TW200418728A - Point-of-use water treatment system and a method of creating a pressure vessel thereof - Google Patents

Abstract

The present invention relates to a point-of use water treatment system unit. The unit includes a filter housing assembly having a filter tank assembly and a closure which utilizes a handle and cammed reciprocating lock blades to secure the closure to the filter tank assembly. A UV tank assembly includes a planar baffle plate and a vaned baffle plate to induce plug flow about a UV lamp assembly. A UV lamp assembly is used which simultaneously electrically and sealingly mounts to a UV tank assembly and electrical cap assembly using a bayonet mount. A bi-planar manifold assembly is used to interconnect components of the WTS unit and to provide an envelope for accommodating a water pipe assembly. The bi-planar manifold assembly enhances the compactness of the design of the WTS unit. Also, a support plate is disclosed which provides support to subcomponents of the WTS unit while also dissipating heat from a UV tank assembly.

Description

200418728 发明 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a water treatment system for use in a home or an office, which can remove contaminants in water. [Prior Art] The present invention is incorporated with reference to US Patent No. 5,536,395 and claims priority in the provisional application serial number 60 / 094,918 of July 31, 1998.

The present invention minimizes and overcomes problems encountered with water treatment systems (WTS) used in homes or offices. These water treatment systems often use a tap changer valve device to connect a tap. Water can be supplied directly from the tap, or before water is dispensed from the tap, a tap switching valve device is used to pass water through the water treatment system device to remove contaminants. Water treatment system devices usually include a carbon filter to remove particles, ultraviolet lamps to kill microorganisms in the water, and a flow meter to record the amount of water treated for a period of time. The first problem encountered in water treatment system installations is that the filter cover is difficult to remove or install from the filter room of the water treatment system. This is because the cover is screwed. The cover and the filter chamber form an equalizer, so that the filter can be placed. Ideally, the larger the diameter of the filter is, the better it is to increase its grain volume and life. Likewise, the filter chamber must be large enough to hold the filter. Traditionally, the screw connection is located between the filter cover and the filter chamber. They are all made of plastic and often welded together. This phenomenon is referred to as surface wear. Welding is partially due to the long time it takes to change the filter and the warm and humid environment when the water treatment system is operating. Water treatment systems often include an ultraviolet lamp to kill microorganisms in the water. These UV lamps are usually operated continuously. When water no longer passes through the water treatment system for a period of time, such as overnight, UV

^ Lamps and other circuits generate heat inside and raise the temperature of the water in the water treatment system. Elevated temperatures can deform the plastic and weld the threads on the filter chamber and filter baffle together. Because the area of the thread is large, a considerable amount of force is required to break the weld on the thread and release the baffle from the filter chamber. ~ *, Some water treatment systems use a plug-in method to install a filter baffle. The problem in this case is that the filter baffle must be accurately aligned with the filter chamber before it can be installed. In addition, even with the insertion method, there is still a significant contact area between the filter baffle and the filter chamber. Therefore, after connecting for a while, a force is still needed to release the filter baffle from the filter chamber. The second problem encountered by the water treatment system of the square ultraviolet lamp is that the heat generated in the water treatment system due to the rise of the high temperature lin includes the result of the deformation of the nano component f it ?, the color, and the reduction of the circuit Reliability. In addition, the temperature of the water in the system overnight PU-008 / 0032-2 5 200418728 pieces. The Hoe Sailor Handling System uses plastic molded external containers to pack the elements inside them. The strength of some plastic external containers will decrease. If the water treatment system is supported by the outer container of the ancient Wuerhu Lake, the outer container must be thicker than the upper container, and deformed by mechanical load of 5 system. So ‘needs an expensive exchange. Lin Su · The third one is that it is difficult to replace the ultraviolet lamp. The ‘= key effectively inhibits the derivation or reproduction of microorganisms, and ultraviolet light can also harm people. When installing the device at the age of the device, the outside light must not expose the installer to ultraviolet light. This often requires exposure. Connect the UV lamp to the energy source, close the container to avoid UV exposure, and the author avoids direct exposure to UV light. The fourth problem encountered at the beginning of the water treatment system was that the water was treated the same way when ultraviolet water was passed through it or all were exposed to ultraviolet light. Ultraviolet lamps are usually installed in a 2 stream_outside lamp. All water should be exposed to a small amount beforehand. According to why the UV tank is installed, some water will reach less or more UV plants. The amount of water that passes through the ultraviolet tank is slower than the speed and the residence time is ideal. Ideally, all the water should be exposed to the minimum ultraviolet light in advance to fix the water so that part of the water flow will not be unnecessarily affected. Overexposure. This goal cannot be achieved with ultra-violet u, tritium, or non-column flow. Column flow is as fast as g. Or multiple T of water pass through the system. Column flow can prevent the irregular flow of water through the system. S f ^ Some k water treatment systems use water to transport Teflon coils around UV lamps to make all the water reach. However, Teflon rings can degrade or obscure. Or, the Teflon ring will be lowered by Teflon. Therefore, the iron wind dragon ring needs to be cleaned or replaced in specific environments. The Mi Mi 5 Patent No. 5,536,395 has-an example describes the problem of the UV trough device. It is said that it has a main cylindrical part and a neck with a smaller diameter. The cylindrical part is connected to an inlet and a ring-shaped baffle with coaxial openings. Money in the environment secretly passed through the opening of the partition. As a result, water flows downward from the annular partition and vortexes through the purple-ray lamp garden. The water then exits the trough through the neck and exit. Although the flow characteristics are satisfactory, the tank is expensive and it is necessary to form the tank. ί! The need to perform mechanical operations on many stainless steel components also increases manufacturing complexity and cost. Chuan = Shui ^ Qiao Another-Disadvantages The various elements of the farming season are connected to each other. For hanging, the small official should not connect the entrance, exit, UV device, and reduce the recording device. The large number of tubes makes assembly inconvenient and time consuming. Again, two time small tube will be fragile and need to be replaced. Due to the restoration of these pipe mosquito pipes, it is difficult and difficult to mine 3 PU «008 / 0032-2 6 200418728. The amount of J3 and the pipe support is very high. Some of these pieces are more supported by the exchange of things, etc. ^ 一 = 口 ^ -The qi of the person who charges is rushed out: The amount of money is enough, and you have water, and the other is the installation. Where the line is in urgent need, the system of the Orthodox system supports the non-flowing water as a pipe ^-Yun Xiaotong, 4 以, 、, Gong Yuli believe that the present invention overcomes the previous characteristics of water Many problems encountered by ride, or minimize problems. [Summary of the Invention] The board may have a fine paste board and affiliated mechanisms for mounting and removal. Being over-aged—too much to hold the filter plate can be both secretive and thoughtful—it depends on the container. The auxiliary device is connected to the carrier and uses the mechanical advantages to form a rotatable handle. It can enter and exit the joint of the lock plate on the old age. Yu Bian's lock plate for Ren Fu movement This is from 月 月 pure contains a water treatment system device with ultraviolet hybrid, f and _ support miscellaneous in the ultraviolet tank. This installation can be produced by the β ϊ lamp from the hot ship to the reading board and scattered into the environment. If it is installed, the women's clothing is formed in a cap device and a UV tank device to form an AND, and the fluid will be in it. A seal is formed between them. Furthermore, the ultraviolet lamp device is a lamp tube visible outside the device to indicate the operation of the ultraviolet lamp device. 〃 ,,, Gang, base i3 inverse === bottom set. This installation tightly connects the water treatment system units.丨 Zhanwang board installation, because of the other-the goal is to provide-a superstructure board with an attached mechanical structure, which uses the mechanical advantage of PU-008 / 0032-2 200418728 to allow users to move without excessive force Remove the filter bezel. Another object is to improve the heat dissipation of the water treatment system device by providing a high-strength support plate with high thermal conductivity and supporting the main components of the water treatment system device. ^ Another goal is to provide a water treatment system device with an ultraviolet lamp device to allow quick and easy movement of the ultraviolet lamp, and to connect the power source to the power supply while the water is sealed in the ultraviolet tank device to prevent users from being exposed to ultraviolet light under. This also reduces the extra steps of installing the connection wiring to complete the device. It is also an object to provide an ultraviolet tank device with low manufacturing cost, and make it have an average water flow under the co-operation with the ultraviolet lamp, so that the water can be uniformly irradiated to ultraviolet light when passing through the ultraviolet lamp. Another object is to provide a water treatment system having a double-sided multi-tube device, which is interconnected with the main elements of the water treatment system to provide a simple but stable water flow. The multi-tube device can structurally support other secondary components and form a sleeve to house the flow meter device. θ Another goal is to provide a water treatment system with a UV lamp unit with a lamp tube that can be replaced with the UV lamp unit and extends through an opening in the outer chamber of the water treatment system to indicate the operation of the UV lamp. [Embodiment] The first figure and the second figure show a water treatment system device (10) made according to the present invention. The water treatment system unit (ίο) uses carbon block filters to filter particles and remove some chemical contaminants from the water. An ultraviolet light system is used to kill microorganisms. A screen is also used to show the UV system and filtering conditions. The water treatment system device (10) includes a front side outer chamber (12), a rear side outer chamber (14), and a flow meter device (16), which are also considered as basic equipment of the water treatment system device (10). The decorative lamp (18) and the filter cover (20) are located above the front outer chamber (12) and the rear outer chamber (14). A display screen (22) is mounted on the flow meter device, which is described further below. The energy supplier (24) supplies energy to the water treatment system device (10) in the form of an energy converter. A finned aluminum support plate (26) extends through the opening in the rear outer chamber (14) and helps to dissipate heat from the water treatment system unit (10). A plug valve device is used to determine the inflow and outflow of water. The main subsidiary components included in the $ processing system device (10) are shown in an exploded perspective view in the third figure and a skeleton perspective view in the fourth figure. These accessory elements include a front outer chamber (12), a rear outer chamber (14), a metering device (16), a support plate (26), a secondary filtering system (30), a secondary ultraviolet system (32), Water pipe device (34), multi-pipe device (40), computer board (42) and wall frame (44) on the flow meter (16). The multi-tube device (40) has an inlet (46) and an outlet (50), which are connected to the rubber tube (52) of the stopcock switching valve (28). The multi-tube device (40) is connected to the auxiliary filtering system (30), the auxiliary ultraviolet system (32), and the water pipe device (34). As shown in Figure 4, a sleeve (54) is located below the multi-tube device (40) and above the flow meter device (16) to accommodate the display screen (22) and the water pipe device (34). A quick overview of the water flow path through the water treatment system device (10), the water is switched by the plug. PU-008 / 0032-2 8 200418728 The function of the valve device (28) enters the inlet (46) of the multi-tube device (40). It then flows from the multi-tube unit (40) to the carbon block filter of the secondary filtering system (30). Water then flows from the secondary filtration system (30) back to the manifold (40). The multi-tube device (40) transmits the filtered water to the secondary ultraviolet system (32) to kill the microorganisms by the ultraviolet light g. The filtered and sterilized water leaves the secondary UV system (32) and passes through the water pipe device (34). Finally, the water flows back to the multi-tube device (40) and exits from the outlet (50) to return to the stopcock switching valve device (28). The auxiliary filtering system (30) is shown in the exploded perspective views of the third, fifth and sixth figures. Its constituent elements include a filter chamber device (60), a baffle or filter cover device (64) and a filter device (66). The filter and device (66) is fixed in the filter room device (60). The filter cover device (64) has a convex plate and a common seal, and the over-enlargement device (60) forms a closed container, and water is passed through the filter device (66). The sixth A-C diagram illustrates a case where the filtering device (66) is removed from the water treatment system device (10). Rotate the decorative filter cover (20) by a quarter and pull it out of the filter cover device (64). Then 'turn the handle (152) on the filter cover device (64) upwards so that a pair of switch locks (146), (150) (not shown) extend from a circle formed in the matching seal (86) to receive the lock The grooves (98) unravel inward. The filter cover device (64) is moved upward to seal the filter cover device (64), the elastic O-ring (144) on the filter cover device (64), and the matching seal (86) on the filter room device (60). turn on. Then, the filtering device (66) is lifted from the filtering room (60), and another new filtering device (66) can be put into the chamber (60). The filter and cover (64) are pushed down into the mating chamber (60) and the matching seal (86) uses an O-ring (144) to form a seal. Then, by lowering the handle (152) to a parallel position, the lock piece (146) '(150) can be extended to the groove (98) to lock the filter cover device (64 ·). The filter cover (20) is attached to the filter cover device (64). The handle (152) provides specific mechanical advantages for the lock plate and the sleeve receiving groove lock (98) ', which will be described in more detail below. Individual elements of the secondary filtering system (30) will be described here. The seventh diagram a-D shows the filter chamber device (60). The filter chamber device (60) includes a filter chamber (70) and a pair of mating separation rings (72a) and (T2b). The filter chamber (70) has been formed on four spiral protrusions (74) on its rear side, and the supporting skeletons (76) and (78) extend between and can support the protrusions (74). The filter chamber (70) includes a lower hemispherical tip (80) having an inlet duct (82) and an outlet duct (84). Another pair of spiral protrusions (83) are fixed at the bottom of the hemispherical end (80) with the device to ensure that a part of the multi-tube device (40) is fixed to the filter chamber (70). Similarly, a pair of spiral protrusions (85) are located on one side of the filter chamber (70), and a device is used to attach the fixture of the rear chamber (14). The upper part of the filter chamber (70) has an internal matching seal (86) and a fixing flange (90). The size of the matching seal (86) is based on the sealing connection with the O-ring of the filter cover device (64). The separation rings (72a) and (72b) have grooves (92a) and (92b) extending radially inwardly. The fixture (96) clamps the separation ring (72a) and (72b) with the grooves (92a) and (92b) around the fixing flange (90) and clamps the filter chamber (70), as shown in FIG. 7D. The grooves (98) that receive the locking piece extend over the entire circumference of the filtering device (66) and are formed on the flange (90) and the inner small plates (99a) corresponding to the separation rings (72a), (72b), ( 99b). The eighth figure A is an exploded view of the filtering device (66). A carbon block filter (100) is located between the filter bottom cover (102) and the filter top cover (104). The carbon block (100) is ring-shaped and has inner and outer wrappings PU-008 / 0032-2 9 200418728 (106), (108), as shown in Figure 8C. The filter top cover (104) includes an end plate (11) having a pole (112) and an oval handle (114). The filter unit (66) can be easily grasped by the oval handle (114) and the filter chamber unit (60) can be taken out of it. The bottom cover (102) has an end plate (116), a central catheter (II8), and two pairs of triangular supporting skeletons (120) and (122) extending therebetween. The skeleton (120) has a triangular space (124) to reduce weight. The groove (128) of the central duct (ns) of the base cover (102) has a pair of O-rings (126). During operation of the water treatment system device (10), water flows radially inward from the outside of the carbon block (100) and exits through the central duct (118). The arrows in Figure 8C show the direction of the current. When the filter device (66) is installed in the filter chamber device (60), the O-ring (126) seals the gap between the central duct (118) and the outlet duct (84) of the filter chamber device (60). The ninth figure is an exploded perspective view of the filter cover device (64). The filter cover device (64) includes components such as a filter cover (142), an elastic o-ring (144), first and second locking pieces (146) and (150), a handle (152), first and second The shackles (154) and (156), and four fixtures (160). The O-ring is located in a groove (145) with a diameter outside the filter cover (142). When the filter cover device (64) is assembled together by the fixture (160), the handle (152) and the lock pieces (146), (150) are movably covered on the filter cover (142) and the shackle fixture ( 154) and (156). The handle (152) can be rotated between the filter cover (142) and the lock piece (154) (156). When the handle (152) is turned up or down with the filter cover (142), the handle (152) is connected to the lock piece (154) (156), so that the lock piece can be radially extended and retracted horizontally. When the locking tabs (154) (156) are extended, they are locked into the grooves (98) that receive the locking tabs, as previously explained in FIG. 6B. The locking plates (154) (156) are planes each having an arcuate engagement (162) (164). Bolts (166) and (170) extending inside are used to connect the handle (152). The handle (152) includes an arcuate grip (172), a pair of spaced ears (174) (176), and a shaft (180) connecting the ears (174) (176). The ears (174) (176) are outside the C-shaped palate (182) (184) (186) (190). Bolt (166) (170) of lock plate (146) (150) — slide into the clock (182) (184) (186) (190) so that when the handle (152) is turned up or down, the lock plate (152) 146) (150) can extend or retract radially. Looking at FIG. 10C again, when the handle (152) is at a low position and the plug (166) (170) is at the end of the iliac canal, the plug (166) (170) is located farthest from the middle of the ear (174) (176) Position, like the lock plate (146) (150). When the grip (172) of the handle (152) is raised, the ear (174) (176) rotates with the peg (166) (170) toward the center of the ear and adjoins the palate (182) (184). (186) The middle bend or center of (190). When the bolts (166) (170) are moved or inserted inward, the lock plates (146) (150) move inwardly to the retracted position in a filial piety. As shown in the ninth figure, the U-shaped yoke (196) (200) on the lower side of the yoke (192) (194) and the shackle fixture (154) (156) located on the upper surface of the filter cover (142). The shaft (180) of the handle (152) can be rotated in all directions. A disc-shaped recess (202) (204) is also formed in the filter cover (142) to receive the ear (Π4) (176). Similarly, long holes (206) (210) are formed in the shackle holders (154) (156) to help the handle (172) rotate. The yoke fixture (154) (156) and the upper surface of the filter cover (142) together make the lock piece (146) (150) move in a plane between the retracted and extended positions. As shown in Figure 10d, the outer and middle guide skeletons (212) and (214) are located above the filter cover (142) and PU-008 / 0032-2 10 200418728 above the lock plate (146) (150). The outer and middle guide holes (216) and (220) together ensure that the locking piece (146) (150) on the filter cover (M2) moves linearly. The handle (152) follows the sloping movement of the bolt (166) (170) of the lock plate (146) (150) so that the lock plate can be easily retracted from the groove (98) receiving the lock plate. In addition, the problem of "welding" between spirals after a long period of non-use of the water treatment system has been overcome by the reciprocating locking piece (146) (150) used in the present invention, which surpasses the filter cover device (64) and the filter room device (60) Spiral connection between. The distance between the center of the shaft (180) and the grip (172) is much greater than the distance from the shaft (18) to the iliac canal (182) (184) (186) (190) applied to the bolt (166) (170) . Therefore, when the user raises or lowers the handle (152), many mechanical advantages can be enjoyed when the lock piece (146) (150) is pushed in or out. Moreover, when the handle (152) is turned, even if the martyrium (182), 184, 186, (190) moves in a circular path, the disc-shaped ears (174) (176) and the C-shaped martyrium ( 182) (184) (186) (190) allows the bolt to move on a single plane. This enables the lock pieces (146) (15) to be flat and the filter cover device (64) to be relatively closely packed. In the ninth figure, the shackle fixtures (154) (156) respectively include tongues (222) (224) with holes (226) (230). Similarly, the yoke fixture (1Mx156) has a relative hole

(232) (234) (236) (240). Corresponding spiral protrusions (242), 244, 246, and 248 are located above the filter cover (142). As shown in the ninth figure, after the filter and cover device (64) is assembled, install the screw (16) into the relative holes (232) (234) (236) (240) and fix it to the spiral protrusion (242). (244) (246) (248). When the clock lock fixture (154) (156) is locked, the holes (226) (234) and (230) (232) are coaxial.

During operation ', the filter cover device (64) is located above the filter room device (60), the handle (152) is in the raised position, and the lock plate (146) (150) is retracted in radiation. In this way, the locking piece (146) (15) can be retracted from the meeting place with the groove (98) and passed through the separation ring (72a) (72b) of the filter chamber device 辐射 in a radial manner. ) Is lowered and pressed into the filter chamber device (60), and the o-ring (144) slides into the joint of the matching seal (86) of the chamber (70). Therefore, a waterproof seal is formed between the filter chamber (70), the o-ring (144), and the filter cover (142). Once the filter cover device (64) is pressed into the O shape of the filter room device (60), (144) affects the sealing of the filter room (70), the filter cover device (64) is locked in a fixed position. As the locking tabs (146) (^ 50) are radiated outwardly into the grooves (98), the handle (152) is turned downward to be the same as the filter cover (142). The O-ring (144) compresses the envelope between the filter cover (142) and the matching seal (86). A seal is formed between the filter cover device (64) and the filter chamber device (60) to create a closed container. This is the case when the filter cover device (64) is placed in the filter chamber device (60), and then the handle (152) is lowered to lock the flap cover device (64) in a fixed position. The opposite is also true. When the handle (丨 52) is lifted, the pin 〇46 $ 50) will retract and the lid device ㈣ can be easily removed from the matching seal (86). / The computer board (42) shown in the second figure includes a circuit board (25〇) with electronic components on it and a sub-plug (252) near the bottom to accept the power supply ( 24) Connect the female plug on the spring (not shown energy. Above the front side of the circuit board (25) and the connection flange (254) of the c-shaped contact device (256). The circuit board (MO) There is another contact device at the bottom (26 ° H is used to connect the display screen about the state of the ultraviolet lamp, for example when the ultraviolet lamp is acting. The decomposition of the solid UV system (32) and the stamped product or the support plate (26) Perspective view. Components of the auxiliary line system (32). UV lamp unit (28), electronic connection cap unit (29), PU-008 / 0032-2 11 200418728 screw (292J) 'light cover (18) and UV The slot device (300). The cap device (29) is located above the slot device (300). The opening (294) is fixed to the support plate (26) by screws (292). The light device (28) 〇) ^ can be taken out or loaded from the combination of the cap device (29〇) and the tank device (300). When the fluid is enclosed in the tank device (300), it is installed in the lamp device (28) and connected with the electronics Connecting cap device (29〇 ) Is connected by electricity. The lamp cover 有 has a hole (w282) in the middle to allow the lamp tube to be connected here. The cap device (290) has a spiral (296) on the outside to unlock the lamp cover ϋ. The support plate (26) can be inserted or assisted The slot device (300) and the computer board (42) (not shown in Figure 11). In the installation of the plug-in type, before the cap device (29) supplies power to the lamp device (28), set (280). It must be properly installed and sealed in the trough device (300) and the cap device (290). The correct ultraviolet light is blocked from the trough device (300) and the cap device (29). By simple pushing and The outer lamp device (280) turns a quarter of a turn to the tab (295) in the cap device (290) to mount the lamp cap device (29) and the slot device (300). This installation also seals the liquid to the lamp The device (280), the tank device (300), and the electrical appliances in between are shown in Figure 12 A_c. The exploded view of the tank device (300) is shown in Figure 11, Figure 13 The A_E drawing includes a light device. The fourteenth drawing is only a slot device (300). The cap device (290) is not shown in the thirteenth AE drawing. It is f., The slot device (300) contains a main circle. Cylindrical stainless steel cylinder or groove (30), to which the mouth opening equipment is connected (304) and outlet equipment (306), inlet elbow (308), outlet elbow (310), bottom and top ring cup disc (314) ° elbow (308) (310) and equipment (304) (306) connection. Circle to seal the device (304) (306) and the elbow (308) (310). Place the holder clip (315) in mm〇8) (31〇 The long hole on) fixes the elbow (308) (310) to the multi-tube device (40). Opening of the top plate fixture lamp (318). The ring-shaped cover (320) on the plate (314) can be matched with the seal of the lamp fitting, as shown in the tenth figure. The plate (314) also has horizontal purple. The crimped end (325) can help guide ultraviolet light when the groove device (300) is installed or removed. In addition, it can reduce the manufacturing process by changing a low-level flat partition plate in the edge of any shape on the top plate (314) ( 322) and upper blade partition (324). Partition plate (322): ^ Two connecting ears (326) extending vertically downward along the groove (30) wall to weld m3 m2, Shao, as shown in Figure 13C. In the fourteenth figure, the partition plate (322) is connected to a conversion plate m \ f replacement plate (330) in front of the device (304) to form a wedge-shaped inlet chamber (332) and make the movement more frequent. The converter (330) to the lower part of the treasure head (308) is also the same as the UV light device. The blade paste hole (334) makes the Ke Ecai flow upward.

The right-hand baffle plate (324) is shown in the 13th c ® and 14th ®, and at the 15th AD (33H ^ blade baffle plate (324) has a round shaft (336) and tapered blades Sheet, with an angle of 13 degrees α to the _ (336) plane. However, ρπ between 5 and 45 degrees can form a column flow. There are gaps (340) between adjacent leaves (338) to allow water to be used there. Upright ears (341) to fix the leaf diaphragm (324) to the grooved diaphragm and # 4_ the brain due to the plane printing history n, the first diaphragm (322) with dry surface openings (334) on it ). At the bottom of the groove (302), PU-008 / 0032-2 12 200418728 installs a baffle, compared with the use of a flat baffle with circular openings (334), to produce a circular flow or a column flow. The combination of the planar partition (322) and the blade partition (324) of the round-shaped opening (334), which is the most desirable for the circumferential or column flow, has been proved ^: used, the circulation eliminates the use of The increase in column flow in laminar flow with different flow rates when passing through the tank device (3 (X)) increases the average minimum time t of water exposure when operating water treatment systems and systems. However, it is also in Slots created when two or more partitions are used in the present invention The vortex flow or column Park range.

^ The taxi apparatus (300) was manufactured as follows. The groove (302) is cut from a non-iron steel pipe for a length. An opening is formed in the iron or trough (302) to accommodate the inlet device (304) and the outlet device (306). Then, the conversion plate (330) is welded to the plane partition plate (322). Then, the plane partition plate (322) is welded into the groove (302) with a plasma, and the conversion plate (330) is located in front of the lower opening, which will be connected to the inlet device (304). Connect the inlet and outlet equipment (304) (306) to the joint of the opening of the groove (302) and fix it with plasma welding. ^ Connect the inlet elbow (308) and outlet elbow (310) to the inlet and outlet equipment (304) (306). Finally, the bottom cover (312) and the top annular disk (314) are fixed by plasma welding. The surface of the trough device is more stable. This construction method avoids the installation of deep objects, uses shallow dishes and requires no mechanical assistance. Therefore, in terms of the column flow characteristics and the ultraviolet device, the tank device (300) has low cost but is used with caution. There are roughly two goals for using an electronic connection cap device (290). First, the cap device (29) transfers electrical energy from the computer board (42) to the ultraviolet lamp device (280). Second, the cap device (290) mechanically fixes the lamp device (280) to the slot device (300) by using an insertion method. The cap device (290) is placed on the slot device (300) and the support plate (26) is connected by screws (292), as shown in the eleventh figure. When the ultraviolet lamp device (280) is correctly fixed in the cap device (290) and the groove device (300), the ultraviolet lamp device (280) is energized and the ultraviolet light is not leaked from the auxiliary ultraviolet system (32). Furthermore, the ultraviolet lamp device (280) is also enclosed in the tank device with the fluid, as shown in Fig. 13e.

The cap device (29) is shown in Figures 16-A. As shown in the exploded view of FIG. 16A, its components include a plastic connection cap (342), a front mold (344), a guide frame (346), and a pair of clamps (350). The guide skeleton (346) has distal ends (348) (349) with upper and lower pairs. Each fixture (350) includes a curved extension (352), a central arched connecting portion (354), and an end portion (356) (358). During the manufacturing of the mold of the cap device (290), the front mold (344) and the guide frame (346) are fixed in the connecting cap (342), as shown in the sixteenth B diagram of the complete device. The connecting cap (342) has a cylindrical body (366), a tunnel portion (368), and an extension portion (370) formed around the guide frame (346). The insert (295) is positioned above the connection cap (342) to fix the ultraviolet light device (280). The insert (295) includes inwardly turned flanges (372) and (374). There are long holes (376) (378) between the flanges (372) (374). The inner edges of the flanges (372) (374) taper down along the slope created by the slot. The situation where the flange (372) tapers downward from the long hole (378) is shown in Figure 16D. The inside of the connecting cap (342) has walls (380) (382) (384) of the fixing jig, as shown in Fig. 16C. The curved extension (352) and the end portion (362) (364) of the clamp (350) are fixed by these walls (380) (382) (384), as shown in Fig. 16c. The curved connecting part (354) is located in the inner Shao of the head 13 (PU-008 / 0032-2 200418728) and is separated by a distance around the long hole (376) (378). When the light device (the cap device_ points to 382) is on, and the block. The clamp (35〇) is installed on the wall J8〇) ((^^ rear rear 'Guide, the end of the frame (346) is electrically connected to the clamp (Na's end part ⑽)., And the end (349) is installed on the connection cap ( The U-shaped opening (39) on the extension (37) of 342) is shown in Figure 6C. The internal size of the long hole (394) is based on the opening (392) to fix the connection flange of the computer board ( 254). When the mouth (392 ^ slides over the computer board (42), the end (349) is fixedly connected to the C-shaped device (256) on the computer board (42) (second picture). The outer flange is located in the mouth (392 ) And can be connected to the upper part of the corresponding long hole (574) in the support surface (26) (Figure 19F). The size of the road part can be the same as the exit elbow (mo) of the groove device (300). ) ,.) The seventeenth AD and eighteenth AB have the best illustration of the ultraviolet lamp device (28). The lamp device (280) includes a quartz tube (402) 'buffered o-ring (404) ), The auxiliary compression nut device (406) and the "light / connector" auxiliary device (410). As shown in Figure 17A, the auxiliary device (41) has a molded main shaft (412), which Contains a pair of radially extending flanges (414), a ring-shaped shaft (416), and the handle '(42〇) f-axis (416) has a ring It has an elongated hole (418) and can be connected to the upper opening of the quartz tube (402). The lower end of the shaft (416) has a ring-shaped wedge-shaped portion (419) located in the adjacent auxiliary compression nut device (406). The lamp tube (42) is pressure-engaged in the opening of the handle (420). As shown, the lamp tube (422) is exposed to the ultraviolet lamp (424). The secondary compression nut device (406) includes an internal screw (428) Nut (426), the inner screw can be screwed to the outer screw (429) on the shaft (416). An annular elastic overmold seal (430) contains the lower part of the nut (426). In section In the middle, the sealing element (43) is U-shaped and has a radially arranged inner ball (432) and outer ball (434). The inner sealing ball (432) seals the quartz tube (402) and the shaft (416). When The compression nut device (406) is mounted on the shaft (416), and the compression nut (426) is on the annular wedge portion (419) to create a tight sealed fluid space therebetween. When the ultraviolet lamp device (28) is inserted Inside the cap device (290), the outer ball (434) seals the cover (32) of the slot device (300) of the slot (Figure 13E). There is a space between the connector (412) and the lamp (424) The elastic pad (408) can stabilize the lamp (424), and its cross-sectional shape is V Shape. '

Fig. 18B shows another embodiment (280,) of the ultraviolet lamp device, which is similar in design to the lamp device (280) but different in the compression nut (426). It does not use an elastic sealing element (430) with an inner ball and an outer ball (/ 434), but a sealing element (430,) connected to an o-ring (432,) (434,), respectively. The sealing element (430 ·) has an L-shaped plate to fix the o-ring (432,) (434,). A pair of power ends (436) are arranged in the radial elongated hole (438) of the flange (414). The end (436) is connected to the ultraviolet lamp (424) by electric power through the route of the filament (446) (450). The elongated hole (440) extends upright to the elongated hole (438), which allows the filaments (446) (450) to enter and respectively join the ends (436). When the ultraviolet lamp device (280) is inserted into the cap device (290), the exposed radial end portion (442) on the end (446) is connected to the arcuate connection portion (354) of the clamp (350) by electric power. Look again at the twelfth AC diagram, the sixteenth diagram, and the eighteenth A diagram. The lamp device is installed by moving the insert on the ultraviolet lamp device (280) in the lamp cover (18) and the cap device (290) ( 280). The flange (414) that can support the end (436) is aligned with the long hole (376) (378) in the cap device (290). Lower the UV PU-008 / 0032-2 14 200418728 line lamp unit (280) to the cap unit (290) and the trough unit (300). The outer cover (434) of the compression nut (406) is connected to the cover (320) of the groove device (300). The handle (420) is turned 90 degrees by the flange (414) inside the rotatable flange (372) (374) until it hits the wall (380) (384) of the fixing fixture. At this time, the arcuate connecting portion (354) of the clamp (350) in the cap device (290) and the radiating end portion (442) on the end (436) of the ultraviolet lamp device (280) are connected with electricity to make the ultraviolet lamp (444) Power on. Then, the lamp tube (422) emits light to indicate that the user's ultraviolet lamp device (280) is correctly installed and operable. At the same time, when the lamp device (280) is sealed on the cover (320) of the groove device (300), the ultraviolet lamp device (280) is fixed and locked by the insert (295). The lamp cover (18) can then be mounted on the outside of the cap device (29). The lamp tube (422) extends through the hole of the lamp cover (18). Since the lamp tube (422) is replaceable in the ultraviolet lamp device (280), the lamp tube (422) is replaced every time the lamp device (280) is replaced. The problem of discoloration due to the exposure of the lamp tube (422) to high-energy ultraviolet light is less considered in the design of this water treatment system device (⑼). The multi-tube device (40) is shown in the nineteenth AF figure. The tube device (40) is composed of a bottom multi-tube half (500) and a top multi-tube half (502) including a complex tube (504). The bottom and top multi-tube half (500) and ( 502) are connected together to form a series of three conduits between them, the conduits along the double tube (504) allow fluids to be transferred between the various primary and secondary elements of the water treatment system device (10). These conduits contain multiple The tube inlet duct (506), the multiple tube outlet duct (M0) and a pair of ultraviolet system ducts (512). The inlet duct (506) is connected between the stopcock switching valve device (28) and the auxiliary filtering system (30). The auxiliary ultraviolet system duct (512) connects the outlet of the auxiliary filtering system (30) and the entrance of the auxiliary ultraviolet system (32). The double pipe (504) connects the outlet of the auxiliary ultraviolet system (32) and the water pipe device (34). The outlet duct ( 510) Return water from the water pipe device (34) to the stopcock switching valve device (28). The multi-pipe inlet conduit (506) connects the inlet ring device (514) to the multi-pipe street ( 516). The connector (516) and the inlet duct (82) are connected to the filtering device (66). As shown in the third figure, a duckbill valve device (518) is used to connect the outlet duct (84) and the auxiliary tube of the filtering device (66). System tube (512) between multiple pipe joints (520). The duckbill valve device prevents water from flowing back from the UV lamp unit (280) back to the filtering unit (66). The auxiliary ultraviolet system pipe extends between the joint (520) and the multiple pipe joint (522). The connector (522) is connected to the inlet elbow (308) of the ultraviolet tank device (300). A similar connector (524) that can be connected to the outlet elbow (300) is located in the unfolded tube (504). Fix the upper end. The joint (528) is located on the lower side of the multi-pipe device (40) and the other end of the double pipe (504). The joint (528) can fix the inlet to the water pipe device (34). The outlet of the water pipe device (34) It is connected to the water pipe outlet joint (530) in the multi-pipe (40). The joint (53) is like entering the inlet of the outlet pipe (510). There are three spiral protrusions (534) on the bottom of the multi-pipe device (40). The screw (610) (Figure 20) is connected to connect the flow meter device to the multi-tube (40). Geometrically, the multi-tube device (40) has a lower flat portion (536). The obliquely raised part (540) and the upper flat part (542). When the ultraviolet tank (302) is installed above the multi-tube device (40), the auxiliary ultraviolet system round wall (538) can help The tank device (300) is stable in the center. Because the height of the auxiliary transition system (30) is greater than that of the auxiliary ultraviolet system (32), a double-sided multi-tube design is used below the upper flat part (542) and the flow meter device (16) A sleeve (54) is formed above the to accommodate the water pipe device (34). This double-sided multi-tube design enables the water treatment system unit (10) to be tightly integrated, which is very important for the opposite end size with the PU-008 / 0032-2 15 200418728 limit. In addition, since the multi-tube device (40) is almost completely welded together, it is not necessary to use a rubber tube to connect the secondary components of the water treatment system device (10). Therefore, the user of the ordinary water treatment system device (10) can relatively easily install the auxiliary components without changing any pipes. Fix the multi-tube device by screwing the two sleeves (544) to the protrusions (83) at the bottom of the filter chamber (70) and fixing the two ears (546) to the support plate (26) in a spiral manner (40). The support plate (26) also has a pair of openings (572) for mounting screws to fix the spiral protrusions on the rear side of the filter chamber (70) (third picture), and two vertically spaced corresponding openings are located on the wall frame ( 44). The flat part (562) has a long hole (574) for mounting the computer board, which can fix the vertical edge of the computer board (42). The cap device (290) can also be screwed to the two screw openings (294) on the support plate (26) by screws (292) (Figure 11). Finally, the flange (396) (sixteenth figure) of the cap device (290) is also fixed to the long hole (574). Therefore, the support plate (26) also provides important structural support and heat dissipation capability to the water treatment system device (10). The flow meter (16) is shown in Figures 3, 4 and 20. As mentioned earlier, the flow meter (16) is the basic equipment of the water treatment system unit (10). The flow meter (16) includes a bottom chamber (602), a bottom chamber cover (604), a battery cover (606), a screw (610), a water pipe device (34), and a display screen (22). The water pipe device (34) and the display screen (22) are in the bottom chamber (602). The bottom chamber (602) has an opening (612) capable of receiving a water pipe and a fixing band (614) to stabilize the water pipe device (34). Similarly, there are four supporting frames (616) on the upper side of the bottom cover (604) to support the display screen (22). Pass the three screws (610) through the three raised openings (620) on the bottom cover (604) and ensure that the flowmeter (16) is fixed to the spiral protrusion (534) of the multi-tube device. The other four identical screws (610) are directly connected to the spiral protrusions (not shown) on the bottom chamber (602) through the protrusions (621) on the bottom chamber cover (604). The water pipe device (34) has an inlet (624) and an outlet (626). The water flows through the water pipe device (34) and transfers the information of the turbine that transmits water to the display screen (22). The inlet (624) receives the water flowing from the multi-pipe connector (526) and returns the water to the joint (53) of the outlet pipe (51), so that the water flows out of the water treatment system device (10). The display screen (22) is electrically connected to the ultraviolet lamp device (280), the water pipe device (34) and the battery (608). The status of the water treatment system device (10) is displayed on the screen (22). A thin label (618) is overlaid on the display screen (22). Due to the unique double-sided design of the multi-tube device (40), an envelope (54) is formed below the upper planar portion (542) of the multi-tube device (40). The illustration shows the best description of the envelope (54). The front and rear outer chambers (12) (14) form a shell chamber that can hold other main sub-components of the water treatment system unit (10). In the third figure, the left rear side of the rear side outer chamber (14) has a convex opening (65 °) so that a screw (not shown) can be connected to the corresponding projection (652) of the front side outer chamber (12). In the second figure, the raised opening (654) allows the screw to be mounted on the spiral protrusion ⑻) (Figure 7b) of the filter chamber (70). The present invention has been described in detail using the preferred embodiments, and many details have been provided to illustrate the purpose. It can be clearly understood that those skilled in the art can easily change the present invention without departing from the basic principles of the present invention. Other details mentioned. [Brief description of the drawings] PU-008 / 0032-2 16 The features, objects and advantages of the present invention will be easily understood by the following description, the unapproved application right garden, and the attached drawings. These drawings include ... FIG. Is a perspective view of a water treatment system device according to the present invention, which is connected to the stopcock using a stopcock switching valve; the second view is a rear view of the water treatment system device; the third view is an exploded view of the main auxiliary components of the water treatment system device Perspective view; the fourth view is a partial structural perspective view of the water treatment system device; the fifth view is an exploded view of the filter room device and the filter device; the sixth AC view is a perspective view illustrating the removal of the filter device from the water treatment system The seventh AD picture is an exploded perspective view of the filtering device, a rear side view, a lower side view and a cross-sectional view taken along the line 7D-7D in the seventh C picture; the eighth AD picture is an exploded view of the filtering device. Perspective view, rear side view, upper side view, cross-sectional view taken along line 8C-8C in the eighth B figure, and lower side view; ninth figure is an enlarged exploded perspective view of the filter cover device; tenth AD picture respectively For the upper side Figure, bottom side view, cross-sectional view with line 10C-10C as the tangent line in the tenth a figure, and cross-sectional view with line 10D-10D as the tangent line in the tenth b figure; Exploded perspective view of the heat dissipation support plate; Figure 12 AC illustrates a series of perspective views of the ultraviolet lamp device installed to the water treatment system device; Figure 13 AE is a front view of the ultraviolet lamp device, the top side view, the first The line 13C-13C in the thirteenth B is a tangential cross-sectional view, the lower side view and a partially enlarged view of the thirteenth C; the fourteenth is a partial perspective view of the ultraviolet groove device; the fifteenth AD The figure is an upper side view, a front view, a rotated front view, and a perspective view of a blade partition in an ultraviolet tank device. The sixteenth AD is an exploded perspective view, perspective view, lower side view, and Lines 16D-16D in Fig. 16C are tangential inverted sectional views; Fig. 17 AD is an exploded perspective view of the lamp device, front view, top side view, and line 17D- in Fig. 17C 17D is a tangential cross-sectional view; 18th AB is an ultraviolet lamp A partially enlarged view of the seventeenth d of the device and a corresponding view of another embodiment of the ultraviolet lamp device; the nineteenth AF is an exploded perspective view of the multi-tube device, a front view, a lower side view, and a left side view, An upper perspective view and a lower perspective view including a heat dissipation support plate; and the twentieth figure is an exploded perspective view of a flow meter device including a water pipe device. 17 PU-008 / 0032-2 200418728 The illustrated components are simply θ months

10 water treatment system unit 12 water treatment system unit 12 front outer housing 14 front outer housing 16 rear outer housing 16 flow montior assembly flow meter device 18 bulb cover 20 filter cover filter cover 22 monitor display screen 24 power supply energy Supplier 26 finned aluminum support plate 28 faucet diverter valve assembly 30 diverter valve assembly 30 filter subsystem auxiliary filter system 32 UV subsystem auxiliary ultraviolet system 34 water pipe assembly water pipe assembly 40 manifold assembly 42 PC board Computer board 44 wall mounting bracket 46 inlet inlet 50 outlet outlet 52 hose rubber tube 54 envelope cover 60 filter housing assembly 64 filter cap assembly filter cap device 66 filter assembly filter device 70 filter housing filter room 72a split ring 72b split ring 74 threaded boss helical projection 76 supporting rib 78 supporting rib 80 lower domed end Shaped inlet 82 inlet conduit PU-008 / 0032-2 18 2p〇418728 83 threaded boss spiral protrusion 84 outlet conduit 85 threaded boss spiral seal 86 seal mating mouth 90 retaining flange 92 flange groove groove 92b groove groove 96 fastener fixture 98 circumferentially extending blade receiving groove 99a interior step 99b interior step interior small plate 100 carbon filter block carbon block filter 102 filter bottom cap 、 Bottom cover 104 filter top cap 106 inner wrap inner wrap 108 outer wrap outer wrap 110 end plate 112 112 post pole 114 oval shaped grip disk 116 end plate 118 central conduit 120 rectangular shaped supporting rib triangular support skeleton 122 triangular shaped supporting rib triangular support skeleton 124 trangular shaped opening triangular space 126 O-ring 0-ring 128 groove groove 142 filter housing cap Cap 144 elastomeric O-ring 145 groove grooving 146 reciprocating lock blade switch lock piece 150 reciprocating lock blade switch lock piece 152 handle 154 first cam lock retainer first lock holder 156 second cam lock retainer second PU-008 / 0032-2 19 200418728 162 arcuate engagement portion 164 arcuate engagement portion 162 pin 170 pin 172 arcuate grip portion bow grip 174 ear ears 176 ear ears 180 axle shaft 182 C-shaped cam track C-shaped cam track 184 C-shaped cam track C-shaped cam track 186 C-shaped cam track C-shaped cam 190 C-shaped cam track C-shaped cam 192 U-shaped yoke U-shaped yoke 194 U -shaped yoke U-shaped yoke 196 U-shaped yoke U-shaped yoke 200 U-shaped yoke U-shaped yoke 202 disk shaped recess disk shaped recess 204 disk shaped recess disk shaped recess 206 slot slot 210 slot slot 210 center guide slot Center guide slot 212 outer guide rib 214 center guide rib 216 center guide rib slot external guide slot 222 tongue tongue 224 tongue tongue 226 hole 230 hole hole 232 countersunk hole opposite hole 234 countersunk hole opposite hole 236 countersunk hole opposite hole 240 countersunk hole opposite hole 250 circuit board circuit board 252 female plug 254 connector flange PU-008 / 0032-2 20 200418728 256 C-shaped contact C-shaped contact device 260 contact contact device 280 UV lamp assembly UV lamp assembly 282 aperture 290 electrical connector cap assembly electronic connection cap device 292 fastener Screw 294 opening 295 bayonet mount insert 296 thread screw 300 UV tank assembly UV tank device 302 cylindrical stainless steel main tank 304 inlet fitting inlet equipment 306 outlet fitting outlet equipment 308 inlet elbow inlet elbow 310 outlet elbow Exit elbow 312 bottom closed end plate 314 top annular cup-shaped end plate 315 mounting clip 316 O-ring 0 Circle 318 lamp receiving opening 320 annular seal surface annular cover 322 lower generally planar baffle plate 323 horizontal UV light block portion horizontal UV light 324 upper varied baffle plate 325 curled end portion curled end 326 attachment ear 330 diverter plate conversion plate 332 wedge shaped entrance chamber 334 circular opening circular opening 336 circular hub 338 tapered vane tapered blade 340 gap gap 341 upstanding mounting ear 342 plastic molded connector cap 344 pre-mold PU-008 / 0032-2 21

200418728 346 lead frame 348 terminal 349 terminal 349 terminal 350 clip clamp 352 curved elongate portion 354 intermediate arched contact portion 356 end portion 358 end portion 362 end portion 364 end portion 366 cylindrical main body 368 tunnel portion 370 extension 372 flange flange 374 flange flange 376 slot long hole 378 slot long hole 380 retaining clip wall Wall 382 retaining clip wall 384 retaining clip wall 392 retaining clip wall 392 U-shaped mounting pocket U-shaped opening 402 quartz sleeve quartz tube 404 bumper O-ring cushioning 0-ring 406 compression nut subassembly 408 compression nut subassembly elastomeric gasket 410 bulb / connector subassembly [lamp / connector] 412 main molded body molded body 414 radially extending flange 416 annular hub 418 annular slot Meal-like long hole 420 knob 422 light pipe lamp tube 424 UVbulb ultraviolet lamp 426 nut nut 428 internal thread PU-008 / 0032-2 22 200418728 429 external thread 430 annular elastomeric overmolded seal Over-mold sealing element 432 inboard bead inner ball 434 outboard bead outer ball 436 electrical terminal power terminal 438 extending slot 440 access slot slot 442 expposed radial end portion exposed radial end portion 444 UVbulb ultraviolet lamp 446 filament filament 450 filament filament 500 bottom manifold half 502 top manifold half 504 manifold pipe 506 manifold inlet conduit 510 manifold outlet conduit 512 UV subsystem conduit 514 inlet collet assembly 516 nipple joint 520 nipple joint 522 nipple joint 524 nipple joint 528 nipple joint 530 nipple joint 534 threaded boss screw 536 lower planar portion 538 lower retaining portion 538 circular retaining wall 540 diagonal riser portion 542 upper planar portion upper planar portion 544 boss sleeve 546 ear ears 560 arcuate portion ring portion 562 planar portion 564 fin 568 fin aperture PU-008 / 0032-2 23

200418728 574 corresponding slot 602 bottom housing bottom 604 bottom housing cover bottom cover 606 battery door battery cover 608 battery pack battery 610 fastener screw 610 fastener screw 612 water pipe receiving opening 614 retaining band fixing band 616 support rib 618 overlay label thin label 620 apertured boss convex opening 621 boss convex 624 inlet inlet 626 outlet exit 650 apertured boss convex opening 652 boss convex 654 apertured boss convex opening

PU-008 / 0032-2 24

Claims (1)

200418728 Scope of patent application: L A water treatment system that is ready to use, which includes: a filter chamber device with a filter cavity to accommodate the filter; a baffle that can be moved to seal the filter room device to form a closure A container; and-a subsidiary mechanism which utilizes mechanical advantages to ensure that the baffle is fixed to the chamber device. 2. The water and water treatment system as described in item 1 of the patent application scope, in which the subsidiary mechanism includes a pottery maker and a chaser. 3. The water and water treatment system according to item 1 of the scope of patent application, wherein: the chamber device includes at least an opening to receive the lock piece; and the subsidiary mechanism includes a handle and at least one lock piece; wherein the operation handle can be selected to make at least one The locking piece is respectively engaged and disengaged with at least one opening containing the locking piece, thereby fixing or releasing the baffle on the chamber device. 4. The water and water treatment system according to item 3 of the patent application park, wherein: the handle and the at least one lock piece have at least one joint device and tracker which are operated in common, and the operation handle causes at least one device and tracker A relative movement is made to the other side thereof, so that at least one locking piece enters and exits the joint which receives the opening of the locking piece. 5. The water and water treatment system according to item 3 of the patent application park, wherein: the handle includes at least one ridge groove and at least one bolt lock piece, and when the handle is operated to make the lock piece enter and exit the lock piece opening, At the junction, the plug moves within the grooves of the organ. 6. The water and water treatment system according to item 5 of the scope of patent application, wherein: the handle is generally U-shaped and includes a pair of separated ears connected by a hanging portion in the middle, and each ear includes Contains a sipe of the sacral ware; and at least one lock piece includes a pair of bolts, which are located in the sipe of the sipe of the handle; wherein the handle can be rotated relative to the catch plate to move the stub into the sipe of the clock and at least one of the sipes reciprocates Go in and out of the joint that holds the opening of the lock plate. PU-008 / 0032-2 25 7. The water and water treatment system according to item 6 of the scope of patent application, wherein: the handle further includes a shaft extending between the ears of the phase device; and, a baffle Contains at least-bearings, the shaft relies on at least-the shaft is resistant to rotation, so that the handle can rotate the baffle. • The water and water treatment system as described in item 7 of the scope of patent application, wherein: the baffle contains -0 paste, which is located in the chamber device, which can be sealed inside. 9. The water and water treatment system as described in item i of the patent application scope, wherein: the chamber device includes an opening for accommodating a lock piece; the subsidiary mechanism includes a handle and a pair of lock pieces; the handle can be turned with the baffle to make the lock The sheet reciprocates in and out of the joint that receives the opening of the locking sheet. 10 · -Water treatment systems and systems for water use in homes or offices, this water treatment system includes:-a pass-through chamber device, which has a pass-through device capable of accommodating a pass device, and an accommodating lock piece extending continuously in the pass &Amp; a baffle, which can seal the office device to form a side container, the baffle also contains at least -silk and -0 _, the fascia is fixed to the room device, which can seal the component inside ; And an auxiliary mechanism, which has a handle and a pair of lock pieces to movably fix the baffle to the filter room, the handle is generally u-shaped and contains a nasal shape of a pendant that is suspended between the towels and extends between The _ axis of the ears are separated, each ear contains-敝 S 敝 and each lock piece contains a pair of bolts, each bolt is located in the groove of the ear of the instrument; wherein the handle rotates with the shaft on the bearing This causes the bolt to move within the grooves of the organ and the lock piece can be reciprocated into and out of the joint that receives the lock piece opening. U · —A method for manufacturing a pressure vessel in a water treatment system using ready-to-use water. The steps of the method include: placing a trap plate at a sealed joint of a filter chamber device to form a closed space and a pressure capacity Pυ'〇〇 8 / 〇〇32-2 26 200418728 filter, the filter room has a filter that can filter the water flowing through the water treatment system; and the operating subsidiary mechanism, which uses mechanical advantages to move the fixed baffle to the chamber device. 12. The method according to item n of the scope of patent application, wherein the step of operating the subsidiary mechanism includes: turning the handle so that at least one locking piece can be reciprocated into the releasable joint of the housing device to receive the opening of the locking piece, so as to make the baffle Mobile fixed to the chamber device. 13 · —A water treatment system for water used in a home or office, which includes: a base; a filter room device, which is located on the base; a filter, which is placed in a room to filter the flow through Water in a chamber device; an ultraviolet tank device on a base; ® an ultraviolet lamp device placed in the tank device to irradiate water flowing through it; and a heat dissipation support plate having a relatively high thermal conductivity And a juxtaposition with the tank device; and a space, which generally includes the garden filter room device and the tank device; the heat generated by the ultraviolet lamp device and the heat transmitted to the tank device can be easily transferred to the support plate and then dissipated to the environment. I4 · A water treatment system for using water in a home or office, the water treatment system includes: a base; an ultraviolet tank device on the base; n an electronic connection cap device located in the tank device, the cap device has A first electronic connection group; an ultraviolet lamp device comprising an ultraviolet lamp and a front device, the front device has a handle, a seal and a second electronic connection group; wherein the handle can be used to move the ultraviolet lamp in the installation slot device and communicate with the slot device and The cap device is hermetically sealed-enclosed the pressure vessel, and the first and second connection groups are engaged with the other to electrically communicate the ultraviolet lamp device and the cap device. PU-008 / 0032-2 27