TWI766787B - Water tower water filter device - Google Patents

Abstract

A water filter device for a water tower comprises: a tripod and a filter tube assembled in the tripod. The water tower water filtering device is installed in a water tower, the leg stand is erected in the interior of the water tower, the filter tube is sheathed in the leg frame, and the top of the filter tube is connected with a water inlet pipe, and the water inlet pipe Introduced into the filter tube, filtered through the filter material, and released from the small holes of the pore cylinder wall of the filter tube into the water tower for storage. Before the water enters the water tower, it has been pre-filtered by the first filter element and the second filter element, and then the third filter is performed through the filter tube installed inside the water tower. Nano-quantum energy water with high energy, high oxygen content, high minerals, finer water molecules, super activity, super penetration, and no harmful substances. The water released from the water tower to the household has a large flow and the water used by the whole household has been filtered and optimized. It can be supplied to restaurants, shopping malls, agricultural hydroponic irrigation, fish farming, animal husbandry and other fields that require a lot of water.

Description

Water tower water filter device

The present invention relates to a water filtering device, more specifically, it refers to a water filtering device installed in a water tower.

At present, the water used for people's livelihood, agriculture and industry is mainly tap water and groundwater. Based on the water pressure of the building floor, the water source is introduced from a low place, pumped to the roof water tower for storage with a pumping motor, and then introduced into the house by a water pipe and controlled by a faucet switch. In recent years, due to environmental pollution, water sources have also been directly or indirectly polluted. In order to ensure water safety, tap water must be pre-cleaned and disinfected by a water purification plant before being supplied for use. Due to chemical disinfection, tap water has strong chemical odors. However, this is only a preliminary treatment. There are still many pollutants and bacteria in the tap water, which cannot be directly used for drinking. However, the area where the groundwater is used has not been treated with water purification, so it contains a relatively high amount of soil, impurities, germs, pollutants, etc. These waters are stored in water towers and then provided to households for use. A lot of dirt is easily accumulated and deposited inside the water towers. In the long run, there is a greater concern for household water safety.

If it is for drinking, it is necessary to install a filtration system with multi-channel water filters at the consumption end. Although the expected filtering effect can be achieved, a large amount of waste water will be wasted during the water filtering process, and the multi-channel filter water filter will increase the water output. It becomes smaller and has a slower flow rate. It is only suitable for drinking by small households, not for washing and bathing, nor for restaurants, shopping malls, agricultural hydroponic irrigation, fish farming, animal husbandry and other fields that require a lot of water.

In order to solve the above problems, the present invention proposes a whole-house-type filtration system scheme, that is, the water filtration operation is performed from the water tower end, so as to improve the water safety of the whole house.

Technical features of the present invention:

A water tower water filtering device, comprising:

A tripod, the tripod includes an upper collar and a lower collar; the upper collar is hinged with several column feet, the lower collar is hinged with a number of support rods, and the support rods are hinged in the middle of the column feet respectively part;

A filter tube, the filter tube includes a cylinder, an upper positioning ring and a lower positioning ring arranged outside the cylinder; the cylinder is open at the upper end and closed at the bottom, and the cylinder wall of the cylinder is divided into a pore cylinder wall and A solid surface cylinder wall; the aperture cylinder wall is covered with tiny holes; the aperture cylinder wall is located at the lower section and the bottom of the cylinder body, and the solid surface cylinder wall is located at the upper section of the cylinder body; the cylinder body is provided with filter material; the upper positioning ring is installed on the upper section of the cylinder, and the ring diameter of the upper positioning ring is larger than the ring diameter of the upper collar; an upper ring through the sleeve is respectively set under the upper positioning ring at a corresponding position of 180 degrees; The lower positioning ring is fixed on the lower section of the cylinder, and the ring diameter of the lower positioning ring is larger than the ring diameter of the lower collar; the outer wall of the cylinder under the lower positioning ring is respectively fixed at 180 degrees corresponding to the lower ring positioning piece;

The filter tube passes through the upper collar and the lower collar of the tripod with the cylinder body, the filter tube is clamped on the lower collar with the lower positioning ring, and the lower ring positioning block penetrates the lower collar In the collar, the lower ring positioning block contacts the inner wall of the lower collar; the filter tube is clamped on the upper collar with the upper positioning ring, and the upper collar penetration part penetrates into the upper collar;

The water tower water filtering device is installed in a water tower, the legs are extended and stand in the interior of the water tower, the filter tube is sheathed in the leg, the top of the filter tube is connected with a water inlet pipe, and the water inlet pipe Introduced into the filter tube, filtered through the filter material, and released from the small holes of the pore cylinder wall of the filter tube into the water tower for storage.

Preferably, the rear end of the water inlet pipe is connected to the filter pipe, and the front end of the water inlet pipe is provided with a first filter element and a second filter element according to the water inlet direction to pre-filter the water introduced into the filter pipe.

Effect of the present invention:

Before the water enters the water tower, it has been pre-filtered by the first filter element and the second filter element. The first filter element intercepts and filters impurities, dirt, sediment, suspended solids, scale, rust, organic matter, algae in the water... etc.; the second filter element helps to absorb and filter heavy metals, chemicals, organic substances (such as residual chlorine, odor, pesticides, lead, trihalomethanes...etc.) and then, through the filter tube installed inside the water tower, the third filter is used Filtration, purifying and optimizing the water in the last step, eliminating residual chlorine, removing odor, retaining organic minerals in water, filtering out nitrate nitrogen, nitrite nitrogen, sulfate, chloride, pathogens, etc., and Through the nano-quantum wall-breaking effect and ion exchange reaction in the filter device, the hydrogen bonds of water molecules are broken, and the water is modified to have high energy, high oxygen content, high minerals, refined water molecules, and super activity. , Super osmotic, nano-quantum energy water that does not contain harmful substances.

Because the filter device of the present invention is installed inside the water tower, the water entering the water tower can be purified by the third filter through the filter device of the present invention, and can also be soaked, refluxed, exchanged, etc., so that the water in the water tower can be obtained for one day 24 hours of uninterrupted continuous optimization and modification.

Through the water filtration system of the present invention, the water quality stored in the water tower is optimized, and the water released from the water tower to the household has a large flow rate and the whole household water is filtered and optimized, which is not only suitable for small unit households to drink, wash and bathe. It can also be used in restaurants, shopping malls, agricultural hydroponic irrigation, fish farming, animal husbandry and other fields that require a lot of water. Especially in the fields of agriculture, fishery, animal husbandry, etc. The water filtration system of the invention can optimize, regulate and stabilize water quality and soil, increase soil activity, balance acidity and alkalinity, prevent the spread of water pathogens, improve the health and quality of crops and aquaculture, and increase yield.

10: Tripod

11: Upper collar

12: Upper hinge

13: Lower collar

14: Lower hinge

15: Column foot

16: Foot joints

17: Support rod

20: Filter tube

21: Cylinder

22: Flange

23: Pore cylinder wall

24: Solid wall

25: Filter material

251: Mixture of nano-quantum porous energy stone and porous coconut shell activated carbon

252: Nano quantum quaternary energy cotton

253: Nano Quantum Porous Energy Stone

26: Water entry buffer

261: Flange

262: Water inlet connector

263: Buffer barrel

265: Waterstop washer

266: Buffer cotton

30: Upper positioning ring

31: stop screw

32: Separate positioning ring

33: Upper ring threading part

34: Upper ring positioning block

40: Lower positioning ring

42: Lower ring positioning block

50: Water Tower

51: Opening

52: Water inlet pipe

53: The first filter element

54: The second filter element

[FIG. 1] A front view of the stand of the filter device of the present invention, depicting the stand in an open state.

[FIG. 2] A front view of the tripod of the filter device of the present invention, depicting that the tripod is in a folded state.

[Fig. 3] A front view of the filter cartridge of the filter device of the present invention.

[Fig. 4] is a sectional view taken along IV-IV in Fig. 3. [Fig.

[FIG. 5] The front view of the combination of the tripod and the filter cartridge of the filter device of the present invention.

[FIG. 6] is a VI-VI sectional view in FIG. 5. [FIG.

[FIG. 7] is a sectional view of VII-VII in FIG. 5. [FIG.

[Fig. 8] is a sectional view of VIII-VIII in Fig. 5. [Fig.

[Fig. 9] is a sectional view taken along the line IX-IX in Fig. 5. [Fig. .

[FIG. 10] One of the schematic diagrams of the filter device of the present invention installed in a water tower.

[FIG. 11] The second schematic diagram of the filter device of the present invention installed in a water tower.

[Fig. 12] The third schematic diagram of the filter device of the present invention installed in a water tower.

In order to facilitate the description of the central idea of the present invention expressed in the column of the above-mentioned summary of the invention, specific embodiments are hereby expressed. Various objects in the embodiments are drawn according to proportions, sizes, deformations or displacements suitable for description, rather than the proportions of actual elements, which will be described first. In the following description, identical and symmetrically arranged elements are denoted by the same reference numerals.

As shown in FIG. 5 , the water tower water filtering device of the present invention includes a tripod 10 and a filter tube 20 installed on the tripod 10 .

As shown in FIG. 1 and FIG. 2 , the tripod 10 includes an upper collar 11 and a lower collar 13 . The outer ring wall of the upper collar 11 is provided with three upper hinge joints 12 at equal intervals. To be able to open and close, the three column feet 15 are supported on a solid surface with their bottom ends when they are opened. The outer ring wall of the lower collar 13 is provided with three lower hinge joints 14 at equal intervals. Each of the lower hinge joints 14 is respectively hinged to the first end of a support rod 17 . The middle part of the column foot 15 is provided with a foot hinge joint 16 for hingedly connecting the second end of the support rod 17 . Accordingly, when the lower collar 13 is pushed away from the upper collar 11 , the support rod 17 will spread the column foot 15 outward until the support rod 17 is horizontal, and the column foot 15 is opened to the maximum angle. A large virtual circle is drawn through the opened three-legged legs 15, and the diameter of the large virtual circle is about 1.3 meters. On the contrary, when the lower collar 13 is pulled toward the upper collar 11 , the support will drive the column legs 15 to fold inward. A small virtual circle is drawn through the collapsed three-column legs 15, and the diameter of the small virtual circle is about 30 cm.

As shown in FIG. 3 and FIG. 4 , the filter tube 20 includes a cylindrical body 21 , an upper positioning ring 30 and a lower positioning ring 40 disposed outside the cylindrical body 21 .

The cylinder 21 is open at the upper end and closed at the bottom. A flange 22 is provided at the top opening of the cylinder 21 . The cylinder wall of the cylinder 21 is divided into a hole cylinder wall 23 and a solid cylinder wall 24 . The pore cylinder wall 23 is covered with tiny holes. The hole cylinder wall 23 is located at the lower section and the bottom of the cylinder body 21 , and the solid surface cylinder wall 24 is located at the upper section of the cylinder body 21 . The inside of the cylinder 21 is provided with a filter material 25. The filter material 25 is a mixture of nano-quantum porous energy stone and porous coconut shell activated carbon 251, nano-quantum quaternary energy cotton 252, and nano-quantum porous energy from top to bottom in order. Mixed energy stone and porous coconut shell activated carbon 251, nano quantum quaternary energy cotton 252, nano quantum porous energy stone 253, nano quantum four Price Yuan Energy Cotton 252. The filter material 25 is the specialized technology of the inventor of the present invention, but is not the main technical feature of the present invention, and will not be repeated here.

The flange 22 of the cylinder body 21 is combined with a water inlet buffer 26 , and the water inlet buffer 26 includes a flange 261 . The buffer tube 263 is hollow inside and its side wall and bottom are porous. The buffer tube 263 is communicated with the water inlet joint 262, and the buffer tube 263 is surrounded by a buffer cotton 266, and the buffer cotton 266 also serves as a buffer and filtering functions. The water inlet buffer 26 is locked to the flange 22 at the top of the cylinder 21 by the flange 261 and the water stop washer 265. The buffer cylinder 263 enters the reserved space at the top of the cylinder 21, and the water enters The connector 262 is threaded for connecting to the water inlet pipe 52 (see FIG. 12 ).

As shown in FIG. 5 to FIG. 8 , the upper locating ring 30 adopts a conventional separate locating ring 32 that uses two locking screws 31 to control the butt joint or separation. The ring diameter of the upper positioning ring 30 is larger than that of the upper collar 11 . An upper ring penetrating portion 33 is respectively provided below the upper positioning ring 30 at a corresponding position of 180 degrees, and an upper ring positioning block 34 is protruded from the outer wall of the upper ring penetrating portion 33 . The upper positioning ring 30 is mounted on the upper section of the cylinder body 21 and can be adjusted in height along the cylinder body 21 . After reaching the desired height, the locking screws 31 are locked to tightly engage the upper positioning ring 30 .

The lower positioning ring 40 is a convex annular structure fixed (welded or sintered) to the lower section of the cylinder body 21 , and the ring diameter of the lower positioning ring 40 is larger than that of the lower collar 13 . The lower locating ring 40 can also be a conventional separate fixing ring that uses two locking screws to control butt engagement or separation. The outer wall of the cylindrical body 21 under the lower positioning ring 40 is respectively fixed (welded or sintered) to the lower ring positioning blocks 42 at corresponding positions of 180 degrees.

As shown in FIG. 5 and FIG. 9 , the filter tube 20 passes through the upper collar 11 and the lower collar 13 with the cylinder 21 . The filter tube 20 is locked on the lower collar 13 by the lower positioning ring 40, and the lower ring positioning block 42 passes through When inserted into the lower collar 13 , the lower collar positioning block 42 is in contact with the inner wall of the lower collar 13 , thereby enabling the lower section of the filter tube 20 to be fixed in the lower collar 13 without a swaying gap. The filter tube 20 is locked on the upper collar 11 by the upper positioning ring 30 , the upper ring penetrating part 33 penetrates into the upper collar 11 , and the upper ring positioning block 34 is in contact with the inner part of the upper collar 11 Therefore, the upper section of the filter tube 20 is sleeved in the upper collar 11 without a swaying gap.

As shown in FIG. 10 to FIG. 12 , the water filtering device of the water tower 50 of the present invention is installed in the water tower 50 . The steps of the method are to separate the tripod 10 and the filter tube 20 into independent individuals, and fold the three column feet 15 of the tripod 10 so that the tripod 10 can smoothly pass through the opening 51 at the top of the water tower 50 and enter the water tower. within 50. After the foot stand 10 enters the water tower 50 , the lower collar 13 is pushed down, and the column foot 15 is extended and erected on the inner bottom surface of the water tower 50 through the support rod 17 .

Next, the filter tube 20 is vertically passed through the opening 51 of the water tower 50, and is threaded and positioned on the upper collar 11 and the lower collar 13 as described above, and the filter tube 20 is connected to the tripod 10. combine. The water inlet pipe 52 is connected by the water inlet connector 262 of the water inlet buffer 26 . The water inlet pipe 52 introduces the water into the filter tube 20, slows down the water pressure and filtration through the buffer cylinder 263 and the buffer cotton 266, and guides the inlet water to be distributed to the inner circumference of the filter tube 20, so that the inlet water can pass through the filter material 25 evenly. After filtering and becoming nano-quantum energy water, it is released from the holes of the pore cylinder wall 23 of the filter tube 20 to be stored in the water tower 50, and the water released to the household from the water tower 50 has a large flow rate and all household water can be obtained. Filter and optimize.

Before the water inlet pipe 52 introduces water into the filter pipe 20 , the first filter element 53 and the second filter element 54 are used for pre-filtering. The first filter element 53 intercepts and filters impurities, dirt, sediment, suspended matter, scale, rust, organic matter, algae, etc. in the water. The second filter element 54 helps to absorb and filter heavy metals, chemical substances, organic substances (such as residual chlorine, odor, pesticides, lead, trihalomethanes, etc.) Three filtration, the water goes to the last pass Pure and optimized into nano-quantum energy water.

As shown in the following table, the detection results of the nano-quantum energy water of the present invention, the coliform group is 0/100ml, the nitrite nitrogen is less than 0.004mg/L, the nitrate nitrogen is less than 1.6mg/L, and the iron and oxides are less than 0.03mg/L , chloride salt 6.9mg/L, total hardness (calcium & magnesium) 96mg/L, total dissolved solids 160mg/L, organic matter (total organic carbon) 0.4mg/L, pH 7.4, no abnormal taste, odor ( The initial smell number) was normal, the chromaticity (platinum cobalt unit) was less than 1, the turbidity (NTU) was less than 0.5, and the dissolved oxygen content was 7.2 mg/L. The above detection results of the present invention are better than the limited standards of the Republic of China, Japan, the United States and the European Union, which can prove the purity and optimization effect of the nano-quantum energy water of the present invention.

10: Tripod

11: Upper collar

13: Lower collar

15: Column foot

17: Support rod

20: Filter tube

26: Water entry buffer

30: Upper positioning ring

34: Upper ring positioning block

40: Lower positioning ring

42: Lower ring positioning block

Claims (6)

A water tower water filtering device, comprising: A tripod, the tripod includes an upper collar and a lower collar; the upper collar is hinged with several column feet, the lower collar is hinged with a number of support rods, and the support rods are hinged in the middle of the column feet respectively part; A filter tube, the filter tube includes a cylinder body, an upper positioning ring and a lower positioning ring arranged outside the cylinder body; the cylinder body is open at the top and closed at the bottom, and the cylinder wall of the cylinder body is divided into a pore cylinder wall and A solid surface cylinder wall; the aperture cylinder wall is covered with tiny holes; the aperture cylinder wall is located at the lower section and the bottom of the cylinder body, and the solid surface cylinder wall is located at the upper section of the cylinder body; the cylinder body is provided with filter material; the upper positioning ring is installed on the upper section of the cylinder, the ring diameter of the upper positioning ring is larger than the ring diameter of the upper collar; a plurality of upper ring penetration parts are arranged under the upper positioning ring; the lower positioning ring is fixed In the lower section of the cylinder, the ring diameter of the lower positioning ring is larger than the ring diameter of the lower collar; the outer wall of the cylinder under the lower positioning ring is provided with several lower ring positioning blocks; The filter tube passes through the upper collar and the lower collar of the tripod with the cylinder body, the filter tube is clamped on the lower collar with the lower positioning ring, and the lower ring positioning block penetrates the lower collar In the collar, the lower ring positioning block is in contact with the inner wall of the lower collar; the filter tube is clamped on the upper collar by the upper positioning ring, and the upper ring penetrating part penetrates into the upper collar. The water filtering device for a water tower according to claim 1, wherein a water inlet buffer is combined with the top of the cylinder body, a water inlet joint and a buffer cylinder are communicated with the water inlet buffer, the water inlet joint is connected to a water inlet pipe, and the buffer The cylinder is hollow inside and its side wall and bottom are porous distribution, and the buffer cylinder is arranged inside the top of the cylinder body. The water tower water filtering device according to claim 2, wherein the buffer cylinder is surrounded by a buffer cotton. The water tower water filtering device of claim 1, wherein the outer ring wall of the upper collar is provided with three upper hinge joints at equal intervals, and each of the upper hinge joints is respectively hinged to the top of the column base; the lower collar The outer ring wall of the ring is provided with three lower hinge joints at equal intervals, and each of the lower hinge joints is respectively hinged to the first end of the support rod; the middle part of each column foot is provided with a foot hinge joint for hinged connection the second end of the support rod. The water tower water filtering device of claim 1, wherein an upper ring positioning block is protruded from the outer wall of the upper ring penetrating portion, and the upper ring positioning block is in contact with the inner wall of the upper sleeve ring. The water tower water filtering device according to claim 2, wherein the rear end of the water inlet pipe is connected to the filter pipe, and the front end of the water inlet pipe is provided with a first filter element and a second filter element according to the water inlet direction, which will be introduced into the filter pipe. The water in the tube is pre-filtered.

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