TW200523497A - Gas mixing device - Google Patents

Abstract

A gas-mixing device includes a store tank, and a mixing chamber formed in the store tank. The mixing chamber is provided with an intake tube with an intake, and further with an outlet tube. A gas of proper pressure is pumped through the intake tube in the mixing chamber of the store tank in which liquid gas is stored so that the liquid gas is added with pressure to vaporize the liquid gas. Then the vaporized gas is sent through an outlet tube fixed with the outlet tube to a spray nozzle to be sprayed out to be burned in burning equipment.

Description

200523497 V. Description of the invention (1) [The system of the invention to which the invention belongs does not need to be activated quickly. [Prior art according to the current number "Fuel gas storage and discharge inspection window and oil valve cover are connected to a pipe with a pipe diameter different from the pipe joint. The valve plug is accommodated, and the support pipe is used to make the upper tube. The upper end of the sleeve is used to set a top tube, a rubber tube, and a person to be supplied into the air supply valve. The upper output is shaped like a public response system, in which the fuel tank is provided with a fuel tank gas valve, and a valve body is provided. The valve is screwed to an extension pipe to maintain the diameter of the upper support. The lower pipe body and a straight body are combined with a ring. Shaped channel connection, ground gasification, Field] Oil and gas mixing device, especially a kind of oil and gas mixing device that can make heavy oil combustion preheating and standby operation, that can make heavy oil combustion system. The technology is about going through and burning] The oil and gas output pipe joints of the oil and gas-type equipment oil are connected, the diameter of the valve body, and the bottom of the valve plug and the pipe body are slightly longer than the lower end of the connecting rod. Its box, oil port; for, the lower end of the body is larger than the lower foot pad, the lower pipe body is shorter than the opening of the lower and upper pipe joints. The upper pipe opens the valve body and the outer diameter of the bottom pipe body is large, and; and the produced and set from the 4th and 3rd place, including the pressure gauge and the gas tank L, inside the body of the tank, the inlet, the The conventional case of compressed air output made by the lower tube and the lower tube by electric gas is mainly used to pressurize oil and gas through an electric gas pump for the purpose of gasifying the fuel. Report No. 4 5 2 0 5 2 "15 7 5 of the oil-gas combustion supply device contains: the valve cap of the fuel liquid level, the upper diameter pipe of the hole, the valve chamber and the valve plug at the other part of the valve have a suitable set of body diameter, The inter-body boundary pump is released by a shrinking air delivery port

Page 6 200523497 V. Description of the invention (2) The oil and gas combustion supply device in f 5 i 'I is for the storage of meat in the storehouse, and the bottom end of the air guide rod is radially extended with several branches: Ϊ = 之 导= Connected rods, and U ends at the ends of the rods: and a control box with the same as above, there is a pressure control inside the box, and then supply, the drive motor is controlled by the circuit and the drive horse is controlled In the box; 2;:; connected to the switch and communicated with the air duct; and; the work in the range can fix the pressure value of oil and gas in An: Re-pass through each φ β, animal compressed air is driven into the air guide rod through the catheter t: Promote the crude oil in the supply cylinder: and; Factory: Dingfa oil and gas, and then output to the combustion user. This conventional case of n / a pressure state is the same as the first case by the electric air pump or the motor. The structures are equivalent, all of them are pressurized for the purpose of oil and gas, and then rotated out to form the fuel pressure. The pressure of the cylinder is pressurized, and then the oil and gas are burned first. The pre-fibre method is powerful for the low fluidity, so the inventor's fast request. The shortcomings of the system; ^ to improve, to be = for the other conventional fuel oil-gas mixing device. Researching and improving, successfully inventing the invention [Summary of the invention] One of the objects of the present invention is to eliminate the need for pre-addition in the combustion system, that is: =: heavy oil with low fluidity ... w has the advantages of rapid combustion and heating

V. Description of the invention (3) Value for steaming. The oil combustion system of the present invention burns and reduces the present invention1. The mixing tank, and the output pipe in the output tube storage cylinder mixes the oil and gas re-atomization of the aforementioned storage cylinder 2 • The atomization of the storage cylinder saves fuel 3 • The atomization The amount of oil and gas. [The embodiment is as follows, the formula is explained as follows-the second purpose of the oil and gas in the embodiment, which has the advantages of saving air pollution, is: the invention of the oil and gas tank without air intake, so the use of liquid oil to the fuel injection nozzle; Gas can be pressurized to measure the oil, gas and oil of invention. The invention of oil and gas, which is radiant, is aimed at providing an oil and gas mixing device with low fluidity, heavy fuel oil and high combustion efficiency, which can reach the full point. The combined device includes a storage cylinder, the storage cylinder is provided with an inlet pipe and an air inlet, and the gas inlet pipe of the mixing tank is input with a gas of an appropriate pressure to pressurize and atomize the atomized oil and gas. A gas outlet valve is provided in the storage cylinder so as to be guided to the fuel injection nozzle to burn the combustion equipment in the fuel injection nozzle. Mixing device, in which the fuel injection nozzle can pressurize and atomize the storage tank, which can further improve the combustion efficiency and act as a dagger. 'The state of being sprayed through the fuel injection nozzle can further improve the combustion efficiency and save fuel. The examiner can fully understand the present invention, and the drawings and the second figure are examples of the present invention. The figure shows that the actual mixing device includes:

200523497 V. Description of the invention (4) The storage cylinder 1 is provided with a cylinder groove 10 for containing liquid oil, and a top wall 100 is provided above the cylinder groove 10, and the following components are fixed and fixed on the top wall 1 0 0 A gas outlet valve 1 〇1 is provided. This gas outlet valve 1 〇1 can be connected to a gas output pipe 1 〇2 to guide the gas pressurized through the storage cylinder 1 to the fuel injection nozzle 2 to provide the same as oil and gas. The pressured gas is supplied to the fuel injection nozzle 2 ′, so that the atomized oil and gas of the fuel injection nozzle 2 from the storage barrel 1 are consistent with the gas pressure, which prevents back pressure problems of any of the eight sources of the fuel injection nozzle 2 and has a proper voltage stabilization. Features. 'Mixing tank 1 1, the mixing tank 11 is provided in the tank tank 10 of the storage tank 1' This mixing tank 11 is extended from the top wall 100 of the storage tank 1 to the tank tank 10, and A plurality of through-holes 1 1 0 are provided near the bottom of the mixing tank 11 to allow the night-state oil in the storage cylinder to enter the mixing tank 11 through these through-holes 1 1 0; and the mixing tank 11 is provided with oil and gas. Output pipe 1 1 1 'This oil and gas output pipe 1 1 1 is provided above the aforementioned mixing tank 11' to output the atomized oil and gas to the fuel injection nozzle 2. Intake officer 1 2 'The intake pipe 12 is arranged inside the mixing tank 11 and extends downward from the top of the mixing tank 11 and the intake pipe 12 is provided with the air inlet 1 20, The air port 1 20 is connected with external pressurizing equipment such as electric or pneumatic pressurizing pump to supply the pressurized gas into the mixing tank 11 1 ', and is arranged at the bottom end of the air intake pipe 12 The bubble generator 1 2 1 and the bubble generator 12 1 are provided with bubble stones. When the gas passes through the bubble stones and enters the mixing tank masonry, the bubble state is quite uniform and easy to fuse, and the liquid oil is atomized. Injector 2 (shown in Figures 3 to 6), the injector 2 is connected with the aforementioned

200523497 V. Description of the invention (5) The oil and gas output tube storage tank 1 is provided with a body 2 0 0-end 2 after being actively atomized under pressure, and the aforementioned hole 2 0 3 is fixedly installed. The chamber 2 forms a different ring 2 〇8 In the aforementioned horizontal 1 can be connected with the front cylinder 1 with a mist thread 2 1 0 and a perforation 2 1 2 outside the fuel nozzle, and the degree of atomization in 0 〇 The pressure sleeve 2 7 is screwed together, and the diameter of the atomized oil and gas and gas with a diameter smaller than 1 and the gas output pipe 1 is sprayed with 9 but this is stored in the aforementioned storage: it is now output to the combustion injury burner several times. The main body 2 〇 is provided with a lateral storage chamber 2 π; Zhong Erhe grease nipple 2 ^ ^ —-〇〇, the inner wall of the chamber p is provided with an internal thread 2 0, and the birch of the other heart is provided with a cone-shaped outlet at the other end " Go back to 2000 and set the straight hole 20 body joint tube 2 05 screw connection to connect the large and small outer ring diameter of the gas wheel 20j22〇07q; and the end is set 0-ring 2 0 S In order to prevent leakage and return of oil and gas, & 2 0 9 and outside, ^ ^ 0 0 8. Two = 2 Μ〇〇 There is a pressurized tube 2 1, this pressurized tube 2 a storage tube Oil and gas output pipe 1丄 Connected so that the stored oil and gas enters the fuel injection nozzle 2 and the pressurizing pipe 22 is externally screwed with the internal thread 2 0 4 of the main body 20 and the O-ring 2 1 1 to prevent the oil and gas from leaking. Relief and back pressure, and set the 'for the aforementioned oil and gas transported through the storage tank 1 to enter the atomized oil and gas through this pressure pipe 21 in the lateral chamber 2 The aforementioned gas from the storage tank is combined with the atomization again, so that The oil and gas times are increased, which is more convenient for combustion. The pressurized sleeve 22 is set secondly, and this 2 is provided with an internal thread 2 2 0 to connect with the external thread 20 of the aforementioned body. The pressurized sleeve 22 is further provided with an outlet 221, which is provided in the aforementioned body. The diameter of the cone-shaped outlet 2 〇 2 is the most straight

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Page 10 200523497 V. Description of the invention (6)

It is better to generate suitable 2 2 external and set the flow expansion cover 2 4 the pressure sleeve 2 盍 2 4 and then set the inner diameter of the cone ϋ and the small atomization system to generate the pressure cover 2 4 for three times. In summary, heavy oil with a low flow rate can be completely preheated. The efficiency is the same as the combustion efficiency. It has considerable fuel economy and functional savings. The external thread 2 4 sets the internal screw to screw the cone-shaped outlet 2 with each other, and uses State effect. The pressurized heavy oil that is secondary to heavy oil has the advantages of fuel. The composition of the fuel is about 5. The secondary pressurized work is O-ring 2 2 2 and 'this diversion cover 2 2 outer thread 2 2 3 The shape of the outlet 2 4 1 is based on the above-mentioned pressurized sleeve 2 and the atomization function and the effect of the oil and gas shows a radial spray to achieve rapid combustion. This means that the heavy oil is atomized in advance in multiples and completely atomized. ^ Brother, the design that can be used consistently can be saved, which is inferior to the pressure sleeve 2 3. A guide pattern 2 4 0 is provided to extend the flow diameter of the front end of the flow guide 2. 4 1 to an inner diameter of 2 2 1 to expand the flow through the flow guide to supply the atomization used in the combustion system. Action to make it burn quickly, no, after experiment, in phase 2%, make the invention

Page 11 200523497_ Brief description of the drawings < Schematic diagram > The first diagram: a combined diagram of an embodiment of the present invention. FIG. 2 is a sectional view of an embodiment of the present invention. Third figure: Exploded view of the fuel injector of the present invention. FIG. 4 is a sectional view of the fuel injection nozzle of the present invention. Fifth Figure: An enlarged sectional view of a part of the fuel injection nozzle of the present invention. Figure 6: A perspective view of the injector of this hair. < Picture number > Storage cylinder 1, cylinder groove 10, top wall 100, gas outlet valve 101, gas outlet pipe 1 0 2, mixing tank 1 1, through hole 1 1 0, oil and gas outlet pipe 1 1 1, intake air Tube 12, air inlet 120, bubble generator 1 2 1, fuel injection nozzle 2, body 2 0, transverse chamber 2 0 0, internal thread 2 0 1, tapered outlet 2 0 2, straight hole 203, inner Thread 204, Gas adapter pipe 205, External thread 2 07, Large and small outer rings 2 0 8, 2 0, 0-ring 2 0 ', Pressure tube 2 1, External thread 2 1 0, 0 Ring 211, through hole 212, pressure sleeve 22, internal thread 220, outlet 221, O-ring 222, external thread 2 2 3, diversion cover 2 4, internal thread 2 4 0, tapered outlet 2 4 1 .

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Claims (1)

Scope of patent application 1 · An oil and gas mixing device, including: port valve storage = body storage tube with a cylinder groove, the cylinder groove is provided with a top wall, and the outlet valve at the top of the body can be connected with the gas output pipe; It is located in the cylinder groove of the storage tank, and the top end is extended into the cylinder groove, and is close to the upper side; And from the mixing tank-bubble generator, the bubble generator is provided with bubble stones; into ...: grease nozzle, this nozzle and the gas outlet pipe of the storage cylinder and sting. In order to make each pressurized atomized oil and gas pass through this oil nozzle and oil nozzle [including: a mixed oil lice i 'includes a storage cylinder and a fuel injection nozzle, the main body of the fll sigh branches toward the chamber, and the inner wall of one end of the horizontal chamber is set to the hole. Internal thread: ί: 气; capacity ί set a straight front end and a different direct 'body and a ring; and promote the size of the outer frame, and the large outer ring is placed in the aforementioned horizontal chamber with a pressurized official. , The screw threads of the pressurized pipe are screwed together, and set. The ring-shaped disc penetrates the cylinder. The pressure sleeve is provided with an internal thread to provide an outlet with the above-mentioned core. The top of the mixing tank is set to the bottom and the oil and gas is output to the fuel, where the internal screw holes, straight external threads, and 0-shaped external threads are arranged; pattern screwing, threads; 200523497 Flow cover, the flow expansion cover is provided with internal threads to combine with the external threads of the pressurized sleeve, and the flow expansion cover is provided with a cone-shaped outlet, and the atomized oil and gas passing through the flow expansion cover is radiated. The state of spraying is used for the combustion of the combustion system. 3. The oil-gas mixing device according to item 2 of the scope of the patent application, wherein the diameter of the outlet of the pressure sleeve is smaller than the diameter of the end of the cone-shaped outlet of the body. -4 · The oil and gas mixing device according to item 2 of the scope of the patent application, wherein the inner diameter of the end outlet of the tapered outlet of the diversion expansion cover is smaller than the inner diameter of the outlet of the pressure sleeve to generate pressure and fog化 结果。 Effect. Page 14