TW201102490A - An oil/water mixing device with appropriate ratio for oil/water hybrid combustion system - Google Patents

Abstract

An oil/water mixing device with appropriate ratio for oil/water hybrid combustion system comprises: a main body having an oil inlet path and an oil output path communicating with each other, a water inlet path and a duct; a adjustment rod installed in the duct for adjusting the size of the water inlet path; and a pipe member installed in the duct between the oil inlet path and the oil outlet path, and the pipe member is installed with a through-hole towards the oil outlet path. According to the present invention, a gap formed between the water inlet path and the duct is firstly adjusted via the adjustment rod for adjusting the water input ratio. during the process of oil entering the oil inlet path and impacting the pipe member then flowing through the oil outlet path, an attraction force is generated in the through hole at the exterior of the pipe member, so the water is rapidly sucked out from the through hole for being atomized then mixed with the oil, such that the oil/water mixture is constantly mixed, impacted, stirred in the oil outlet path, i.e. the present invention can not only obtain the desired oil/water ratio but also capable of initially mixing the oil and water, so a re-stirring is provided to the oil/water mixing device of a combustion system, therefore a better mixing effect is achieved and the combustion system is provided with high combustion efficiency.

Description

201102490

I. Description of the invention: [Technical field of the invention] The present invention relates to a ratio of oil to water for providing an oil-water mixed combustion system. | A mixing device can achieve a desired ratio of oil and water, and also allows the oil and water to be quickly mixed and produced. More detailed mixing purposes. [Previous Background] The existing system flow used for oil-water mixing to provide combustion, please refer to Figure 1 for the oil A (such as diesel, heavy oil, etc.), which enters a heating device B. The oil A is heated to the desired temperature, one is first provided with a small burner C to ignite, in order to ignite the burner fire D; the other is provided with the water E according to the required ratio (about 1 〇 〇 〇 〇 、, water (10)) Entering a water-oil ratio device F, and then sending it to a water-oil mixing device G for mixing and mixing, and then mixing the oil and water into an oil-water mixing heating device; since the temperature after mixing the oil and water is insufficient to provide a burner fire, it is necessary to The mixed oil water is heated to the combustible temperature via the oil-water mixing heating device, and one is used to replace the original oil heating device to provide a small fire for combustion; the second is to provide a burner fire for combustion. |' i The above-mentioned oil-water mixing and combustion system provides a fuel-water ratio device IF and a water-oil mixing device G'. Please refer to Figure 2, where the oil-water ratio device F has a water-oil ratio tank F1. In the air cylinder F2, the piston F3 is pumped out by the piston F3 at a ratio of pumping water and oil, and is introduced into the oil-water mixing tank G via the water-oil delivery pipe F4 to be stirred and mixed. However, check that the oil-water proportional device F is the piston of the oil-water ratio tank F1. 201102490 "The ratio of water and oil is extracted, and the water and oil are pressed out, then the oil-water mixing device G is mixed and mixed, and the oil and water are mixed only. By the mixing of the oil-water mixing device G, the mixing effect is limited, the fine mixing can not be achieved, and then the combustion is used by the oil-water mixing heating device, thereby providing a high-combustion efficiency and waste. The equipment cost required for the oil-water ratio device F is also high. SUMMARY OF THE INVENTION The present invention relates to a mixture of oil and water for providing an oil-water mixed combustion system, and a mixing device for improving the mixing effect of the conventional oil-water mixing device, and the resulting oil-water mixing effect is not good. The oil-water ratio of the invention has the following advantages: in addition to the ratio of oil and water, the device can also produce a mixing effect of the oil and water, so as to provide the oil-water mixing device to be stirred and mixed again to obtain finer mixing to provide high efficiency. Combustion use to achieve the economic value of energy conservation is the main purpose of the invention. According to the above object of the present invention, the technical means applied by the present invention is as follows: The oil-water ratio of the k-oil supply water/tt> combustion system has a mixing ratio, and includes a main body, an adjusting rod and a tube body. The main body 'has a gas inlet pipe and an oil outlet pipe which are connected to each other, and a water inlet pipe opposite to the oil inlet pipe, and a vertical hole is formed between the oil inlet pipe and the oil outlet pipe, and the hole is formed It is in direct communication with the inlet pipe. The adjusting rod is disposed in the tunnel, one end extending from the side of the main body and the other end being located between the end of the water inlet pipe and the tunnel. The pipe body is disposed in the hole 201102490 between the oil inlet pipe and the oil discharge pipe, and the oil inlet pipe and the oil discharge pipe are larger than the pipe body 'to make a channel on both sides of the pipe body' and form a pipe at the oil outlet pipe The through hole facilitates the outflow of water in the water inlet pipe. According to the technical means of the present invention, the following advantages are obtained: (1) The present invention utilizes an oil inlet pipe through a pipe body and an oil discharge pipe and an adjustment rod communicating with the water inlet pipe to respectively obtain a ratio of oil to water. The simple structure and low cost are beneficial to the mixing effect in the oil-water mixing process. (2) The most important aspect of the present invention is that the oil-water mixing can be quickly extracted from the oil pipeline to form an atomization and then mixed with the oil, so that the oil and water are continuously stirred, and the finer oil and water are mixed to provide the oil-water mixture. Stir again, resulting in better oil-water mixing to provide high-efficiency combustion for energy savings. ΐ ΐ ΐ ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油 油The system is mainly used to obtain the ratio of oil to water, but at the same time it can promote the effect of the first oil-water mixing, including a main body 30, an adjusting rod 40 and a pipe body; wherein: the main body 30' has a through oil inlet The pipeline 3 is out of the oil pipeline, and has oil holes 31〇 and 32〇 screw joints (not shown); and oil pipeline 3" a water pipe; 33, and a water hole 33 has a screw hole 33, a water pipe can be screwed (not dried in the figure), and a hole 34 is formed between the oil pipe 31 and the oil outlet, which is perpendicular to the hole. 34 is also extended to the end of the water inlet pipe (10) 201102490 rj and extends to the side of the main body 30 as a screw hole 341. The adjusting rod 40 is disposed in the tunnel 34. One end is an adjusting button 4, and a threaded portion 402 is connected to the screw hole 341. The threaded portion 4〇2 is connected to the straight rod portion 4〇3. The straight rod portion 403 has a ring groove 404. There is a washer 4〇5 for leakage prevention, and a taper portion 4〇6 at the end of the straight rod portion 403, the taper portion 4〇6 is located at the end of the inlet water 33, and the threaded portion 4 is adjusted by the rod 4 The 〇1 can adjust the taper 4〇2 j to control the gap between the hole 34 and the end of the water inlet pipe 33 to control the amount of water required for the required tb (in conjunction with Fig. 6). The pipe body 50 is disposed in the tunnel 34 between the oil inlet pipe 31 and the oil pipe, and the oil pipe 31 and the oil pipe are larger than the pipe body, and the pipe body 50 is located at the oil pipe 32. There is a through hole 5〇1 for the inlet pipe: the water entering the channel 33 flows through the tunnel 34 and then flows out through the through hole 5〇1. 'When the invention is used, please refer to Figures 6 and 7. When the oil 6〇 is quickly entered by the oil inlet pipe 31, the passages on both sides of the pipe body 5() are re-entered. At the time of the oil pipe 32, an I attraction is formed at the through hole 501 of the near pipe body 50, by which the water 70 located in the water inlet pipe 33 can: adjust the gap between the water through the adjustment rod 40 (ie, the required water) The proportional flow gap) enters the tunnel 34, and is quickly ejected through the pipe body 5〇1, and even the atomization is mixed with the oil 6G to mix the oil and water in the oil discharge pipe 32 to form an impact and mix. In order to obtain the first-time mixing effect, in order to provide oil-water mixing. The oil-water mixing device in the combustion system is stirred again to achieve a more detailed and better effect, achieving the most important purpose of providing high combustion efficiency, thereby achieving the economic value of energy conservation. [Simple description of the schema] 201102490

I Fig. 1 is a layout diagram of the existing oil-water mixed combustion system. Figure 2: Schematic diagram of the existing oil-water mixing device. Fig. 3 is a perspective view of the mixing ratio of the oil-water ratio of the present invention. Fig. 4 is a perspective cross-sectional view of Fig. 3. Fig. 5 is a top cross-sectional view of the mixing device of the present invention. Fig. 6 is a schematic view showing the oil-water ratio of the present invention combined with the oil-water mixing of the mixing device. # i Figure 7: A cross-sectional view of Figure 6 at the A-A position. i【Main component symbol description】 (General) Oil product.A Oil heating device.B Provide burner small fire.C Ignition burner fire.D Water·E Oil-water proportional device.F Oil-water proportional tank.F1 Pneumatic cylinder.F2 Piston.F3 water oil pipeline.F 4 oil-water mixing device.G oil-water mixing heating device. The present invention) oil-water ratio has a mixing device.20 main body.30 oil inlet pipe.31 screw hole.310 channel.311 oil pipeline. 3 2 screw hole .320 water inlet pipe .33 screw hole .330 hole channel .34 screw hole .341 adjustment rod .40 201102490 adjustment button .401 straight rod portion .403 washer .405 tube body .50 oil product .6 0 thread portion .402 Ring groove.404 Cone.406 Through hole.501 Water.70

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Claims (1)

201102490 VII. Patent application scope: 1_-The oil-water ratio of the oil-water mixed combustion system is provided with a mixing device. The oil-water ratio has a mixing device including: a main body having a phase I 夕; 隹, 上上, * The entrance to the oil, the oil pipeline, and the inlet pipe of the oil pipe, and the oil pipe, which is perpendicular to the oil pipe, is perpendicular to the oil pipe and the oil pipe. a tunnel extending perpendicularly to the end of the inlet tunnel and extending to the side of the main body; a center of the adjustment rod TM extends from the side of the main body, and the other end is located between the end of the inlet pipe and the tunnel; The I pipe body is disposed in the hole between the oil inlet pipe and the oil outlet pipe, and the oil inlet pipe and the oil outlet pipe are larger than the pipe body, so that the pipe body forms a passage on both sides, and a through hole is formed at the oil outlet pipe. [2] The oil-water mixture of the oil-water mixture is provided as a mixing device, wherein the side of the hole of the main body, and the screw hole, wherein the adjusting rod is provided with a screw corresponding to the screw hole. Connect a threaded portion and extend out of the side of the main body, an adjustment button, the other part of the threaded portion, and the straight end has a taper portion, the taper portion is located at the end of the water inlet pipe, and the second is controlled by the gap between the control hole and the end of the water inlet pipe. The required ratio of water intake. According to the second aspect of the patent application, the oil-water mixture is provided with a mixture of oil and water: the ratio of the oil to the water is combined with the mixing device, wherein the straight portion of the adjusting rod has a ring groove, and a gasket is arranged in the ring groove.丨4. As shown in the third paragraph of the patent application scope, the oil-water ratio of the oil-water mixed fuel system is combined with a mixing device, wherein the main oil inlet pipe 201102490 and the oil inlet and outlet of the oil pipeline, Each has a screw hole for screwing the oil pipe, and a screw hole for screwing the water pipe at a water inlet portion of the oil inlet pipe opposite to the other end.