Combustor
By designing a burner with a three-gas-channel structure, the problem of insufficient gas supply in traditional gas stoves during stir-frying is solved, achieving sufficient gas supply and stable combustion, thus improving the stir-frying effect.
Patent Information
- Application Number
- CN202520263192.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-02-18
- Publication Date
- 2025-12-26
- Estimated Expiration
- 2035-02-18
AI Technical Summary
Traditional gas stoves often have insufficient gas supply during stir-frying, failing to provide additional gas and thus affecting the stir-frying effect.
Design a burner comprising an outer ring burner slot, an inner ring burner slot, and a central burner slot. Gas is introduced through the outer ring, inner ring, and central air intake channels respectively, and gas is supplemented through the central air intake channel, forming a three-channel structure to ensure sufficient gas supply.
It increases the amount of gas supplied during stir-frying, ensuring sufficient and stable combustion, improving the stir-frying effect, and enhancing the performance and stability of the burner.
Smart Images
Figure CN223726344U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to a stove technical field, specifically, relate to a kind of combustor. BACKGROUND
[0002] Stir-frying is an important cooking method in Chinese cuisine, and a stove is needed to provide instantaneous fierce fire during stir-frying. Traditional gas stoves usually have two-ring fire burners, i.e., central fire and outer ring fire. The maximum amount of gas injected by the burner head into the inner and outer rings is fixed. When stir-frying is needed, there is no additional gas to supplement the burner, which affects the stir-frying effect. SUMMARY
[0003] The utility model aims at providing a kind of combustor, it is used to solve the above technical problem.
[0004] The combustor is used for a stove, comprising:
[0005] A fire divider has an outer ring fire groove, an inner ring fire groove and a central fire groove. The central fire groove is arranged in the inner ring fire groove, and the inner ring fire groove is arranged in the outer ring fire groove. The bottom of the fire divider is provided with an outer ring gas inlet channel, an inner ring gas inlet channel and a central gas inlet channel. The outer ring gas inlet channel is in communication with the outer ring fire groove, the inner ring gas inlet channel is in communication with the inner ring fire groove, and the central gas inlet channel is in communication with the central fire groove.
[0006] A burner head is provided with an outer ring injection seat, an inner ring injection seat and a central injection seat. The gas outlet end of the outer ring injection seat is aligned with the gas inlet end of the outer ring gas inlet channel. The gas outlet end of the inner ring injection seat is aligned with the gas inlet end of the inner ring gas inlet channel. The gas outlet end of the central injection seat is aligned with the gas inlet end of the central gas inlet channel.
[0007] According to an embodiment of the utility model, the fire divider includes a first ring wall, a second ring wall, a third ring wall and a fourth ring wall. The first ring wall, the second ring wall, the third ring wall and the fourth ring wall are arranged in sequence from outside to inside. The first ring wall and the second ring wall form the outer ring fire groove. The third ring wall and the fourth ring wall form the inner ring fire groove. The fourth ring wall forms the central fire groove.
[0008] According to an embodiment of the utility model, the fire divider has a first bottom surface and a second bottom surface. The first ring wall extends upward from the outer edge of the first bottom surface. The second ring wall extends upward from the inner edge of the first bottom surface. The third ring wall extends upward from the outer edge of the second bottom surface. The fourth ring wall is arranged on the second bottom surface. At least one of the outer ring gas inlet channel, the inner ring gas inlet channel and the central gas inlet channel simultaneously connects the second ring wall and the third ring wall. A gas supplement channel is formed between the second ring wall and the third ring wall.
[0009] According to an embodiment of the utility model, outer ring air inlet channel, center air inlet channel and inner ring air inlet channel are arranged in sequence and are arranged at intervals, center air inlet channel is located between outer ring air inlet channel and inner ring air inlet channel, and outer ring air inlet channel extends from first bottom surface to second bottom surface, and the gas outlet end penetrates second ring wall; inner ring air inlet channel extends from first bottom surface to second bottom surface, and the gas outlet end penetrates third ring wall, and center air inlet channel extends from first bottom surface to second bottom surface, and the gas outlet end penetrates fourth ring wall.
[0010] According to an embodiment of the utility model, the part of first bottom surface and the gas outlet end of outer ring air inlet channel are aligned downward to form a gas sink, and the gas outlet end of outer ring air inlet channel is aligned with the gas sink.
[0011] According to an embodiment of the utility model, the inner ring air inlet channel has an extension part extending to the second ring wall, the extension part is connected to the second ring wall, and the upper surface shape of the extension part is the same as the shape of the part of the outer ring air inlet channel between the second ring wall and the third ring wall.
[0012] According to an embodiment of the utility model, the part of first bottom surface and the gas outlet end of outer ring air inlet channel, inner ring air inlet channel and center air inlet channel are aligned, and each outer ring is provided with a support surface, and the outer ring injection seat, the inner ring injection seat and the center injection seat are supported on the corresponding support surface.
[0013] According to an embodiment of the utility model, the first support column is arranged on the first bottom surface, the second support column is arranged on the upper surface edge of the burner head, the burner head is arranged on the burner head, and the second support column is supported on the first support column.
[0014] According to an embodiment of the utility model, the third support column is arranged on the lower surface edge of the burner head, and the third support column is supported in the shell of the stove.
[0015] According to an embodiment of the utility model, the outer ring fire cover and the inner ring fire cover are further arranged, the outer ring fire cover is arranged on the outer ring fire groove, the outer ring fire hole is arranged on the outer ring fire cover, the inner ring fire cover covers the inner ring fire groove and the center fire groove at the same time, the inner ring fire hole is arranged on the side surface of the inner ring fire cover, and the center fire hole is further arranged on the part of the top surface of the inner ring fire cover and the center fire groove.
[0016] Compared with the prior art, the burner has at least the following advantages:
[0017] The burner of the utility model passes outer ring injection seat and inner ring injection seat respectively to outer ring air inlet channel and inner ring air inlet channel and passes into gas to carry out normal cooking operation, and passes into gas to center fire groove at the same time through center air inlet channel to form three air channels, and guarantee the gas supply during explosive frying operation. BRIEF DESCRIPTION OF DRAWINGS
[0018] Figure 1The utility model discloses a burner's structure schematic view.
[0019] Figure 2 The utility model discloses a burner's structure explosion map.
[0020] Figure 3 The utility model discloses a burner's outer ring fire cover and inner ring fire cover's mounting structure drawing.
[0021] Figure 4 The utility model discloses a burner's distributor's plan view.
[0022] Figure 5 The utility model discloses a Figure 4 The utility model discloses a
[0023] Figure 6 The utility model discloses a burner's distributor's bottom view.
[0024] In the drawing: 1, distributor;A, first ring wall;B, second ring wall;C, third ring wall;D, fourth ring wall;E, first bottom surface;E1, air sink groove;E2, support surface;E3, first support column;F, second bottom surface;11, outer ring fire groove;12, inner ring fire groove;13, center fire groove;14, outer ring air inlet channel;15, inner ring air inlet channel;151, extension;16, center air inlet channel;2, furnace end;21, outer ring ejection seat;22, inner ring ejection seat;23, center ejection seat;24, second support column;25, third support column;3, outer ring fire cover;31, outer ring fire hole;4, inner ring fire cover;41, inner ring fire hole;42, center fire hole.
[0025] The utility model function realization and advantage will combine embodiment, and make further explanation with reference to the drawing. Specific implementation
[0026] The following will disclose a plurality of embodiments of the utility model with drawings, for the purpose of clear description, many practical details will be described in the following description. However, it should be appreciated that these practical details should not be used to limit the utility model. That is to say, in some embodiments of the utility model, these practical details are unnecessary. In addition, for the purpose of simplifying the drawing, some conventional structures and components will be drawn in a simple schematic way in the drawing.
[0027] It should be noted that all directional indications (such as up, down, left, right, front, back, etc.) in the embodiments of the utility model are only used to explain the relative position relationship, movement condition, etc. between components in a certain specific posture (as shown in the drawing), and if the specific posture changes, the directional indications will also change accordingly.
[0028] In addition, the description of "first", "second" and the like in the present application is only for the purpose of description, and does not mean to particularly indicate the order or sequence, nor to limit the present application, which is only to distinguish the components or operations described by the same technical terms, and cannot be understood as indicating or implying the relative importance of the indicated technical features or implicitly indicating the number of the indicated technical features. Therefore, the features limited by "first" and "second" can explicitly or implicitly include at least one of the features. In addition, the technical solutions of various embodiments can be combined with each other, but must be based on the realization of ordinary skilled in the art, when the combination of technical solutions appears contradictory or unachievable, it should be considered that the combination of technical solutions does not exist, nor in the protection scope required by the present application.
[0029] In order to further understand the content, characteristics and effects of the present application, the following examples are given, and the details are described as follows with reference to the drawings:
[0030] The utility model discloses a kind of burners, for stove, please refer to Figures 1 to 6 , comprising:
[0031] Fire divider 1 has outer ring fire groove 11, inner ring fire groove 12 and center fire groove 13, center fire groove 13 is arranged in inner ring fire groove 12, inner ring fire groove 12 is arranged in outer ring fire groove 11, the bottom of fire divider 1 is provided with outer ring air inlet passage 14, inner ring air inlet passage 15 and center air inlet passage 16, outer ring air inlet passage 14 and outer ring fire groove 11 are communicated, inner ring air inlet passage 15 and inner ring fire groove 12 are communicated, center air inlet passage 16 and center fire groove 13 are communicated.
[0032] Stove end 2, outer ring injection seat 21, inner ring injection seat 22 and center injection seat 23 are arranged on it, the air outlet end of outer ring injection seat 21 is aligned with the air inlet end of outer ring air inlet passage 14, the air outlet end of inner ring injection seat 22 is aligned with the air inlet end of inner ring air inlet passage 15, and the air outlet end of center injection seat 23 is respectively aligned with the air inlet end of center air inlet passage 16.
[0033] In the embodiment, the air inlet end of outer ring air inlet passage 14 is opposite to the air outlet end of outer ring injection seat 21, the air inlet end of inner ring air inlet passage 15 is opposite to the air outlet end of inner ring injection seat 22, and the air inlet end of center air inlet passage 16 is opposite to the air outlet end of center injection seat 23, in this way, the air inlet end of outer ring air inlet passage 14 and outer ring injection seat 21 form a first gap, the air inlet end of inner ring air inlet passage 15 and the air outlet end of inner ring injection seat 22 form a second gap, and the air inlet end of center air inlet passage 16 and the air outlet end of center injection seat 23 form a third gap, and the first gap, the second gap and the third gap are communicated with air.
[0034] In use, the fire divider 1 is installed on the burner head 2, and when the burner head 2 is installed on a stove with a stir-frying function, in the normal cooking process, the gas is introduced into the outer ring gas inlet channel 14 through the outer ring injection seat 21, so that the gas burns in the outer ring fire groove 11 communicated with the outer ring gas inlet channel 14 to form an outer ring fire, at the same time, the gas can be introduced into the inner ring gas inlet channel 15 through the inner ring injection seat 22, so that the gas burns in the inner ring fire groove 12 communicated with the inner ring gas inlet channel 15 to form an inner ring fire, and the inner ring fire burns inside the outer ring fire. Further, when stir-frying is needed, the gas can be introduced into the center gas inlet channel 16 through the center injection seat 23, so that the gas burns in the center fire groove 13 communicated with the center gas inlet channel 16 to form a center fire, and the center fire burns inside the inner ring fire. In this way, the center fire formed by the gas supplement of the center injection seat 23 and the center gas inlet channel 16 burning in the center fire groove 13 can improve the gas supplement amount and ensure the stir-frying effect during the stir-frying operation.
[0035] It should be noted that as prior art known to those skilled in the art, the outer ring injection seat 21, the inner ring injection seat 22 and the center injection seat 23 are all communicated with the gas source through a gas pipe. During cooking, the gas outlet end of the outer ring injection seat 21 is aligned with the gas inlet end of the outer ring gas inlet channel 14, the gas outlet end of the inner ring injection seat 22 is aligned with the gas inlet end of the inner ring gas inlet channel 15, and the gas outlet end of the center injection seat 23 is respectively aligned with the gas inlet end of the center gas inlet channel 16, and the aligned gas inlet end and gas outlet end form a mixing channel for air to enter, that is, the first gap, the second gap and the third gap, so that after the air and the gas are mixed, the mixed gas enters the corresponding outer ring gas inlet channel 14, inner ring gas inlet channel 15 or center gas inlet channel 16, and then burns in the corresponding outer ring fire groove 11, inner ring fire groove 12 or center fire groove 13.
[0036] When the gas is ejected at high speed from the gas outlet end of the outer ring injection seat 21, the inner ring injection seat 22 or the center injection seat 23, according to Bernoulli's principle, a low pressure area is formed near the gas outlet end, and the surrounding air is sucked into the mixing channel between the gas inlet end and the gas outlet end under the action of the pressure difference, and then enters the corresponding outer ring gas inlet channel 14, inner ring gas inlet channel 15 or center gas inlet channel 16 together with the gas to realize preliminary mixing. The provision of the mixing channel provides an initial mixing place for the gas and the air, and the air and the gas begin to contact and mix in this channel space. Due to the high-speed flow of the gas and the involvement of the air, a certain degree of turbulence is formed, so that the gas and the air can more fully penetrate and mix with each other, creating good conditions for subsequent full combustion in the combustion chamber; at the same time, the mixing channel provides a margin for the thermal expansion of the components to avoid excessive stress between the components due to thermal expansion, thereby preventing deformation, damage or affecting the normal supply of gas.
[0037] The utility model discloses a burner, please refer to Figure 2 、 Figure 4 And Figure 5 , the fire divider 1 includes the first ring wall a, the second ring wall b, the third ring wall c and the fourth ring wall d, and the first ring wall a, the second ring wall b, the third ring wall c and the fourth ring wall d are sequentially arranged from outside to inside, the first ring wall a and the second ring wall b are formed into the outer ring fire groove 11, the third ring wall c and the fourth ring wall d are formed into the inner ring fire groove 12, and the fourth ring wall d is formed into the center fire groove 13.
[0038] In the embodiment, the first ring wall a, the second ring wall b, the third ring wall c and the fourth ring wall d can all be circular ring structures, and the inner diameters of the four are sequentially reduced. The gas outlet end of the outer ring gas inlet channel 14 is communicated with the outer ring fire groove 11 formed between the first ring wall a and the second ring wall b, the gas outlet end of the inner ring gas inlet channel 15 is communicated with the inner ring fire groove 12 formed between the third ring wall c and the fourth ring wall d, and the gas outlet end of the center gas inlet channel 16 is communicated with the center fire groove 13 formed by the fourth ring wall d, so that, during cooking, the fuel gas is introduced between the first ring wall a and the second ring wall b through the outer ring gas inlet channel 14, the fuel gas is introduced between the third ring wall c and the fourth ring wall d through the inner ring gas inlet channel 15, and the fuel gas is introduced into the fourth ring wall d through the center gas inlet channel 16, thereby realizing combustion.
[0039] The utility model discloses a burner, please refer to Figure 2 、 Figures 4 to 6 , the fire divider 1 has the first bottom surface e and the second bottom surface f, the first ring wall a is formed upwards from the outer edge of the first bottom surface e, the second ring wall b is formed upwards from the inner edge of the first bottom surface e, the third ring wall c is formed upwards from the outer edge of the second bottom surface f, the fourth ring wall d is arranged on the second bottom surface f, at least one of the outer ring gas inlet channel 14, the inner ring gas inlet channel 15 and the center gas inlet channel 16 is connected with the second ring wall b and the third ring wall c at the same time, and the air supplementing channel is formed between the second ring wall b and the third ring wall c.
[0040] The first gap and the second gap can be communicated with the air supplementing gap by utilizing the air supplementing gap formed between the lower surface of the fire divider 1 and the upper surface of the stove head 2.
[0041] In the embodiment, the first bottom surface e is in a circular ring plate structure, the second bottom surface f is in a circular plate structure, and the inner diameter of the first bottom surface e is greater than the diameter of the second bottom surface f, so that a gas supplementing space is formed between the first bottom surface e and the second bottom surface f, and then under the guidance of the second ring wall b and the third ring wall c, a gas supplementing channel is formed between the second ring wall b and the third ring wall c. During the cooking process, when the mixed gas of gas and air is introduced into the outer ring fire groove 11 from the outer ring gas inlet channel 14 and burns, and the mixed gas of gas and air is introduced into the inner ring fire groove 12 from the inner ring gas inlet channel 15 and burns, air can be supplemented from the gas supplementing channel to make the gas in the outer ring fire groove 11 and the inner ring fire groove 12 fully burn, so as to improve the problem that in the prior art, when the stir-frying operation is performed, there is no additional air to supplement inward, the gas is sufficient, but the air is insufficient, and the burning is insufficient. At the same time, when the gas is supplemented into the center fire groove 13 through the center gas inlet channel 16 to perform the stir-frying operation, the air supplemented from the gas supplementing channel can also make the gas in the center fire groove 13 fully burn.
[0042] Among them, since the first ring wall a, the second ring wall b, the third ring wall c and the fourth ring wall d can all be circular ring structures, and the inner diameters of the four are successively reduced and concentrically arranged, the area of the gas supplementing channel surrounded by the second ring wall b and the third ring wall c is greater than the area of the inner ring fire groove 12 and the center fire groove 13 together, and the gas supplementing channel is arranged outside the inner ring fire groove 12 and the center fire groove 13, so as to ensure that the gas in the inner ring fire groove 12 and the center fire groove 13 is fully burned.
[0043] In the embodiment, the first ring wall a is formed by extending upward from the outer edge of the first bottom surface e, the second ring wall b is formed by extending upward from the inner edge of the first bottom surface e, so that the first ring wall a, the first bottom surface e and the second ring wall b together form the outer ring fire groove 11 in an open upper structure. The third ring wall c is formed by extending upward from the outer edge of the second bottom surface f, and the fourth ring wall d is arranged on the second bottom surface f, so that the third ring wall c, the second bottom surface f and the fourth ring wall d together form the inner ring fire groove 12 in an open upper structure, and at the same time, the center fire groove 13 in an open upper structure is formed.
[0044] At least one of the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the central air inlet channel 16 is connected with the second ring wall b and the third ring wall c at the same time, so that the outer ring fire trench 11 and the inner ring fire trench 12 are connected to form a whole under the connection of the outer ring air inlet channel 14, the inner ring air inlet channel 15 and / or the central air inlet channel 16, and the structural stability of the distributor 1 is ensured. As one of the parallel schemes, any one of the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the central air inlet channel 16 is connected with the second ring wall b and the third ring wall c at the same time; as the second parallel scheme, any two of the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the central air inlet channel 16 are connected with the second ring wall b and the third ring wall c at the same time; as the third parallel scheme, the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the central air inlet channel 16 are all connected with the second ring wall b and the third ring wall c at the same time.
[0045] Based on the above embodiment, please refer to Figure 6 The air inlet ends of the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the central air inlet channel 16 are in the shape of a flared structure, so that the opening area of each air inlet end is increased, more air can enter the pipeline under the entraining action of the gas jet, sufficient oxygen is provided for the full combustion of the gas, better combustion effect is achieved, air enters the pipeline more smoothly, air flow resistance and turbulence are reduced, according to Bernoulli's principle, the low-pressure area formed at the flared structure by the high-speed flow of the gas is more stable, air can be more efficiently entrained, meanwhile, after air enters the corresponding pipeline, the flared structure enables air to have a larger contact area and a longer contact time with the gas, which is beneficial to the more uniform mixing of the two, so that the combustion is more sufficient and stable, the combustion efficiency is improved, the generation of pollutants is reduced, which is helpful to maintain a relatively stable gas and air mixing ratio, so that the combustion process is closer to the ideal state, the performance and stability of the burner are improved, and problems such as insufficient combustion and unstable flame caused by fluctuations in the mixing ratio are reduced; and during installation, the flared structure can provide a larger alignment tolerance range during installation, which can compensate for the size errors and position deviations caused by the manufacturing and installation processes to a certain extent, even if there is a small deviation between the components, the flared structure reduces the installation precision requirement, improves the installation efficiency and accuracy, and also ensures the normal flow of gas and the entraining effect.
[0046] The burner of the utility model, please refer to Figures 4 to 6 The outer ring air inlet channel 14, the central air inlet channel 16 and the inner ring air inlet channel 15 are arranged in sequence and at intervals, the central air inlet channel 16 is located between the outer ring air inlet channel 14 and the inner ring air inlet channel 15, the outer ring air inlet channel 14 extends from the first bottom surface e to the second bottom surface f, and the air outlet end penetrates through the second ring wall b; the inner ring air inlet channel 15 extends from the first bottom surface e to the second bottom surface f, and the air outlet end penetrates through the third ring wall c; the central air inlet channel 16 extends from the first bottom surface e to the second bottom surface f, and the air outlet end penetrates through the fourth ring wall d.
[0047] In the embodiment, the outer ring air inlet channel 14, the center air inlet channel 16 and the inner ring air inlet channel 15 are simultaneously connected to the second ring wall b and the third ring wall c, and the distance between the outer ring air inlet channel 14 and the center air inlet channel 16 is equal to the distance between the inner ring air inlet channel 15 and the center air inlet channel 16, so as to balance the connection and ensure the structural stability of the distributor 1. The outer ring air inlet channel 14, the inner ring air inlet channel 15 and the center air inlet channel 16 are simultaneously connected to the first bottom surface e and the second bottom surface f, so as to ensure the structural stability between the first bottom surface e and the second bottom surface f.
[0048] During the cooking process, the outer ring air inlet channel 14 guides the mixed gas of air and gas from the through opening of the side wall of the second ring wall b into the outer ring fire groove 11 between the second ring wall b and the first ring wall a, the inner ring air inlet channel 15 guides the mixed gas of air and gas from the through opening of the side wall of the third ring wall c into the inner ring fire groove 12 formed between the third ring wall c and the fourth ring wall d, and the center air inlet channel 16 guides the mixed gas of air and gas from the through opening of the side wall of the fourth ring wall d into the center fire groove 13 formed around the fourth ring wall d.
[0049] Based on the above embodiment, please refer to Figure 4 and Figure 5 The inner diameter of the gas outlet end of the outer ring air inlet channel 14 gradually increases, the inner diameter of the gas outlet end of the inner ring air inlet channel 15 gradually increases, and the inner diameter of the gas outlet end of the center air inlet channel 16 gradually increases, so as to reduce the resistance when the gas is discharged, reduce the exhaust back pressure, and make the gas discharge speed relatively stable and moderate, reduce the risk of backfire, the larger diameter of the gas outlet end can make the discharged gas flow more stable, reduce the fluctuation and turbulence of the gas flow, which is beneficial to the stability of the subsequent combustion process, makes the flame more stable, the combustion more uniform, and reduces the problems of incomplete combustion, flame flickering and the like caused by unstable gas flow.
[0050] The burner of the utility model, please refer to Figure 4 The part of the first bottom surface e which is aligned with the gas outlet end of the outer ring air inlet channel 14 is sunken downward to form a gas sink e1, and the gas outlet end of the outer ring air inlet channel 14 is aligned with the gas sink e1.
[0051] During the cooking process, the mixed gas of air and fuel gas enters into the outer ring fire groove 11 from the outer ring air inlet channel 14, and the opposite air sink groove e1 can guide the air flow to flow downward, so that the air flow forms a certain disturbance and backflow at the air sink groove e1, thereby promoting the more sufficient mixing of the fuel gas and the air, creating conditions for more complete combustion, improving the combustion efficiency, releasing more heat by combustion, and ensuring that the flame can remain stable under various working conditions, preventing the phenomenon of flickering, jumping or even extinguishing of the flame. In addition, during the combustion process, the fuel gas may carry some impurities, and the high-temperature gas generated by combustion may form condensate during the cooling process. The air sink groove e1 is located at the bottom of the outer ring fire groove 11 and can collect these impurities and condensate, preventing them from flowing around in the outer ring fire groove 11, avoiding interference with the combustion process, and preventing the impurities and condensate from causing corrosion, blockage and other problems to the outer ring fire groove 11, thereby ensuring the normal operation of the system.
[0052] The burner of the utility model, please refer to Figure 4 and Figure 5 The inner ring air inlet channel 15 has an extension 151 extending towards the second ring wall b, the extension 151 is connected to the second ring wall b, and the upper surface shape of the extension 151 is the same as the shape of the part of the outer ring air inlet channel 14 located between the second ring wall b and the third ring wall c.
[0053] The extension 151 of the inner ring air inlet channel 15 is connected to the second ring wall b to form a sealed structure. The side wall of the inner ring air inlet channel 15 forms an opening through the third ring wall c to guide the mixed gas of air and fuel gas into the inner ring fire groove 12. On the basis of gradually increasing the inner diameter of the extension 151 to relatively stabilize and moderate the gas discharge speed, during the cooking process, the end of the inner ring air inlet channel 15 is sealed so that the air flow can only flow out from the side wall opening. When the air flow flows in the inner ring air inlet channel 15 to the sealing portion, a certain turbulence is generated, and when the air flow flows out from the side wall opening, it can better interact with the gas in the inner ring fire groove 12, further promoting the mixing of the fuel gas and the air, making the combustion more complete, and reducing the generation of incomplete combustion products.
[0054] Please refer to Figure 6 The burner of the utility model, the first bottom surface e is provided with a support surface e2 on the part of the outer ring corresponding to the outer ring air inlet channel 14, the inner ring air inlet channel 15 and the center air inlet channel 16. The outer ring injection seat 21, the inner ring injection seat 22 and the center injection seat 23 are supported on the corresponding support surface e2.
[0055] When installing, the burner 1 is installed on the burner head 2, the outer ring ejection seat 21 is supported on the support surface e2 opposite to the outer ring air inlet channel 14, the inner ring ejection seat 22 is supported on the support surface e2 opposite to the inner ring air inlet channel 15, and the center ejection seat 23 is supported on the support surface e2 opposite to the center air inlet channel 16, thereby forming three-point support to ensure stable installation, and further ensuring that the air outlet end of the outer ring ejection seat 21 is aligned with the air inlet end of the outer ring air inlet channel 14, the air outlet end of the inner ring ejection seat 22 is aligned with the air inlet end of the inner ring air inlet channel 15, and the air outlet end of the center ejection seat 23 is aligned with the air inlet end of the center air inlet channel 16, respectively.
[0056] Please refer to Figure 1 and Figure 2 The burner of the utility model, first support column e3 is equipped on first bottom surface e, the upper surface edge of burner head 2 is equipped with second support column 24, burner 1 is installed on burner head 2, and second support column 24 is supported on first support column e3.
[0057] When installing, the burner 1 is installed on the burner head 2, and the second support column 24 supports the first support column e3, so that the burner head 2 supports the burner 1 through the first support column e3 and the second support column 24. In the embodiment, at least two groups of the first support column e3 and the second support column 24 are distributed to ensure that the burner 1 is stably supported. In addition, the plurality of first support columns e3 and the second support columns 24 are distributed on both ends of the burner head 2 opposite to the outer ring ejection seat 21, the inner ring ejection seat 22 and the center ejection seat 23 to form support on both ends of the burner 1, thereby ensuring that the burner 1 is stably supported.
[0058] In addition, the plurality of first support columns e3 and the second support columns 24 support the burner 1 and the burner head 2 to form a spacing space therebetween, and the air supplement channel between the second ring wall b and the third ring wall c is communicated with the spacing space to facilitate air entering the air supplement channel to supplement air and ensure sufficient combustion of the gas. Meanwhile, the first gap, the second gap and the third gap are all communicated with the spacing space.
[0059] Please refer to Figure 1 and Figure 2 The burner of the utility model, the lower surface edge of the burner head 2 is equipped with the third support column 25, and the third support column 25 is supported in the shell of the stove.
[0060] When installing the burner head 2, the third support column 25 is supported in the shell of the stove. The third support column 25 is distributed with at least three to ensure stable installation of the burner head 2.
[0061] Please refer to Figures 1 to 3The burner further comprises an outer ring fire cover 3 and an inner ring fire cover 4, the outer ring fire cover 3 is arranged on the outer ring fire groove 11, the outer ring fire cover 3 is provided with an outer ring fire hole 31, the inner ring fire cover 4 covers the inner ring fire groove 12 and the center fire groove 13 at the same time, the side surface of the inner ring fire cover 4 is provided with an inner ring fire hole 41, and the top surface of the inner ring fire cover 4 is further provided with a center fire hole 42 which is aligned with the center fire groove 13.
[0062] During the cooking process, the outer ring fire cover 3 and the inner ring fire cover 4 cooperate with the outer ring fire groove 11, the inner ring fire groove 12 and the center fire groove 13 at different positions to form three different flame areas of the outer ring, the inner ring and the center. The size and intensity of the flame in different areas can be controlled according to actual needs to realize fine adjustment of combustion. For example, during cooking, slow stewing can only use the outer ring fire groove 11 and / or the inner ring fire groove 12 to output a small flame through the outer ring fire hole 31 and / or the inner ring fire hole 41; when strong frying is needed, the outer ring fire groove 11, the inner ring fire groove 12 and the center fire groove 13 can be opened at the same time to output a larger and more intense flame through the outer ring fire hole 31, the inner ring fire hole 41 and the center fire hole 42. The outer ring fire groove 11, the inner ring fire groove 12 and the center fire groove 13 cooperate with the corresponding fire cover and fire hole to make the heat more evenly distributed in the area above the burner. The outer ring flame can cover a larger area, and plays a role in auxiliary heating and heat balance for the inner ring and center areas, avoiding the situation that the center is overheated while the edge temperature is insufficient, so that the heated object can obtain relatively uniform heat on the whole surface, improving the heating quality and efficiency.
[0063] The outer ring fire cover 3 and the inner ring fire cover 4 limit the flame within a specific fire groove and fire hole range, effectively preventing the flame from spreading and running out at will, and reducing the risk of fire caused by the flame contacting surrounding flammable materials. Especially in the kitchen and other environments, there may be various flammable materials around, and this design can ensure the safety of the use process. At the same time, the outer ring fire groove 11, the inner ring fire groove 12 and the center fire groove 13, the outer ring fire cover 3 and the inner ring fire cover 4 work together to form a stable combustion system. When the combustion state of a certain fire groove or fire hole is disturbed by external factors, the flame of other fire grooves and fire holes can play a certain compensation and stabilizing role to maintain the stability of the whole combustion process, ensuring that the burner can continuously and stably output heat, improving the reliability and operating efficiency of the burner.
[0064] The above is only a preferred embodiment of the utility model, and is not used to limit the utility model, and any modification, equivalent replacement or improvement made within the spirit and principle of the utility model should be included in the protection scope of the utility model.
Claims
1. A burner for a cooktop, characterized in that, The application relates to a burner, which comprises a distributor (1) having an outer ring fire groove (11), an inner ring fire groove (12) and a center fire groove (13), the center fire groove (13) being arranged in the inner ring fire groove (12), the inner ring fire groove (12) being arranged in the outer ring fire groove (11), the bottom of the distributor (1) being provided with an outer ring air inlet channel (14), an inner ring air inlet channel (15) and a center air inlet channel (16), the outer ring air inlet channel (14) being communicated with the outer ring fire groove (11), the inner ring air inlet channel (15) being communicated with the inner ring fire groove (12), and the center air inlet channel (16) being communicated with the center fire groove (13); and a burner head (2) provided with an outer ring injection seat (21), an inner ring injection seat (22) and a center injection seat (23), the outlet end of the outer ring injection seat (21) being aligned with the inlet end of the outer ring air inlet channel (14), the outlet end of the inner ring injection seat (22) being aligned with the inlet end of the inner ring air inlet channel (15), and the outlet end of the center injection seat (23) being aligned with the inlet end of the center air inlet channel (16). The distributor (1) comprises a first ring wall (a), a second ring wall (b), a third ring wall (c) and a fourth ring wall (d), which are arranged in sequence from outside to inside, the first ring wall (a) and the second ring wall (b) are wound to form the outer ring fire groove (11), the third ring wall (c) and the fourth ring wall (d) are wound to form the inner ring fire groove (12), and the fourth ring wall (d) is wound to form the center fire groove (13). The distributor (1) has a first bottom surface (e) and a second bottom surface (f), the first ring wall (a) is extended upwards from the outer edge of the first bottom surface (e), the second ring wall (b) is extended upwards from the inner edge of the first bottom surface (e), the third ring wall (c) is extended upwards from the outer edge of the second bottom surface (f), and the fourth ring wall (d) is arranged on the second bottom surface (f), at least one of the outer ring air inlet channel (14), the inner ring air inlet channel (15) and the center air inlet channel (16) is connected to the second ring wall (b) and the third ring wall (c) at the same time, and a supplementary air channel is formed between the second ring wall (b) and the third ring wall (c).
2. The burner of claim 1, wherein The outer ring air inlet channel (14), the center air inlet channel (16) and the inner ring air inlet channel (15) are arranged in sequence and are spaced, the center air inlet channel (16) is located between the outer ring air inlet channel (14) and the inner ring air inlet channel (15), the outer ring air inlet channel (14) is extended from the first bottom surface (e) to the second bottom surface (f) and its outlet end penetrates through the second ring wall (b), the inner ring air inlet channel (15) is extended from the first bottom surface (e) to the second bottom surface (f) and its outlet end penetrates through the third ring wall (c), and the center air inlet channel (16) is extended from the first bottom surface (e) to the second bottom surface (f) and its outlet end penetrates through the fourth ring wall (d).
3. The burner of claim 2, wherein 4. The burner of claim 3, wherein 5. The burner of claim 4, wherein The part of the first bottom surface (e) which is aligned with the outlet end of the outer ring air inlet channel (14) is sunken to form a sunken air groove (e1), and the outlet end of the outer ring air inlet channel (14) is aligned with the sunken air groove (e1).
6. The burner of claim 4, wherein The inner ring air inlet channel (15) has an extension (151) extending to the second ring wall (b), the extension (151) is connected to the second ring wall (b), and the upper surface of the extension (151) has the same shape as the part of the outer ring air inlet channel (14) located between the second ring wall (b) and the third ring wall (c).
7. The burner of claim 3, wherein The part of the first bottom surface (e) which is aligned with the outer ring air inlet channel (14), the inner ring air inlet channel (15) and the central air inlet channel (16) is provided with a support surface (e2), and the outer ring ejection seat (21), the inner ring ejection seat (22) and the central ejection seat (23) are supported on the corresponding support surface (e2).
8. The burner of claim 7, wherein The first support column (e3) is arranged on the first bottom surface (e), the second support column (24) is arranged on the upper surface edge of the furnace head (2), the burner (1) is mounted on the furnace head (2), and the second support column (24) is supported on the first support column (e3).
9. The burner of claim 1, wherein The lower surface edge of the furnace head (2) is provided with a third support column (25), and the third support column (25) is supported in the shell of the stove.
10. Burner according to any of claims 1-9, characterized in that Further comprising an outer ring fire cover (3) and an inner ring fire cover (4), the outer ring fire cover (3) is arranged on the outer ring fire groove (11), the outer ring fire cover (3) is provided with an outer ring fire hole (31), the inner ring fire cover (4) covers the inner ring fire groove (12) and the central fire groove (13) at the same time, the side surface of the inner ring fire cover (4) is provided with an inner ring fire hole (41), and the top surface of the inner ring fire cover (4) is provided with a central fire hole (42) which is aligned with the central fire groove (13).