KR200487511Y1 - A non-stick pan structure - Google Patents

Abstract

This invention pertains to a kind of coating frying pan which belongs to the kitchen equipment humidifying technology field and which does not press and stick, and includes the fan outer structure and the fan inner structure. The fan outer structure includes an outer fan bottom surface and an outer bottom surface connection disposed on the outer fan bottom surface and an outer fan top surface installed on the outer bottom surface connection; The fan inner structure includes an inner bottom surface on the outer pan bottom surface and an inner bottom surface connection disposed on the inner bottom surface. This design uses reinforced outer and inner double fan structure connection structure and uneven surface formation and coating method on the inner bottom surface for the purpose of enhancing the pushing prevention effect and the usage strength. As a result, the present invention has a simple but advantageous effect of preventing sticking, a high strength of use, practicality and easy generalization.

Description

Non-stick coating frying pan structure {A NON-STICK PAN STRUCTURE}

This invention pertains to a type of frying pan which belongs to the kitchen equipment humidifier technology area and which is not particularly pressed.

Cooking appliances, which are frequently seen in everyday life, are mainly made of iron or stainless steel. This type of cookware frequently causes food to be pushed or buried on the floor during use, and problems such as the uniformity of heating contents due to the simple structure and the lack of use strength often occur.

The Chinese patent designation CN 201814359U, the patent announcement number 2011.05.04, released the dual-body composite fan. The body was extruded and the inner structure of the fan was fitted into the outer structure of the fan and pressed by a press method. The inner structure of the fan is made of stainless steel, the outer structure of the fan is made of an aluminum alloy, the inner structure of the fan is made of an aluminum alloy, and the outer structure of the fan is made of stainless steel.

However, there was a problem that the compound fan in the design was weak in the prevention of sticking and low in use strength.

The present invention is a kind of frying pan which does not press and hold, and it realizes the effect of preventing sticking and strength of use by reinforced connection of inner and outer double body and coating on uneven surface and uneven surface on inner structure of fan. Although the present invention is simple, the effect of preventing the sticking is more excellent, the strength of use is high, and it is practical and easy to generalize.

Technological measures adopted by the present invention to solve the above problems include: a type of non-stick coating pouring pan structure interconnected with a fixed fan outer structure and a fan inner structure. The fan outer structure includes an outer fan bottom surface and an outer bottom surface connection disposed on the outer fan bottom surface and an outer fan top surface installed on the outer bottom surface connection; The fan inner structure includes an inner bottom surface on the outer pan bottom surface and an inner bottom surface connection disposed on the inner bottom surface.

Advances in advanced technology include: On the bottom of the floor is a physical uneven surface to prevent sticking, and on the uneven surface, there is a coating layer that has a chemical anti-sticking effect.

Advances in advanced technology include: uneven surfaces include a food protrusion coated with a coating layer and a bottom protrusion for food support coated with a coating layer.

Advanced technology advances adopted include: The inner bottom connection is for connection with the outer bottom connection on the inner bottom The inner bottom for the first connection and the inner bottom for connection The connection to the top of the outer fan on the first joint And a second seam for the inner bottom surface for use.

Advanced technology advances include: The outer floor connection on the inner floor connection and the remote side are the arc floor inner floor connection that allows the reversible movement to move smoothly.

Advances in advanced technology include: The outer bottom connection is provided with a side and an outer side of the connection for connection to the inner bottom connection, and both the side and the connection outer side of the connection are lateral sides of the cone.

Advances in advanced technology include: A fan body outer wall protection layer is installed on the outer wall of the external fan structure.

Advanced technology advances: The inner wall of the top of the outer fan is equipped with a fan body inner wall protection layer.

Advanced technology advances include: The upper edge of the outer fan has a fan edge and the fan outer edge wall extends up to the fan edge.

A further advanced technology has been adopted: the fan body inner wall protection layer extends down to the inner bottom face connection.

The present invention uses reinforced outer and inner double fan structure connection structure and inner bottom surface irregular surface formation and coating method for the purpose of enhancing the effect of prevention of sticking and use strength. As a result, the present invention has a simple but advantageous effect of preventing sticking, a high strength of use, practicality and easy generalization.

1 is a structural explanatory view of the present invention.
Fig. 2 is an explanatory view of the position and structure of the uneven surface and the coating layer of the present invention.
3 is a structural explanatory view of the fan outer structure of the present invention.
4 is a structural explanatory view of the fan inner structure of the present invention.

The following description is a good example of the present invention and is not limited to the scope of the present invention.

Embodiment: An unpressed coating frying pan structure comprising a fan outer structure 1 and a fan inner structure 2 which are fixed to each other in accordance with the attached FIGS. 1, 2, 3 and 4. The fan outer structure 1 includes an outer fan bottom surface 101 and an outer fan top surface 103 installed on the outer fan bottom surface 101 and an outer fan top surface 103 provided on the outer bottom surface coupling portion 102, ; The fan inner structure 2 includes an inner bottom surface 201 on the outer fan bottom surface 101 and an inner bottom surface connection 202 provided on the inner bottom surface 201.

In this embodiment, the inner bottom connecting portion 202, the outer bottom connecting portion 102, and the outer fan top surface 103 are all integrally connected to each other to enhance the durability of the connecting portion, Has an effect of enhancing the overall appearance effect in the connection section between the external fan bottom surface (101) and the external fan top surface (103).

A coating layer 4 is coated on the uneven surface 3 by a chemical method so as to have an effect of preventing adhesion by pressing on the uneven surface 3 on the inner bottom surface 201 .

In the embodiment, the uneven surface 3 is an effective portion where the irregular surface 3 is physically pressed and prevented from adhering to the frying pan, and the coating layer 4 improves the anti-sticking effect by a chemical method. In this embodiment, the effect of preventing adhesion is remarkable and the coating layer is not easily peeled off as compared with the method of directly coating on the fan.

The uneven surface 3 includes a food liquid retaining groove 301 coated with a coating layer 4 and a bottom protrusion 302 for supporting a food with a coating layer 4 coated thereon.

In the embodiment, the groove 301 has two functions as follows: First, the coating layer in the groove prevents the coating layer from falling off when the reversing cap moves, and prolongs the service life of the coating layer. Second, And the surface of the liquid membrane is supported by the surface tension of the liquid film, so that the contact surface between the food and the fan is reduced (in theory, only the bottom protrusion 302 comes into contact with the food).

The inner bottom surface connection portion 202 includes an inner bottom surface first joint 20201 for connection with the outer bottom surface connection portion 102 provided on the inner bottom surface 201 and an outer bottom surface joint portion 20201 provided on the connection inner bottom first joint 20201, And an inner bottom second joint 20202 for connection with the fan top surface 103.

In this embodiment, the outer bottom connecting portion 102 is positioned relatively below, and the outer fan top surface 103 is relatively positioned above. The inner bottom connecting portion 202 is connected to the two portions to ensure the combined connection strength between the inner fan structure 2 and the outer fan structure 1 and to enhance durability.

A side portion remote from the outer bottom connecting portion 102 on the inner bottom connecting portion 202 is an arc-shaped inner bottom connecting portion 20203 that allows smooth movement of the back bottom.

In the embodiment, the arc-shaped inner bottom connecting portion 20203 has an upper end connected to the upper end surface 103 of the outer fan and a lower end connected to the inner bottom surface 201 to ensure smoothness of the up- Thereby reducing impact and fracture on the surface 201 and the external fan top surface 103.

The outer bottom connecting portion 102 is provided with a side 104 and a connecting outer side 105 for connection with the inner bottom connecting portion 202. The inner side 104 and the connecting outer side 105 of the connecting portion are both The conical large side.

In contrast to the method in which the external fan top surface 103 is directly mounted on the external fan floor surface 101, the embodiment of the present invention is configured such that the external fan top surface 103 and the external floor surface It is unnecessary to bend the stainless steel of the external fan structure 1 at a large angle by making the narrow angle of the connecting portion 102 larger than the narrow angle of the external fan top surface 103 and the external fan bottom surface 101 I made it. As a result, the transient angle of the external fan structure 1 is reduced, the strength of use is ensured, and the durability caused by bending at a large angle is eliminated.

On the other side, the rectangular outer bottom connecting portion 102 surrounds the central axis and rotates while forming a three-dimensional annular shape, and the inner and outer straight portions of the cut surface make the fan's appearance more beautiful.

On the outer wall of the external fan structure 1, a fan body outer wall protection layer 5 is provided. In this embodiment, the fan body outer wall protection layer 5 is formed of a glossy layer, a sanding layer, a protective coating layer, and an enamel layer to ensure the strength and durability of the outer fan structure.

A fan body inner wall protection layer 6 is provided on the inner wall of the outer fan upper face 103. In the embodiment, the fan body inner wall protection layer 6 is formed of a glossy layer, a sanding layer, and a protective coating layer, thereby enhancing the use effect and durability of the inner wall of the outer fan top face 103.

The outer fan top surface 103 is provided with a fan rim 107 and the fan body outer wall protection layer 5 extends up to the fan rim 107.

The fan body inner wall protection layer 6 extends down to the inner bottom face connection portion 202. The fan body inner wall protecting layer 6 is connected to the protective coating layer temporary coating layer 4 and the fan body inner wall protecting layer 6 is polished and sanded even at the time of the polishing layer and the sanding layer to the coating layer 4 I worked to connect.

The method of implementing the present invention in connection with the above drawings has been described in detail. However, this invention is not limited to the above method but can be modified under the premise of the invention within the knowledge range of the general technician in the technical domain. This act is a non-creativity modification that is protected under the patent law within the scope of its design rights.

Claims (10)

A fan outer structure (1) and a fan inner structure (2) connected and fixed to each other; The fan outer structure 1 includes an outer fan bottom surface 101 and an outer fan top surface 103 installed on the outer fan bottom surface 101 and an outer fan top surface 103 provided on the outer bottom surface coupling portion 102, ; The fan inner structure 2 includes an inner bottom surface 201 on the outer fan bottom surface 101 and an inner bottom surface connection 202 provided on the inner bottom surface 201,
The inner bottom connecting portion 202 includes: an inner bottom first joint 20201 for connection with the outer bottom connecting portion 102 provided on the inner bottom surface 201; And an inner bottom second joint 20202 for connection with the outer fan top surface 103 provided on the inner bottom surface 20201,
Wherein the outer bottom connecting portion (102) on the inner bottom connecting portion (202) and the side portion far from the outer bottom connecting portion (202) are arc-shaped inner bottom connecting portions (20203) Coating Frying pan structure. The method according to claim 1,
The coating layer 4 is coated on the uneven surface 3 by a chemical method so as to have an effect of preventing adhesion by pressing A non-stick coating frying pan structure featuring. 3. The method of claim 2,
Characterized in that the uneven surface (3) comprises a food liquid retaining groove (301) coated with a coating layer (4) and a bottom protrusion (302) for food support coated with a coating layer (4) Fan structure. delete delete The method according to claim 1,
The outer bottom connecting portion 102 is provided with a connecting side inner side face 104 and a connecting outer side face 105 for connection with the inner bottom connecting portion 202. The inner side face 104 and the connecting outer side face 105 Characterized in that both are conical large side surfaces. The method according to claim 1,
Characterized in that a fan body outer wall protection layer (5) is provided on the outer wall of the outer fan structure (1). The method according to claim 1,
Characterized in that a fan body inner wall protection layer (6) is provided on the inner wall of the outer fan top surface (103). 8. The method of claim 7,
Wherein the outer fan top surface (103) is provided with a fan rim (107) and the fan body outer wall protection layer (5) extends up to the fan rim (107). 9. The method of claim 8,
Characterized in that the fan body inner wall protection layer (6) extends down to the inner bottom face connection (202).

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