TWM245215U - The improvement of the mixture gas generator - Google Patents

Description

M245215 IV. Creation Instructions (1) [Technical Field] This creation relates to a gas generator, especially to this kind of structure that can increase strength and facilitate construction, which can control the working temperature and is suitable for use in various climatic regions. Improved structure of mixed gas generator capable of improving efficiency. [Prior art]

According to the general market, there are many types of gas generators. In particular, there is a hydrogen-oxygen manufacturing machine that produces hydrogen and oxygen from an electrolyte body. Most of them are welded to a base plate by referring to the first figure. A surrounding plate is welded to the bottom plate to form a barrel groove, which surrounds the outer periphery of the plate. The barrel groove is used to hold the electrolyte and the plates are provided at a set interval to provide electrolytic electrodes. The other electrode plate is welded to an upper cover to cover the side. The upper side of the barrel groove is separated by an insulating sheet, and the electrode plate is inserted into the plate to set a predetermined distance. However, when the number of electrode plates and plates used by the electrolytic electrode is large, one piece of each piece is to be welded. Not only is the workload of welding construction very high, resulting in high manufacturing costs and slow construction speed, it is more important that each electrode plate and plate is only welded and fixed at the bottom, and the other parts form weak extension strength, which will cause electrode plates, The freely extending end of the plate is easily deformed or skewed, which will cause poor electrolysis efficiency; and the electrolysis temperature will not be normal when the cold zone is too cold or frozen The use of electrolysis, at this time, will cause the reduction of the electrolysis efficiency or even the inability to operate. It is very inconvenient for the users of the cold zone. Based on the above considerations, it is indeed for the relevant industry to improve it. [Content] The creator of this case has been engaged in various instruments or gas generators for many years.

Page 6 M245215 IV. Creation instructions (2) Design and improvement of the product. In view of the slow construction speed and poor strength of the electrode plate of the electrolytic cell, the production cost of the manufacturer is high, especially for the user to use it in the cold zone. , Is an active research and improvement, and has the development of this creation. That is, the main purpose of the improved structure of the mixed gas generator in this creation is that the upper and lower tank groups of the electrolytic unit are fitted with each other with a structural tube, and the peripheral surface of the structural tube is formed with a strong structure. And easy to process. The secondary purpose of the improved structure of this creative mixed gas generator is to control heating, cooling and heat dissipation with electric heating elements and electrical circuits, so as to maintain the overall temperature range, improve efficiency, and be suitable for cold zone users. [Embodiment] Please refer to the second figure, the improved structure of the mixed gas generator of the present invention. The preferred embodiment generally includes a frame 2 0—power supply unit 3 0—electrolytic unit 4 0—space compartment member 50—mixing tank 60; in this embodiment, the frame 20 is connected with a bottom layer 21 and a combined casing 23, and covers the outer side of the frame 20 to form a whole shaper. . The power supply unit 30, as shown in the second figure, is installed in the rack 20. It has a switch and other components and is connected to a power line 31 to connect an external power supply source. The power line 3 1 And connect an electrical circuit 3 3 Please refer to Annex 1. The electrical circuit 3 3 directs the input current to a rectifier unit 3 6 to convert AC power to DC power. The rectifier unit 36 and the cable guide , Negative electricity. The electrolytic unit 40 is installed according to the second, third and fourth figures.

M245215 IV. Creation instructions (3) At an appropriate height on the rack 20, it has a slot group 41 fixed to a conductive bottom plate 413 with two square metal structure tubes 411 and 412 of different cross sections, or it can be selected separately The structure tube, the wall of the structure tube 411, 412 forms an electrode part, so that it can be used as an electrolytic electrode plate. The structure tube 4 1 1 is provided with a larger ring edge 4 1 5 at the top, and the structure tube 4 1 2 A liquid-passing hole 4 1 6 is provided on the lower side; a heat sink 4 1 7 is fixed on the outer side of the structural tube 4 1 1, which can timely dissipate the heat generated by electrolysis; an upper tank group 4 3 has a square of an appropriate size. The box belongs to a structural tube 431-the end of which is fixed to a conductive top plate 432. The tube wall of the structural tube 431 forms an electrode part so that it can be used as an electrolytic electrode plate. The upper side of the tube wall of the structural tube 431 is provided with a vent hole 434. The structural tube 431 is spaced at an appropriate distance from the bottom plate 4 1 3 so that the lower groove group 41 and the upper groove group 4 3 communicate with each other; between the structural pipes 41 1, 412 and 431 of the upper and lower groove groups 41 and 43. Forms an electrolytic cell that can hold the electrolyte, and a space for collecting gas is formed above the electrolyte in the electrolytic cell The top plate 4 3 2 is provided with a predetermined number of ventilation pipes 45 to communicate with the upper and lower tank groups 4 1 and 4 3 respectively, and another liquid level pipe 4 6 is provided on the side of the structural pipe 4 i 1 with two ends respectively. The upper and lower sides of the structural tube 4 1 1 are communicated. The compartment member 50, as shown in the third, fourth, and fifth drawings, includes a top plate 4 3 provided in the upper and lower groove groups 41 and 43, and an insulating positioning piece sandwiched between the ring edges 415. 5 1. The male and female blocks 5 and 5 3 of the over-collection group are circular plates with equal set thickness. The male block 52 and the female block 53 respectively fix the structural tube 4 of the upper slot group 4 3. 31 On both sides of the pipe wall, the male and female blocks 52 and 53 abut against the inner and outer sides of the structural pipe 431, respectively. The mixing tank 60 is installed on the machine 20 with a square tube 61, which has a proper volume and can hold a proper amount of solvent.

M245215 IV. Creation instructions (4) Liquid pipe, air inlet and outlet pipe 6 3, 6 4 and a liquid level pipe 6 5 on the side. The control device 70 is an adjusting unit 74 connected to the upper tank group 43 by a pipe 71, and the pipe 71 is connected to the inlet and outlet pipes 63 and 64 to guide gas into and out of the mixing tank 60. The adjusting unit 7 4 can regulate the flow of the guiding gas in the conduit 71. A drainage tube 77 is connected to the adjusting unit 74 to guide the gas to the outside. It can be connected to an igniter to provide ignition gas users. Based on the above structure, the electrolytic unit 40 is installed in the rack at an appropriate height of 20 degrees to form an upright structure, which is suitable for the operator's use height. The groove group 41 below the electrolytic unit 40 is a square metal structural pipe 41 The structure of 1,412, please refer to the third and fourth figures. The structural tubes 411, 412 are sealed and surrounded in cross-section, forming a square or graphic tube structure with a closed entire surface, which can greatly increase the overall structural strength of β. The structural walls of the structural pipes 4 1 1 and 4 1 2 also relatively increase the rigidity; the structural pipes 4 3 1 of the upper groove group 4 3 can be selected with slits, C-shaped pipes or squares with closed sides on the entire surface. Round tube structure. When the structural pipes 4 1 1, 4 1 2 and 4 3 1 of the upper and lower tank groups 4 1, 4 3 are to be combined, please refer to the fourth and fifth figures, and use the male and female blocks 5 2, 5 3 are combined with each other and distributed on the upper and lower peripheral surfaces of the structural tube 4 3 1, and the male and female blocks 5 2 and 5 3 are formed to abut the inner and outer sides of the structural tube 4 3 1 respectively, so that the structural tube 431 fits into the structure When the tube 41 1 is inside, the male and female blocks 52 and 53 slide into the abutment surfaces of the structural tube 4 1 1 and 4 1 2, and the male and female blocks 5 2 and 5 3 are respectively attached to the structural tube 4 1 1 4 and 2 side, the male and female blocks 5 2, 5 3 form a quasi-boxing, stably spaced between the structural tube 4 3 1 and the upper and lower sides of the structural tube 4 1 1, 4 1 2 and the structural tube 4 The distance between 31 and the structural tube 4 1 1 and 4 1 2 is stable and accurate. The structural tube 431 and the structural tube 41 1 and 412 are tube bodies.

Page 9 M245215

The structure and strength are good, which helps to ensure the electrolysis of the tube wall of this hand 4i2 is stable. % Guanguan 431 and the structural tube 411, HI !, the structural tube 431 is welded to the top plate 4 and 2 and the social tube 4U, 4! 2 are welded to the bottom plate 413 only once: eliminating the need to use a piece of electrode sheet one by one This can be greatly reduced; knowing the construction can reduce the cost, and can also improve the lack of strength caused by the free extension of the forming end of the conventional sheet electrode plate.

It is worth mentioning that in this creation, in addition to square pipes, circular pipes or other special cross-section pipe bodies can be used for the structural pipes 4 3 1 and the structural pipes 4 1 1, 4 1 2; The structural pipes 4 n, 4 丨 2 of the lower groove group 4 丨 can use only the structural pipe 4 1 1 alone; the structural pipes 4 H, 412 of the lower groove group 4 1 and the structural pipe 431 of the upper groove group 43 can use one Group, please refer to the sixth figure, the lower slot group 4 1 and the upper slot group 4 3 can also be matched with another lower slot group 41 and the upper slot group 4 3 ′ to form two sets of serial connection modes. The two groups can also use multiple arrays connected in series or parallel. This can be used with cable to guide the positive and negative electricity. The lower slot group 41 and upper slot group 43 can be properly connected to form a series or parallel user according to different output voltages. .

For another embodiment of this creation, please refer to the seventh figure, which is substantially the same structure as the first embodiment. The difference is that an electrolytic cell 40 is provided with a lower tank group 41 and an upper tank group 43. Heating element 80. In this work, the heating element 80 is a heater 8 1 fixed to the lower groove group 41, and one end of the structural tube 4 1 2 is protruded into the lower groove group 4 1 at the center and the other end is The power cord is connected to the power supply unit 3 0 ′ to provide appropriate power to heat the electrolyte contained in the lower tank group 41 and the upper tank group 4 3.

Page 10 M245215 IV. Creative Instructions (6)

Please refer to Figures 1 and 7. For the structure tube 4 1 2 of the lower tank group 41, a heat switch can be installed on the outer peripheral surface of the radiator to sense the temperature of the electrolyte. The sensor generates a signal below the set temperature. By accepting this setting by the electrical circuit 3 3, the heater 8 1 generates a heating effect, and also cuts off the power of the fan 5 6. When the thermal switch detects that the temperature of the electrolyte rises to the set liquid temperature, a signal is generated. In addition, a signal is generated to cut off the power supply to the heater 8 1 and start the fan 4 7 power at the same time. The fan 4 7 can moderately lower the temperature of the electrolyte contained in the lower tank group 4 1 and the upper tank group 4 3. Below the set value, this can ensure that the electrolyte contained between the lower tank group 41 and the upper tank group 4 3 is maintained within a set range for electrolysis, which can improve the electrolysis effect; and for cold regions and cold climates It can moderately heat the ice-cold liquid and quickly increase the temperature to the set minimum temperature. This can moderately heat the ice-cold liquid and quickly increase the temperature of the electrolyte to an appropriate temperature to improve efficiency. In summary, the improved structure of the mixed gas generator of this creation is that the upper and lower groove groups are used to align and pivot the structural tubes to make the structural tubes fit together to form an electrolytic space. The heating unit can be used to provide the electrolyte quickly. Heating up to provide accurate and stable structure and high-efficiency electrolytic users, with industrial value and novelty of first creation, in line with the requirements of new patents.

M245215 on page 11 Schematic description of the diagram: In order to make it easier for your reviewers to understand the purpose, features and functions of this creation, we will give you a more detailed implementation example 1 with the illustrations below. Combination sectional view of a conventional electrolytic cell. The first diagram is a combination diagram of the first preferred embodiment of the present invention. The second diagram is a sectional view of the electrolytic unit combination of the first preferred embodiment of the present invention. The fourth diagram is the upper and lower grooves of the first preferred embodiment of the present invention. Partial cross-sectional schematic diagram of the group. The fifth diagram is a cross-sectional diagram of the assembly of the upper and lower tank groups of the first preferred embodiment of the present invention. The sixth diagram is a multi-array of electrolytic cells of the first preferred embodiment of the present invention. Schematic diagram of parallel assembly 0 The seventh diagram is a partial cross-sectional view of the second example of the implementation of this creation using the plus element. The figure number describes the bottom of the rack 20. 21 Power supply unit thing »Pen · 30 Power cord ·, 31 Electrical appliances Circuit 33 Electrolysis unit 40 Lower tank group ·· • ψ ·., Channeling 41 Tube configuration 411 '412 bottom plate 413 has a liquid hole rim .415 · .417 416 on the heat sink slot group · · ,, • 43

M245215

Page 13

Claims (1)

M245215 5. Scope of patent application 1. An improved structure of a mixed gas generator, which is mainly connected to an external power supply by a power supply unit, which is connected to an electrolytic unit, which contains the electrolyte and is used for the on-current electrolytic production Gas, the electrolysis unit communicates with a mixing tank, which contains a solvent to allow the gas to pass through to form a mixed gas, and the gas generated by the electrolytic unit and the gas output from the mixing tank are collected and connected to a combustion element in an appropriate ratio to supply ignition combustion; its main characteristics Department lies in: The electrolytic unit is a set of sealed tubular bodies around the lower tank group, one end of which is closed and the other end is open to air; an upper tank group corresponds to the tubular body of the lower tank group and extends less than the surrounding, and the upper tank group is sleeved On the inner side of the lower tank group, the tubular bodies surrounding the honeycomb of the upper and lower tanks form electrolytic plates; a grid member is clamped between the upper and lower tank groups so that the two are set to a non-conducting interval. Structure; a space is formed between the lower tank group and the upper tank group to hold an appropriate amount of electrolyte, and the upper and lower tank groups are conducted by the electrolyte, and the upper and lower tank groups are connected to the power supply unit to turn on the power. 2. An improved structure of a mixed gas generator according to item 1 of the scope of the patent application, wherein the lower groove group is fixed to a bottom plate with a square structure tube end side to form a closed, and the other end is through-air; the upper groove The group uses a square structure tube with an air-permeable sleeve placed on the structure tube of the lower groove group; the upper and lower groove group structure tubes are electrolytic plates that seal the surrounding tubular body and form a structure with good rigidity and strength. 3. The improved structure of a mixed gas generator according to item 1 of the scope of the patent application, wherein the compartment member abuts between the tubular bodies of the upper and lower groove groups with a predetermined number of non-conductive spacers, and the tubular body The body maintains a solid spacing. 4. According to a mixed gas generator described in item 2 of the scope of patent application Page 14 M245215 V. Improved structure of the scope of patent application, in which the outer and slot groups are multi-array structure tubes-correspondingly fitted. The multi-array structure tubes are connected to the power supply unit at appropriate positions, and the upper and lower slot groups are Multi-array structure tubes are nested to form a tandem arrangement structure. 5. An improved structure of a mixed gas generator, which is mainly connected to an external power supply source by a power supply unit, the power supply unit is connected to an electrolytic unit, the electrolytic unit contains an electrolyte, and is used for conducting current to generate gas through electrolysis. The gas produced by the electrolysis unit is communicated with a mixing tank, and the two are collected and mixed in an appropriate ratio to supply ignition and combustion. Its main characteristics are: The electrolysis unit is provided with an upper and a lower tank group nested with each other and separated by an insulating member. So that a non-conducting structure is formed between the upper and lower tank groups, and the upper and lower tank groups are conducted by an electrolyte; a heating element is fixed to the electrolytic unit and extends into the electrolysis with a heated end; The chamber is in contact with the electrolyte; the heating element heats the electrolyte in the electrolytic chamber between the upper and lower tank groups, so that the upper and lower tank groups can contain the electrolyte to quickly reach the appropriate operating temperature. 6. According to an improved structure of a mixed gas generator described in item 5 of the scope of the patent application, wherein the electrolytic unit is provided with a temperature control element, which can detect the temperature of the electrolytic unit, and connect the power source and the heating element, The temperature control element can detect the starting power below the set temperature to heat the upper and lower tank groups to contain the electrolyte. The temperature control element can detect the set temperature to cut off the power and cause the upper and lower tank groups to contain electrolysis. Fluid to maintain proper warmth.