TWM647087U - Micro-pressure cooker structure - Google Patents

Abstract

The invention is a micro-pressure cooker structure, which includes a pot body and a lid body. The pot body has a fitting annular surface formed near the periphery of the opening. There is a fitting rubber ring on the closing surface, and there is a mounting hole in the center of the cover body for installing a handle. In addition, the top surface of the handle is provided with an elastic button with a recovery function. Furthermore, the handle is secured from the handle using a lock. The inner side of the cover is locked upward on the handle. Furthermore, the locking member has a ventilation hole that runs through the axis, and a one-way air valve that can produce air tightness is installed on the ventilation hole. Furthermore, the elastic button can be selectively Pushing the one-way air valve to exhaust air can produce an air-tight effect, allowing the micro-pressure of hot air to accelerate the cooking speed of food. It can also continue to provide a simmering effect after the flame is turned off, so that the food can be more cooked. transparent, thereby achieving the purpose of saving energy.

Description

Micro pressure cooker structure

This invention belongs to the technical field of a pot body. Specifically, it refers to a micro-pressure cooker structure that can provide simmering pressure, thereby using hot air pressure to accelerate the simmering time of food, thereby saving energy use.

According to reports, existing cooking pots are extremely commonly used and can be used for general functions such as frying, stir-frying, deep-frying, stewing, boiling, and roasting. The structure of existing cooking pots is mainly composed of an arc-shaped pot body covered with a lid and other components. The arc-shaped pot body is used to hold food, and the pot lid is used to protect the hot oil from splashing. .

When the aforementioned existing pots are frying, stir-frying, stewing, boiling and roasting, although the pot lid can be covered to protect the food and prevent the heat from dissipating quickly, the lid and the edge of the pot body generally do not seal well, so the heat is extremely high. It spreads easily, making it difficult for the food in the pot to be cooked quickly, and the taste is not easy to lock in, which affects the cooking effect and also causes a waste of energy.

In other words, existing pots are not designed to be perfect and cannot provide smoldering pressure during the cooking process, resulting in a waste of energy. They cannot be called ideal designers. Therefore, how to solve the aforementioned problems is currently a question for the industry and users. What is expected.

In view of the above deficiencies and needs, the author believes that further correction is necessary, so he uses his many years of experience in related technologies and product design and manufacturing to conduct research and creation on the above disadvantages, and actively seeks solutions. After continuous efforts, After research and trial production, a micro-pressure cookware structure was finally successfully developed, which can overcome the inconvenience and trouble caused by the inability of existing cookware to effectively provide hot gas pressure.

Therefore, the main purpose of this invention is to provide a micro-pressure cookware structure, which can provide hot air pressure during the cooking process to accelerate the cooking speed of food, and can provide a simmering effect after the flame is turned off to make the food more cooked. Transparent to achieve the purpose of saving energy.

In addition, the second main purpose of this invention is to provide a micro-pressure cookware structure that can utilize the exhaust function of the pot lid to facilitate the user to remove the pot lid, which can effectively improve its practicality.

Accordingly, this creation mainly achieves the aforementioned purpose and efficiency through the following technical means: it includes: a pot body with a cooking space that opens upward, and the pot body is adjacent to the opening in the cooking space A fitting annulus is formed on the periphery; a cover has an outer edge contour corresponding to the fitting annulus of the pot body, and a fitting that can relatively closely adhere to the fitting annulus is set on the outer edge of the cover The rubber ring has a mounting hole in the center of the cover for installing a handle, and the handle has a lock hole. In addition, the top surface of the handle is provided with an elastic button with a recovery function, and the handle is secured with a locking member. It is locked upward from the inner side of the cover to the lock hole of the handle. Furthermore, the locking member has a ventilation hole that runs through the axis, and a one-way air valve that can produce airtightness is installed on the ventilation hole. Furthermore, the elastic pressure The button can be selectively pushed to actuate the one-way air valve to exhaust.

Through the demonstration of the aforementioned technical means, the structure of the micro-pressure cookware of the present invention can use the cover body to fit the rubber ring and press it tightly on the fitting ring surface of the pot body, thereby producing an airtight effect, allowing the micro-pressure of hot air to pass through to speed up food cooking, and can continue to provide a simmering effect after the flame is turned off, so that the food can be more cooked, thereby saving energy, and the user can press the elastic button on the handle to push the lock The one-way air valve on the cover is used to achieve the purpose of pressure relief, so that the user can use the handle to easily lift the cover, which improves the convenience of operation, thereby effectively improving its practicality and thus its added value. Improve its economic benefits.

And this creation and use of the following technical means to further achieve the aforementioned purposes And effect; for example: the cover body can be made of glass with a certain weight, so that the fitting rubber ring can be pressed tightly against the fitting ring surface of the pot body by using the cover body's own weight.

One end of the handle of the cover body has an air guide hole connected with the keyhole to facilitate gas discharge.

The elastic pressure button of the handle has a push rod that extends into the keyhole of the handle, so that the elastic pressure button can use the push rod to push against the one-way air valve.

The handle uses a locking piece to penetrate upward from the side surface of the cover body through a soft gasket, the cover mounting hole and a limiting washer, so that the locking piece can be relatively locked in the lock hole of the handle.

In order to enable your review committee to further understand the composition, characteristics and other purposes of this invention, the following is a preferred embodiment of this invention, which is described in detail below with the drawings, and at the same time, people who are familiar with this technical field can rely on this description Specific implementation.

10:Pot body

11:Cooking space

15: Fit the torus

20: Cover

21: Fitting rubber ring

22:Mounting holes

23:Lock firmware

230: Breathing holes

231: Soft gasket

24: One-way air valve

25: handle

250: Air guide hole

26:Keyhole

27:Elastic button

270:Putter

28:Limit gasket

The first picture is a schematic diagram of the three-dimensional appearance of the micro-pressure cooker structure of this invention.

The second picture is a three-dimensional exploded schematic diagram of the pot lid in the micro-pressure cooker structure of this invention, which shows the appearance of each main component and their relative relationship.

The third picture is a schematic side view of the pot lid in the structure of the micro-pressure cooker of this invention.

The fourth picture is a schematic side view of the micro-pressure cooker structure in practical application to illustrate its state during simmering.

Figure 5: Another schematic side view of the micro-pressure cooker structure in practical application, illustrating its state when the lid is lifted.

This creation is a micro-pressure cooker structure. The accompanying illustrations illustrate the specific implementation of this creation. In the embodiment and its components, all references to front and back, left and right, top and bottom, upper and lower parts, and horizontal and vertical are only for convenience of description and do not limit the creation or its components. at any position or spatial direction. The dimensions specified in the drawings and description may be changed according to the design and requirements of the specific embodiments of the invention without departing from the patentable scope of the invention.

The detailed structure of the micro-pressure cooker of this invention is as shown in the first, second and third figures. It is composed of a pot body (10) and a lid body (20). The pot body (10) There is a cooking space (11) with an upward opening, and the pot body (10) is formed with a fitting annular surface (15) adjacent to the edge of the opening of the cooking space (11) for the lid body (20) to cover relative to each other. Forming an airtight effect; the outer edge contour of the aforementioned cover body (20) corresponds to the fitting ring surface (15) of the pot body (10), and the outer edge of the cover body (20) is covered with a soft fitting rubber ring (21), so that the cover (20) can be relatively pressed on the fitting ring surface (15) of the pot body (10) by using the fitting rubber ring (21) (as shown in the third figure), and the The cover (20) can be made of glass or metal with a certain weight, so that the fitting rubber ring (21) can be tightly pressed against the fitting ring surface (15) of the pot body (10) by utilizing the weight of the cover (20). on, and the combination produces an airtight effect, and the cover (20) has a mounting hole (22) in the center for installing a handle (25); and the handle (25) has a corresponding mounting hole of the cover (20) The keyhole (26) of (22), and one end of the handle (25) has an air guide hole (250) connected to the keyhole (26), and the top surface of the handle (25) is provided with an elastic button (25) with a recovery function. 27), the elastic button (27) has a push rod (270) that extends into the keyhole (26) of the handle (25), and the handle (25) is secured by a locking piece (23). After the inner surface of the cover (20) passes upward through a soft gasket (231), the mounting hole (22) of the cover (20) and a limiting gasket (28), the locking member (23) can be locked relative to each other. It is engaged with the keyhole (26) of the handle (25) to fix the handle (25) to the top surface of the cover (20). Furthermore, the locking piece (23) has a through shaft. The ventilation hole (230) of the line is selectively installed with a one-way air valve (24) that can produce an airtight seal on the ventilation hole (230) of the fastener (23). Furthermore, the one-way air valve (24) is The push rod (270) of the elastic button (27) can be pushed against the surface, so that when the elastic button (27) is pressed down, the push rod (270) can be used to press the locking member (23). The one-way air valve (24) (as shown in the fifth figure) allows gas to be discharged through the locking member (23), the one-way air valve (24) and the air guide hole (250) of the handle (25); thereby, a A micro-pressure cookware structure that can produce a smoldering effect and is easy to exhaust and lift the lid.

Through the foregoing design, the structure of the micro-pressure cooker of the present invention is actually as shown in the first and fourth figures. When the user needs to simmer during the cooking process, the cover (20) Cover the pot body (10), and use the weight of the cover body (20) so that the cover body (20) can use the fitting rubber ring (21) to tightly press the fitting ring of the pot body (10) On the surface (15), an air-tight effect is produced for smoldering, thereby accelerating the cooking speed of the food by providing a slight pressure of hot air, and can continue to provide a smoldering effect after the flame is turned off, so that the food can be more cooked, thereby To achieve the purpose of saving energy.

Furthermore, as shown in the fourth and fifth figures, when the food is cooked and the cover (20) needs to be lifted, the rubber ring (21) of the cover (20) and the The close contact between the pot body (10) and the annular surface (15) prevents the cover (20) from being separated upward from the pot body (10). At this time, the user can press the handle (25) The elastic pressure button (27) is used to push the one-way air valve (24) on the locking member (23) by using the push rod (270) of the elastic pressure button (27) to bias the one-way air valve (24). Obliquely, a gap is created between the vent hole (230) of the fastener (23), so that the gas in the pot body (10) and the cover body (20) can pass through the vent hole (230) of the fastener (23) and the single To the air valve (24), the air is discharged from the air guide hole (250) in the handle (25) that is connected to the lock hole (26) to achieve the purpose of pressure relief, so that the user can easily use the handle (25) Lift the cover (20) to improve operation Convenience, and when the user releases the elastic button (27), it can automatically reset, and the one-way air valve (24) can be closed again relative to the ventilation hole (230) of the lock (23) shape, so that the cover (20) can be used to provide a smoldering effect when the cover (20) is placed on the pot (10) next time.

It can be seen from the foregoing structure and action description that the micro-pressure cooker structure of the present invention can use the cover (20) to tightly press the fitting ring (21) on the fitting ring surface (15) of the pot body (10) It creates an air-tight function to accelerate the cooking speed of food through the micro-pressure of hot air, and can continue to provide a simmering effect after the flame is turned off, so that the food can be more cooked, thus achieving the purpose of saving energy, and the user can press The elastic button (27) on the handle (25) pushes the one-way air valve (24) on the lock (23) to achieve the purpose of pressure relief, so that the user can use the handle (25) The cover (20) can be easily lifted to improve the convenience of operation, thereby effectively improving its practicality.

In summary, it can be understood that this product is a new product with excellent creativity. It not only effectively solves the problems faced by practitioners, but also greatly improves the efficiency. There are no identical or similar product creations in the same technical field. Or be used publicly, and at the same time it has improved efficacy. Therefore, this creation has met the requirements of "novelty" and "progress" for a new type patent, and an application for a new type patent has been filed in accordance with the law.

10:Pot body

11:Cooking space

15: Fit the torus

20: Cover

21: Fitting rubber ring

22:Mounting holes

23:Lock firmware

230: Breathing hole

231: Soft gasket

24: One-way air valve

25: handle

250: Air guide hole

26:Keyhole

27:Elastic button

270:Putter

28:Limit gasket

Claims (5)

A micro-pressure cookware structure, which includes; a pot body, which has a cooking space with an upward opening, and the pot body is formed with a fitting annular surface near the opening periphery of the cooking space; a lid body, the lid The outer edge contour corresponds to the fitting ring surface of the pot body. The outer edge of the lid body is provided with a fitting rubber ring that can relatively closely adhere to the fitting ring surface. There is also an installation hole in the center of the lid body for A handle is installed, and the handle has a lock hole, and the top surface of the handle is provided with an elastic button with a recovery function. Furthermore, the handle is locked upwardly to the lock hole of the handle from the inner side of the cover using a locking piece, Furthermore, the locking member has a ventilation hole that runs through the axis, and a one-way air valve that can produce airtight is installed on the ventilation hole. Furthermore, the elastic button can selectively push the one-way air valve to exhaust air; Thereby, a micro-pressure cookware structure that can produce a smoldering effect and is easy to exhaust and lift the lid is formed. For the micro-pressure cooker structure described in item 1 of the patent application, the cover may be made of glass with a certain weight, so that the fitting rubber ring can be tightly pressed against the fitting ring of the pot by utilizing the cover's own weight. On the surface. For the micro-pressure cooker structure described in item 1 of the patent application, one end of the handle of the cover has an air guide hole connected to the keyhole to facilitate gas discharge. As for the micro-pressure cooker structure described in item 1 of the patent application, the elastic pressure button of the handle has a push rod that extends into the keyhole of the handle, so that the elastic pressure button can use the push rod to push against the One-way air valve. For example, in the micro-pressure cooker structure described in item 1 of the patent application, the handle uses a locking member to penetrate upward from the inner side of the cover through a soft gasket, the cover mounting hole and a limiting gasket. The locking member can be relatively locked in the keyhole of the handle.

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