vessel.