CN201116747Y - An integral electromagnetic frying pan stove - Google Patents

Abstract

An integrated type electromagnetic cooker range comprises an arc curved heat insulation layer and an electromagnetic heating movement which is formed by a coil frame, an arc curved type coil and a fan, which is characterized in that the outer ring of the arc curved heat insulation layer is clamped with a metal decorative ring, the arc curved heat insulation layer which is clamped with the metal decorative ring is stacked on the arc curved type coil of the electromagnetic heating movement, and the metal decorative ring is integrated with the coil frame of the electromagnetic heating movement through a connecting element. The arc curved heat insulation layer and electromagnetic heating movement which are needed to be assembled in situ are connected through the connecting member, which not only can avoid a frame which is designed to support the electromagnetic heating movement when assemblies in situ, but also can ensure the assembly accuracy between the arc curved heat insulation layer and the electromagnetic heating movement. When in use, the integrated type electromagnetic cooker range is directly placed on an installation port of an electromagnetic range which is matched with the range. The electromagnetic cooker range is particularly suitable for metal cookers with the diameter of 400-600mm.

Description

An integral electromagnetic frying pan stove

technical field

The utility model relates to an electromagnetic cooker, in particular to an integral electromagnetic frying pan stove suitable for heating a frying pan with a diameter of 400-600 mm.

Background technique

The so-called "electromagnetic frying pan stove" refers to an electromagnetic range suitable for heating a frying pan on an arc bottom surface. At present, the electromagnetic wok stove suitable for frying pans with a diameter of 400-600 mm usually consists of two parts: a heat insulating layer and an electromagnetic heating core. After handing over to the user, professionals will be sent to the site for installation and commissioning. During installation, the heat insulation layer is fixedly mounted on the stove opening on the stove surface through a decorative ring, and the electromagnetic heating core needs to be installed under the heat insulation layer through a bracket with a suitable height. The height of the bracket needs to be measured, designed and manufactured on site. , and then needs to be adjusted. The insulation layer must be in close contact with the coil of the electromagnetic heating core. Otherwise, it will affect the heating effect of the induction cooker. It can be seen that the on-site installation of the electromagnetic cooker is not only difficult, but the manufacture of the electromagnetic heating core support is complicated, and it is difficult to adjust the matching relationship between the electromagnetic heating core and the heat insulation layer, and it is difficult to ensure the installation accuracy of the electromagnetic cooker.

Utility model content

The purpose of the utility model is to provide an electromagnetic cooker suitable for wok heating, which can eliminate the on-site installation and debugging of the electromagnetic heating core, aiming at the shortcomings of the above-mentioned wok heating electromagnetic cooker.

The integral electromagnetic frying pan stove of the utility model includes: an arc-shaped curved surface heat-insulating insulating layer and an electromagnetic heating core composed of a coil support, an arc-shaped curved surface coil, and a fan, and is characterized in that: the arc-shaped curved surface is heat-insulated The outer ring of the insulating layer is hooped with a metal decorative ring; the arc-shaped curved surface heat-insulating insulating layer hooped with a metal decorative ring is stacked on the arc-shaped curved coil of the electromagnetic heating core, and the metal decorative ring and the electromagnetic heating machine The coil supports of the core are connected into one body through connecting pieces.

The heat-insulating insulation layer of the arc-shaped curved surface is a ceramic arc-shaped panel.

The connecting piece is composed of an L-shaped metal piece connected to the metal decorative ring, an inverted L-shaped plastic piece connected with the coil support, and bolts for connecting the two.

A spring is sleeved on the bolt.

The coil support is composed of an arc-shaped disk seat and detachable supports arranged at movable intervals on the disk surface.

The integral electromagnetic frying pan stove of the utility model has scientific design, simple and reasonable structure. Use connectors to connect the arc-shaped curved surface heat insulation layer and the electromagnetic heating core that originally required on-site assembly into one. This assembly can be completed in the factory. The bracket greatly facilitates the user, and can ensure the assembly accuracy between the arc-shaped curved surface heat insulation layer and the electromagnetic heating core. With the help of the spring on the connecting piece, the matching gap between the arc-shaped curved surface heat insulation insulating layer and the electromagnetic heating core can also be automatically adjusted. When in use, the integral electromagnetic frying pan stove can be directly placed on the corresponding electromagnetic stove installation port on the stove top. The utility model is especially suitable for a metal frying pan with a diameter of 400-600mm and a curved bottom of the pan.

The specific structure of the utility model integrated electromagnetic frying pan stove is given in detail by the following drawings and examples.

Description of drawings

Fig. 1 is a structural schematic diagram of an integral electromagnetic frying pan stove;

Fig. 2 is a schematic diagram of the coil support structure of the integral electromagnetic frying pan stove shown in Fig. 1 .

Detailed ways

Embodiment: It can be clearly seen from Fig. 1 that the integral electromagnetic frying pan stove is composed of two parts: an arc-shaped curved surface heat-insulating insulating layer 1 and an electromagnetic heating core 2. The outer ring of the arc-shaped curved surface heat-insulating insulating layer 1 is hooped The metal decorative ring 11; the electromagnetic heating core 2 is composed of a coil support 21, an arc-shaped curved surface coil 22 installed on the coil support 21 and a fan 23 installed at the bottom of the coil support 21. The arc-shaped curved surface heat-insulating insulating layer 1 hooped with a metal decorative ring 11 is superimposed on the arc-shaped curved surface coil 22 of the electromagnetic heating core 2, and the metal decorative ring 11 passes through the coil support 21 of the electromagnetic heating core 2 The connecting piece 3 is connected into one body.

The arc-shaped curved surface heat-insulating insulating layer 1 is a very low-priced ceramic arc panel.

The connecting piece 3 is composed of an L-shaped metal piece 31 connected to the metal decorative ring 11 , an inverted L-shaped plastic piece 32 connected with the coil support 21 and a bolt 33 for connecting the two.

A spring 34 is sleeved on the bolt 33 .

The coil support 21 can adopt an assembly structure, which is composed of an arcuate disk-shaped seat 211 and detachable supports 212 arranged at intervals on the disk surface (see FIG. 2 ). The disc surface of the arc-shaped disc seat 211 is provided with a plurality of embedding grooves at intervals spreading outward from the center of the disc, and each embedding groove is equipped with a detachable support member 212 . The detachable support 212 is an inserting plate with an arc-shaped edge on one side, and the inserting plate is inserted into the insertion groove on the surface of the arc-shaped disc-shaped seat plate 211 with the arc-shaped side facing upwards, forming an arc-shaped curved surface. The support frame matched with the shape coil 22 , and the support members 212 interposed on the arc-shaped disk-shaped seat 211 can form an air duct 213 .

The support members 212 of different specifications are arranged on the arc-shaped disk-shaped seat 211 , which can meet the support and installation of the arc-shaped and curved-surface coils 22 of different specifications.

Adopting the coil support 21 with this assembly structure not only makes the structure of the coil support 21 more perfect, but also facilitates the assembly of the electromagnetic cooker, and is beneficial to the ventilation and heat dissipation during the use of the electromagnetic cooker. It can also greatly reduce the cost of molds for manufacturing the coil support 21 , and can greatly reduce the waste caused by the overall discarding of the coil support 21 .

When in use, the user only needs to mount the integral electromagnetic frying pan on the installation opening of the induction cooker provided on the cooktop 4. At this time, the arc-shaped curved surface heat-insulating insulating layer 1 of the integral electromagnetic frying pan is exposed on the cooktop. 4. The electromagnetic heating core 2 of the integral electromagnetic frying pan stove is hidden in the stove 4 . Now it can be used for heating the metal pan 5 compatible with the specifications of the integral electromagnetic frying pan range.

The above content is a further detailed description of the utility model in combination with specific preferred embodiments, and it cannot be assumed that the specific implementation of the utility model is only limited to these descriptions. For those of ordinary skill in the technical field to which the utility model belongs, on the premise of not departing from the idea of the utility model, its structure form can be flexible and changeable, and a series of products can be derived. Just making some simple deductions or substitutions should be considered as belonging to the patent protection scope of the utility model determined by the submitted claims.

Claims (7)

1. An integral electromagnetic frying pan stove, comprising: an arc-shaped curved surface heat-insulating insulating layer and an electromagnetic heating core composed of a coil support, an arc-shaped curved surface coil, and a fan, characterized in that: The outer ring of the arc-shaped curved surface heat-insulating insulating layer is hooped with a metal decorative ring; the arc-shaped curved surface heat-insulating insulating layer hooped with a metal decorative ring is stacked on the arc-shaped curved surface coil of the electromagnetic heating core, and the metal decoration The ring and the coil support of the electromagnetic heating core are connected into one body through a connecting piece. 2. The integrated electromagnetic frying pan stove according to claim 1, characterized in that: The connecting piece (3) is composed of an L-shaped metal piece (31) connected to the metal decorative ring (11), an inverted L-shaped plastic piece (32) connected with the coil support (21) and an L-shaped plastic piece (32) for connecting the two Bolts (33) form. 3. The integrated electromagnetic frying pan stove according to claim 1 or 2, characterized in that: The arc-curved heat-insulating insulating layer (1) is a ceramic arc panel. 4. The integrated electromagnetic frying pan stove according to claim 3, characterized in that: The coil support (21) is composed of an arc-shaped disc seat (211) and detachable support members (212) which are movable and spaced on the disc surface. 5. The integrated electromagnetic frying pan stove according to claim 4, characterized in that: the disc surface of the arc-shaped disc seat (211) is provided with multiple embedding grooves at intervals, and each embedding groove is equipped with a detachable support (212). 6. The integrated electromagnetic frying pan stove according to claim 5, characterized in that: The detachable support (212) is an inserting plate with an arc-shaped edge on one side, and the inserting plate is inserted into the embedding groove on the surface of the arc-shaped disc seat (211) with the arc-shaped side facing upwards, forming a The support frame matched with the arc-shaped curved-surface coil (22), and the detachable support pieces (212) interposed on the arc-surface disc-shaped seat (211) form an air duct (213). 7. The integrated electromagnetic frying pan stove according to claim 2, characterized in that: A spring (34) is sleeved on the bolt (33).

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