A burner with a stable mechanism stretching out from a proper location on the circumference, a stable slot is between two shaft slices with a connecting part, the piezo-electric device is a modulized body a piezo-electric module is inside the modulized body, one end of the piezo-electric module stre
A burner with a stable mechanism stretching out from a proper location on the circumference, a stable slot is between two shaft slices with a connecting part, the piezo-electric device is a modulized body a piezo-electric module is inside the modulized body, one end of the piezo-electric module stretches out from the shell and is against the shaft, the other end connects to a press button, a conducting rod connects out from the piezo-electric module, and is apart from the burner cap, a combining object is on the location corresponding to the shaft slices; the modulized body can be combined with or detached from the stable slot by the combination or detachment of the combining object and the shaft slices. Users can press the press button and trigger the sparks between the conducting rod of the piezo-electric module and the burner cap to ignite fuel.
대표청구항▼
What is claimed is: 1. A burner comprising: a) a storage tank for storing a fuel; b) a supporting rack connected to a top of the storage tank; c) a control device located in the supporting rack and controlling a flow of fluid through the supporting rack; d) a platform located on a top of the suppo
What is claimed is: 1. A burner comprising: a) a storage tank for storing a fuel; b) a supporting rack connected to a top of the storage tank; c) a control device located in the supporting rack and controlling a flow of fluid through the supporting rack; d) a platform located on a top of the supporting rack and having a stable mechanism having: i) two shelf slices being spaced apart and defining a stable slot; and ii) a strengthening slice located between and connected to the two shelf slices; e) a hood located above the platform and connected to the supporting rack; f) a burner cap connected to a top of the hood; and g) a piezo-electric device selectively inserted into and removed from the stable slot of the stable mechanism of the platform and having: i) a modular body having two shells; ii) a piezo-electric module located between the two shells of the modular body and having a first end engaging a main body of the supporting rack and a second end engaging a press button; and iii) a conducting rod being connected to the piezo-electric module at a first end thereof and having a second end extending outwardly from a top of the modular body, the second end of the piezo-electric module being spaced a predetermined distance from the burner cap, wherein, when the press button is pushed inwardly, the piezo-electric device generating sparks between the piezo-electric module and the burner cap. 2. The burner according to claim 1, wherein the storage tank has a tank hole located on a top thereof, a connecting hole located in a bottom thereof, and a filling connector inserted through the connecting hole, the supporting rack has a pillar located on a bottom thereof and inserted into the storage tank through the tank hole, the pillar is located above the connecting hole, the filling connector is connected to a pillar hole of the pillar, the fuel is inserted into the storage tank through the filling connector. 3. The burner according to claim 1, further comprising an inject tube located between the supporting rack and the burner cap, the fuel flows from the storage tank to the inject tube through a fluid tunnel of the supporting rack, the fluid is injected into the burner cap by the inject tube. 4. The burner according to claim 3, further comprising a flow regulator located in the fluid tunnel and controlled by the control device. 5. The burner according to claim 4, wherein the control device includes a control rod, a shutoff valve located on a first end of the control rod, and a knob located on a second end of the control rod, the shutoff valve is fixed in an outlet of the fluid tunnel, the knob selectively moving the an inlet of the shutoff valve between open and closed positions. 6. The burner according to claim 1, wherein the support rack includes two shafts protruding upwardly from opposing sides thereof, the platform has two cover holes located on opposing sides thereof, one of the two shaft being inserted through each of the two cover holes. 7. The burner according to claim 6, wherein a top of each of the two shafts is connected to the hood. 8. The burner according to claim 6, wherein each of the two shafts has at least one protruding point engaging a bottom of the hood. 9. The burner according to claim 1, wherein the platform has at least two hood pillars protruding upwardly from a top thereof, the hood being connected to each of the at least two hood pillars. 10. The burner according to claim 1, wherein the two shelf slices of the stable mechanism are parallel. 11. The burner according to claim 1, wherein the stable mechanism has a connecting part located between the two shelf slices, the modular body has a combining slot located on a bottom thereof, the connecting part selectively engaging the combining slot and securing the piezo-electric device in the stable mechanism. 12. The burner according to claim 1, wherein the modular body has a convex shell rib located on each of two opposing sides thereof, each of the two shelf slices of the stable mechanism has a cross piece located on a side surface thereof within the stable slot, each convex shell rib being held in the stable slot by one cross piece. 13. The burner according to claim 1, further comprising a stuff body having: a) a stuff shell; b) a stuff rib located on opposing sides of the stuff body; and c) a convex wall located on a top portion of the stuff body, wherein, when the piezo-electric device is removed from the stable slot of the stable mechanism the stuff body is selectively inserted into the stable slot and the convex wall sealing an opening in the stable slot. 14. The burner according to claim 1, wherein the hood has a plurality of ventilation holes located thereon. 15. The burner according to claim 1, wherein the hood has a hood opening, the stable mechanism protruding outwardly through the hood opening. 16. The burner according to claim 1, wherein the burner cap having: a) a burner hollow pillar connected to the hood; b) a bottom plate located on a top of the burner hollow pillar; c) a filter net located on a top of the bottom plate; and d) an air scattering net and an air scattering plate located above the bottom plate. 17. The burner according to claim 16, wherein the supporting rack has a support hollow pillar protruding upwardly from the top thereof, the burner hollow pillar has internal threads connected to external pillar threads of the support hollow pillar. 18. The burner according to claim 17, further comprising an inject tube located between the support hollow pillar and the burner hollow pillar. 19. The burner according to claim 1, wherein the burner cap having: a) a burner hollow pillar connected to the hood and having an air flow guide and a plurality of side holes located on a top thereof; b) a flame outlet and a plurality of air flow distributors with round teeth located on a center of the air flow guide; c) a block ring located on a top of the burner hollow pillar and covering the plurality of side holes; and d) an air inlet hole located through a side wall of the burner hollow pillar and providing air to the air flow guide, wherein the supporting rack has a support hollow pillar protruding upwardly from the top thereof, the burner hollow pillar has internal threads connected to external pillar threads of the support hollow pillar. 20. The burner according to claim 19, further comprising an inject tube located between the support hollow pillar and the burner hollow pillar.
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이 특허에 인용된 특허 (6)
Tsai Chin-Lin (3F ; No. 94 ; Sec. 4 ; Chung Hsin Road San Chung City ; Taipei Hsien TWX), Burner.
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