CN208641877U - Purified cotton sewage treatment bottom of pond sludge removal device - Google Patents
Purified cotton sewage treatment bottom of pond sludge removal device Download PDFInfo
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- CN208641877U CN208641877U CN201820964501.5U CN201820964501U CN208641877U CN 208641877 U CN208641877 U CN 208641877U CN 201820964501 U CN201820964501 U CN 201820964501U CN 208641877 U CN208641877 U CN 208641877U
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- pairs
- bracket
- detention tank
- cleaning shoe
- rotary barrel
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Abstract
The utility model discloses a kind of purified cotton sewage treatment bottom of pond sludge removal devices, central seat is provided in the middle part of the detention tank, activity mounts on the side wall of detention tank the pairs of walking mechanism respectively, fixation mounts in pairs of walking mechanism respectively at the both ends of the bracket, by rotating mechanism, rotationally activity is mounted in central seat at the middle part of bracket, the inner bottom surface of the detention tank is cone cell, mud ditch is offered on the inner bottom surface of detention tank, the plasma discharge hole being connected with mud ditch is offered in the bottom of detention tank, the discharge pipe is set in plasma discharge hole, the one end of discharge pipe is connected with mud ditch, the other end is connected with slush pump, the utility model advantage is: sludge removal is thorough, effectively increase sludge removal effect, it also can avoid scraping mud by force to the One cleaning shoe or scraper bracket damage.
Description
Technical field
The utility model relates to the technical fields of sludge removal device, more particularly to the sludge removal of cesspool bottom
The technical field of device.
Background technique
Sewage can be generated in the production process of purified cotton, administered and realized separation of solid and liquid in sewage usually using sedimentation basin,
To remove body refuse and suspended matter.Since sludge is unevenly distributed in bottom of pond, it is easy to leave dead angle, sludge removal is not thorough.Although mesh
Before have using the clear mud of mud scraper, but mud scraper can be damaged when encountering hardened sludge.
Utility model content
The purpose of this utility model is exactly that provide a kind of structure in order to solve above-mentioned deficiency simple, and it is clear that sludge can be improved
Except effect, and the purified cotton sewage treatment bottom of pond sludge removal device of equipment damage can be effectively prevent.
In order to solve the above-mentioned technical problem technical solution that the utility model uses is as follows:
Purified cotton sewage treatment bottom of pond sludge removal device, it includes detention tank, the top of the detention tank
Portion is open-like shape, and the side wall of detention tank is circular ring shape, it further include have rotating mechanism, bracket, pairs of walking mechanism, at
Pair the first cleaning shoe, scraper bracket, pairs of the second cleaning shoe, slush pump and discharge pipe, in the detention tank
Middle part is provided with central seat, and activity mounts on the side wall of detention tank the pairs of walking mechanism respectively, the branch
Fixation mounts in pairs of walking mechanism respectively at the both ends of frame, and the middle part of bracket passes through rotating mechanism rotationally adjustable shelf
It sets in central seat, the inner bottom surface of the detention tank is cone cell, offers mud on the inner bottom surface of detention tank
Slot offers the plasma discharge hole being connected with mud ditch in the bottom of detention tank, and the discharge pipe is set in plasma discharge hole, row
The one end of slurry pipe is connected with mud ditch, and the other end is connected with slush pump, and the scraper bracket is fixedly mounted on branch
The bottom of frame, the first pairs of cleaning shoe pass through the bottom that flexible connection mechanism is mounted on scraper bracket respectively, in pairs
The first cleaning shoe be centrosymmetric arrangement, and it is corresponding with the tapered inner bottom surface of detention tank respectively, it is described pairs of
Second cleaning shoe is respectively and fixedly installed to the bottom of scraper bracket, and the second pairs of cleaning shoe is centrosymmetric arrangement, and divides
It is not corresponding with mud ditch.
The flexible connection mechanism is made of arc-shaped leaf spring, and the top of first cleaning shoe can be rotated by the second shaft
Ground is movably arranged on the bottom of scraper bracket, and it is rotationally movable that the lower end of the arc-shaped leaf spring passes through third shaft respectively
It is mounted on the first cleaning shoe, the upper end of arc-shaped leaf spring passes through the 4th shaft respectively and is rotationally movably arranged on cleaning shoe branch
The bottom of frame, the arc-shaped leaf spring use nichrome spring steel material.
It further includes having input power cord, and the pairs of walking mechanism is made of traveling wheel, support and motor respectively, institute
State traveling wheel installation on the support, the motor is fixedly mounted on the support, and connect with traction drive, pairs of walking mechanism
Traveling wheel respectively activity mount on the side wall of detention tank, the both ends of the bracket respectively fixation mounts in pairs of row
Walk on the support of mechanism, the rotating mechanism mainly by pedestal, upper cover, rotary barrel, bearing, thrust bearing, brush, pressure spring,
Conducting ring, insulating base and insulating cylinder body are constituted, and the pedestal is fixedly mounted in central seat, and card slot is offered in pedestal,
The thrust bearing holding offers through-hole in the bottom of card slot, in the bottom of pedestal, and the fixed lid of the upper cover is set on pedestal,
Limit hole and annular spacing groove are offered in the upper cover, the rotary barrel activity is set in limit hole, rotary barrel
Bottom is provided with annular stop plate, and rotary barrel is mounted on thrust bearing by its annular stop plate, and the bearing is nested with
On the outside of rotary barrel, and it is located in annular spacing groove, the upper end of rotary barrel is pierced by from the limit hole of upper cover, the bracket
On the fixed upper end for mounting rotary barrel in middle part, the insulating cylinder body is fixedly mounted in pedestal, and upper part is set in rotation
In cylinder, fixation is nested on the outside portion of insulating cylinder body the conducting ring respectively, is offered on the inner sidewall of rotary barrel
Pilot hole is provided with guide post on the insulating base, and insulating base is plugged in pilot hole by its guide post activity, the pressure
Spring is nested in guide post, and the rear end of the pressure spring is resisted against on the inner wall of pilot hole, and front end is resisted against on insulating base, described
Brush is fixedly mounted on insulating base, and brush is pressed on the lateral wall for sticking on conducting ring respectively by pressure spring, the pairs of row
The motor for walking mechanism passes through conducting wire respectively and is electrically connected with brush, offers in the bottom of the central seat and detention tank
String holes, the input power cord is passed through out of this string holes, and is electrically connected with conducting ring.
The traveling wheel of the pairs of walking mechanism passes through shaft respectively and is rotationally movably arranged on support, in traveling wheel
The end of shaft is provided with belt pulley, and traveling wheel is sequentially connected by the belt pulley and motor belt, and the insulating cylinder body passes through
Insulation strut is fixedly mounted in the through-hole of pedestal, and corresponding with conducting wire first is offered on the side wall of the rotary barrel
Avoid holes, offer power supply line avoid holes in insulating cylinder body, the annular partition in row are additionally provided in insulating cylinder body, this is in
The annular partition of row is located between adjacent conducting ring.
The utility model is using the above-mentioned attainable beneficial effect of technical solution: will be dirty by the first cleaning shoe
Mud is scraped to mud ditch, by the second pairs of cleaning shoe by the sludge scraping in mud ditch to plasma discharge hole, then passes through slush pump
With discharge pipe by outside the sludge pump drainage to detention tank in mud ditch, sludge removal is thorough, effectively increases sludge removal effect
Fruit；First cleaning shoe is mounted in scraper bracket by flexible connection mechanism, so that the first scraper plate can be to scraping nothing during mud
The barrier that method scrapes is avoided, and is damaged so as to avoid mud is scraped by force to the first cleaning shoe or scraper bracket.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial structural diagram in Fig. 1 at A；
Fig. 3 is the partial structural diagram in Fig. 1 at B；
Fig. 4 is the partial structural diagram in Fig. 1 at C；
Fig. 5 is the sectional side view of the first cleaning shoe in Fig. 1.
Specific embodiment
As shown in Figure 1, purified cotton sewage treatment bottom of pond sludge removal device, it includes detention tank A1, the dirt
The top of water sedimentation pond A1 is open-like shape, and the side wall 38 of detention tank A1 is circular ring shape, it further includes having rotating mechanism 40, branch
Frame 1, pairs of walking mechanism, input power cord 39, the first pairs of cleaning shoe B1, scraper bracket B2, pairs of second are scraped
Mud plate B3, slurry pump B 4 and discharge pipe B5 are provided with central seat 36 in the middle part of the detention tank A1, as shown in Figure 2,
The pairs of walking mechanism is made of traveling wheel 2, support 3 and motor 4 respectively, and the traveling wheel 2 is mounted on support 3, institute
It states motor 4 to be fixedly mounted on support 3, and is sequentially connected with traveling wheel 2, and can be sequentially connected as follows: is described
The traveling wheel 2 of pairs of walking mechanism is rotationally movably arranged on support 3 by shaft 24 respectively, in 2 shaft 24 of traveling wheel
End be provided with belt pulley 25, traveling wheel 2 is sequentially connected by the belt pulley 25 and 4 belt 26 of motor.Pairs of walking mechanism
Traveling wheel 2 respectively activity mount on the side wall 38 of detention tank A1, the both ends of the bracket 1 respectively fixation mounts
On the support 3 of pairs of walking mechanism.
As shown in Figure 4, the rotating mechanism 40 is by pedestal 5, upper cover 6, rotary barrel 7, bearing 8, thrust bearing 9, brush
10, pressure spring 11, conducting ring 20, insulating base 13 and insulating cylinder body 14 are constituted, and the pedestal 5 is fixedly mounted in central seat 36,
Card slot 15 is offered in pedestal 5,9 holding of thrust bearing offers through-hole in the bottom of card slot 15, in the bottom of pedestal 5
16, the fixed lid of the upper cover 6 is set on pedestal 5, and limit hole 17 and annular spacing groove 18, the rotation are offered in the upper cover 6
7 activity of drum body is set in limit hole 17, and the bottom of the rotary barrel 7 is provided with annular stop plate 19, and rotary barrel 7 is logical
It crosses its annular stop plate 19 to mount on thrust bearing 9, the bearing 8 is nested in 7 outside of rotary barrel, and is located at annular stop
In slot 18, the upper end of rotary barrel 7 is pierced by from the limit hole 17 of upper cover 6, and the middle part fixation of the bracket 1 mounts rotary barrel
On 7 upper end.The insulating cylinder body 14 is fixedly mounted in the through-hole 16 of pedestal 5 by insulation strut 27, and upper part places
In rotary barrel 7, fixation is nested on the outside portion of insulating cylinder body 14 conducting ring 20 respectively, in rotary barrel 7
Pilot hole 21 is offered on side wall, guide post 22 is provided on the insulating base 13, and insulating base 13 is living by its guide post 22
Dynamic to be plugged in pilot hole 21, the pressure spring 11 is nested in guide post 22, and the rear end of the pressure spring 11 is resisted against pilot hole 21
Inner wall on, front end is resisted against on insulating base 13, and the brush 10 is fixedly mounted on insulating base 13, and brush 10 passes through pressure spring
11 press stick on the lateral wall of conducting ring 20 respectively, and the motor 4 of the pairs of walking mechanism passes through conducting wire 23 and electricity respectively
10 electrical connection of brush.First avoid holes 28 corresponding with conducting wire 23 are offered on the side wall of the rotary barrel 7, in insulating cylinder
Power supply line avoid holes 29 corresponding with input power cord 39 are offered on body 14, and the ring in row is provided in insulating cylinder body 14
Shape partition 30 should be located between adjacent conducting ring 20 in the annular partition 30 of row.In the central seat 36 and sewage
String holes 37 is offered in the bottom of sedimentation basin A1, the input power cord 39 is passed through out of this string holes 37, and electric with conducting ring 20
Connection.
The inner bottom surface of the detention tank A1 is cone cell, offers mud ditch on the inner bottom surface of detention tank A1
B6, the plasma discharge hole B7 being connected with mud ditch B6 is offered in the bottom of detention tank A1, and the discharge pipe B5 is set in row
It starches in the B7 of hole, the one end of discharge pipe B5 is connected with mud ditch B6, and the other end is connected with slurry pump B 4, the cleaning shoe
Bracket B2 is fixedly mounted on the bottom of bracket 1, and the first pairs of cleaning shoe B1 is mounted on by flexible connection mechanism respectively
The bottom of scraper bracket B2, the first pairs of cleaning shoe B1 are centrosymmetric arrangement, and respectively with detention tank A1 in boring
The inner bottom surface B8 of shape is corresponding, and the second pairs of cleaning shoe B3 is respectively and fixedly installed to the bottom of scraper bracket B2, at
Pair the second cleaning shoe B3 be centrosymmetric arrangement, and it is corresponding with mud ditch B6 respectively.As shown in Fig. 3 and Fig. 5, the elasticity
Bindiny mechanism is made of arc-shaped leaf spring B9, and by the second shaft B11, rotationally activity is pacified on the top of the first cleaning shoe B1
Mounted in the bottom of scraper bracket B2, it is rotationally movable that the lower end of the arc-shaped leaf spring B9 passes through third shaft B12 respectively
It is mounted on the first cleaning shoe B1, the upper end of arc-shaped leaf spring B9 passes through the 4th shaft B13 respectively and is rotationally movably arranged on
Nichrome spring steel material common on the market can be used in the bottom of scraper bracket B2, the arc-shaped leaf spring B9.
The present apparatus at work, by input power cord 39 is conveyed electric energy by conducting ring 20, brush 10 and conducting wire 23
To motor 4, drive traveling wheel 2 to rotate by motor 4, bracket 1 driven to rotate, and drive respectively pairs of the first cleaning shoe B1 and
Pairs of second cleaning shoe B3 rotation, by the first cleaning shoe B1 by the sludge on detention tank A1 tapered inner bottom surface B8
It scrapes to mud ditch B6, by the second pairs of cleaning shoe B3 by the sludge scraping in mud ditch B6 to plasma discharge hole B7, then passes through
By outside the sludge pump drainage in mud ditch B6 to detention tank A1, the first pairs of cleaning shoe B1 exists by slurry pump B 4 and discharge pipe B5
During mud is scraped in rotation, if sludge is more than certain value to the resistance of the first cleaning shoe B1, the first cleaning shoe B1 overcomes arc
Leaf spring B9 elastic force, the second shaft B11 is rotated in the counterclockwise direction in Fig. 5, passes through the first cleaning shoe B1 above barrier,
It prevents from scraping mud by force and the first cleaning shoe B1 or scraper bracket B2 is damaged.
Claims (4)
1. purified cotton sewage treatment bottom of pond sludge removal device, it includes detention tank, the top of the detention tank
For open-like shape, the side wall of detention tank is circular ring shape, it is characterised in that: it further includes having rotating mechanism, bracket, pairs of row
Mechanism, the first pairs of cleaning shoe, scraper bracket, pairs of the second cleaning shoe, slush pump and discharge pipe are walked, in the sewage
Central seat is provided in the middle part of sedimentation basin, activity mounts the side wall in detention tank to the pairs of walking mechanism respectively
On, fixation mounts in pairs of walking mechanism respectively at the both ends of the bracket, and the middle part of bracket can be turned by rotating mechanism
The activity of dynamic ground mounts in central seat, and the inner bottom surface of the detention tank is cone cell, on the inner bottom surface of detention tank
Mud ditch is offered, the plasma discharge hole being connected with mud ditch is offered in the bottom of detention tank, the discharge pipe is set in
In plasma discharge hole, the one end of discharge pipe is connected with mud ditch, and the other end is connected with slush pump, and the scraper bracket is solid
Dingan County is mounted in the bottom of bracket, and the first pairs of cleaning shoe passes through flexible connection mechanism respectively and is mounted on scraper bracket
Bottom, the first pairs of cleaning shoe are centrosymmetric arrangement, and corresponding with the tapered inner bottom surface of detention tank respectively, institute
The bottom that the second pairs of cleaning shoe is respectively and fixedly installed to scraper bracket is stated, the second pairs of cleaning shoe is centrosymmetric cloth
It sets, and corresponding with mud ditch respectively.
2. purified cotton sewage treatment bottom of pond sludge removal device according to claim 1, it is characterised in that: the elasticity is even
Connection mechanism is made of arc-shaped leaf spring, and the top of first cleaning shoe is rotationally movably arranged on cleaning shoe by the second shaft
The bottom of bracket, the lower end of the arc-shaped leaf spring pass through third shaft respectively and are rotationally movably arranged on the first cleaning shoe
On, the upper end of arc-shaped leaf spring passes through the bottom that the 4th shaft is rotationally movably arranged on scraper bracket, the arc respectively
Shape leaf spring uses nichrome spring steel material.
3. purified cotton sewage treatment bottom of pond sludge removal device according to claim 1 or 2, it is characterised in that: it is also wrapped
Input power cord is included, the pairs of walking mechanism is made of traveling wheel, support and motor respectively, and the traveling wheel is mounted on
On support, the motor is fixedly mounted on the support, and connect with traction drive, and the traveling wheel of pairs of walking mechanism is lived respectively
Moving frame is set on the side wall of detention tank, and the support mounted in pairs of walking mechanism is fixed at the both ends of the bracket respectively
On, the rotating mechanism is mainly by pedestal, upper cover, rotary barrel, bearing, thrust bearing, brush, pressure spring, conducting ring, insulating base
It is constituted with insulating cylinder body, the pedestal is fixedly mounted in central seat, and card slot, the thrust bearing card are offered in pedestal
It sets in the bottom of card slot, offers through-hole in the bottom of pedestal, the fixed lid of the upper cover is set on pedestal, opened up in the upper cover
There are limit hole and annular spacing groove, the rotary barrel activity is set in limit hole, and the bottom of rotary barrel is provided with annular
Limit plate, rotary barrel are mounted on thrust bearing by its annular stop plate, and the bearing is nested on the outside of rotary barrel, and
In annular spacing groove, the upper end of rotary barrel is pierced by from the limit hole of upper cover, and the middle part fixation of the bracket mounts rotation
On the upper end of drum body, the insulating cylinder body is fixedly mounted in pedestal, and upper part is set in rotary barrel, the conduction
Fixation is nested on the outside portion of insulating cylinder body ring respectively, offers pilot hole on the inner sidewall of rotary barrel, described exhausted
Guide post is provided on edge seat, insulating base is plugged in pilot hole by its guide post activity, and the pressure spring is nested in guide post
On, the rear end of the pressure spring is resisted against on the inner wall of pilot hole, and front end is resisted against on insulating base, and the brush is fixedly mounted on
On insulating base, brush is pressed on the lateral wall for sticking on conducting ring respectively by pressure spring, the motor point of the pairs of walking mechanism
Not Tong Guo conducting wire be electrically connected with brush, string holes, the input are offered in the bottom of the central seat and detention tank
Power supply line is passed through out of this string holes, and is electrically connected with conducting ring.
4. purified cotton sewage treatment bottom of pond sludge removal device according to claim 3, it is characterised in that: the pairs of row
The traveling wheel for walking mechanism passes through shaft respectively and is rotationally movably arranged on support, and the end of walking rotation axis is provided with skin
Belt wheel, traveling wheel are sequentially connected by the belt pulley and motor belt, and the insulating cylinder body is fixedly mounted on by insulation strut
In the through-hole of pedestal, the first avoid holes corresponding with conducting wire are offered on the side wall of the rotary barrel, in insulating cylinder body
On offer power supply line avoid holes, be additionally provided in insulating cylinder body in row annular partition, should in row annular partition difference
Between adjacent conducting ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820964501.5U CN208641877U (en) | 2018-06-22 | 2018-06-22 | Purified cotton sewage treatment bottom of pond sludge removal device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820964501.5U CN208641877U (en) | 2018-06-22 | 2018-06-22 | Purified cotton sewage treatment bottom of pond sludge removal device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208641877U true CN208641877U (en) | 2019-03-26 |
Family
ID=65781073
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820964501.5U Active CN208641877U (en) | 2018-06-22 | 2018-06-22 | Purified cotton sewage treatment bottom of pond sludge removal device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208641877U (en) |
-
2018
- 2018-06-22 CN CN201820964501.5U patent/CN208641877U/en active Active
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