TWM281945U - Reversal-deposition isolated pressurized barrel - Google Patents

Description

M281945 IV. Creation Instructions (π [Technical Field of New Type] This creation relates to a pressure storage tank for water storage, in particular, an inverse storage pressure tank that can be cleaned, maintained, and replaced with a compression unit. [Previous Technology] As shown in the first and second figures, the conventional water storage pressure bucket includes at least a barrel body 80, which has a gas-liquid space 8 1 coexisting with a gas 9 1 and a liquid 9 2 inside the barrel body 80. The frame body 8 2 is provided with an elastic member 8 2 1, and the gas 9 1 enters the gas-liquid space 8 1 through a vent hole 8 3, thereby pushing the elastic member 821, and the elastic member 821 pushes the liquid 92 from an infusion hole 84. It is out of the barrel 80 for use, but in this design, the barrel 80 is a sealed structure, and the elastic member 8 21 cannot be replaced if it is damaged. Therefore, it is necessary to develop a new structure to solve the above disadvantages. [New content] The main purpose of this creation is to provide an inverse isolation pressure tank, which can achieve the effects of cleaning, maintenance, and replaceable compression units. The technical solution used in this creation to solve the lack of conventional structures is as follows: An inverse storage isolated pressure barrel comprises a barrel unit, an air transmission unit and a compression unit, wherein: the barrel unit has an opening; the barrel unit includes at least a first container; It is located inside the barrel unit, the first containing chamber communicates with the opening, and the first containing chamber has an inner wall surface; a second containing chamber is located inside the barrel unit, and is in the barrel.

Page 6 M281945 IV. Explanation The interior of the m-unit is completely isolated from the first chamber. The second chamber penetrates the barrel unit and has a first air hole. A liquid hole is attached to the barrel unit. And penetrates the inner wall surface of the first container chamber, the liquid hole is for a liquid to enter and leave the first container chamber; a cover part is detachably and tightly covered on the opening part of the barrel unit; the cover part The air transmission unit is provided with at least: a gas pipe, one end of which is connected to the first chamber through the second air hole, and The other end communicates with the second chamber through the first air hole; a pressure control section is provided with at least a switch, a pressure regulating device and an inflation nozzle; the switch controls the opening / closing of the air pipe; the pressure regulating device controls the barrel The pressure inside the body unit; the inflation nozzle for supplying a gas to the air pipe; the compression unit has at least: a fixed edge portion fixed between the opening portion of the barrel unit and the cover portion; a first surface Is located on the compression unit and faces the opening and the Two air holes; · a second face, substantially contacting the inner wall surface lines of the first accommodating chamber of; the second portion of the fluid communication hole. The above-mentioned objects and advantages of the present invention can be obtained from the detailed description and accompanying drawings of selected embodiments below. The following examples and drawings are used to explain this creation in detail: [Embodiment]

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M281945 IV. Creation instructions (3 ') Please refer to the third figure. This creation is an "inverse storage pressure tank", which includes a barrel unit 10, a gas transmission unit 20, and a compression unit 3 0, of which The barrel unit 10 has an opening 101. The barrel unit 10 includes at least: a first receiving chamber 11 located inside the barrel unit 10. The first receiving chamber 11 communicates with the opening 1 0 1, and the first storage chamber 11 has an inner wall surface 1 1 1; a second storage chamber 12 is located inside the barrel unit 10, and inside the barrel unit 10 and the first container The chamber 11 is completely isolated, and the second container 12 penetrates the barrel unit 10 and has a first air hole 121; a liquid hole 1 3 is attached to the barrel unit 10 and penetrates the first container. The inner wall surface 1 1 1 of the chamber 1 1 is provided with a liquid 9 2 (as shown in the fourth figure, for example, purified water after reverse osmosis treatment) to enter and exit the first container 1 1; a cover The part 14 is detachably and closely covered on the opening part 101 of the barrel unit 10; the cover part 14 has a second air hole 1 4 1, and the second air hole 1 4 1 communicates with the opening part 1 0 1 The first air hole 1 2 1 The gas transmission unit 20 is provided with at least: an air pipe 2 1 whose one end communicates with the first chamber 1 1 through the second air hole 1 4 1 and whose other end passes through the first An air hole 1 2 1 communicates with the second chamber

A pressure control section 2 2 is provided with at least one switch 2 2 1, a

Page 8 M281945 3. Creation instructions (4) Pressure regulating device 2 2 2 and an inflatable nozzle 2 2 3; The switch 2 2 1 controls the air pipe 21 to be turned on / off; the pressure regulating device 2 2 2 controls the barrel The pressure inside the unit 10; the inflation nozzle 2 2 3 is used to input a gas 9 1 (such as air) into the air pipe 2 1; the compression unit 30 is, in the preferred embodiment of this creation, the compression unit 30 is It is a flexible gas-water diaphragm. The compression unit 30 has at least: a fixed edge portion 3 1, which is fixed between the opening portion 1 0 1 and the cover portion 14 of the barrel unit 10, and the cover is opened. The compression unit 30 can be cleaned / replaced by taking out the compression unit 30 from the opening portion 101. A first face portion 3 2 is located on the compression unit 30 and faces the opening portion 101 and the first portion. Two air holes 1 4 1; a second face 3 3 that is substantially in contact with the inner wall surface 1 1 1 of the first container 11; the second face 33 communicates with the liquid hole 13. This is the creation of a reverse storage pressure bucket. Please refer to the third figure, the reverse storage isolated pressure tank of this creation is mainly used in the water storage tank of the reverse osmosis system, without the liquid 9 2 being input; the gas 9 1 is from the gas delivery list. Yuan 2 0 of The aerating nozzle 2 2 3 is input, and then enters the barrel unit 10 in two paths. A gas 9 1 enters the opening 101 of the barrel unit 10 (also enters the fixed edge portion 3 1 of the compression unit 30) from the air pipe 21 through the second air hole 141 of the cover portion 14 and starts to the The first face 32 of the compression unit 30 is pressed, and the first face 32 of the compression unit 30 is pushed up, and the second face 33 is linked to the inner wall surface of the first chamber 11

Page 9 M281945 4. Creation instructions (5) 1 1 1 moves, and finally the second face 3 3 is pushed up by a first pressure P1 and contacts the inner wall surface 1 1 1 of the first chamber 11. In the second case, the gas 9 1 passes from the gas pipe 21 through the first air hole 1 2 1 of the second container chamber 12 and enters the second container chamber 1 2-the gas 9 1 at the second pressure P2, the first pressure P1 It is substantially greater than the second pressure P2. Referring to the fourth figure, a liquid 9 2 (such as purified water treated by reverse osmosis) passes through the liquid hole 1 3 and is input to the barrel unit 1 0 with a hydraulic pressure greater than the first and second pressures P 1 and P 2. Within the first chamber 11, the second face 3 3 of the compression unit 30 is hydraulically pushed, the second face 33 is pushed against the first face 32, and the first face 32 pushes the gas 9 1. The gas 91 is pressurized into the opening 1 0 1 of the first storage chamber 11, the second air hole 1 41 of the cover 14, the air pipe 21 of the gas transmission unit 20 and the first air hole 121. In the second container chamber 12, the first container chamber 1 1 is substantially filled with the liquid 92, and the second container chamber 12 has both the first and second pressures P1 and P2 gas 9 1. Please refer to the fifth figure. When the water supply is needed, the faucet is turned on, then the first and second pressures P1 and P2 of the gas 9 1 in the second container 12 pass through the second container 12 An air hole 1 2 1, the air pipe '2 1, the second air hole 141 of the cover 14 and the opening 101 of the barrel unit 10 push the second face 33 of the compression unit 30, and the second face 3 3 pushes The first face 3 2 is pushed, the first face 3 2 pushes the liquid 9 2 through the second face 3 3, and the liquid 9 2 is quickly output from the liquid hole 13 and provided for use (the water amount can be controlled by a faucet). Please refer to the sixth figure, in order to take into account the water pressure

Page 10 M281945 3 'Creation (6) Similarly, the pressure regulating device 2 2 2 can be adjusted to control the internal pressure of the barrel unit 10 (for example, the air pressure output becomes smaller), so the output hydraulic pressure will also become smaller, Although the water output is small, it is quite practical to adjust it to meet the specifications of the faucet (for example, a faucet with less water output). In short, this creation does not require the use of external pneumatic power, as long as the pressure control section 22 and the pressure regulating device 2 2 2 of the gas transmission unit 20 are properly controlled, they can be stored in the second container 12 The gas 9 1 is directly pushed out of the liquid 9 2 for use. The most important thing is to open the cover part 1 4 so that the compression unit 30 located in the first container chamber 1 1 can be taken out from the opening part 1 0 1 of the barrel unit 1 φ 0, which can be cleaned, maintained and replaced. It is in line with the sanitary requirements of modern drinking water. In practice, as shown in the third to sixth figures, a filter 7 1 is provided between the opening portion 10 1 of the barrel unit 10 and the cover portion 14 to prevent the compression unit 30 from falling into the In the opening 101, ensure that the compression unit 30 functions normally. The above is only a description of the present invention with a preferred embodiment. Any simple modifications to the foregoing embodiments will not depart from the spirit and scope of this creation. From the above detailed description, those skilled in the art can understand this art. Creation can indeed _ achieve the aforementioned purpose, it has indeed complied with the provisions of the Patent Law, and filed a new patent application. 0

Page 11 M281945 Brief description of 3 types [Simplified description of the diagram] The first diagram is an embodiment of a conventional structure. The second diagram is an embodiment of a conventional structure. The second diagram is a diagram of a preferred embodiment of the present invention. The fourth figure is a schematic diagram of the actual use process of this creation. The fifth figure is a schematic diagram of the actual use process of this creation. The sixth figure is a schematic diagram of the actual use process of this creation. Three [Schematic component symbol description] 1 0 barrel unit 1 0 1 opening 1 1 first storage chamber 1 2 second storage chamber 1 3 liquid hole 1 4 1 second air hole 2 1 air pipe 2 2 1 switch 1 1 1 inner wall surface 1 2 1 first air hole 1 4 cover 2 0 Gas transmission unit 2 2 Pressure control unit 2 2 2 Pressure regulating device 223 Inflatable nozzle 30 Compression unit 3 1 Fixed edge 3 2 First face 3 3 Second face. 7 1 Strainer 8 0 Bucket body 8 1 Gas-liquid space

► 8 2 Frame 8 2 1 Elastic member 8 3 Vent hole 8 4 Infusion hole 9 1 Gas 9 2 Liquid P1 first pressure P2 second pressure page 12

Claims (1)

M281945 V. _ 谙 Patent Scope 1 · An inverse storage pressure bucket, which includes a barrel unit, a gas transmission unit and a compression unit, wherein: The barrel unit has an opening and the barrel unit At least includes: a first storage chamber, which is located inside the barrel unit, the first storage chamber is connected to the opening, and the first storage chamber has an inner wall surface; a second storage chamber, which is located inside the barrel unit And is completely isolated from the first container chamber inside the barrel unit, the second container chamber has a first air hole penetrating the barrel unit; a liquid hole is provided on the barrel unit and penetrates On the inner wall surface of the first container chamber, the liquid hole is used for a liquid to enter and leave the first container chamber; a cover part is detachably and closely covered on the opening part of the barrel unit; the cover part has a second An air hole, the second air hole communicating with the opening and the first air hole; the gas transmission unit is provided with at least: an air pipe, one end of which communicates with the first chamber through the second air hole, and the other end of which passes through the first The air hole communicates with the second chamber; the T-pressure control unit is at least There is a switch, a pressure regulating device and an inflation nozzle; the switch controls the opening / closing of the air pipe; the pressure regulating device controls the pressure inside the air pipe; the inflation nozzle supplies a gas to the air pipe; A fixing edge portion is fixed between the opening portion of the barrel unit and the cover portion; Page 13 M281945 III. Patent application scope A first face is located on the compression unit and faces the opening and the second air hole: a second face is generally in contact with the inner wall surface of the first chamber The second face communicates with the liquid hole. 2 · The reverse storage isolation pressure bucket as described in item 1 of the patent application scope, wherein: the compression unit is an elastic gas-water diaphragm. 3 · The reverse storage isolation pressure bucket as described in item 1 of the scope of patent application, wherein ... After the cover is opened, the compression unit can be taken out of the opening to be cleaned, replaced and maintained. 4 · The reverse storage isolated pressure bucket as described in the first item of the patent application scope, wherein: the barrel unit is in the condition that no liquid is input; after the gas is input from the inflation nozzle of the gas transmission unit, one passes through the trachea. The second air hole of the cover enters the opening of the barrel unit, and starts to apply pressure to the first face of the compression unit. The first face of the compression unit is pushed up, and the second face is linked to the The inner wall surface of the first container chamber moves, and finally the second face is pushed up by a first pressure to contact the inner wall surface of the first container chamber; two gases pass from the trachea through the first air hole of the second container chamber, A second pressure gas is input into the second chamber, and the first pressure is substantially greater than the second pressure. 5 · The reverse storage isolation pressure bucket as described in item 1 of the scope of patent application, wherein: Page 14 M281945 Page 15