JPS6115773Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an electric rotary cooker for slicing, grating, grinding, etc. solid food materials.

Generally, this kind of cooking device stores processed materials in a container provided in the cooking device main body. Therefore, only a limited amount of material can be obtained, and especially in the case of sliced material, the volume increases and only a small amount can be obtained. It required work.

In the present invention, when obtaining such sliced ingredients, a further container is stacked on top of a specified container, cutting teeth for slicing are provided in the upper container, and an ingredient discharge port is provided on the side wall of the upper container so that the sliced ingredients can be continuously discharged in sequence, eliminating the troublesome work of removing the ingredients each time they are filled as in the conventional case, and providing a safe and easy-to-use cooker in which the cutting operation will not start unless the upper container is placed in the specified position.

An embodiment of the present invention will be described below with reference to the drawings. Reference numeral 1 denotes a cooking device body, an electric motor 3 is disposed on one side of a base 2, and a rotary drive shaft is connected to the electric motor via a power transmission mechanism 4. 5 is formed protrudingly on the base 2. Reference numeral 6 denotes a switch body provided in the base 2 to control the energization of the electric motor 3, and this switch body is activated when a container (to be described later) is placed in a predetermined position and a lid is covered in a predetermined position. It is something that can be given. That is, even if the operation buttons 7, 7, etc. arranged on one side of the base 2 are pressed,
The electric motor 3 cannot be rotated unless the switch body 6 is operated.

Reference numeral 8 denotes a container which is detachably disposed on the base 2 and temporarily stores processed materials, and an engaging portion 9 formed at the lower end of the periphery of the container is attached to the base 2.
It is configured to be removably engaged with a locking piece 10 formed in a. The container 8 has a cylindrical portion 12 formed on its bottom wall 11 through which the rotary drive shaft 5 is formed, and appropriate cutting teeth (not shown) are attached to the rotary drive shaft 5 which is penetrated therethrough. Further, a handle body 14 is integrally formed at a proper position on the side wall 13 of the container.

Reference numeral 15 denotes an operating rod that is formed to hang down along the side wall 13 of the container 8, and when the container 8 is engaged and locked in a predetermined position on the base 2, the operating rod is connected to the switch body 6 below the axis of the container 8. is located, and when the switch body 6 is pressed down against the repulsive force of the coil spring piece 16 wound around the operating rod, the switch body 6 is pressed and operated, and conversely, the operating rod 15 returns to its original position due to the repulsive force. In this state, the switch body 6 is released from the pressing force and does not operate.

Reference numeral 17 denotes a lid that covers the top opening of the container 8, and a material input port 18 is formed at a suitable location on the top surface, and a material push rod 19 is provided in the material input port so as to be freely insertable and removable. The container 8 is placed at a suitable location on the periphery of the lid.
Claw pieces 20, 2 formed to protrude outward on the upper opening edge of the
The structure is such that claw receivers 21, 21 are formed to be engaged with the container 8 and the lid 17, thereby ensuring that the container 8 and the lid 17 are engaged with each other. A cam body 22 is integrally formed on the pawl receiving portion 21, and an inclined surface 23 formed on the cam body is connected to the lid body 17.
When the lever is locked in a predetermined position, it slides on the upper end 24 of the operating rod 15, and at the final locking position, the operating rod 15
is pressed down by a predetermined amount.

In this state, the material input port 18 provided in the lid body 17
By inputting more material and pressing the operation button 7, the cutting teeth are rotated to crush or cut the input material (see Fig. 4). Of course, if the container 8 or the lid body 17 is not placed in a predetermined position, the switch body 6 is not activated and the cutting teeth do not rotate even if the operation button 7 is pressed.

Reference numeral 25 denotes an upper container which is superimposed on and connected to the container 8, which has an open upper and lower surface, and a discharge port 27 that communicates the inside and outside at a suitable place on the side wall 26, and an opening edge of the lower surface of the upper container. A claw receiver 2 that engages with claw pieces 20, 20 formed protruding from the upper opening edge of 8.
1' and 21', and claw pieces 20' and 20' that engage with the claw receiving portion 21 of the lid body 17 are formed protruding from the upper opening edge.

Reference numeral 28 denotes a pusher rod that is formed to hang down along the side wall 26 of the upper container 25, and when the upper container is superimposed and connected to a predetermined position of the container 8, the upper end portion 24 of the actuating rod 15 is located below its axis. It is located in
A cam body 22' is provided at the lower end of the pusher rod, and the pusher rod 28 is always biased upward by a coiled bar piece 16'.

The rotational drive shaft 5 is disposed inside the upper container 25.
a disk member 29 that is removably connected to the disk and rotates along the lower edge of the discharge port 27; and a cutting tooth 30 that is rotatably supported coaxially with the disk member and rotates along the upper opening edge of the upper container. and are arranged. Then, in order to cover the upper surface opening of the upper container 25 with the lid 17, a claw receiving portion 21 provided on the lid is inserted into the claw piece 2.
0', 20', the cam body 22 provided on the lid body 17 slides and presses the upper end 24' of the pusher rod 28 to press the pusher rod 28 by a predetermined amount. This lowers the operating rod 15 and puts the switch body 6 into the operating state.

In such a configuration, when material is inputted through the material input port 18 provided in the lid 17, the material is cut by the cutting teeth 30 and the rotating disc member 29 located below.
fall on top. The fallen materials are sequentially discharged from the discharge port 27 by rotational centrifugal force. Of course, unless the container 8, the upper container 25, and the lid 17 are placed in the predetermined positions, the switch 6 will not operate and the electric motor 3 will not be driven.

Since the present invention is as described above, the cut material is sequentially discharged without filling the upper container, and a large amount of processed material is continuously obtained. Conventional cooking is also possible if covered. If none of these members are placed in a predetermined position, the electric motor will not be driven, resulting in an extremely safe cooker.

[Brief explanation of the drawing]

Figure 1 is a partially cutaway front view of the proposed cooking device;
Figure 2 is a side view, and Figure 3 is the Y-
The Y' sectional view, FIG. 4, is a view corresponding to FIG. 3 with the upper container removed. 2... Base, 5... Rotation drive shaft, 6... Switch body, 8... Container, 15... Operating rod, 17... Lid body, 25... Upper container, 27... Outlet, 28... …
Pressing rod, 29...disc member, 30...cutting tooth.

Claims (1)

[Scope of utility model registration request] A switch body for controlling energization of the electric motor is provided on a base having a protruding rotary drive shaft formed by an electric motor, and the rotary drive shaft passes through the container and the upper surface thereof is opened. cutting teeth that are removably supported on the rotary drive shaft are attached to the rotary drive shaft, and an operating rod that is formed hanging down on one side of the container is pressed by a lid body that has a material input port that covers the top opening of the container. In the cooking device, the switch body is actuated by applying a force, and the rotary drive unit is provided in an upper container which is superimposed on the container, has a discharge port formed in a side wall, and covers the top opening with the lid body. A disk member connected to the shaft and rotating along the lower edge of the discharge port, and a cutting tooth that is rotatably supported coaxially with the disk member and rotates on the lower surface of the lid body, provided on one side of the upper container. A cooking appliance characterized in that a push rod is provided which cooperates with the operating rod, and the push rod is urged to be pressed by the lid that closes the upper opening of the upper container.