TWM631946U - gold making device - Google Patents

Abstract

This creation relates to a gold-making device, which includes a heating barrel, a liquid level control unit, a heating source, a temperature sensor, a control unit, a water pump, a connecting pipe and a container for injecting sulphur water into the heating barrel Inside, the height of the sulphur water is kept at one-third or one-eighth of the height of the heating barrel. There is a heating source under the heating barrel for heating. After being evaporated, the water level of the sulfur water drops, and the signal of the drop of the sulfur water level is obtained through the liquid level control unit, and the water pump is started, and the sulfur water contained in the container is filled into the heating barrel through the connecting pipe through the injection port. When the height is one third or one-eighth of the predetermined height, the power supply of the water pump is cut off through the liquid level control unit to stop the injection of sulfur water, and the temperature of the sulfur water is sensed by the temperature sensor and the control unit to maintain the temperature At a heat of 44-50°C, after continuous heating at a temperature of 44-50°C, the red hot sulfuric water, that is, the red hot and concentrated sulfuric water, is like a volcanic eruption. Like glue, that leaves the gold component.

Description

gold making device

This work is about a gold-making device, especially a kind of sulphur water that is kept at a temperature of 44-50 ℃ through a heating source for a period of time and turns red hot and concentrated, like the state of a volcanic eruption. The design of the gold-making device that concentrates and dries into a volcanic glue, that is, leaves the composition of gold.

As we all know, apart from the high price and cumbersome and time-consuming manufacturing process of gold currently sold on the market, to mine gold, you must first find the gold veins that contain gold. According to the location of the gold veins deep underground, there are The depth is shallow and the depth is deep, so the difficulty of mining is also different.

Regardless of the large number of gold ore veins being mined around the world, they have all been exhausted so far. Currently, gold ore must be dug deeper into the ground. To this depth, just digging the ore will require higher costs.

Gold mines in Taiwan are mainly produced in Jinguashi and Jiufen areas. In the past, it was the largest gold mine in East Asia, containing 95% of the total gold mines in Taiwan. The prelude to gold mining in Jinguashi and Jiufen, until 1971, when the mines were closed because they could not meet the cost.

According to the literature, the methods of extracting gold vary according to different countries and regions. There are two methods as follows: 1. The method of using copper furnaces: Large-scale mines mainly use copper furnaces to extract gold, which can take into account safety and economic benefits. Put copper ore and gold ore into the furnace together, and gold, silver and copper will be in the furnace. It is integrated at high temperature, and then copper needs to be separated first, then silver is extracted through high temperature, and finally gold can be separated by electrolysis. 2. Using mercury: Adding mercury to the crushed ore can separate the amalgam containing gold, and heating the amalgam can extract gold. It is undeniable that the use of mercury has the risk of causing environmental pollution and human pollution, but this method Gold can be easily separated without the use of large operating tools. Therefore, most modern well-equipped mines use copper furnaces. Only mines that cannot install large operating tools can see this method of extraction.

In general, the content of gold contained in "gold ore" is extremely rare. Extracting gold from gold ore is time-consuming and labor-intensive. Generally speaking, mining one ton of gold ore will only produce enough gold to make one piece of gold. gold ring.

<Technical problem to be solved> In view of the lack of cumbersome, time-consuming and high cost of the traditional gold making process, the creator hopes to provide a breakthrough design to enhance the practical effect. The professional technical knowledge and practical experience of production and sales, and the results of research and design, have finally researched and created a gold-making device to provide users.

＜Technical solutions to problems＞ This creation relates to a gold-making device, which includes a heating barrel, a liquid level control unit, a heating source, a temperature sensor, a control unit, a water pump, a connecting pipe and a container for injecting sulphur water into the heating barrel Inside, the height of the sulphur water is kept at one-third or one-eighth of the height of the heating barrel. There is a heating source under the heating barrel for heating. After being evaporated, the water level of the sulfur water drops, and the signal of the drop of the sulfur water level is obtained through the liquid level control unit, and the water pump is started, and the sulfur water contained in the container is filled into the heating barrel through the connecting pipe through the injection port. , when the sulfur water level rises to one-third or one-eighth of the predetermined height, the liquid level control unit will cut off the power supply of the water pump to stop the sulfur water injection. When the temperature reaches 44-50℃ When the temperature of the heater reaches the set temperature, it will be sensed by the temperature sensor installed in the heating barrel, and then transmitted to the control part through the signal line, and the heating intensity of the heating source will be controlled by the control part, and Keep the heating source at a temperature of 44-50°C, and follow the steps of heating and supplementary injection of sulfur water into the heating bucket to keep the level of sulfur water in a balanced state at one-third or one-eighth of the height of the heating bucket. , the sulphur water in the heating barrel is heated continuously at 44-50℃, and the red hot sulphur water, that is, the red hot and concentrated sulphur water is sprayed dry like a volcano. Leave behind the gold ingredients.

<Effects compared to the prior art> The main purpose of this creation is to create an automated gold-making device to simplify the gold-making process and obtain cheap gold.

In order for your reviewers to have a better understanding of the structural features and functions of this creation, the drawings are hereby explained in detail below.

Please refer to the first figure, the present invention relates to a gold making device, which includes a heating barrel 1, a liquid level control unit 2, a heating source 3, a temperature sensor 4, a control part 5, and a water pump 6. A connecting pipe 71 and a container 7, the liquid level control unit 2 includes a floating body 21 and a control switch 22, the sulphur water 8 is injected into the heating barrel 1, and the liquid level of the sulphur water 8 is kept at the height of the heating barrel 8. One-half or one-eighth of the height, the heating source 3 under the heating barrel 1 is heated to a temperature of about 44-50°C, which is about the same as the high heat of the sun. The sulphur water 8 inside will be evaporated and the liquid level will drop, the signal of the drop of the sulphur water 8 will be obtained through the floating body 21 of the liquid level control unit 2 and the control switch 22, and the water pump 6 will be started to fill the sulphur water in the container 7. 8. Supplementary injection of sulfuric water 8 into the heating barrel 1 through the connecting pipe 71 through the injection port 72, when the liquid level of the sulfuric water 8 rises to one-third or one-eighth of the predetermined height, the liquid level control unit 2 When the floating body 21 rises to the set position, the control switch 22 will cut off the power supply of the water pump 6 to stop the injection of the sulphur water 8 (as shown in the second figure). When the temperature sensor 4 installed in the heating barrel 1 senses that the temperature has reached the set temperature, it is transmitted to the control part 5 through the signal line 41, and the heating intensity of the heating source 3 is controlled by the control part 5, and Keep the heating source 3 at a heating temperature of 44-50°C, and follow the steps of heating and supplementing the sulfur water 8 into the heating barrel 1, and keep the liquid level of the sulfur water 8 at a third or eighth of the height of the heating barrel 1. In a state of high equilibrium, the sulphur water 8 in the heating barrel 1 is continuously heated to a temperature of 44-50°C, and the red hot sulphur water 8, that is, the red hot and concentrated sulphur water 8, is dry like a volcanic eruption. 8 After boiling and concentrating, it becomes like volcanic glue, that is, leaving gold components.

An opening 11 with a lid 111 is provided at the bottom of one side of the heating barrel 1 , so that the gold produced by manufacturing can be taken out through the opening 11 .

To sum up, this creation tool provides an automated gold-making device that can simplify the process, and is a very novel, progressive and industrially applicable creation, which has actually met the requirements for granting a new type patent, and a patent application can be filed in accordance with the law. , it is indeed a virtue to ask that the examining committee of Guigui can conduct a detailed examination and grant the patent for this case as soon as possible.

Only the above are only the preferred embodiments of this creation, and should not be used to limit the scope of this creation, all the equivalent changes and modifications made according to the scope of the patent application for this creation should still belong to this creation patent. within the scope of coverage.

1: heating barrel 11: Opening 111: Cover 2: Liquid level control unit 21: Float 22: Control switch 3: Heating source 4: Temperature sensor 41: Signal line 5: Control Department 6: water pump 7: Container 71: Connecting tube 72: Injection port 8: Sulfur water

The first figure is a partial cross-sectional view of one of the preferred embodiments of the present creation. The second figure is a partial cross-sectional view of the embodiment of the present invention, where the water level control unit starts the water pump to replenish the sulfur water into the heating barrel when the sulfur water level drops.

1: heating barrel

11: Opening

111: Cover

2: Liquid level control unit

21: Float

22: Control switch

3: Heating source

4: Temperature sensor

41: Signal line

5: Control Department

6: water pump

7: Container

71: Connecting tube

72: Injection port

8: Sulfur water

Claims (2)

A gold making device, which includes a heating barrel, a liquid level control unit, a heating source, a temperature sensor, a control part, a water pump, a connecting pipe and a container, the liquid level control unit includes a floating body And a control switch, pour the sulfur water into the heating barrel, the sulfur water level is kept at one-third or one-eighth of the height of the heating barrel, and the heating source under the heating barrel is heated at about 44-50°C This temperature is about the same as the high heat of the sun. When the heating is continued, the sulfur water in the heating barrel will be evaporated and the liquid level will drop. Through the floating body of the liquid level control unit and the control switch, the liquid level of the sulfur water will drop. signal, and start the water pump to fill the sulfur water in the container through the connecting pipe and inject the sulfur water into the heating barrel. When the sulfur water level rises to one-third or one-eighth of the predetermined height When the floating body of the liquid level control unit rises to the set position, the control switch will cut off the power supply of the water pump to stop the injection of sulfur water. When the temperature sensor in the barrel senses that it has reached the set temperature, it will be transmitted to the control part through the signal line, and the control part will control the heating intensity of the heating source and keep the heating source controlled at the temperature of 44- At a temperature of 50°C, according to the above steps of heating and supplementary injection of sulfur water into the heating barrel, the level of sulfur water can be kept in a balanced state at one-third or one-eighth of the height of the heating barrel. After continuous heating, the heating barrel After the internal sulfur water is continuously heated at 44-50℃, the red hot sulfur water, that is, the red hot concentrated sulfur water is dried like a volcanic eruption, and the hot sulfur water is concentrated and dried into a volcanic glue. In addition, there is an opening with a lid at the bottom of one side of the heating barrel, so that the gold produced by the manufacturing can be taken out through the opening. The gold making device according to claim 1, wherein the liquid level of the sulfuric water can be changed according to actual needs.

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