KR200290118Y1 - The apparatus for transportation of bubble - Google Patents

Abstract

The present invention installs the upper and lower cases in the upper part of the treatment tank 40 by the upper side bar, and then adjusts the water level of the treatment tank with the upper case and then lowers the lower case to flow bubbles into the lower case, and then It is a bubble conveying device for quickly discharging the foam in the treatment tank to the drain through the outlet and bellows discharge pipe located in the center of the case.

Description

{The apparatus for transportation of bubble}

The present invention relates to a bubble conveying apparatus, and in detail, relates to a bubble conveying apparatus for removing bubbles generated during water purification and sewage treatment in a water purification plant and a sewage treatment plant, and a patent application No. 10- filed by the applicant of the present invention. 2001-0034250 Name of the invention; It is an improvement of the bubble feeder.

In general, when water and groundwater are treated with chemicals in a water purification plant and purified into drinking water and drained to households through water pipes, the water generated by the chemical treatment in the water purification plant is removed, or the wastewater collected at the wastewater treatment plant is treated with flocculants and chemicals. In the case of regeneration and recovery with purified water, the removal of bubbles generated during chemical treatment in wastewater treatment plants has usually been broken up by bubbles or delivered to a net or the like.

Foam generated in the wastewater treatment plant contains oil, and there is a separate facility to collect it and use it as recycled soap.But foam generated in the water purification plant does not have any oil component and must be removed. There has been a lot of research to solve this problem because there is a hassle to remove a large amount of bubbles to a net or the like.

Korean Laid-Open Patent Publication No. 2001-10358 describes a foam separator with a bubble removing plate, but it is installed in addition to a treatment facility of a current water purification plant that produces drinking water requiring cleanliness, although it is complex and suitable for wastewater treatment. There have been problems that are not suitable for use.

The present invention is to solve the above problems, the present invention is to install the upper and lower cases in the upper part of the treatment tank by the upper side bar, and then adjust the level of the treatment tank with the upper case and then lower the lower case up and down to foam It is an object of the present invention to provide a foam conveying apparatus for quickly discharging bubbles in a treatment tank through a drain port and a bellows discharge pipe located in the center of the lower case and then flowing into the lower case.

1 is a detailed view of the bubble conveying apparatus of the present invention

2 is a detailed view of the bubble conveying apparatus of the present invention

3 is an elevated state of the bubble conveying apparatus of the present invention

Figure 4 bubble lowering state of the present invention

<Description of the symbols for the main parts of the drawings>

Upper side stand (1,1`), upper connecting plate (2,2`, 2``), middle side stand (3,3`, 3``, 3```), middle side stand (4,4`), Upper rack gear (5), Middle cross-section fixing part (6,6`, 6``, 6```), Center connecting plate (7), Central connecting plate hole (11), Upper and lower deceleration motors (8, 28, pinion gear (9), shaft fixing part (10), upper deceleration motor shaft (12), lower vertical poles (23, 23`, 23``, 23''``), link (24), eccentric shaft (25) ), Link flow bearing (26), lower connecting plate (27), lower motor shaft fixing part (29), lower motor fixing bearing (29-1), lower side rail (30), lower connecting plate through hole (31), flow link Fixed part 32, bearing 33, treatment tank 40, lower side wall through hole 50, A: upper case, B: lower case, C: side support, D: foam outlet, E: bellows discharge tube

In order to achieve the above object, the present invention is to install the upper and lower cases in the upper part of the treatment tank 40 by the upper side bar, and then adjust the level of the treatment tank in the upper case and then lower the lower case up and down the foam After entering into the lower case, it is a bubble conveying device for quickly discharging the bubbles in the treatment tank through the discharge port and bellows discharge pipe located in the center of the lower case to the drain.

Using the central control (not shown) the device of the present invention will be able to easily remove the bubbles by moving up and down regularly for a certain time.

Hereinafter, described in detail by the accompanying drawings as follows. 1 is a detailed view of the bubble conveying apparatus of the present invention, Figure 2 is a detailed view of the inside of the bubble conveying apparatus of the present invention, Figure 3 is an elevated state of the bubble conveying apparatus of the present invention, Upper side stand (1,1`), upper connecting plate (2,2`, 2``), middle side stand (3,3`, 3``, 3```), middle side stand (4,4`) ), Upper rack gear (5), middle cross-section fixing unit (6,6`, 6``, 6```), center connecting plate (7), center connecting plate through hole (11), upper and lower deceleration motors ( 8,28), pinion gear (9), shaft fixing part (10), upper reduction motor shaft (12), lower vertical pole (23, 23`, 23``, 23```), link (24), eccentric shaft (25), link flow bearing (26), lower connecting plate (27), lower motor shaft fixing part (29), lower motor fixing bearing (29-1), lower side stand (30), lower connecting plate through hole (31), Flow link fixing part 32, bearing 33, treatment tank 40, lower side wall through hole 50, A: upper case, B: lower case, C: side support, D: foam outlet, E: bellows type Indicates that the discharge pipe Able to know.

Looking at the structure, as shown in Figure 1, the upper case (1, 1`) is installed on the upper portion of the treatment tank 40, the upper case (1, 1`) to incorporate a central part of the upper ( A) (the upper side rails (1, 1`) protruding from the front and rear of the upper case (A)), and formed in the lower portion of the upper case (A), the upper part is an open shape, the lower part is formed in a triangular shape and the upper part Lower case B, which is vertically lowered into the inside of case A, and includes a lower side stand 30, a lower connecting plate 27 formed at a central side of the lower side stand 30, and the upper case A. The lower case (B) is primarily connected to the eccentric shaft (25) connected to the lower deceleration motor (28) of the upper case (A) and the link (24) of the lower case (B), and the upper case (A). Lower vertical stand (23, 23`, 23``, 23```) is inserted into the lower vertical through hole (31, 31`, 31``, 31` '') of the lower case (B) Connected to

A side supporter (C) having a long outer side and a short inner sidewall to surround one side with a plurality of lower side wall through holes (50) formed on an upper sidewall of the lower case (B), and the lower case (B) It is a bubble transfer device consisting of a bubble discharge port (D) formed on one side of the central portion, and a bellows discharge pipe (E) connected to the bubble discharge port (D).

As shown in Figure 2, the upper case (A) is formed on the outside of the upper side rails (1, 1`), three upper connecting plates (2) formed in the middle portion of the upper side rails (1, 1`) , 2`, 2``) and four central basin stands (3,3`, 3) formed extending from the lower part of the upper connecting plate (2,2``) formed at one side of both sides of the upper side stand (1,1). ``, 3` '', and the upper rack gear (5) provided in the lower center portion of the upper connecting plate (2`) formed on one side of the central portion of the upper side rails (1, 1`) and extended downward, The middle side stand fixed by the middle side stand fixing portion (6, 6`, 6``, 6```) at the lower side of the four central basin stand (3, 3`, 3``, 3```) 4,4`),

The center connecting plate 7 formed at one side of the central portion of the middle side rails 4 and 4`, the center connecting plate through hole 11 formed at the center of the center connecting plate 7, and the center connecting plate 7 An upper deceleration motor 8 formed on an upper portion, an upper deceleration motor shaft 11 connected to the upper deceleration motor 8, and an upper deceleration motor shaft 11 are formed on one side of the upper deceleration motor shaft 11. A pinion gear 9 which is attached to the upper and lower gears up and down along the upper leg gear, a shaft fixing part 10 for fixing the upper deceleration motor shaft 11, and near the lower four corners of the center connecting plate 7. Four lower vertical poles (23, 23`, 23``, 23```) formed, a lower deceleration motor 28 formed on one side of the lower center portion of the central connecting plate 7, and the lower deceleration motor 28 The lower motor fixing bearing 29-1 fixed to the shaft of the lower motor fixing bearing 29-1, and one side and the other side of the lower motor fixing bearing 29-1 have a central connection plate 7 It is connected to the lower motor shaft fixing portion 29 is fixed to the lower motor shaft and is connected to the end of the lower motor shaft, is composed of an eccentric shaft 25 formed eccentrically in one direction,

The lower case (B) is provided with a lower ring (33) in order to smoothly move up and down by inserting the lower portion of the four lower vertical poles (23, 23`, 23``, 23` '') of the upper case (A) A lower connecting plate 27 having lower vertical through holes 31, 31 ′, 31 ″, 31 ′ `, and an upper center portion of the lower connecting plate 27, Eccentric shaft 25 and the upper end is connected to the link 24, the flow link fixing portion 32 for fixing the link 24, and the lower side rail 30 formed on the lower connecting plate 27 It is a bubble feeder configured.

Looking at the operation state, after placing both ends of the upper rail (1, 1`) in the treatment tank 40, the center connecting plate of the upper case (A) formed in the center of the upper rail (1, 1`) ( By operating the upper reduction motor (8) installed in the upper portion of 7), the upper rack gear (5) formed on the middle side of the upper reduction motor shaft (11) connected to the upper reduction motor (8) is the pinion gear (9) While setting the upper and lower parts of the lower case (B) to be in equilibrium with the water tank in the treatment tank (40) while being lowered up and down, the lower part installed in the lower central part of the central connection plate (7) of the upper case (A) When the deceleration motor 28 is operated, the eccentric shaft 25 connected to the lower deceleration motor 28 is eccentrically rotated, and the link of the lower case B connected to the eccentric shaft 25 of the upper case A ( 24 is moved up and down, and at the same time, the lower vertical stand (23, 23`, 23``, 23```) of the upper case (A) is formed on the lower connecting plate (27) of the lower case (B) It is inserted into the lower vertical through-hole (31,31`, 31``, 31```) is to be moved up and down.

(The height of the up and down is equal to, or slightly higher than the height of the foam formed in the water level upper layer of the treatment tank 40.)

On the other hand, the lower connecting plate 27 and the lower case (B) connected to the lower connecting plate 27 is moved up and down so that when the lower case (B) falls, the foam and the treated water flow into the lower case (B) and at the same time Through the lower side wall through hole 50 formed in one side of the case (B), the treated water flows into the lower case (B) to form bubbles in the lower case (B) at the center of the lower case (B).

The foam discharge port (D), and the bellows discharge device (E) connected to the bubble discharge port (D) is a bubble conveying device for easily discharging the foam.

Bellows-type discharge pipe (E) is connected to the drain pipe to discharge the bubbles quickly.

The present invention as described above has solved the uneconomical problem of discharging the foam manually with a net or shovel, and has the effect of producing clean drinking water by fundamentally blocking foreign substances from entering the water purification plant when removing the foam.

Claims (3)

In the bubble transfer apparatus for removing the bubbles and suspended matter formed in the interior of the treatment tank 40 by using the transfer device 1 installed on the upper portion of the treatment tank 40, The upper case A (1, 1`) is provided on the upper portion of the processing tank 40, and the upper case A (protruding forward and backward of the upper case A), which incorporates the central portion of the upper stand 1,1`. Formed on the upper side of the upper side (1, 1`), and the lower part of the upper case (A), the upper part is open and the lower shape is formed into a triangle formed into a triangle, the upper and lower sides of the upper case (A) and the lower A lower case B having a crossbar 30, a lower connecting plate 27 formed at one side of the lower side bar 30, and the upper case A and the lower case B may have an upper case A. It is primarily connected to the eccentric shaft 25 connected to the lower deceleration motor 28 and the link 24 of the lower case (B), the lower vertical poles (23, 23`, 23` of the upper case (A)) `, 23```) are connected to the lower vertical through holes 31, 31`, 31``, 31``` of the lower case B in the state of being inserted into the second case, and the lower case B A plurality of sidewalls formed on top of A side supporter (C) having a long outer side and a short inner wall to surround one side provided with the lower side wall hole (50), a foam discharge port (D) formed at one side of the center portion of the lower case (B), and the foam discharge port Bubble feeder, characterized in that consisting of a bellows discharge pipe (E) connected to (D). According to claim 1, wherein the upper case (A) is formed on the outside of the upper side rails (1, 1`), three upper connecting plates (2, 2) formed in the middle of the upper side rails (1, 1`) `, 2``) and four central vane stands (3,3`, 3``) formed extending from the lower part of the upper connecting plate (2,2``) formed on one side of both sides of the upper side stand (1,1). 3 ', and an upper rack gear 5 provided at a lower central portion of the upper connecting plate 2` formed at one side of the central portion of the upper side rails 1 and 1` and extending downward, The middle side stand (4,6) fixed by the middle side stand government (6,6`, 6``, 6```) on the lower side of the dog's central stand (3, 3`, 3``, 3```) 4 ′), a central connection plate 7 formed at one side of the central portion of the middle side rails 4 and 4 ′, a central connection plate through hole 11 formed at the center of the central connection plate 7, and the central connection. An upper deceleration motor 8 formed on the upper portion of the plate 7 and an image connected to the upper deceleration motor 8. A reduction gear motor 11 and a pinion gear 9 formed on one side of the upper reduction motor shaft 11 to be in close contact with the upper rack gear 5 to move up and down along the upper rack gear; A shaft fixing part 10 for fixing the motor shaft 11, four lower vertical poles 23, 23 ', 23``, 23' '' formed near the lower four corners of the central connecting plate 7, and And a lower reduction motor 28 formed at one side of the lower center portion of the center connecting plate 7, a lower motor fixing bearing 29-1 fixed to the shaft while fixing the shaft of the lower reduction motor 28, and the lower portion. One side and the other side of the motor fixing bearing (29-1) is connected to the central connection plate (7), the lower motor shaft fixing portion 29 for fixing the lower motor shaft, and is connected to the end of the lower motor shaft, one direction Foam transfer device, characterized in that consisting of an eccentric shaft (25) formed eccentrically. According to claim 1, the lower case (B) is inserted into the lower portion of the four lower vertical poles (23, 23`, 23``, 23```) of the upper case (A) to ensure a smooth bearing when moving up and down ( A lower connection plate 27 having lower vertical through holes 31, 31`, 31``, 31``` installed thereon; and an upper case formed at an upper center portion of the lower connection plate 27; A link 24 connected to the eccentric shaft 25 and the upper end of (A), a flow link fixing portion 32 for fixing the link 24, and a lower side stand formed under the lower connecting plate 27 Foam transfer device, characterized in that consisting of (30).