DE202016106572U1 - Foldable pot with silicone - Google Patents

Abstract

Foldable pot with silicones, containing a pot body (1), characterized in that the pot body (1) has a heat-conductive bottom (11), an annular silicone wall (12), and a frame (13), wherein the lower part of annular silicone wall (12) with the thermally conductive bottom (11) is in a fixed connection, and the frame (13) with the upper part of the annular silicone wall (12) in a fixed connection.

Description

Technical part

This invention relates to a gastronomic cooking vessel.

Technical background

At present, the dishes and cooking vessels on the market are usually made of ceramic, metal or plastic, the design of which remains even with firm shaping. When tidying up and using these dishes and cooking vessels, it takes a lot of space. By stacking each other, the inside wall of the dishes and cooking vessels below is also polluted. If the ceramic finished product is not handled with care, it can also lead to breakage. When the metal goods collide, biting noise also develops, the production costs of which are also high. Bisphenol A is also normally added in the manufacture of finished plastic products, with bisphenol A being able to escape at high temperature so that after ingestion it can lead to endocrine disruption and vision to physical health. Some dishes and cooking vessels are relatively large and heavy. When wearing it is not easy and only partially applicable.

Content of the invention

In order to overcome the existing technical disadvantages, this invention has provided a safe and safe, non-toxic, healthy and environmentally friendly foldable silicone pot that can be cleaned and disinfected at high temperature and has small weight and volume, and is conveniently stored and taken away.

The technical concept for solving the existing technical problems is as follows:
that the foldable pot of silicones contains a thermally conductive bottom, annular silicones wall whose lower part is in firm connection with the thermally conductive bottom, and a frame which is in firm connection with the upper part of the annular silicones wall.

Preferably, the above-mentioned annular silicone wall refers to an injection-molded elastic silicone wall.

Preferably, said above-mentioned annular silicones wall includes a thick wall and a thin wall, wherein the thick wall part and the thin wall part are alternately connected.

Preferably, this described silicone wall in the unoccupied unfolded state represents a conical structure which is large at the top and small at the bottom.

Preferably, the part where the annular silicones wall ( 12 ) with the heat-conducting floor ( 11 ) is a thick wall part and thickest in the silicone wall ( 12 ).

Preferably, the radius of the lower edge of the upper thick wall of above-mentioned annular silicones wall is greater than the radius of the upper edge of the lower thick wall.

Preferably, is still provided with handle on the frame of the pot.

Preferably, on the above handle still has heat-insulating layer.

As the optimization of the above technical concept, a pot lid is included, this pot lid is made of transparent glass and is enclosed at the edge of the lid with silicone strips and on the roof of the glass lid is also a silicone handle.

The preferred effects of this invention are distinguished by the use of silicones, the advantages of which are that they are safe, non-toxic, healthy, and environmentally friendly, and can be cleaned and disinfected at high temperature, and require little space for storage and are easily portable.

Brief description of the drawings

The invention will be explained in more detail below with reference to the accompanying drawings of some embodiments. It shows:

1 shows a schematic representation of this invention.

2 shows a schematic representation of the pot body in the folded state.

3 shows the sectional view of this invention.

Detailed description of the drawings

According to 1 to 3 This invention has concerned a foldable silicone pot, being pot body 1 and lid 2 comprises, the described pot body 1 a heat-conducting floor 11 , the ring-shaped silicones wall 12 whose lower part with the heat-conducting floor 11 is in a fixed connection, and a frame, which is in solid communication with the upper part of the annular silicone wall, contains, as an optional Embodiment is the heat-conductive floor 11 made of stainless steel and disc-shaped, whose circumference has an outwardly opening funnel-shaped inclined plane, wherein the stainless steel bottom, the hardness, strength and heat resistance of the pot body 1 can guarantee, taking the connection between heat-conducting floor 11 ring-shaped silicone wall 12 and frame 13 applied a design by gluing, so that forms a reliable connection that can not turn out easily, the heat-conducting floor 11 is made of ceramic or metal, which provides especially for heat conduction and design, the frame 13 made of ceramic, metal or plastic, whose function is particularly useful for shaping. The described pot lid 2 refers particularly to a transparent glass lid, the edge of which is shot over with a silicone strip. On the roof of the glass lid is also a silicone handle.

The described heat-conducting floor 11 is with the ring-shaped silicone wall 12 made by adhesion to a design, wherein the above-mentioned annular silicones wall 12 a bilateral wave-shaped design with ratchet teeth, through which with the heat-conductive bottom 11 has come into contact. This above-mentioned wave-shaped design with ratchet teeth belongs to the curved transition ratchet teeth. At the above silicones wall 12 has a corresponding groove, is engaged in the wave-shaped design with ratchet teeth. In the groove is mutually wave-shaped rubbing strip, which ensures that between the wave-shaped tooth design and groove a larger contact surface is formed and thereby the connection between the heat-conducting floor 11 and the annular silicone wall 12 more stable and reliable. At the same time it is excluded that the heat-conductive floor 11 due to deformation of the annular silicone wall 12 falls off, which also makes it easy to achieve watertightness. Through experimentation it has to be proved that by using this design the endurance of the connection between thermally conductive floor 11 and ring-shaped silicone wall 12 has improved by 65%. During actual production, the normal bonded design causes 4.8% of defective products, with the failure rate caused by bonded connection being 64%. But the faulty products by the waved wavy configuration make up only 0.8%, with a failure rate of only 45%.

The described ring-shaped silicone wall 12 is with the frame 13 connect by gluing together, the frame described 13 provided on the edge with zigzag ratchet teeth on one side, which is connected to the annular silicones wall 12 comes into contact. Within the frame 13 the ratchet teeth is provided with the tooth flank sloping upwards. At the ring-shaped silicone wall 12 is also arranged with the flank matching outward zigzag ratchet teeth. The adaptation provides a larger bond area, making the connection effect even better. When the silicone pot is loaded, the structure with the zigzag tooth may physically impose adequate perpendicular pulling force to make the connection more stable in place. Trials prove that after use of the design the endurance of the connection has improved by more than 35%. During actual production, the normal glued design causes 4.8% of defective products, with the failure rate caused by glued connection being 32%. But the faulty products by the zigzag tooth design by wavy fitting account for only 2.2%, whose failure rate for it is only 14.5%.

To guarantee the tightness of the silicone pot and favor machining, the above-mentioned annular silicone wall applies 12 on a one-piece elastic silicone wall.

Around the silicones wall 12 neatly and neatly fold, this ring-shaped silicone wall features 12 over a thick wall and thin wall that can fold together, with this above-mentioned thick wall and thin wall joined together. In the folded state, the thick wall remains almost in the original unfolded state. The thin wall ensures connection with all walls.

In this case, the thin wall of the above-mentioned annular silicone wall 12 In the relaxed unfolded state, a conical shape, which is large at the top and small at the bottom, so that the thin wall can fold more easily. Preferably, the radius difference of the upper part and the lower part of the conical shaping is 3-5 times as thick as the thin wall, so that the thin wall can smoothly and easily fold up and all the strength is not impaired.

At the thin wall and / or thick wall of the silicone wall 12 has an integral fold that forms this fold into a closed wave, with the highest point and lowest point of the fold remaining close to the top and bottom of the thin wall or thick wall, respectively, for the thin wall and thick wall to have adequate strength to hold the annular shape, which can not easily deform or collapse and therefore fold more easily.

Preferably, to make a complete cavity in the folded state of the silicone pot is the joint between the annular silicone wall 12 and the heat-conducting floor 11 designed as a thick wall, this thick wall to a thickest wall on the annular silicone wall 12 belongs.

In general, the radius of the lower edge of the upper thick wall is greater than the radius of the upper edge of the bottom thick wall to stack the thick wall in the folded state smoothly into each other, and it is quite favorable for folding. The radius difference is most similar to 2-4 times the thickness of the thick wall where the silicone pot can easily fold up.

To move the silicone pot easily and to avoid scalding for hand are at the frame 13 To arrange the pot still handles with heat-insulating layer.

The embodiments described above are merely illustrative of the principle of the present invention. The skilled artisan may further review, supplement or substitute the described embodiments without departing from the general scope and scope of the present invention as defined in the appended claims.

Claims (9)

Foldable pot with silicones, containing a pot body ( 1 ), characterized in that the pot body ( 1 ) a heat-conductive floor ( 11 ), an annular silicone wall ( 12 ), as well as a frame ( 13 ), wherein the lower part of the annular silicone wall ( 12 ) with the heat-conducting floor ( 11 ) and the frame ( 13 ) with the upper part of the annular silicone wall ( 12 ) is firmly connected. Foldable pot with silicones according to claim 1, characterized in that the annular silicones wall ( 12 ) relates to an injection-molded one-piece elastic silicone wall. Foldable pot with silicones according to claim 1, characterized in that the annular silicones wall ( 12 ) has a thick wall portion and a thin wall portion, wherein the thick wall portion and the thin wall portion are alternately connected. Foldable pot with silicones according to claim 2, characterized in that the silicones wall ( 12 ) in the unoccupied unfolded state represents a conical structure which has a large at the top and small at the bottom. Foldable pot of silicones according to claim 2, characterized in that the part where the annular silicones wall ( 12 ) with the heat-conducting floor ( 11 ), is a thick wall part, and thickest in the silicone wall ( 12 ). Foldable pot with silicones according to claim 2, characterized in that the radius of the lower edge of an upper thick wall part in the above-mentioned annular silicone wall ( 12 ) is greater than the radius of the upper edge of a lower thick wall part. Foldable pot with silicones according to claim 1, characterized in that the frame ( 13 ) of the pot still a handle ( 14 ) are provided. Foldable pot with silicones according to claim 7, characterized in that the above-mentioned handle ( 14 ) is still provided a heat-insulating layer. Foldable pot with silicones according to one of claims 1 to 8, characterized in that it still has a lid ( 2 ), whereby the lid ( 2 ) is made of transparent glass, wherein the edge of the lid with silicone strips is shot over, and on the roof of the lid is still a silicone handle is.

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