KR20180003632U - Rotatiing cooker - Google Patents

Abstract

The present invention relates to a rotary type cooker, and more particularly to a rotary type cooker including a double heat insulating protection assembly, an angular rotary structure device and an inner pot rotary roasting device. Said double insulation protective assembly comprising a tempered glass lid and an insulating transparent lid; The angular rotating structure is connected to the rotating shaft, the rotating shaft fixing block and the rotating shaft positioning buckle, and the main body is rotatable on both horizontal sides by 35 to 45 degrees; The inner pot rotary roasting apparatus is a device for roasting an inner pot by rotating a motor.
The rotary cooker is simple in structure and safe to use, and thus is suitable for mass supply in the field of cookware production.

Description

{ROTATING COOKER}

The present invention relates to the field of electric cooking apparatus technology, and more particularly, to a rotary type cooker.

[0002] Recently, various automatic roasting cookers to be used usually mix a food by placing the pot horizontally, rotating along a vertical axis, and relative horizontal rotation of the pot. Such a horizontal rotary pot is used to cook food (for example, chicken) Or when the food is cooked, the food may not be baked unless the food is turned upside down, or the foodstuffs do not mix well with the foodstuffs.

The object of the present invention is to provide a frying machine capable of evenly cooking or baking to ensure the perfection of the cooking at the time of cooking, It is to supplement the problems existing in cooker.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described herein, there is provided a dual thermal insulation protection assembly, an angular rotary structure, and an inner pot rotary roaster, wherein the double insulation protection assembly includes a tempered glass cover and a heat insulating transparent cover; The angularly rotating structure device is a device that connects the main body and the base using a rotating shaft, a rotating shaft fixing block and a rotating shaft positioning buckle, and is capable of rotating both sides of the main body by 35 ° to 45 °; Wherein the inner pot rotary roasting apparatus is a device for roasting an inner pot by rotating the inner pot with a motor.

Here, the double heat insulating protection assembly includes a boiling glass cover and a heat insulating transparent cover, wherein the boiling glass cover and the heat insulating transparent cover are fixed to the body by screws, and the heat insulating transparent cover is fixed to the outside of the boiling glass cover, It isolates and protects the user from direct contact with the heat source when used.

Here, the above-described angular rotation mechanism uses a rotating shaft, a rotating shaft fixing block and a rotating shaft positioning buckle to connect the main body and the base, and the main body is capable of rotating both sides horizontally by 35 ° to 45 °. And the rotating shaft is fixed to the base via the rotating shaft fixing block semicircular hole and the rotating shaft positioning buckle passes through the rotating shaft while the main body is rotated to the horizontal 35 ° to 45 ° position When the button-type locking buckle is fixed to the positioning buckle at 35˚ to 45˚ under the action of the spring, the main body is fixed to the horizontal 35˚ ~ 45˚ position. Press the button lock buckle to rotate the body horizontally or to the other side of 35˚ ~ 45˚.

Here, the inner pot rotary roasting apparatus is a device for roasting an inner pot by rotating a motor. The motor is fixed to the base through a screw, the inner pot is equipped with a stopping plate for roasting inside, gears are mounted on the bottom, the inner pot is installed on the rotary block gear, and the rotary block is assembled to the motor; The motor is operated to induce the rotating block to rotate so that the inner pot is rotated under the joint of the self-gear and the rotating block gear.

If you need to use a rotary cooker, place the unit horizontally in a steady state. Rotate first to open the thermal insulation cover, put the proper amount of food into the inner pot, and then cover the insulation transparent cover. When the rotary cooker is turned on, the heating element is activated and heated. (The insulating transparent cover isolates the user from the heating element, preventing the user from touching the heat source directly when the user uses it). At this time, press the button lock button to rotate the main body to the horizontal 35 ° ~ 45 ° position (both horizontal and vertical can be rotated). The inner pot automatically rotates at a position of 35 ° ~ 45 ° horizontally under the induction of the motor. The food is moved to the top of the rotation by the role of the inner pot blocking plate and then falls automatically to the lowest position by gravity. Evenly baked and roasted.

The technical solution according to the present invention for the prior art has the following technical effect.

(1) The rotary cooker is isolated by a thermal insulation transparent cover to prevent the direct contact of the heat source when the user uses it, so that the contact temperature is relatively low, achieving for the purpose of user safety use.

(2) The rotary cooker can be used easily and conveniently, and it can be baked and roasted evenly, which complements the shortcomings of the cooking pot using conventional cooking methods.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exemplary view of a double heat insulating protection assembly of a rotary cooker according to Embodiment 1 of the present invention; FIG.
2 is an exemplary view of an angularly rotating structure device of a rotary type cooker according to Embodiment 1 of the present invention.
3 is an illustration of an inner pot rotary frying apparatus of a rotary type cooker according to Embodiment 1 of the present invention.
FIG. 4 is an exemplary view showing the use of rotary stir-frying in the rotary type cooker according to Embodiment 1 of the present invention. FIG.

Hereinafter, the present invention will be described in more detail with reference to specific embodiments. The embodiments are not limited to the present invention in any form.

Example 1

Figure 1 is an illustration of a dual thermal insulation protection assembly of a rotary cooker.

Here, by fixing the tempering glass lid 2 and the heat insulating transparent lid 1 to the body with the screws 15 and fixing the heat insulating transparent lid 1 to the outside of the boiler lid 2 to isolate the user and the heat source, When used, it protects against damage by direct contact with the heat source.

2 is an exemplary view of an angularly rotating structure device of a rotary type cooker.

Herein, the base rotary shaft sheet 9 is fixed to the base with screws 15, the body rotary shaft block 8 is fixed to the main base 11, and the rotary shaft positioning sheet 6 is fixed to the main base (11) on both sides. The rotary shaft 7 connects the body base 11 and the base 12 via the rotary shaft positioning sheet 6 and the body rotary shaft block 8 and the base rotary shaft seat 9 so that the body base 11 is connected to the base 12 And the rotary shaft positioning buckle 5 is fixed through the rotary shaft 7 so that the body rotates horizontally. The button-type locking buckle 13 is assembled behind the button-type panel 4, in which the spring 14 is installed in the lower cross rib of the button-type locking buckle 13 and is fixed to the button 3 with the screw 15. The button-type panel (4) assembly is placed over the notch position on the front surface of the base (12). Button to control the rotational position of the body horizontal angle. The button 3 is depressed to guide the button-type locking buckle 13 to disengage the rotary shaft positioning buckle 5, and at this time, the body is rotated horizontally or horizontally by 35 to 45 degrees.

3 is an illustration of an inner pot rotating roasting apparatus of a rotary type cooker.

Here, the inner pot gear 17 is fixed to the inner pot 17 with the screws 15, and the pot-lined silica gel 18 is compressed to seal the gear. The rotating block 20 is first fixed to the rotating block fixing sheet 21 via a circular hole of the base inner cover 19 and through a screw. First, the rotary shaft of the motor 22 is inserted into the semicircular hole of the rotary block 20, and then the motor 22 is fixed to the lower portion of the base inner lid 19 through the screw 15 again. The inner circumferential plane of the rotary block 20 supports the inner pot 16 evenly so as to prevent the inner pot 16 from falling down by gravity after the inner pot 16 is placed corresponding to the gear of the rotary block 20. When the motor 22 starts to operate, the rotation axis of the motor 22 induces the rotation block 20, the rotation block 20 induces the rotation of the inner pot 16, and the inner pot 16 functions as a blocking plate To the top of the rotation and then back to the lowest position automatically by the gravitational role, so that the food is evenly roasted and roasted repeatedly.

Fig. 4 is an exemplary view showing the use of rotary stir-frying of a rotary cooker.

The protruding block of the rotary shaft positioning buckle 5 is fastened in the concave groove of the button-type locking buckle 13 by the role of the spring 14 when the body 23 is rotated from 35 to 45 degrees horizontally, Buckle (5) Fix the main body (23) to the horizontal 35˚ ~ 45˚ position by fixing the rotational shaft (7) to the horizontal 35˚ ~ 45˚ position by the semicircular hole position deviation. When the main body 23 is rotated again, the button 3 is depressed to guide the button-type locking buckle 13 to disengage the rotating shaft positioning buckle 5, and at this time, the main body 23 is rotated horizontally or horizontally to 35 to 45 degrees .

1: Insulated transparent cover 2: Breathable glass cover
3: Button 4: Button panel
5: Positioning the rotating shaft Positioning buckle 6: Positioning the rotating shaft
7: rotating shaft 8: body rotating shaft block
9: base rotating shaft seat 10: base panel
11: main body base 12: base
13: Button-type lock buckle 14: Spring
15: screw 16: inner pot
17: inner pot gear 18: inner pot silica gel
19: base inner cover 20: rotating block
21: rotating block fixing sheet 22: motor
23:

Claims (4)

Double insulation protection assemblies, angular revolving structure devices and inner pot rotary roasting devices,
Said double insulation protective assembly comprising a tempered glass lid and an insulating transparent lid;
The angular rotation mechanism uses a rotary shaft, a rotary shaft fixing block and a rotary shaft positioning buckle to connect the main body and the base, and the main body is a device capable of rotating both sides horizontally by 35 to 45 degrees;
Wherein the inner pot rotary roasting apparatus is a device for roasting the inner pot by rotating the inner pot with a motor. The method according to claim 1,
Wherein the double insulation protection assembly comprises a boiling glass cover and an insulating transparent sheath,
The boiling glass cover and the heat insulating transparent lid are fixed to the body with screws and the heat insulating transparent lid is fixed outside the boiling glass lid to isolate the user and the heat source so as to protect the heat source from direct contact with the user, A rotary cooker. The method according to claim 1,
The angularly rotating structure device is a device that connects a main body and a base using a rotating shaft, a rotating shaft fixing block, and a rotating shaft positioning buckle, and the main body is capable of rotating both sides horizontally by 35 ° to 45 °. Fixed to the main body and the base,
The rotation shaft fixes the main body to the base via the rotation shaft fixing block semicircular hole,
When the rotating shaft positioning buckle passes through the rotating shaft and the body is horizontally rotated to a position of 35 ° to 45 °, the button-type locking buckle is fixed to the positioning buckle at 35 ° to 45 ° under the action of the spring, To 45 [deg.] Position. The method according to claim 1,
The inner pot rotary roasting apparatus is a device for roasting an inner pot by rotating a motor, and the motor is fixed to a base through a screw. The inner pot is provided with a roasting blocking plate, gears are mounted on the lower pot, And assembling the rotating block to the motor; Wherein the motor is operated to induce the rotating block while rotating so that the inner pot is rotated under the joint of the self-gear and the rotating block gear.

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