Adapter for changing direction of gas inlet of valve body, valve body of portable gas stove and portable gas stove

Abstract

The utility model relates to a portable gas stove valve body and adopt the portable gas stove valve body, including the valve body, adjusting device, igniter and be used for connecting the gas cylinder connector of gas cylinder, be equipped with the intake passage, adjusting chamber and exhaust passage in the valve body, the inlet of intake passage is communicated with the gas cylinder connector, the outlet of intake passage is communicated with the inlet of adjusting chamber, and the outlet of intake passage is communicated with the inlet of adjusting chamber. An outlet of the adjusting cavity is communicated with an inlet of the exhaust passage, and an outlet of the exhaust passage extends out of the valve body to be connected with a burner; a mounting opening is formed in the position, corresponding to the adjusting cavity, of the valve body, and the included angle between the mounting opening and the gas cylinder connector is 90 degrees. The igniter is arranged on the valve body, and a pressing switch of the igniter is close to the mounting opening; the included angle between the mounting port and the gas cylinder connector is designed to be 90 degrees, so that the layout of all components in the valve body is optimized, and the structure of the whole portable gas stove is more compact. By means of the design, the overall size of the portable gas stove can be reduced, and carrying and storage are convenient.

Description

Technical Field

[0001] This utility model relates to an adapter for changing the gas inlet direction of a valve body, a cassette valve body, and a cassette stove. Background Technology

[0002] A portable gas stove is widely used for outdoor activities, picnics, and home emergencies. A traditional gas stove typically includes a valve body, regulating device, igniter, and a gas cylinder connector. Existing gas stove designs suffer from several significant drawbacks:

[0003] Large size: In traditional designs, the gas cylinder connector and the adjustment knob are on the same straight line. This structure increases the overall length and size of the portable gas stove. This design is not conducive to the portability and storage of the product, especially in situations with limited space, increasing the inconvenience of use.

[0004] Space occupation: The knob is usually located on the valve body, and its position requires a certain amount of space, which further increases the size of the cassette stove, affecting the compactness of the stove and the rationality of the overall design.

[0005] Large packaging volume: Due to the aforementioned design, portable gas stoves are relatively large, thus increasing packaging volume. This not only increases storage space requirements but also raises transportation costs, negatively impacting the product's market competitiveness.

[0006] High transportation costs: The increased packaging volume directly leads to higher transportation costs. Whether in warehousing or logistics, the larger portable gas stoves occupy more space, thus increasing the transportation cost per unit and affecting the product's cost-effectiveness.

[0007] The knob cannot be located on the top of the portable gas stove: Since the height of a typical portable gas stove is less than the height of the gas cylinder, and the knobs for the cylinder connector and adjustment device are on the same straight line, the knob cannot be placed on the top of the stove. If the knob were located on the top, the overall design of the portable gas stove would need to accommodate the height of the gas cylinder, further resulting in an excessively tall stove. This makes the overall structure of the portable gas stove impractical, inconvenient to carry and store. Utility Model Content

[0008] The primary objective of this invention is to provide an adapter for changing the direction of the gas inlet of a valve body.

[0009] The second objective of this invention is to provide a cassette valve body that changes the direction of the gas inlet of the valve body.

[0010] The third objective of this invention is to provide a portable gas stove that effectively reduces volume, improves portability, and lowers transportation costs.

[0011] The fourth objective of this invention is to provide a portable gas stove that effectively reduces volume, improves portability, and lowers transportation costs.

[0012] The primary objective of this invention is achieved as follows:

[0013] An adapter for changing the direction of the gas inlet of a valve body includes an adapter and a gas cylinder connector. The head of the adapter has an exhaust port, and the tail of the adapter has an intake port. The included angle between the head and the tail is greater than 0° and less than 180°.

[0014] The head of the adapter is used to connect to the cassette valve body, and the exhaust port is used to connect to the gas inlet of the cassette valve body.

[0015] The gas cylinder connector has a gas cylinder connection port and is detachably fixed to the tail of the adapter. The gas cylinder connection port is connected to the air inlet port.

[0016] By designing an adapter so that the gas inlet and gas cylinder connection are not on the same line, the bulky size of traditional portable gas stoves (PVS) is avoided, as well as the inability to place the knob on the top of the stove. This allows for flexible knob placement on the surface or side of the stove, effectively reducing its height and size. Using this adapter in the PPS valve body results in a more compact design, making it more suitable for portable storage.

[0017] Due to the angled design of the adapter, the valve body of the cartridge oven using this adapter is applied to the cartridge oven, resulting in a more compact overall structure. This not only reduces the overall size but also effectively lowers the packaging volume. This improves storage efficiency while reducing transportation space requirements, thus helping to reduce transportation costs.

[0018] Thanks to optimized design, the size and transportation costs of portable gas stoves have been effectively controlled, making the product more economical and more competitive in the market.

[0019] The primary objective of this utility model can also be achieved by the following technical measures:

[0020] Furthermore, the adapter is a 90-degree adapter.

[0021] The adapter features a 90-degree design, effectively avoiding the problem of excessively large portable gas stoves caused by traditional designs by changing the angle between the gas cylinder connector and the gas inlet. The 90-degree adapter allows for a more compact arrangement of the gas cylinder connector and gas inlet, thereby reducing the overall size of the portable gas stove, making it easier to store and carry, and particularly suitable for outdoor activities, picnics, and other similar scenarios.

[0022] In traditional designs, the knobs of the gas cylinder connector and the regulating device are on the same straight line, making it impossible to place the knobs on the top of the portable gas stove, which affects ease of use. The 90-degree adapter design allows the knobs to be flexibly placed on the top or side of the portable gas stove, thus avoiding the problems of the traditional design and enhancing the convenience and comfort of operation.

[0023] The 90-degree adapter brings greater flexibility to the design of portable gas stoves. The relative positions of the knob and gas cylinder connector are no longer limited to the traditional linear layout. Designers can adjust the positions of the knob and gas cylinder connector according to actual needs, achieving a more flexible and user-friendly design that meets the usage habits and convenience needs of different users.

[0024] The reduced size of portable gas stoves allows for effective compression of their packaging volume, thereby lowering storage space and transportation costs. This not only improves production efficiency but also enhances the competitiveness of portable gas stoves in the market, making them more economical.

[0025] The second objective of this utility model is achieved as follows:

[0026] A portable gas stove includes a housing and bolts. The housing has a gas inlet. The head of the adapter is detachably connected to a valve body. The housing has a retaining ring around the gas inlet. The side wall of the retaining ring has a first retaining opening spaced apart. The housing has a first bolt seat corresponding to the first retaining opening.

[0027] The adapter has a first locking piece spaced apart at its head. The head of the adapter is inserted into a first locking ring, and the head of the adapter and the first locking ring fit tightly together. The first locking piece is inserted into a corresponding first locking hole, and the bolt passes through the first locking piece to lock the corresponding first bolt seat, thereby connecting the adapter and the valve body.

[0028] By incorporating a retaining ring and a first retaining slot on the housing, and a first retaining piece on the adapter head, a tight connection between the adapter and the valve body is achieved through bolt locking. This structural design makes the connection between the adapter and the valve body more stable and less prone to loosening, thus improving the overall stability and safety of the portable gas stove.

[0029] The tight fit between the adapter and the housing effectively prevents the risk of gas leakage, ensuring the safety of the portable gas stove. The precise fit between the retaining ring and the retaining plate helps to create a better seal, reducing gas leakage problems caused by looseness or poor fit.

[0030] The bolt-locking connection ensures a stable, long-term connection between the adapter and the valve body. This robust structure improves the durability of the cassette stove under high temperatures and prolonged use, extending the equipment's lifespan.

[0031] This connection method simplifies the production process, reduces the need for welding or other complex connection methods, and helps improve production efficiency and reduce manufacturing costs. Furthermore, this design structure facilitates mass production and reduces the complexity of the production process.

[0032] Because the connection between the adapter and the valve body is very simple, users can quickly disassemble and install it when performing maintenance and replacing parts, which improves the convenience of maintaining the cassette stove.

[0033] The second objective of this utility model can also be achieved by the following technical measures:

[0034] Furthermore, it also includes bolts, and the tail of the adapter is provided with a locking seat that connects to the air intake port. The side wall of the locking seat is spaced apart with a second locking opening, and the tail of the adapter is provided with a second bolt seat corresponding to the position of the second locking opening.

[0035] The gas cylinder connector is provided with a plug that connects to the gas cylinder connection port. The plug is provided with second locking pieces at intervals. The plug is inserted into the locking piece, and the plug and the locking piece fit tightly together. The second locking piece is inserted into the corresponding second locking hole. The bolt passes through the second locking piece and locks the corresponding second bolt seat, thereby realizing the connection between the gas cylinder connector and the adapter.

[0036] By incorporating a locking seat and a second locking port at the tail of the adapter, and a second locking piece at the gas cylinder connector plug, all secured with bolts, a tight connection between the gas cylinder connector and the adapter is ensured. This design enhances the stability of the connection points, preventing loosening due to vibration or improper operation during use, thereby improving the safety and reliability of the portable gas stove.

[0037] The tight fit between the connector and the retaining seat, and the insertion of the retaining clip into the corresponding retaining slot, ensures accurate connection and avoids gas leakage caused by loose fit. Good fit precision improves sealing performance, effectively prevents gas leakage, and enhances product safety.

[0038] The bolt-locking method ensures a tight fit at the connection points, effectively preventing the risk of gas leakage. At the same time, the tight fit between the plug and the mounting bracket further enhances the seal between the gas cylinder connector and the adapter, ensuring the safe use of the portable gas stove.

[0039] This design, through precise fitting and bolt-locking structure, ensures a stable connection between the gas cylinder connector and the adapter, enabling it to withstand high temperatures and prolonged use, thus extending the service life of the portable gas stove.

[0040] The detachable design allows users to easily and quickly maintain or replace the gas cylinder connector. This structure not only improves the maintainability of the portable gas stove but also makes daily use more flexible, reducing maintenance costs and time.

[0041] This design, through the ingenious combination of the mounting base and the mounting plate, simplifies the assembly process, reduces the need for traditional welding or complex connection methods, and helps to improve production efficiency and reduce manufacturing costs.

[0042] The third objective of this utility model is achieved as follows:

[0043] A stove includes a shell and a burner head. The front end face of the shell has a first notch, and the right side wall of the shell has a second notch for easy access to a gas cylinder. The burner head is located on the top of the shell. A cartridge stove valve body is located inside the shell. The valve core of the cartridge stove valve body passes through the first notch and is connected to a knob. The gas discharge port of the cartridge stove valve body is connected to the burner head.

[0044] By creating a first and a second notch on the front and right side walls of the outer casing, the overall structural design of the portable gas stove has been optimized, reducing its size. The first notch provides space for the connection between the valve core and the knob, while the second notch facilitates the removal and placement of the gas cylinder. This design makes the stove more compact and suitable for portable use, especially advantageous when space-saving storage is required.

[0045] Thanks to optimized design, the overall size of the portable gas stove has been reduced, resulting in a decrease in packaging volume and storage space requirements. This not only helps lower transportation costs but also allows the product to gain a more advantageous position in the market and enhance its competitiveness.

[0046] Through innovative design, the operation of portable gas stoves and the replacement of gas cylinders have become simpler, allowing users to experience greater convenience and comfort in daily use, especially suitable for outdoor activities and outdoor fire-making scenarios.

[0047] The compact design gives the product a greater advantage in the market, especially in consumer scenarios where portability and storage space are in high demand. It can meet the needs of more consumers and enhance the product's market appeal and competitiveness.

[0048] The fourth objective of this utility model is achieved as follows:

[0049] A stove includes a shell and a burner head. The top of the shell has a first notch and a second notch for easy access to a gas cylinder. The burner head is located on the top of the shell. A cassette valve body is located inside the shell. The valve core of the cassette valve body passes through the first notch and is connected to a knob. The gas discharge port of the cassette valve body is connected to the burner head.

[0050] By placing the knob on top of the portable gas stove and connecting it to the valve core via a first notch, users can easily adjust the gas flow by rotating it. The knob design makes operation more intuitive and unrestricted by space, enhancing the user experience, especially in outdoor or confined spaces.

[0051] The second notch design facilitates the placement and removal of gas cylinders, allowing users to quickly and easily replace them. Users can operate the system easily without disassembling or moving complex parts, greatly improving the efficiency and convenience of gas cylinder replacement.

[0052] Due to the reduced overall size, portable gas stoves occupy less space during packaging, effectively lowering storage and transportation costs. This reduces logistics costs and improves storage efficiency, making them particularly suitable for mass production and market sales.

[0053] Its compact size and easy-to-use design give this portable gas stove a competitive edge in the market. Its portability, ease of operation, and quick gas cylinder replacement features will attract more consumers, especially in outdoor and camping settings.

[0054] In summary, this design, through optimizing the valve body layout, knob position, and notch design, not only effectively reduces the size of the portable gas stove and improves its portability, but also enhances operational convenience and safety, making the portable gas stove more advantageous in the market.

[0055] The beneficial effects of this utility model are as follows:

[0056] This utility model, by setting the gas inlet and gas cylinder connection port to be on different straight lines, and using a 90-degree adapter, makes the overall structure of the cassette stove valve body more compact, thereby reducing the size of the cassette stove and making it easier to store and carry. It is especially suitable for outdoor use, emergency situations and travel.

[0057] This invention utilizes bolted connections to reduce the risk of gas leakage due to the strong fixation and tight fit. The tight fit between the retaining ring, retaining plate, and bolt seat ensures a secure seal, enhancing the safety of the gas system. Furthermore, bolted connections are highly durable, adaptable to high temperatures and long-term use environments, thus extending the overall lifespan of the portable gas stove.

[0058] This invention, through the design of bolts and retaining plates, makes the connection between the adapter and the valve body, and between the gas cylinder connector and the adapter, more secure and easier to disassemble, ensuring the safety of the portable gas stove during long-term use. The precise fit between the retaining ring and the retaining plate further enhances the sealing performance, effectively preventing gas leakage.

[0059] This invention features a notch in the outer shell that facilitates the placement and removal of gas cylinders, allowing users to replace them more conveniently and improving ease of use. Whether indoors or outdoors, users can quickly and safely complete the gas cylinder replacement operation.

[0060] This utility model, with its compact design, easy-to-operate knob, convenient gas cylinder replacement, and enhanced safety, makes the product highly competitive in the market. Whether for home use or outdoor activities, it meets consumers' needs for portability, safety, and efficiency.

[0061] This invention, with its reduced size and simplified design, helps to lower the costs of product packaging, transportation, and storage. The smaller size allows for more efficient storage and transportation, reducing logistics costs. Attached Figure Description

[0062] Figure 1 This is a schematic diagram of a portable gas stove (the knob and the second notch are located on the side wall of the gas stove).

[0063] Figure 2 For application in Figure 1 A schematic diagram of the valve body of a cassette stove.

[0064] Figure 3 This is a plan view of the valve body of the cassette oven.

[0065] Figure 4 This is a plan view of the valve body of the cassette oven.

[0066] Figure 5 Assembly drawing for the cassette furnace valve body, adapter, and gas cylinder connector.

[0067] Figure 6 Another assembly view of the cassette furnace valve body, adapter, and gas cylinder connector.

[0068] Figure 7 This is a schematic diagram of the adapter.

[0069] Figure 8 This is a schematic diagram of a portable gas stove (the knob and second notch are located on the top of the stove).

[0070] Figure 9 For application in Figure 8 A schematic diagram showing the placement of the valve body in a cassette stove. Detailed Implementation

[0071] The present invention will be further described below with reference to the accompanying drawings and embodiments:

[0072] Implementation examples, in conjunction with Figures 1 to 7As shown, a cartridge stove valve body includes a cartridge stove valve body 1, an adapter 2, and a gas cylinder connector 3. The cartridge stove valve body 1 includes a housing 4, and the housing 4 has a gas inlet 41.

[0073] The adapter 2 has an exhaust port 21 at its head and an air intake port 22 at its tail. The angle between the head and tail is greater than 0° and less than 180°.

[0074] The head of the adapter 2 is detachably fixed to the housing 4, and the exhaust port 21 is connected to the gas inlet 41;

[0075] The gas cylinder connector 3 has a gas cylinder connection port 31. The gas cylinder connector 3 is detachably fixed to the tail of the adapter 2. The gas cylinder connection port 31 is connected to the air inlet port 22.

[0076] Furthermore, the adapter 2 is a 90-degree adapter 2.

[0077] Furthermore, it also includes bolts 5, and the housing 4 is provided with a retaining ring 6 around the gas inlet 41. The side wall of the retaining ring 6 is spaced apart with a first retaining opening 61, and the housing 4 is provided with a first bolt seat 42 corresponding to the position of the first retaining opening 61.

[0078] The head of the adapter 2 is provided with a first retaining piece 23 at intervals. The head of the adapter 2 is inserted into the first retaining ring 6. The head of the adapter 2 and the first retaining ring 6 are tightly fitted together. The first retaining piece 23 is inserted into the corresponding first retaining port 61. The bolt 5 passes through the first retaining piece 23 and locks the corresponding first bolt seat 42, thereby realizing the connection between the adapter 2 and the valve body.

[0079] Furthermore, it also includes bolts 5, and the tail of the adapter 2 is provided with a locking seat 7 that connects to the air intake port 22. The side wall of the locking seat 7 is spaced apart with a second locking opening 71, and the tail of the adapter 2 is provided with a second bolt seat 24 corresponding to the position of the second locking opening 71.

[0080] The gas cylinder connector 3 is provided with a plug 8 that connects to the gas cylinder connection port 31. The plug 8 is provided with second locking pieces 81 at intervals. The plug 8 is inserted into the locking seat 7, and the plug 8 and the locking seat 7 are tightly fitted. The second locking piece 81 is inserted into the corresponding second locking port 71. The bolt 5 passes through the second locking piece 81 and locks the corresponding second bolt seat 24, thereby realizing the connection between the gas cylinder connector 3 and the adapter 2.

[0081] Combine Figures 1 to 2A portable gas stove includes a housing 9 and a burner head. The front end face of the housing 9 has a first notch, and the right side wall of the housing 9 has a second notch 91 for easy access to the gas cylinder. The burner head is located on the top of the housing 9. The portable gas stove valve body 1 is located inside the housing 9. The valve core of the portable gas stove valve body 1 passes through the first notch and is connected to a knob 10. The gas discharge port of the portable gas stove valve body 1 is connected to the burner head.

[0082] In another embodiment, combined Figures 8 to 9 As shown, a portable gas stove includes a housing 9 and a burner head. The top of the housing 9 has a first notch and a second notch for easy access to the gas cylinder. The burner head is located on the top of the housing 9. The portable gas stove valve body 1 is located inside the housing 9. The valve core of the portable gas stove valve body 1 passes through the first notch and is connected to a knob 10. The gas discharge port of the portable gas stove valve body 1 is connected to the burner head.

Claims

1. An adapter for changing the direction of the gas inlet of a valve body, comprising an adapter (2) and a gas cylinder connector (3), wherein the head of the adapter (2) has an exhaust port (21) and the tail of the adapter (2) has an air inlet port (22), and the included angle between the head and the tail is greater than 0° and less than 180°. The head of the adapter (2) is used to connect to the cassette valve body, and the exhaust port (21) is used to connect to the gas inlet (41) of the cassette valve body. The gas cylinder connector (3) has a gas cylinder connection port (31), and the gas cylinder connector (3) is detachably fixed to the tail of the adapter (2). The gas cylinder connection port (31) and the air inlet port (22) are connected.

2. The adapter for changing the gas inlet direction of the valve body according to claim 1, characterized in that: The adapter (2) is a 90-degree adapter (2).

3. A cassette furnace valve body employing an adapter for changing the gas inlet direction of the valve body as described in any one of claims 1-2, characterized in that: Includes a housing (4) and bolts (5). The housing has a gas inlet. The head of the adapter (2) is detachably connected to the valve body. The housing (4) is provided with a retaining ring (6) around the gas inlet (41). The side wall of the retaining ring (6) is spaced apart with a first retaining opening (61). The housing (4) is provided with a first bolt seat (42) corresponding to the first retaining opening (61). The head of the adapter (2) is provided with a first retaining piece (23) at intervals. The head of the adapter (2) is inserted into the first retaining ring (6). The head of the adapter (2) and the first retaining ring (6) fit tightly together. The first retaining piece (23) is inserted into the corresponding first retaining port (61). The bolt (5) passes through the first retaining piece (23) to lock the corresponding first bolt seat (42), thereby realizing the connection between the adapter (2) and the valve body.

4. The cassette oven valve body according to claim 3, characterized in that: The tail of the adapter (2) is provided with a locking seat (7) that connects to the air inlet port (22). The side wall of the locking seat (7) is spaced apart with a second locking opening (71). The tail of the adapter (2) is provided with a second bolt seat (24) corresponding to the position of the second locking opening (71). The gas cylinder connector (3) is provided with a plug (8) that connects to the gas cylinder connection port (31). The plug (8) is provided with second locking pieces (81) at intervals. The plug (8) is inserted into the locking seat (7). The plug (8) and the locking seat (7) fit tightly together. The second locking piece (81) is inserted into the corresponding second locking slot (71). The bolt (5) passes through the second locking piece (81) and locks the corresponding second bolt seat (24), thereby realizing the connection between the gas cylinder connector (3) and the adapter (2).

5. A cassette oven employing the cassette oven valve body as described in claim 4, characterized in that: Includes an outer shell (9) and a burner head. The front end face of the outer shell (9) has a first notch, and the right side wall of the outer shell (9) has a second notch (91) for easy access to the gas cylinder. The burner head is located on the top of the outer shell (9). The cassette valve body (1) is located inside the outer shell (9). The valve core of the cassette valve body (1) passes through the first notch and is connected to a knob (10). The gas discharge port of the cassette valve body (1) is connected to the burner head.

6. A cassette oven employing the cassette oven valve body as described in claim 4, characterized in that: Includes an outer shell (9) and a burner head. The top of the outer shell (9) has a first notch and a second notch for easy access to the gas cylinder. The burner head is located on the top of the outer shell (9). The cassette valve body (1) is located inside the outer shell (9). The valve core of the cassette valve body (1) passes through the first notch and is connected to a knob (10). The gas discharge port of the cassette valve body (1) is connected to the burner head.

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