TW200808660A - Water purifier - Google Patents

Abstract

A water purifier easy to handle and capable of preventing entry of various bacteria. The water purifier (1) has a container (10) having a water supply mechanism at its bottom and containing raw water, a membrane separation mechanism for separating a target object from the raw water by a reverse osmosis membrane, a supply mechanism for pressurizing the raw water in the container (10) to supply it to the membrane separation mechanism, a purified water flow tube in which the raw water having penetrated through the reverse osmosis membrane flows, a discharge water flow tube in which the raw water not having penetrated through the reverse osmosis membrane flows, a check valve provided in the purified water flow tube, and a body (40). To the body (40) are connected a placement section (41b) on the upper surface of which the container (10) is placed, a connection member removably connected to the water supply mechanism, and the water flow tube. The body (40) has a delivery opening for delivering the purified water to the outside and also has a discharge opening to which the discharge water flow tube is connected and discharging discharge water to the outside. The body (40) is integral with the membrane separation mechanism, the supply mechanism, the purified water flow tube, and the discharge water flow tube. When the container (10) is placed on the placement section (41b) to connect the water supply mechanism and the connection member together, the raw water in the container (10) is supplied to the supply mechanism side.

Description

[Technical Field] The present invention relates to a water purifier that separates and removes an object to be separated contained in raw water by a reverse osmosis membrane to make it a purified water. In the technique of the first embodiment, the water purification 11 is installed in the water storage area which is open at the upper side and can store the raw water, and the upper part of the water tank can be closed and the water storage tank can be closed. The upper opening (four) body is detachably attached to the lower surface of the lid body, and is disposed in the original water storage tank, the raw water provided in the water storage tank, and the raw water in the water storage tank is supplied to the suction tank. , the inside of the body is formed to be hollow, and the chestnut is provided in the hollow portion. Also, the carcass is formed with raw water for flowing through the inside of the filter tank.

The spit Γ7, #t. I port I I outlet connection has a raw water flow connected to the filter tank at one end side = the other end side of the flow pipe on the downstream side... The cover body is also provided with a button for driving the pump. The U-filter tank has an activated carbon layer and a mineral-added membrane layer. A total of 3 screens of virtual W Kunyu π-fiber minerals are added and the raw water supplied by the pump flows through the activated carbon layer and the MU k fiber membrane layer. The activated carbon layer is deodorized (except the substance: eight harmful chemicals) is added to the mineral addition layer. The impureness is equal to: the hollow fiber membrane layer is removed from the activated carbon layer, and the pump has the water absorption extending to the bottom of the water storage tank. The tube and the supply pipe connected to the upstream side of the raw water flow direction of the teardrop 5 200808660, the raw water sucked from the suction pipe is supplied to the inside of the filter tank through the supply pipe, flows into the flow pipe, flows into the flow pipe, and is discharged from the discharge port. With this water purifier, first, remove the cover from the water storage tank, add raw water (such as tap water) to the water storage tank, and then put the cover back into the water storage tank. Then, press the button of the cover body to drive the pump. The raw water in the water storage tank sequentially flows through the activated carbon layer, the mineral addition layer and the hollow fiber membrane layer inside the filter tank to remove harmful substances or impurities and add mineral components to make the original [In the case of the above-mentioned conventional water purifier, the above-mentioned conventional water purifier is in the flow of the water. When the raw water is added to the water storage tank, the container body must be removed and returned. There is a problem that the operation is troublesome. I, due to the exposed sump and the suction pipe and the supply pipe of the pump, the second:: the sink is removed. At the same time, there are also problems that must be handled with caution, and if the suction filter # σ and the water officer and the supply pipe collide, the filter tank, the σ 7 official and the supply pipe may be damaged. Spit = step, due to the filter tank The bacteria that pass through the flow tube and the cover body are in a state of being trapped and connected to the outside. Therefore, there is also a problem that the σ in the air invades the inside of the gutter and multiplies, causing the contamination of the property. The inside of the filter tank is polluted, so that the processing capacity of the living human strontium mineral addition layer and the hollow fiber membrane layer is low, and the problem that the purified water flowing through the sputum is exposed to the sputum is spoiled. ^Invented with Zhong Yu The above problems are aimed at providing a water purifier that is simple in operation and prevents invasion of bacteria. ^To achieve the above object, the present invention is a water purifier for separating an object to be separated in water. Injury: the bottom of the storage container has a water supply mechanism provided with a water supply valve for storing the original one: the separation mechanism has a reverse osmosis membrane, and the reverse osmosis membrane is used to separate the object from the raw water; a supply pipe having an end side connected to the separation mechanism, and pressurizing the inside of the storage container through the supply pipe: and supplying the same to the membrane separation mechanism; the water purification flow pipe is connected to the cold at one end; the wide-film cutter is provided for the mechanism The water purifier having passed through the reverse osmosis is a raw water; the end of the drain flow pipe is connected to the membrane separation mechanism for the drainage of the raw water not permeable to the reverse osmosis membrane; and the storage container is loaded a connecting member is disposed on the upper portion and detachably connected to the water supply mechanism, and connects the soil outlet of the supply pipe to the other end side of the purified water circulation pipe, and uses: Water to the outside Soil ;, ώ ,, is connected to the end side of the drainage pipe for 'discharging the drainage to the outside, and the body contains the knife, the supply mechanism, the water purification pipe, the drainage pipe; The valve is placed on the mounting portion in the storage container such that the water supply mechanism and the connecting port are connected to the connecting member, and the connecting member is opened. After the water supply valve is opened, the storage and the supply are provided. The other end side of the tube is in a connected state. According to the present invention, first, the storage container is removed from the mounting portion of the main body, and 7200808660 releases the connection between the water dispenser of the storage container, the connection mechanism between the crucible mechanism and the mounting portion, and, for example, the connection. After the raw water of the Taiwang Tower u 6 is added to the storage container, the storage state is placed on the placing portion to make the sputum more. The ruler mechanism is connected to the connecting member. At this time, the water supply valve of the water supply mechanism is opened by the connection and the connection valve, and by opening the water supply valve,

The other end side of the supply pipe of the supply means is connected to the inside of the storage container. _ After the field is driven by the supply mechanism, the storage mechanism will store the storage capacity

The raw water at the time of passing through the supply pipe is pressurized to be supplied to the membrane separation mechanism. Then, the raw water that has passed through the reverse osmosis membrane is the purified water that has been separated as the separation object: it flows through the purified water flow pipe and is discharged to the outside from the discharge port of the main body; the non-transparent reverse osmosis membrane flows as a drain through the drainage flow pipe. The discharge port of the body is discharged to the outside. Further, the purified water discharged from the discharge port is stored in an appropriate container. As described above, with the water purifier of the present invention, since the user only needs to store the raw water for storage, the storage container is placed on the mounting portion so that the water supply mechanism can be connected to the connecting member on the mounting portion without If the water purifier is used for the cover disassembly and assembly work, it can be used simply. Further, since the membrane separation_°, the supply mechanism water purification flow pipe, and the drainage flow pipe are all contained in the body, it is only necessary to place the bedding Tibetan grain on the mounting portion of the body or remove it from the mounting portion. Yes, so it can be operated simply. Further, the membrane separation mechanism, the supply mechanism, the flat water circulation pipe, and the drainage flow pipe can be housed in the main body, and the device can be simplified, and the transportation can be made easier. Further, the water purifier may further include a check valve provided in the purified water flow pipe and allowing only clean water to flow from one end side to the other end side. For example, 8 200808660, when there is no clean water flowing through the water purification pipe, the pipe can be closed by the check, and the bacteria in the air can be prevented from intruding into the membrane separation mechanism from the outlet pipe of the purified water pipe and the discharge port of the body. . Thereby, it is possible to effectively prevent the reverse osmosis membrane from being contaminated, the separation of the reverse osmosis membrane, the removal function, and the water-containing bacteria which are discharged from the discharge port. As described above, the water purifier of the present invention is not only easy to operate, but also easy to handle, and has the convenience of being small in structure and easy to carry, and also prevents the reverse osmosis membrane from being invaded by the fine art bacteria from the spout. Spit the spit and spit out clean water. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, specific embodiments of the present invention will be described with reference to the drawings. 1 and 2 are schematic views showing a schematic configuration of an embodiment of a water purifier according to the present invention, and Fig. 3 is a schematic view showing a schematic configuration of a water purifier according to the present embodiment. In addition, the 4-ply diagram of the water purifier of the present embodiment is not shown in the figure of the present invention, and the figure 6 is shown in the direction of the figure " A schematic scraping view of the membrane separation mechanism. The water purifier of this example is shown in Fig. 4, for example, in the past, so that the water-contaminated substance contained in the inclusion is regarded as the separation object and the water is removed; the water purifier is constructed by the following elements [storage] The raw water separation mechanism 20 and the membrane for the separation object included in the heart

The pretreatment mechanism 25 that separates the separation target 2 from the raw water L of the membrane separation mechanism 2G to the front and a part, and the supply mechanism 30 that supplies the raw water L 9 200808660 to the membrane separation mechanism 20 and the membrane separation mechanism 2 are connected. The purified water flow pipe 35 and the drain flow pipe 37, a control device (not shown) that controls the operation of the supply mechanism, and a membrane separation mechanism Μ, a pretreatment mechanism 25, a supply mechanism 3〇, a purified water flow pipe 35, The drain flow pipe 37 and the body of the control I (not shown) are caught. As shown in Fig. 5 and Fig. 6, the storage container 10 includes a container main body u for storing raw water in the upper opening, and a feed water for supplying the raw water L stored in the inside of the container main body to the side of the supply mechanism 3 The mechanism, the bottom surface of the body of the crying body U is formed with a vertical connection and a water supply mechanism; a through hole ua. J shell + the water supply mechanism 12 is open at the lower side, and a beacon hole 13a is formed in the upper center portion of the upper and lower shells, and the water supply member 13 inserted into the container body 11 is provided so as to be movable up and down. The direction of movement is composed of two shells I hole Ua @ water supply (five) 14, and the cymbal cymbal 8 furnace #^ 卜方舞 m ^ ” 斤 used to press the water supply valve 14 , and the water supply valve 14 and the magazine 18 are subjected to The 仏7jc member 13 is held. The water supply valve 14 is inserted into the second, +, and 4 sides of the water supply valve 14 to be inserted into the through hole 13 to be set to have a long lower a. The lower direction 'and the foregoing The water supply valve 14 is composed of a rod-shaped, upper-shaped moving member 15 that is movable in the upper direction, and a sealing member 16 that is disposed on the moving member 15 and that seals the guard member 16 from the upper side from the upper side. The plate-shaped snap-in at the lower end of the cow 15 and the lower portion of the member 13 are formed by the card member 17, and between the upper portion of the water supply structure 18. The spring body is provided with the water supply valve 14 and is buried. By the elastic pressure of the yellow body 18, the card structure 10 200808660 piece 17 is pressed downwards to move the moving member 15 and the dense The member 16 is downward: multi) movable:: the dense: the member 16 is sealed from the upper side through the reference hole and the surface, and when the engaging member 卡 is engaged with the card member of the connecting member 42 to be described later, the spring body 18 is overcome. When the pressure is moved upward, the moving member 15 and the sealed seal (refer to FIG. 6) are also moved upward, and the through hole is released. (1) The hollow mechanism 2 is formed as shown in FIG. The trough body 21 and the reverse osmosis membrane 22 which are formed in a cylindrical shape and housed therein, the container body 21 is configured at the upper end portion, and the first end: the outer end side of the lower end portion is connected to the supply machine The tube 37 f32d, the water purification flow pipe 35, and the drainage can be described as the reverse osmosis membrane 22, and the clean water W is disposed on the lower end side end surface of the profitable body 21, and the hollow portion 22a that communicates with the water squadron 35, and the object to be separated is in the original L攸: the peripheral side penetrates to the inner circumference (the hollow portion 22 is torn apart and removed. The hhh permeable membrane 22 also separates, for example, chemical substances dissolved in water, from raw:, metal, etc. Part separated and removed. The first mechanism 25 is filtered by the first Processing unit 26, located at two? 26 downstream of the second filter processing portion 27 constitutes the transition processing unit.

The first filter processing unit 9 ^i is # 2JL

The 26 耩 spoon in the middle is separated by a suitable filter, and the raw water L 匕 contains, for example, a granule + a larger diameter precipitate material, and the treatment portion 27 (four) is filtered from the third filter by the activated carbon filter. The raw water L of the nt is adsorbed, for example, by a part of chemical substances or organic contaminated oxygen, and is removed. 200808660

The supply mechanism 30 includes a supply pump 31 that pressurizes the raw water L to be supplied to the inside of the crying body 21 (membrane separation mechanism 20), a first supply pipe 32a that connects the connection member 42 and the first filtration processing unit 26, and The jth filter processing unit 26 is connected to the second supply pipe 32b of the supply pump 31, the third supply pipe 32c that connects the supply fruit 31 and the second filter processing unit 27, and the second filter processing unit 27 and the container body 21 (membrane separation) The fourth supply pipe 32d of the mechanism 20) and the raw water 1 in the storage container 1 are sequentially flowed through the first supply pipe 32a, the first filtration processing unit 26, the second supply pipe 32b, and the younger brother 3 by the supply pump 31. The supply pipe 32c, the second filter processing unit 27, and the fourth supply pipe 32d are finally supplied to the membrane separation mechanism 20. In addition, the third supply pipe 32c is provided with a check valve 33 that allows only the raw water L to flow to the second filtration processing unit 27 side, and the fourth supply pipe 32d is provided with only the raw water L to be distributed to the side of the membrane separation mechanism 2 Check valve 34. The water purification flow pipe 35 is connected to the container body 21 (membrane separation mechanism 2) and the discharge member 43 which will be described later, and the raw water L is transmitted through the reverse osmosis membrane 22, and it can be regarded that the purified water from which the separation object has been separated flows. Further, the purified water flow pipe 35 does not have the check valve 36 that allows only the purified water to flow to the discharge member 43 side. The drain flow pipe 37 is composed of a connection container body 21 (membrane separation mechanism 2), a drain valve 38, a flow pipe 37a, and a 帛2 flow pipe 37b that connects the drain valve 38 to a discharge member 44 to be described later, and is provided for non-permeability. The raw water L of the reverse osmosis membrane 22 is regarded as a drainage flow. Further, the drain valve 38 adjusts the flow rate of the drain that flows through the drain flow pipe 37 without passing through the reverse osmosis membrane 22, and is discharged from the discharge member 44. The i-th flow pipe is provided with only the drain water allowed to flow toward the drain valve 38 side. Check valve 39. 12 200808660 The rain main body 40 includes a casing 41, which is a membrane separation mechanism 20, a pretreatment mechanism 25, a supply mechanism 3A, a purified water circulation pipe 35, a drainage flow pipe 37, and a control device (not shown). The state shown is accommodated inside, the connection member 42 is detachably connected to the water supply mechanism of the storage container 10, the discharge member 43 is for discharging the purified water to the outside, and the drainage member 44 is for draining the drainage to the outside # The raft 45 is placed, and the wire is placed on the bottom side surface of the casing 41 to store the water discharged from the discharge member 43.

(10) In addition, the symbol 41a of Fig. 4 indicates the bottom plate 0 on which the supply pump 31 is placed. The phase body 41 has the mounting portion 41b on which the storage container 10 is placed on the front side. Further, the upper surface of the casing 41 is provided with a timing switch knob 46' for actuating the supply system 31. The front side of the casing is provided with an opening for adjusting the opening degree of the drain valve 38:: The back of the casing 41 is further provided with a wire socket for insertion. The power supply provided by the Ministry: to the car: the second fire " pool and other appropriate power supply, the Department, ^ to the supply pump 31 or a control device not shown), the light 49 that is illuminated during operation, the appropriate division corresponding to the division The power supply core is used to switch to the power supply-switching control circuit switching ON_50 and the like. The connecting member 42 has a through hole 今 and a central portion of the lower surface of the lower surface of the mounting member 42b. 32a. The upper central portion, the lower portion is connected to the water supply member 13 of the connecting member 42, and the container body water member 13 is externally fitted to the connecting member, and the water supply mechanism 12 is detachably fitted to the mounting portion 41b. When the engagement is made 42, the engagement member 17 13 200808660 of the water supply valve 14 is engaged with the engagement projection 42b to release the seal of the through hole 13a, and the inside of the container body 11 is in communication with the first supply pipe 32a. Next, when the container is closed When the inside of the main body 11 is in communication with the i-th supply pipe 32a, the raw water L in the container main body u passes through the through hole j 3a, the inside of the connecting member 42 and the through hole 42a, and flows into the i-th supply pipe 32a side. It is attached to the upper surface of the casing 41, and has a discharge port (not shown) for discharging clean water on the side opposite to the piercing side of the disk casing.

The water purification flow pipe 35 is connected to the material 43, and the purified water flowing through the purified water flow pipe 35 is discharged from the discharge port (not shown). The discharge member 44 is attached to the back surface of the casing 41, and has a discharge row = discharge port j (not shown). Further, the discharge member 44 is connected to the drain flow second 丨L official 37b, and is distributed in the second drainage flow pipe 37b. The drain is discharged from the discharge port (not shown). 1. The control device (not shown) is controlled by the timing switch knob 4================================================================================= The time set by the heart fruit 31 is set. The body is configured to form the purified water 1]. First, the volume is taken; the core is removed from the portion W to make the water supply mechanism 12 feed water. This 8± #42 separation' adds raw water (tap water) to the container body! The member-to-V: the two sides are engaged by the elastic body 18, and the engagement phase is followed by the sealing member 16 to seal the through hole (1) from the upper side. After the connecting member 42, the engaging members 17 and 14 200808660 are engaged with each other. The engaging member 17, the moving member 15 and the sealing member 16 are moved upward against the spring force of the spring body 18 to release the sealing of the through hole (1). The inside of the container main body u is in communication with the i-th supply pipe 32a. Secondly, when the user rotates the timing switch to turn on the ugly setting operation time, the supply pump 31 continues to operate for the set time. In this way, the raw water L in the crying flow flows through the first supply pipe, the first: 5 # 26, the second supply pipe 32b, the third supply pipe 32c, the second pass, the management department 27 and the The inside of the supply pipe 32d is supplied into the container body 21. The raw water supplied to the inside of the container [partially passed through the reverse osmosis plate 22" flows through the purified water circulation #35, and then discharged from the discharge port (not shown) of the discharge member a as pure water, and stored in the container 5. On the other hand, the remaining raw water L supplied does not pass through the reverse osmosis membrane 22 and flows through the drainage circulation official 37 (the "water circulation pipe 37a, the second drainage flow pipe 3, and then the discharge port from the drainage member 44 (not shown) is discharged as a drain. In the above-mentioned water purifier 1, the user only needs to add the original Lu water L to the container body _, and the container body is placed on the mounting portion 吏. The member 13 can be externally connected to the connecting member 42 and does not need to be disassembled and assembled as in the prior art, so that it can be easily used. Moreover, since the 2 separating mechanism 2, the pre-processing mechanism 25, and the feeding mechanism 3g The water purification flow line K 'Guatong & 37 and the control device (not shown) are built in the main body, and the storage container 1 is placed on the loading part of the main body 4〇 or removed from the loading; Therefore, it is easy to operate. Further, the membrane separation mechanism processing mechanism 25, the supply mechanism 30, the purified water flow pipe 35, the drainer official 37, and the control device (not shown) can be built in the main body to realize the device configuration. 15 200808660 Simplified 'can make it easy to carry. Also 'due to the water purification flow tube 35 There is a check valve 36 that allows only the purified water to be discharged to the discharge member a. Therefore, when there is no clean water flowing through the purified water flow pipe 35, the pipe is closed and the pipe can be closed to prevent bacteria in the air from being 43. The discharge port (not shown) and the purified water flow pipe 3s enter the inside of the container peptide: 1. Thereby, the reverse osmosis membrane 22 can be effectively prevented from being contaminated, and the separation and removal function of the reverse osmosis membrane 22 can be prevented from being lowered from the discharge member 43. The purified water discharged from the discharge port (not shown) contains bacteria, etc. Since the supply pump 31 only activates the time set by the user to turn the time switch knob 46, that is, after the set time elapses, the supply pump 31 stops operating. Therefore, it is possible to prevent the supply pump 31 from continuing to operate after the raw water L in the storage container is used up. / The above describes an embodiment of the present invention, but the specific aspect that can be adopted by the present invention is not limited thereto. In the middle, the tap water is used as the raw water L, but it is not limited thereto. Further, the structure and shape of the water supply mechanism 12, the water supply valve 13, the membrane separation mechanism 2, and the body 4〇 are not limited to the above (four); Or the flow of clean water and drainage is not limited to BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a schematic configuration of an embodiment of a water purifier according to the present invention. Fig. 2 is a perspective view showing a schematic configuration of a water purifier according to the present embodiment. 3 is a schematic view showing a schematic configuration of a water purifier according to the present embodiment. Fig. 4 is a perspective view showing an internal structure of the water purifier according to the embodiment. Fig. 5 is a cross-sectional view taken along line A - A of Fig. 1. Fig. 6 is a cross-sectional view taken along line A - A of Fig. 1. Fig. 7 is a cross-sectional view showing a schematic configuration of a membrane separating mechanism of the present embodiment. [Description of main components] 1 Water purifier 5 Container 10 Storage container 11 Container body 12 Water supply mechanism 13 Water supply member 14 Water supply valve 15 Moving member 16 Sealing member 17 Engaging member 18 Spring body 20 Membrane separation mechanism 21 Container body 22 Reverse osmosis membrane 17 200808660 Pretreatment mechanism supply mechanism Supply pump 1st supply tube 2nd Supply pipe third supply pipe fourth supply pipe water purification flow pipe check valve drainage flow pipe body case connection member discharge member discharge member mounting table

Claims (1)

200808660 X. Patent application scope: 1. A water purifier for separating and removing the original water image, characterized in that it has: a storage container having a water supply mechanism provided with a water supply valve at the bottom thereof for storing the raw water a membrane separation mechanism comprising a reverse osmosis membrane, wherein the separation object is separated from the raw water by the reverse osmosis membrane; The supply mechanism includes a supply pipe that is connected to the membrane separation mechanism at one end side, and pressurizes the raw water in the storage container through the supply pipe, and supplies the raw water to the membrane separation mechanism. The water purification flow pipe is connected to the membrane at one end side. a separating mechanism for supplying purified water that has passed through the reverse osmosis membrane as raw water, and a drain flow pipe having one end connected to the membrane separation mechanism, the reverse osmosis membrane being drained by raw water, and eight bodies having: a storage portion on which the storage container is placed; a connecting member 'separated on the mounting portion and detachably connected to the water supply mechanism=' and connected to the other end side of the supply pipe; 〇土ώ σ, Is connected to the other end side of the purified water flow pipe for discharging the purified water to the outside; the discharge port is connected to the other end side of the drainage flow f for discharging the drainage to the outside, and the body The membrane separation mechanism, the supply mechanism, the purified water circulation pipe, and the drainage flow pipe are incorporated; & the water supply valve is connected to the water supply mechanism when the storage container is placed on the mounting portion to connect the water supply mechanism to the money connection member Component opening , The interior of the feed water level Bedin Quekai Qi te other end of the container and the supply pipe to become 19 200808660 Λ-shaped communication state. 2. The water purifier according to claim 1, further comprising a check valve provided in the purified water flow pipe and allowing only the purified water to flow from one end side to the other end side. ή•一·, round: as the next page. 20