TW202302234A - Automatic water tower cleaning device for achieving the effect of cleaning the inside of the water tower - Google Patents

Abstract

The present invention provides an automatic water tower cleaning device, which includes a cleaning body, a plurality of positioning hanging parts, a plurality of hooks, a water outlet driving and rotating section, a plurality of driving and rotating shielding pieces, a rotary cylinder, a plurality of rotary tube bodies and a plurality of high-pressure nozzles. As a result, in the present invention, the number of through holes is different from the number of the driving and rotating shielding pieces, so as to achieve a hydrodynamic dislocation exchange effect by the through holes and the driving and rotating shielding pieces operated with each other. That is, the water flow pressure will continue to stir the driving and rotating shielding pieces accordingly to output the natural flow of fluid corresponding to each through hole, which is the inertial force of the water flow pressure for cooperating with the natural law to enable the rotary cylinder to rotate continuously without relying on electricity and motors. Moreover, the plastic tube of the rotary tube body can be flexibly and manually bent and adjusted to any angle for use, so that the high-pressure nozzle can be adjusted upwards or downwards in cooperation with the plastic tube to wash and clean the inner surrounding wall of the water tower, thereby achieving the effect of cleaning the inside of the water tower.

Description

Automatic water tower cleaning device

The present invention relates to an automatic water tower cleaning device, in particular to a rotary pipe body that can continuously rotate and operate without relying on electric power and motors, and the plastic pipe body of the rotary pipe body can be manually bent and adjusted to any angle for use, so that the high-pressure nozzle The plastic tube can be adjusted upwards or downwards to wash and clean the inner ring wall of the water tower, so as to achieve the effect of cleaning the inside of the water tower.

By the way, the water tower has been the necessary equipment for water storage and water supply for every family. Most of the water towers are erected at the highest point of the building. It is known that the water tower generally uses a pumping motor to send water into the water tower through a water inlet pipe. The water tower has a The floating ball type water supply valve is installed at the water inlet of the water inlet pipe, and the swing angle of the floating ball is used to detect the water level of the water tower, so that the water supply valve can electrically control the pumping motor in time to replenish water. It is worth noting that due to the long water delivery process of tap water and the water tower is located in an outdoor environment, the stored water inside the water tower is easy to entrain sediment and suspended matter, and then deposit on the bottom wall of the water tower to affect water sanitation. Therefore, the water tower must be cleaned regularly. Only by cleaning can the water quality be clean. However, the large size of the water tower and the relatively narrow structure of the top opening are not conducive to the user's self-cleaning of the water tower. The high cost makes the cleaning times of the water tower limited, and the cleaning operation must be carried out in accordance with the schedule of the cleaning personnel. For modern people's lifestyles, it is also easy to cause inconveniences such as uncoordinated time.

In view of the above phenomena, the author of this case based on years of experience in production, and then Invent the best practical inventors.

That is, the main purpose of the present invention is to provide an automatic water tower cleaning device; the problem it intends to solve is aimed at the structure of the conventional water tower with a large volume and a relatively narrow top opening, which is not conducive to self-cleaning by the user Water towers, so the cleaning of water towers is often done regularly by professional cleaning personnel. However, due to the high maintenance costs, the number of cleanings of water towers is limited, and cleaning operations must be carried out in accordance with the schedule of cleaning personnel. For modern people's lifestyles, it is also It is easy to make improvements and breakthroughs in inconveniences such as inability to cooperate with time;

Its technical features to solve the problem mainly include a hollow cleaning body, the outer edge has a combined section, the inner hollow is defined as a hollow part, the top forms an open water inlet unit, and the bottom is provided with a water outlet The driving section, the water outlet driving section includes a fitting section arranged on the upper edge. There is the hollow part in between, and a stud protrudes downward from the center of the bottom of the chassis, and a through hole runs through the stud at a predetermined radial position; there are multiple positioning hanging parts, each of which is provided with a hook on the top of the positioning hanging part. The bottom end of the hanging part is fastened to the combined section of the cleaning body; a cylindrical rotary drum with an open top and a chamber formed inside, and a perforation hole is formed in the center of the bottom of the rotary drum, wherein the rotary drum The cylinder is loosely fitted with the shaft pivot and arranged on the water outlet driving section of the cleaning body. The perforation of the rotary hole can allow the stud of the cleaning body to pass downward, and the protruding stud is used for a fixed nut. Lead screw assembly, wherein the fixing nut is provided with a pin hole corresponding to the through hole position of the stud, so that the pin hole and the through hole are radially inserted and fixed by an elastic bolt with an elastic part, so that the The rotary cylinder can maintain a better loose fit configuration with the water outlet driving section of the cleaning body, and make the rotary cylinder relatively pivotable relative to the cleaning body, and turn to the outer periphery A plurality of through holes are provided on the edge, and each of the through holes corresponds to the driving and rotating shielding piece of the cleaning body, wherein the number of the through holes is different from the number of the driving and rotating shielding pieces, so that the through hole and the rotating shielding piece The driving and rotating baffles can achieve the dislocation exchange effect of hydrodynamics; the plurality of rotating tubes respectively include a plastic tube, and the inside of the plastic tube is hollow to form a water guide hole, and one end of the plastic tube is fastened to the through hole of the rotary drum The position of the hole, and the free end of the plastic tube is provided with a high-pressure nozzle, the front end of the high-pressure nozzle is provided with a nozzle, and the center of the nozzle is provided with a pressure adjustment member;

With this innovative and unique design, the present invention utilizes that the number of the through-holes is different from the number of the driving-rotating shielding pieces, so that the through-holes and the driving-rotating shielding pieces can achieve a hydrodynamic dislocation exchange effect, that is, water flow The pressure will continuously move the driving shield to correspond to the natural flow output of each through hole. This is the inertial force of the water pressure and the natural law, so that the rotary cylinder can be operated without relying on electricity and motors. Continuous rotary action, and the plastic tube of the rotary tube body can be manually bent and adjusted to any angle for use, so that the high-pressure nozzle can be adjusted upwards or downwards in conjunction with the plastic tube to flush and clean the water tower The inner ring wall to achieve the cleaning effect inside the water tower.

[Part of the present invention]

10: Clean the body

11: Combination section

12: Outlet water driving section

13: Fit section

14: Drive and rotate the shield

15: Hollow part

16: Chassis

17: Water Intake Department

18: stud

19: Through hole

20:Coupling components

21: group piece

22: Combined holes

23: Positioning hanging part

24: Hook

25: screw lock

30: rotary cylinder

31: Containment room

32: side group end

33: Through hole

34: perforation

35: fixed nut

36: pin hole

37:Elastic bolt

38: elastic part

40: Rotary pipe body

41: Plastic tube

42: The first limit end

43: water guide hole

44: First Nut

441: The first retaining edge

442: The first combination end

443: The first combination department

45:Second Nut

451: second retaining edge

452: The second combined end

453: The second combination department

46: The second limit end

47: closed loop

48: sealing ring

50: High pressure nozzle

51: Assembly Department

52: drainage end

53: Nozzle

54: Adjustment parts

42A: fixed end

A: water tower

A1: Inner ring wall

A2: Top edge of opening

W: water inlet pipe

Fig. 1: is the top perspective view of the automatic water tower cleaning device of the present invention.

Fig. 2: is the bottom perspective view of the automatic water tower cleaning device of the present invention.

Fig. 3 is an exploded perspective view of the automatic water tower cleaning device of the present invention.

Fig. 4 is an exploded perspective view of the automatic water tower cleaning device of the present invention.

Fig. 5 is a three-dimensional view of the flexible bending state of the plastic tube of the automatic water tower cleaning device of the present invention.

Fig. 6: is a sectional view of the automatic water tower cleaning device of the present invention.

Fig. 7: is the configuration of the automatic water tower cleaning device of the present invention in the implementation of Fig. 1 inside the water tower.

Fig. 8: is the configuration of the automatic water tower cleaning device of the present invention in the implementation of Fig. 2 inside the water tower.

Fig. 9: It is a top view of the configuration of the automatic water tower cleaning device of the present invention inside the water tower.

Fig. 10 is another embodiment diagram of the automatic water tower cleaning device of the present invention.

Fig. 11: is the block diagram of the structure of the automatic water tower cleaning device of the present invention.

Please refer to Figures 1 to 9, which are preferred embodiments of the automatic water tower cleaning device of the present invention, but these embodiments are for illustration purposes only, and are not limited by this structure in patent applications, including:

A hollow cleaning body 10 has a combination section 11 on the outer edge, and a hollow part 15 is defined at the inner hollow, an opening-shaped water inlet unit 17 is formed on the top, and a water outlet drive section 12 is provided at the bottom. The driving and rotating section 12 includes a fitting section 13 arranged on the upper edge, and a chassis 16 is provided at the bottom of the fitting section 13, and a plurality of driving and rotating shielding pieces 14 are arranged between the fitting section 13 and the chassis 16, each of which covers the Between the plates is the hollow portion 15, and a stud 18 protrudes downward from the center of the bottom of the chassis 16, and a through hole 19 runs through the stud 18 at a predetermined position in the radial direction;

Multiple positioning hanging parts 23, each of the positioning hanging parts 23 tops are respectively provided with a hook 24, and the bottom ends of the positioning hanging parts 23 are fixed on the combined section 11 of the cleaning body 10; wherein the plurality of positioning hanging parts 23 are respectively It is fixed on two mating components 20 in the shape of semicircular sheets, and the mating components 20 are respectively mated and arranged on the combined section 11 of the cleaning body 10. Each of the two mating components 20 is formed with a Group sheet 21, each of the relative positions of the group sheet 21 is provided with a pairing group hole 22 corresponding to each other. The component 20 is relatively combined with the combined section 11 of the cleaning body 10;

A cylindrical rotary drum 30 with an open top and a chamber 31 formed inside. A perforation 34 is formed at the center of the bottom of the rotary drum 30 . 10, the water outlet driving section 12, the perforation 34 of the rotary hole can be used for the stud 18 of the cleaning body 10 to pass downward, and the protruding stud 18 is provided for a fixed nut 35 guide screw assembly. , wherein the fixing nut 35 is provided with a pin hole 36 corresponding to the through hole 19 of the stud 18, so that the pin hole 36 and the through hole 19 are radially inserted and fixed by an elastic bolt 37 having an elastic portion 38 , so that the rotary drum 30 can maintain a better loose fit configuration with the water outlet driving section 12 of the cleaning body 10, and the rotary drum 30 can be relatively pivoted relative to the cleaning body 10, and the rotation The barrel 30 is provided with a plurality of through-holes 33 on the outer periphery, and each of the through-holes 33 corresponds to the driving-rotation shielding piece 14 of the cleaning body 10, wherein the number of the through-holes 33 is different from that of the driving-rotation shielding piece 14 In this embodiment, the number of the plurality of driving shields 14 of the cleaning body 10 is three, and the number of through holes 33 of the plurality of rotating drums 30 is four groups, so that the through holes 33 and the driving shields The sheets 14 can achieve a hydrodynamic dislocation exchange effect with each other;

A plurality of rotating tube bodies 40 each include a plastic tube 41, the plastic tube 41 is in the form of a SUS304 stainless steel bellows, which can be manually bent and adjusted to any angle for use. The plastic tube 41 is hollow to form a water guide hole 43. The plastic tube One end of 41 is fastened to the position of the through hole 33 of the rotary cylinder 30, and the free end of the plastic tube 41 is provided with a high-pressure nozzle 50, the front end of the high-pressure nozzle 50 is provided with a nozzle 53, and the other end is provided with a drainage port 52 , the center of the nozzle 53 is provided with a pressure adjustment member 54, wherein each of the through holes 33 of the rotary cylinder 30 protrudes outwards a side group end 32 with an external thread shape, and the plastic tube 41 corresponds to the side group end 32 A first position limiting end 42 is provided respectively, and the first position limiting end 42 is respectively equipped with a first nut 44 for position limiting, and the first nut 44 is provided with a first retaining edge corresponding to the position of the first position limiting end 42 441, and the first nut 44 is opposite to the position of the first retaining edge 441 A first combination end 442 is provided, and a first combination part 443 with an internal thread shape is formed inside the first combination end 442, so that the first combination part 443 can be assembled to the side group end of the rotary cylinder 30 by matching the guide screw 32 is fixed, and a sealing ring 48 is tightly arranged between the first nut 44 and the side group end 32, so that each of the through holes 33 of the rotary drum 30 is connected to the water guide hole 43 of the plastic tube 41; In addition, the free end of the plastic tube 41 is provided with a second limiting end 46, and the second limiting end 46 is respectively configured with a second nut 45, and the second nut 45 corresponds to the first limiting end. 42 is provided with a second retaining edge 451, and the second nut 45 is provided with a second combination end 452 opposite to the position of the second retaining edge 451, and a second combination end 452 with an internal thread shape is formed inside the second combination end 452. Assembling part 453, and the high-pressure spray head 50 is provided with an externally threaded assembly part 51 at one end corresponding to the second combining part 453, so that the second combining part 453 can be assembled to the assembly part 51 of the high-pressure spray head 50 with a lead screw and fixed So that the nozzle 53 of the high-pressure spray head 50 is communicated with the water guide hole 43 of the plastic pipe 41;

When the present invention is in use, first hang each of the hooks 24 of each of the plurality of positioning hanging parts 23 on the top edge A2 of the opening of the water tower A, so that the cleaning body 10 is placed in the center of the water tower A, and placed in the center of the water tower A. The water inlet group is provided with a water inlet pipe W. The water inlet pipe W is guided into the hollow part 15 inside the cleaning body 10 by using natural fluid pressure. When the water flow enters the inside of the rotary drum 30, the number of the through holes 33 is Different from the number of the driving and rotating blocking pieces 14, the through hole 33 and the driving and rotating blocking pieces 14 can achieve a hydrodynamic dislocation exchange effect, that is, the water flow pressure will continuously move the driving and rotating blocking pieces 14 Corresponding to each through-hole 33 for the natural flow output of the fluid, this is the inertia force of the water flow pressure in accordance with the natural law, so that the rotary drum 30 can continue to rotate without relying on electricity and motors. The plastic tube 41 of the rotary tube body 40 can be manually bent and adjusted to any angle for use, so that the high-pressure nozzle 50 can be adjusted upwards or downwards in conjunction with the plastic tube 41. The inner ring wall surface A1 of the water tower A is washed and cleaned to achieve the effect of cleaning the inside of the water tower A.

Please refer to Fig. 10, which is another embodiment of the present invention, wherein the plastic tube 41 is provided with a fixed end 42A corresponding to the end of the through hole 33 of the rotary drum 30, and the fixed end 42A is fixed to the through hole by welding. The peripheral edge of the hole 33 is such that each of the through holes 33 of the rotary drum 30 is communicated with the water guide hole 43 of the plastic tube 41 .

Please refer to Figure 11, which is a structural block diagram of the present invention. The top of the cleaning body 10 is fed into the interior through a water inlet pipe W. The cleaning body 10 mainly includes a positioning hanging part 23 and a hook 24. Hanging and positioned on the top of the water tower A, the cleaning body 10 includes a water outlet driving section 12 and a plurality of driving and rotating shielding pieces 14, each of the driving and rotating shielding pieces 14 is used to drive and rotate the rotary cylinder 30 and the plurality of rotating pipe bodies 40 And a plurality of high-pressure spray nozzles 50 are rotated to flush the inside of the water tower A.

Thereby, the present invention utilizes that the number of the through holes 33 is different from the number of the driving and rotating blocking pieces 14, so that the through holes 33 and the driving and rotating blocking pieces 14 can achieve a hydrodynamic dislocation exchange effect, that is The pressure of the water flow will continuously move the driving shield 14 to correspond to the natural flow output of each through hole 33. This is because the inertial force of the water flow pressure cooperates with the natural law, so that the rotary drum 30 can be used without relying on electricity. And the motor can be continuously rotated, and the plastic tube 41 of the rotary tube body 40 can be manually bent and adjusted to any angle for use, so that the high-pressure nozzle 50 can cooperate with the plastic tube 41 to face up or down The adjustment is to flush and clean the inner ring wall surface A1 of the water tower A, so as to achieve the effect of cleaning the inside of the water tower A.

Summing up the above description, the above-mentioned structure of the present invention can effectively overcome the shortcomings faced by conventional inventions, and further have the above-mentioned numerous advantages and practical values. Seeing the invention or public use of the same or similar product, the present invention has met the requirements of "novelty" and "advancement" of the invention patent, The application is made according to law.

10: Clean the body

11: Combination segment

12: Outlet water driving section

13: Fit section

14: Drive and rotate the shield

15: Hollow part

16: Chassis

17: Water Intake Department

20:Coupling components

21: group piece

22: Combined holes

23: Positioning hanging part

24: Hook

25: screw lock

30: rotary cylinder

31: Containment room

32: side group end

33: Through hole

34: perforation

35: fixed nut

36: pin hole

37:Elastic bolt

38: elastic part

40: Rotary pipe body

41: Plastic tube

42: The first limit end

43: water guide hole

44: First Nut

441: The first retaining edge

442: The first combination end

443: The first combination department

45:Second Nut

451: second retaining edge

452: The second combined terminal

453: The second combination department

46: The second limit end

47: closed loop

48: sealing ring

50: High pressure nozzle

51: Assembly Department

52: drainage end

53: Nozzle

54: Adjustment parts

Claims (8)

An automatic water tower cleaning device, comprising: A hollow cleaning body, the outer edge has a combination section, the inner hollow is defined as a hollow part, the top forms an open water inlet unit, and the bottom is provided with a water outlet turning section, which includes a water outlet turning section The fitting section arranged on the upper edge, the bottom of the fitting section is provided with a chassis, and a plurality of driving shielding pieces are arranged between the fitting section and the chassis, the hollow part is between each of the shielding pieces, and the bottom of the chassis is A stud protrudes downward from the center, and a through hole runs through the stud at a predetermined position in the radial direction; A plurality of positioning hanging parts, each of which is provided with a hook on the top of the positioning hanging part, and the bottom end of the positioning hanging part is fixed on the combined section of the cleaning body; A cylindrical rotary drum with an open top and a chamber formed inside, a perforated hole is formed in the center of the bottom of the rotary drum, wherein the rotary drum is loosely fitted with a shaft pivot and arranged on the water outlet drive of the cleaning body Section, the perforation of the rotary hole can be used for the stud of the cleaning body to penetrate downwards, and the protruding stud is used for a fixed nut guide screw assembly, wherein the fixed nut corresponds to the stud of the stud A pin hole is provided at the position of the through hole, so that the pin hole and the through hole are radially inserted and fixed by an elastic bolt with an elastic part, so that the rotary drum can be kept in a relatively close relationship with the water outlet driving section of the cleaning body. Jiasong fits the configuration, and enables the rotary cylinder to pivot relative to the cleaning body, and the rotary cylinder is provided with a plurality of through holes on the outer periphery, and each of the through holes corresponds to the driving rotation of the cleaning body The blocking sheet, wherein the number of the through hole is different from that of the driving and rotating blocking sheet, so that the through hole and the driving and rotating blocking sheet can achieve a hydrodynamic dislocation exchange effect with each other; A plurality of rotating tubes, respectively including a plastic tube, the inside of the plastic tube is hollow to form a water guide hole, one end of the plastic tube is fixed at the through hole position of the rotary drum, and the free end of the plastic tube is provided with a high pressure A spray head, the front end of the high-pressure spray head is provided with a nozzle, and the center of the nozzle There is a pressure adjustment piece at the place. The automatic water tower cleaning device as described in Claim 1, wherein the plurality of positioning hanging parts are respectively fixed on two mating components in the form of semicircular sheets, and the mating components are respectively mated and arranged on the combination of the cleaning body A group of sheets is formed on both sides of the two paired components, and a pair of holes corresponding to each other is provided at the relative position of each group of sheets, and each of the paired holes is opposed by a plurality of screw locks. The two mating components are relatively combined with the combined section of the cleaning body through screw locking. The automatic water tower cleaning device as described in Claim 1, wherein each of the through holes of the rotary cylinder respectively protrudes a side group end with an external thread shape, and the plastic tube is respectively provided with a first limiter corresponding to the side group end The position end, the first limit end is respectively equipped with a first nut for position limit, and the first nut is provided with a first retaining edge corresponding to the position of the first limit end, and the first nut is opposite to the first limit end. A first combination end is provided at a retaining edge position, and a first combination part with an internal thread shape is formed inside the first combination end, so that the first combination part can be assembled with a guide screw and fixed on the side group end of the rotary cylinder A sealing ring is arranged tightly between the first nut and the end of the side group, so that each of the through holes of the rotary drum is connected to the water guide hole of the plastic tube. The automatic water tower cleaning device as described in Claim 1, wherein the free end of the plastic tube is provided with a second limiting end, and the second limiting end is respectively equipped with a second nut for limiting the position, and the second nut A second retaining edge is provided corresponding to the position of the first limiting end, and the second nut is provided with a second combined end opposite to the position of the second retaining edge, and a first combined end with an internal thread shape is formed inside the second combined end. Two combined parts, and the high-pressure spray head is provided with an outer part corresponding to the second combined part The threaded assembly part enables the second assembly part to be assembled with a lead screw to be fixed on the assembly part of the high-pressure shower head, so that the nozzle of the high-pressure shower head is connected to the water guide hole of the plastic pipe. The automatic water tower cleaning device as described in Claim 4, wherein a closed ring is tightly arranged between the second nut and the high-pressure spray head. The automatic water tower cleaning device as described in Claim 1, wherein the plastic tube is provided with a fixed end corresponding to the through hole of the rotary cylinder, and the fixed end is welded and fixed on the periphery of the through hole, so that each of the rotary cylinder The through hole is connected to the water guide hole of the plastic tube. The automatic water tower cleaning device as described in claim 1, wherein the number of the plurality of driving and rotating shielding pieces of the cleaning body is three, and the number of through holes of the plurality of rotating drums is four groups. The automatic water tower cleaning device as described in Claim 1, wherein the plastic piping system is in the form of SUS304 stainless steel bellows.

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