The content of the invention
The technical problems to be solved by the invention are to provide a kind of sewage-treatment plant, and it can solve the problem that above-mentioned present technology
The problem of middle.
The present invention is achieved through the following technical solutions:A kind of sewage-treatment plant of the present invention, including mounting bracket
And the sewage stirring body that is fixedly mounted in the mounting bracket and the sump for being erected at mounting bracket bottom end face, the dirt
Tank left side is provided with water inlet pipe, right side is provided with drainpipe, be provided with the sewage stirring body expand downwards set and
Chamber is slided through the first of the sewage stirring body bottom end face, the first cunning chamber inner left wall is led to provided with the first conversion chamber,
Lead in the first conversion intracavitary roof provided with guidance cavity, set in the sewage stirring body inner wall on the upside of the guidance cavity
There is the second conversion chamber for expanding setting to the left, the described first interior be provided with of the sewage stirring body inner wall for converting on the left of chamber is adjusted
Chamber is controlled, the position directly below of regulation and control top of chamber tail expansion department slightly on the left of the described first conversion chamber, described first slides chamber
Neat fit is connected with the connecting pole expanded set downwards, and motor is installed with the connecting pole bottom end face, described
Motor lower rotation is connected with the first traveller, and the first traveller bottom expands tail and slightly leans out the sewage stirring body bottom
End surface is outer and tail is slightly installed with agitating paddle, and the first conversion intracavitary neat fit is connected with the pushing for expanding setting to the right
Block, the pushing block right side is expanded tail and is slightly fixedly connected with outer wall on the left of first traveller, described to push the described of block bottom
First conversion intracavitary is excessively connected with off normal wheel, and neat fit is connected with landing block, the landing block in the guidance cavity
Shell fragment is installed between at the top of bottom and the pushing block, being connected with expansion upwards in the end face of the landing block top is set
The first screw rod, the second conversion intracavitary is provided with to the conversion component that is connected with first bull stick, the tune
Intracavitary is controlled to be provided with to the output block with the conversion component and off normal wheel mating connection.
Preferably technical scheme, the conversion component, which includes being rotatably assorted, is arranged on the institute of the positive upside of the guidance cavity
State the second conversion intracavitary and expand the first bull stick set up and down and be rotatably assorted and the regulation and control chamber and described second turn are set
Change in the sewage stirring body wall body between chamber and expand the second bull stick set up and down, tail is expanded at the top of first bull stick
Slightly it is rotatably assorted and is connected with the described second conversion intracavitary roof, the first bull stick bottom expansion department is through the described second conversion chamber
The sewage stirring body inner wall between the guidance cavity and being rotatably assorted is connected, and the first bull stick bottom tail slightly heads into
Slightly it is fixedly connected in the guidance cavity and with expanding tail at the top of first screw rod, expansion department heads at the top of second bull stick
The second conversion intracavitary and it is rotatably assorted and be connected with the described second conversion intracavitary roof, the second bull stick bottom expansion tail is slightly
Head into the regulation and control intracavitary and tail is slightly installed with the first hypotenuse wheel, it is fixed on the outside of second bull stick of the second conversion intracavitary
There is the first transmission wheel, the second transmission wheel, first transmission are installed with the outside of first bull stick of the second conversion intracavitary
Transmission belt is connected between wheel and the second transmission wheel.
Preferably technical scheme, the output block include the tune that neat fit connection is arranged on the regulation and control intracavitary
Control block, be fixedly installed on the first motor at the top of the regulation and control block in end face and being rotatably assorted be arranged on the regulation and control chamber with
The sewage stirring body inner wall between the first conversion chamber is interior and expands the 3rd bull stick of setting to the right, and described first
Left and right is connected with the regulation and control block below motor and expands the second screw rod set, the second screw rod left side
Expand tail to be slightly connected with the second motor, second motor is installed in the inner left wall of the regulation and control chamber and fixed
Connection, the second screw rod right side expansion tail are slightly rotatably assorted with inwall on the right side of the regulation and control chamber and are connected, and described first is electronic
Machine top end is connected with the second hypotenuse wheel leant out at the top of the regulation and control block outside end face, the second hypotenuse wheel left and right sides
The regulation and control block at the top of support be correspondingly provided with the both sides of end face set plate, the left and right sides support sets to be rotatably assorted between plate and is connected with
4th bull stick, tail, which is slightly installed with, on the right side of the 4th bull stick leans out the right side support and sets screens axle on the outside of plate, left and right sides institute
State support set circumferentially be installed with the 4th bull stick outer surface between plate it is the 3rd oblique to be connected with the second hypotenuse wheel
Cincture, the 3rd bull stick left side tail are slightly slightly oppositely arranged with tail on the right side of the screens axle, are provided with the 3rd bull stick end face
Tail is expanded to the screens groove being connected with the screens axle, on the right side of the 3rd bull stick and slightly heads into the first conversion intracavitary
And it is connected with the off normal wheel secure fit of the described first conversion intracavitary.
The beneficial effects of the invention are as follows:The present invention it is simple in construction, it is easy to operate, by first cunning chamber neat fit connect to
Lower to expand the first traveller set, the first traveller bottom expansion tail, which is slightly leant out outside sewage stirring body bottom end face, and tail is slightly fixed stirs
Mix oar, the pushing block of setting is expanded in the first conversion intracavitary neat fit connection to the right, pushes and tail is expanded on the right side of block slightly with first
Outer wall is fixedly connected on the left of traveller, the first conversion intracavitary excessively mating connection off normal wheel of pushing block bottom, smooth in guidance cavity
Mating connection landing block, landing block bottom and fixed shell fragment between pushing at the top of block, be connected in end face at the top of landing block to
Upper to expand the first screw rod set, the second conversion intracavitary sets the conversion component to be connected with the first bull stick, regulates and controls chamber
Inside set to the output block with conversion component and the mating connection of off normal wheel, driving sewage disposal is automatically controlled so as to realize
Automatic driving work, meanwhile, automatic realization switching adjustment work, realize and landing block is driven certainly by the inverted part of output block
It is dynamic to control to adjust lower work, meet the work requirements of different sewage processing, improve quality of sewage disposal, make the efficiency of work big
It is big to improve, reduce the cost of work.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of sewage-treatment plant of the invention, including mounting bracket 8 and be fixedly mounted on
Sewage stirring body 9 in the mounting bracket 8 and the sump 7 for being erected at the bottom end face of mounting bracket 8, the left end of sump 7
Face is provided with water inlet pipe 71, right side is provided with drainpipe 72, is provided with the sewage stirring body 9 and expands setting downwards and run through
The first of the bottom end face of sewage stirring body 9 slides chamber 92, and the first cunning inner left wall of chamber 92 is led to provided with the first conversion chamber
93, lead to provided with guidance cavity 94 in the first conversion inner roof wall of chamber 93, the sewage stirring body 9 of the upside of guidance cavity 94
The the second conversion chamber 96 for expanding setting to the left, the sewage stirring body in the left side of the first conversion chamber 93 are provided with inner wall
Regulation and control chamber 95 is provided with 9 inner walls, the regulation and control chamber 95 top tail is slightly being located at the described first conversion chamber 93 left side expansion department just
Lower position, the first cunning neat fit of chamber 92 are connected with the connecting pole 920 expanded set downwards, the bottom of connecting pole 920
It is installed with motor 923 in end surface, the lower rotation of motor 923 is connected with the first traveller 921, and described
The bottom of one traveller 921 expansion tail is slightly leant out outside the bottom end face of sewage stirring body 9 and tail is slightly installed with agitating paddle 922, described
Neat fit is connected with the pushing block 931 for expanding setting to the right in first conversion chamber 93, and tail is expanded on the right side of pushing block 931
Slightly it is fixedly connected with the left side outer wall of the first traveller 921, in the first conversion chamber 93 for pushing the bottom of block 931 excessively
Be connected with off normal wheel 933, neat fit is connected with landing block 941 in the guidance cavity 94, the bottom of landing block 941 with
Shell fragment 932 is installed between the top of pushing block 931, upward expansion is connected with the top end face of landing block 941
The first screw rod 942 set, the interior conversion for being provided with to be connected with first bull stick 963 of the second conversion chamber 96
Part, the regulation and control chamber 95 is interior to be provided with to the output block with the conversion component and the off normal wheel 933 mating connection.
Valuably, the conversion component, which includes being rotatably assorted, is arranged on second conversion of the positive upside of the guidance cavity 94
Expand in chamber 96 and up and down the first bull stick 963 set and be rotatably assorted and the regulation and control chamber 95 and the described second conversion chamber are set
Expand in the wall body of sewage stirring body 9 between 96 and up and down the second bull stick 961 set, the top of the first bull stick 963
Expansion tail is slightly rotatably assorted with the described second conversion inner roof wall of chamber 96 and is connected, and institute is run through in the bottom expansion department of the first bull stick 963
State the inner wall of sewage stirring body 9 between the second conversion chamber 96 and the guidance cavity 94 and the connection that is rotatably assorted, described
The bottom tail of one bull stick 963 slightly heads into the guidance cavity 94 and expands tail with the top of the first screw rod 942 and is slightly fixedly connected,
The top expansion department of second bull stick 961 heads into the second conversion chamber 96 and rotated with the described second conversion chamber 96 inner roof wall
It is connected, the bottom of the second bull stick 961 expansion tail slightly heads into the regulation and control chamber 95 and tail is slightly installed with the first hypotenuse wheel
955, the described second outside of second bull stick 961 converted in chamber 96 is installed with the first transmission wheel 962, the second conversion chamber
The outside of first bull stick 963 in 96 is installed with the second transmission wheel 964, the first transmission wheel 962 and the described second transmission
Transmission belt 965 is connected between wheel 964, so as to realize the transmission work adjusted up and down, improves equipment operation stability.
Valuably, the output block connects the regulation and control block 951 being arranged in the regulation and control chamber 95 including neat fit, consolidated
Surely the first motor 9511 for being arranged in the regulation and control block 951 top end face and it is rotatably assorted and is arranged on the regulation and control chamber 95
The 3rd bull stick 954 of setting is expanded in the inner wall of sewage stirring body 9 between the described first conversion chamber 93 and to the right,
Left and right, which is connected with, in the regulation and control block 951 of the lower section of first motor 9511 expands the second screw rod 952 set,
The left side of second screw rod 952 is expanded tail and is slightly connected with the second motor 953, and second motor 953 is installed on
In the inner left wall of the regulation and control chamber 95 and be fixedly connected, the right side of second screw rod 952 expand tail slightly with the regulation and control chamber
95 right side inwalls are rotatably assorted connection, and the top end of the first motor 9511, which is connected with, to be leant out the regulation and control block 951 and push up
The second hypotenuse wheel 9514 outside end surface, the top end face two of the regulation and control block 951 of the left and right sides of the second hypotenuse wheel 9514
Support is correspondingly provided with side and sets plate 9512, the left and right sides support, which sets to be rotatably assorted between plate 9512, is connected with the 4th bull stick 9513,
The right side tail of 4th bull stick 9513, which is slightly installed with, leans out the screens axle 9516 that the right side support sets the outside of plate 9512, the left and right sides
The support sets and is circumferentially installed with the outer surface of the 4th bull stick 9513 between plate 9512 to match somebody with somebody with the second hypotenuse wheel 9514
The 3rd hypotenuse wheel 9515 of connection is closed, the left side tail of the 3rd bull stick 954 is slightly slightly set relatively with the right side tail of screens axle 9516
Put, be provided with the end face of the 3rd bull stick 954 to the screens groove 9541 that is connected with the screens axle 9516, the described 3rd
The right side of bull stick 954 expands tail and slightly heads into the first conversion chamber 93 and the off normal wheel in chamber 93 is converted with described first
933 secure fits connect, so as to realize the automatic driving work for automatically controlling driving sewage disposal, meanwhile, it is automatic to realize switching
Adjustment work, realize and the automatic control and adjustment lower work of landing block 941 is driven by the inverted part of output block, meet different
The work requirements of sewage disposal, improve quality of sewage disposal.
During original state, regulation and control block 951 is at utmost positioned at the right-most position regulated and controled in chamber 95, now, by regulation and control block
951 drive the 4th bull stick 9513 right side tails slightly on the fully-inserted screens groove 9541 of screens axle 9516 in, meanwhile, make the 4th bull stick
The 3rd hypotenuse wheel 9515 on 9513 is at utmost away from the first hypotenuse wheel 955.
When needing sewage treatment works, the second hypotenuse wheel 9514 is driven to rotate by the first motor 9511, by second
Hypotenuse wheel 9514 drives the 4th bull stick 9513 on the 3rd hypotenuse wheel 9515 and the 3rd hypotenuse wheel 9515 to rotate, and then by the 4th
Bull stick 9513 drives screens axle 9516 to rotate, and now, drives the 3rd bull stick 954 to realize rotation work by screens axle 9516, meanwhile,
The off normal wheel 933 of right side tail slightly is driven to realize rotation work by the 3rd bull stick 954, due to pushing top of the block 931 by shell fragment 932
Pressure, the bottom end face of pushing block 931 is set to remain top pressure mating connection state with the outer surface of off normal wheel 933, now, by off normal
The rotation of wheel 933, which drives, pushes the pressure on top surface realization up and down reciprocatingly smooth work that block 931 overcomes shell fragment 932, meanwhile, by pushing block
The agitating paddle 922 of 931 drive the first travellers 921 and the bottom tail of the first traveller 921 slightly, which rotates, realizes reciprocal sewage treatment works;
When needing to adjust 922 upper-lower height of agitating paddle, the second screw rod 952 is driven to rotate by the second motor 953, by the
Two screw rods 952 drive regulation and control block 951 gradually smooth along the left direction in regulation and control chamber 95, now, make on the 4th bull stick 9513
The 3rd hypotenuse wheel 9515 it is gradually smooth towards the side of the first hypotenuse wheel 955, meanwhile, by the screens axle 9516 on the 4th bull stick 9513
Gradually slip away in screens groove 9541, until regulation and control block 951 is smooth to the left-most position in regulation and control chamber 95 as shown in Figure 3, now,
Make the 955 fully mated connection of the 3rd hypotenuse wheel 9515 and the first hypotenuse wheel on the 4th bull stick 9513, meanwhile, make the 4th bull stick
Then screens axle 9516 on 9513 drives the second hypotenuse wheel at utmost away from screens groove 9541 by the first motor 9511
9514 positive and negative rotations, the positive and negative rotation of the first hypotenuse wheel 955 is driven by the second hypotenuse wheel 9514, and then by the band of the first hypotenuse wheel 955
The first transmission 962 positive and negative rotations of wheel on dynamic second bull stick 961 and the second bull stick 961, the biography on 962 is taken turns by the first transmission
Defeated band 965 drives the second transmission 964 positive and negative rotations of wheel, and then takes turns 964 by the second transmission and drive the positive and negative rotation of the first bull stick 963,
And the positive and negative rotation of the first screw rod 942 is driven by the first bull stick 963, landing block 941 is driven by the first screw rod 942 so as to realize
Smooth work up and down, the automatic regulation up and down for realizing to landing block 941 and pushing shell fragment 932 between block 931, after the completion of regulation,
Drive the second screw rod 952 to rotate backward by the second motor 953, drive regulation and control block 951 to be smooth to by the second screw rod 952
Regulate and control right-most position in chamber 95, then above-mentioned steps realize sewage treatment works.
The beneficial effects of the invention are as follows:The present invention it is simple in construction, it is easy to operate, by first cunning chamber neat fit connect to
Lower to expand the first traveller set, the first traveller bottom expansion tail, which is slightly leant out outside sewage stirring body bottom end face, and tail is slightly fixed stirs
Mix oar, the pushing block of setting is expanded in the first conversion intracavitary neat fit connection to the right, pushes and tail is expanded on the right side of block slightly with first
Outer wall is fixedly connected on the left of traveller, the first conversion intracavitary excessively mating connection off normal wheel of pushing block bottom, smooth in guidance cavity
Mating connection landing block, landing block bottom and fixed shell fragment between pushing at the top of block, be connected in end face at the top of landing block to
Upper to expand the first screw rod set, the second conversion intracavitary sets the conversion component to be connected with the first bull stick, regulates and controls chamber
Inside set to the output block with conversion component and the mating connection of off normal wheel, driving sewage disposal is automatically controlled so as to realize
Automatic driving work, meanwhile, automatic realization switching adjustment work, realize and landing block is driven certainly by the inverted part of output block
It is dynamic to control to adjust lower work, meet the work requirements of different sewage processing, improve quality of sewage disposal, make the efficiency of work big
It is big to improve, reduce the cost of work.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.