CN207412835U - A kind of oscillatory type inclined-tube sedimentation tank - Google Patents

Abstract

The utility model discloses a kind of oscillatory type inclined-tube sedimentation tanks, including sedimentation basin, the left side wall bottom of the sedimentation basin is equipped with sewage water inlet pipe, the laid inside of sedimentation basin has inclined tube, the lower section of sedimentation basin is equipped with sludge-tank, the right side wall bottom of sludge-tank is equipped with sludge discharging port, motor room is fixed on the top center of sludge-tank, it is installed in motor room and scrapes mud motor, the two bottom sides of sedimentation basin are equipped with mud leakage port, vibration rack is fixed on the middle part outer wall of sedimentation basin, the left end of connecting rod is fixed on the outer tube wall of inclined tube, the right end of connecting rod is equipped with main roller, secondary roller is fixed on the outside of main roller, convex block is fixed on the side of main roller and secondary roller, the secondary roller of the rightmost side of vibration rack is connected with live roller, live roller is connected by belt with the machine shaft of vibrating motor；This practicality utilizes multiple connecting rods that can be vibrated, and ensures that often row's inclined tube can preferably vibrate precipitation deslagging.

Description

A kind of oscillatory type inclined-tube sedimentation tank

Technical field

The utility model is related to a kind of sewage treatment fields, are specifically a kind of oscillatory type inclined-tube sedimentation tank.

Background technology

Inclined-tube sedimentation tank refers to the sedimentation basin that inclined tube is equipped in settling zone, and assembling form has two kinds of inclined tube and branch pipe, Inclined parallel pipe or parallelpiped are utilized in the settling zone of flat flow or vertical sedimentation basin（Sometimes using honeycomb filler） A series of shallow layer precipitating layers are divided into, processed and sedimentation heavy mud is mutually moved and separated in each precipitation shallow-layer.

General vibrator is to realize vibrating effect using eccentric motor rotation, and eccentric motor is exactly common electric Machine, has filled a cam on head, and the center of gravity of cam is in the shaft of motor, and when rotating, cam moves in a circle, Centrifugal force is generated, it is whole so as to generate swing by a relatively large margin since the direction of centrifugal force constantly changes with the rotation of cam It sees, vibrator just generates lasting vibrations in subrange.

Although inclined-tube sedimentation tank is still extremely difficult to inside inclined tube clear beneficial to the deposition efficiency for improving sedimentation basin at present Reason, at present there are many vibrator is installed additional in the one side of inclined tube wall, but inclined tube is laid in sedimentation basin, be typically all many tiltedly Pipe is mutually combined close to being laid with together, and only installing vibrator additional in one side can only effectively shake to the inclined tube for installing one side additional Dynamic deashing work, the center from installation one side is difficult to receive vibration again, and ash-removal effect can not cover all layings Inclined tube, so we need one kind for clearing up more efficient sedimentation basin to inclined tube.

Utility model content

The purpose of this utility model is to provide a kind of oscillatory type inclined-tube sedimentation tank, to solve to propose in above-mentioned background technology The problem of.

To achieve the above object, the utility model provides following technical solution：

A kind of oscillatory type inclined-tube sedimentation tank, including sludge-tank, motor room, scrape mud motor, water blockoff plug, mud leakage port, sewage into Water pipe scrapes mud side plate, vibration rack, inclined tube, sedimentation basin, filter plate, gap, inclined tube damping spring, vibratory chamber, vibratory drive Motor, live roller, scrape mud inner panel, sludge discharging port, shock relieve vent, connecting rod damping spring, convex block, connecting rod, skin at rotation axis Band, main roller, secondary roller, the left side wall bottom of the sedimentation basin are equipped with sewage water inlet pipe, the inside top half of sedimentation basin One layer of inclined tube is equipped with, sludge-tank is fixed with below the sedimentation basin, the right side wall bottom of the sludge-tank is equipped with blowdown mud Mouthful, motor room is fixed on the top center of sludge-tank, is installed in the motor room and scrapes mud motor, described to scrape mud electricity Rotation axis is fixed on the machine shaft of machine, the rotation axis is located at sedimentation basin bottom centre position, the top of the rotation axis Be fixed with and scrape mud side plate, be fixed on the lower half of the rotation axis and scrape mud inner panel, it is described scrape mud side wall and scrape mud inner panel all incline It is close to the bottom of sedimentation basin obliquely, the two bottom sides of the sedimentation basin are equipped with mud leakage port, water blockoff plug is equipped in mud leakage port, described Mud leakage port is located at the surface of boxboard opening, and vibration rack, the vibration rack are fixed on the middle part outer wall of the sedimentation basin With offering multiple shock relieve vents on the side wall of sedimentation basin, connecting rod is equipped in the shock relieve vent, the left end of the connecting rod is consolidated It being scheduled on the outer tube wall of inclined tube, the right end of the connecting rod is equipped with main roller, and secondary roller is fixed on the outside of the main roller, Convex block is fixed on the side of the main roller and secondary roller, is connected between described two adjacent main rollers by belt, It is connected between described two adjacent secondary rollers also by belt, the secondary roller of the rightmost side of the vibration rack and transmission Idler wheel is connected, and the live roller is fixed on the right end of vibration rack, and the live roller passes through belt and the electricity of vibrating motor Machine shaft is connected, and the vibrating motor is located in vibratory chamber, and the vibratory chamber is located in sedimentation basin, the surrounding room of the vibratory chamber Inclined tube damping spring is designed in wall, gap surrounding is fixed on above the inclined tube, the gap is opened in sedimentation basin Top, the top of the gap is equipped with filter screen.

As the further scheme of the utility model：The mud side plate of scraping is equipped with multiple perforates.

As the further scheme of the utility model：The convex block is made of lead.

As the further scheme of the utility model：The vibratory chamber is a closed triangle body space.

As the further scheme of the utility model：The filter screen is the pullable aluminum metal mesh of cuboid.

Compared with prior art, the beneficial effects of the utility model are：The utility model is former using the vibration of eccentric motor Inclined tube is all secured the connecting rod of a vibration by reason, and every row's inclined tube is all repacked into the vibrator of a monoblock type, is improved The dirty removal capacities of inclined tube in sedimentation basin facilitate later stage heavy cleaning work, substantially increase precipitation cleaning ability, wherein, The mud motor of scraping that sedimentation basin bottom is set facilitates the cleaning of sedimentation basin bottom in itself.

Description of the drawings

Fig. 1 is the structure diagram of oscillatory type inclined-tube sedimentation tank.

Fig. 2 is the structure diagram of A in oscillatory type inclined-tube sedimentation tank.

Fig. 3 is the structure diagram of switch-box 4 in oscillatory type inclined-tube sedimentation tank.

In figure：Mud motor 3, switch-box 4, supporting rod 5, water blockoff plug 6, boxboard opening 7, electromagnetism are scraped by sludge-tank 1, motor room 2 Coil 8, mud leakage port 9, scrape mud side plate 11, vibration rack 12, inclined tube 13, sedimentation basin 14, water cover plate 15, go out sewage water inlet pipe 10 The mouth of a river 16, filter plate 17, gap 18, inclined tube damping spring 19, vibratory chamber 20, vibratory drive motor 21, live roller 22, rotation Shaft 23 scrapes mud inner panel 24, sludge discharging port 25, shock relieve vent 26, connecting rod damping spring 27, convex block 28, connecting rod 29, belt 30th, main roller 31, secondary roller 32.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work All other embodiments obtained shall fall within the protection scope of the present invention.

Please refer to Fig.1~3, in the utility model embodiment, a kind of oscillatory type inclined-tube sedimentation tank, including sludge-tank 1, motor Mud motor 3, switch-box 4, supporting rod 5, water blockoff plug 6, boxboard opening 7, electromagnetic coil 8, mud leakage port 9, sewage water inlet pipe are scraped in room 2 10th, scrape mud side plate 11, vibration rack 12, inclined tube 13, sedimentation basin 14, water cover plate 15, water outlet 16, filter plate 17, gap 18, Mud inner panel 24, blowdown mud, live roller 22, rotation axis 23, are scraped at vibratory drive motor 21 by inclined tube damping spring 19, vibratory chamber 20 Mouth 25, shock relieve vent 26, connecting rod damping spring 27, convex block 28, connecting rod 29, belt 30, main roller 31, secondary roller 32, institute The left side wall bottom for stating sedimentation basin 14 is equipped with sewage water inlet pipe 10, and the inside top half of sedimentation basin 14 is equipped with one layer of inclined tube 13, the lower section of the sedimentation basin 14 is fixed with sludge-tank 1, and the right side wall bottom of the sludge-tank 1 is equipped with sludge discharging port 25, sludge The top both sides in pond 1 are equipped with switch-box 4, are fixed with supporting rod 5 on the inner wall of the switch-box 4, the end of the supporting rod 5 is consolidated Surely there is water blockoff plug 6, the water blockoff plug 6 is irony cylinder, and cylindrical groove, one end card of the supporting rod 5 are equipped in cylinder It is located in the groove of water blockoff plug 6, one layer of rubber plastic, the water blockoff plug 6 and switch-box 4 are wrapped up in the outer surface of the water blockoff plug 6 Spring is fixed between inner wall, the right side top surface of the switch-box 4 and bottom are equipped with boxboard opening 7, the right side of the switch-box 4 Side is equipped with electromagnetic coil 8, and the electromagnetic coil 8 is located in motor room 2, and the electromagnetic coil 8 is fixed on the both sides of motor room 2 On madial wall, the motor room 2 is fixed on the top center of sludge-tank 1, is installed in the motor room 2 and scrapes mud electricity Machine 3 is fixed with rotation axis 23 on the machine shaft for scraping mud motor 3, and the rotation axis 23 is located at 14 bottom centre of sedimentation basin Position, the top of the rotation axis 23, which is fixed with, scrapes mud side plate 11, and the mud side plate 11 of scraping is equipped with multiple perforates, the rotation Be fixed on the lower half of axis 23 and scrape mud inner panel 24, it is described scrape mud side wall 11 and scrape mud inner panel 24 be all close to sedimentation basin diagonally downward 14 bottom, the two bottom sides of the sedimentation basin 14 are equipped with mud leakage port 9, and the mud leakage port 9 is located at the surface of boxboard opening 7, Vibration rack 12 is fixed on the middle part outer wall of the sedimentation basin 11, the vibration rack 12 on the side wall of sedimentation basin 14 with opening up There are multiple shock relieve vents 26, connecting rod 29 is equipped in the shock relieve vent 26, the left end of the connecting rod 29 is fixed on inclined tube 13 On outer tube wall, the right end of the connecting rod 29 is equipped with main roller 31, and the outside of the main roller 31 is fixed with secondary roller 32, institute It states and convex block 28 is fixed on the side of main roller 31 and secondary roller 32, the convex block 28 is made of lead, described two phases It is connected by belt 30 between adjacent main roller 31, is connected between described two adjacent secondary rollers 32 also by belt 30, The secondary roller 32 of the rightmost side of the vibration rack 1 is connected with live roller 22, and the live roller 22 is fixed on vibration branch The right end of frame 12, the live roller 22 are connected by belt 30 with the machine shaft of vibrating motor 21, the vibrating motor 21 In vibratory chamber 20, the vibratory chamber 20 is located in sedimentation basin 14, and the vibratory chamber 20 is a closed triangle body space, Inclined tube damping spring 19 is designed in the surrounding locular wall of the vibratory chamber 20, the top of the inclined tube 13 is fixed on gap 18 4 Week, the gap 18 are opened in the top of sedimentation basin 14, and the top of the gap 14 is equipped with filter screen 17, the filter screen 17 are threaded through on the side wall of water cover plate 15, and the filter screen 17 is the pullable aluminum metal mesh of cuboid, the water cover plate 15 are fixed on the top of sedimentation basin 14, and water cover plate 15 is equipped with water outlet 16 at gap 14, and the water outlet 16 is and spilling water Mouth 14 is mutually perpendicular to the cuboid cavity set up.

The operation principle of the utility model is：Need the sewage precipitated by sewage water inlet pipe 10 into sedimentation basin, it is normal heavy During shallow lake, mud leakage port 9 is in closure state, and sewage is flowed up by inclined tube 13, and the impurity in sewage is in uphill process It is attached in inclined tube 13, when precipitating a certain amount of, deposit can roll down to 14 bottom of sedimentation basin with slope, often arrange the side of inclined tube 13 All fixed connecting rod 29 on wall, wherein, the rotation of vibrating motor 21 can drive live roller 22 to rotate, and live roller 22 can drive Main roller 31 and secondary roller 32 in each connecting rod 29 rotate, and the convex block 28 of main roller 31 and secondary roller 32 can make rotation Fixed connecting rod 29 is vibrated, and vibration, multiple connections can be also generated in the inclined tube 13 for being integrally fixed at 29 other end of connecting rod Every layer of inclined tube that bar 29 ensures can directly receive vibration source, and vibrating effect is more obvious, and the impurity in inclined tube 13 is just as a result, More efficiently vibration 14 bottom of sedimentation basin can be dropped to, wherein, inclined tube damping spring 19 and connecting rod damping spring 27 are to protect Card sedimentation basin 14 and vibratory chamber 20 vibrated will not disturb, and dirt to 14 bottom deposit of sedimentation basin can be facilitated by scraping mud motor 3 Mud is cleared up, and when sludge, which reaches, needs cleaning to a certain degree, can be powered off to electromagnetic coil 8, the water blockoff plug 6 of internal irony No longer being attracted by the strong magnetic force that electromagnetic coil generates, the spring in 6 left side of water blockoff plug can draw water blockoff plug 6 to 4 left side of switch-box, Water blockoff plug 6 no longer blocks boxboard opening 7, and sludge is discharged by the mud leakage port 9 of sedimentation basin 14 in sludge-tank 1, finally by sludge discharging port 25 discharges, the water cover plate 15 at wherein 15 top of sedimentation basin is the pollution again for being subject to external environment for preventing filtering from completing, and is filtered Plate 17 can pull out cleaning.

It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned exemplary embodiment, and And in the case of the spirit or essential attributes without departing substantially from the utility model, it can realize that this practicality is new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this practicality is new The scope of type is indicated by the appended claims rather than the foregoing description, it is intended that will fall containing in the equivalent requirements of the claims All changes in justice and scope are embraced therein.Any reference numeral in claim should not be considered as limitation Involved claim.

Moreover, it will be appreciated that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should Using specification as an entirety, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art It is appreciated that other embodiment.

Claims (5)

1. a kind of oscillatory type inclined-tube sedimentation tank, including sludge-tank (1), motor room (2), scrape mud motor (3), water blockoff plug (6), leakage mud Mouth (9), sewage water inlet pipe (10) scrape mud side plate (11), vibration rack (12), inclined tube (13), sedimentation basin (14), filter screen (17), gap (18), inclined tube damping spring (19), vibratory chamber (20), vibratory drive motor (21), live roller (22), rotation Shaft (23) scrapes mud inner panel (24), sludge discharging port (25), shock relieve vent (26), connecting rod damping spring (27), convex block (28), company Extension bar (29), belt (30), main roller (31), secondary roller (32), which is characterized in that the left side wall bottom of the sedimentation basin (14) Portion is equipped with sewage water inlet pipe (10), and the inside top half of sedimentation basin (14) is equipped with one layer of inclined tube (13), the sedimentation basin (14) sludge-tank (1) is fixed with below, the right side wall bottom of the sludge-tank (1) is equipped with sludge discharging port (25), motor room (2) The top center of sludge-tank (1) is fixed on, is installed in the motor room (2) and scrapes mud motor (3), it is described to scrape mud electricity Rotation axis (23) is fixed on the machine shaft of machine (3), the rotation axis (23) is located at sedimentation basin (14) bottom centre position, institute It states to be fixed at the top of rotation axis (23) and scrapes mud side plate (11), be fixed on the lower half of the rotation axis (23) and scrape mud inner panel (24), it is described to scrape mud side plate (11) and scrape the bottom that mud inner panel (24) is all close to sedimentation basin (14) diagonally downward, the sedimentation basin (14) two bottom sides are equipped with mud leakage port (9), are equipped with water blockoff plug (6) in mud leakage port (9), the mud leakage port (9) is opened positioned at boxboard The surface of mouthful (7), is fixed with vibration rack (12) on the middle part outer wall of the sedimentation basin (14), the vibration rack (12) with Multiple shock relieve vents (26) are offered on the side wall of sedimentation basin (14), connecting rod (29) is equipped in the shock relieve vent (26), it is described The left end of connecting rod (29) is fixed on the outer tube wall of inclined tube (13), and the right end of the connecting rod (29) is equipped with main roller (31), It is fixed with secondary roller (32) on the outside of the main roller (31), it is solid on the side of the main roller (31) and secondary roller (32) Surely there is convex block (28), connected between described two adjacent main rollers (31) by belt (30), described two adjacent secondary It is connected between idler wheel (32) also by belt (30), secondary roller (32) and the transmission of the rightmost side of the vibration rack (12) are rolled It takes turns (22) to be connected, the live roller (22) is fixed on the right end of vibration rack (12), and the live roller (22) passes through belt (30) machine shaft with vibratory drive motor (21) is connected, and the vibratory drive motor (21) is located in vibratory chamber (20), institute It states vibratory chamber (20) to be located in sedimentation basin (14), inclined tube damping spring is designed in the surrounding locular wall of the vibratory chamber (20) (19), gap (18) surrounding is fixed on above the inclined tube (13), the gap (18) is opened in sedimentation basin (14) Top, the top of the gap (18) are equipped with filter screen (17).

2. oscillatory type inclined-tube sedimentation tank according to claim 1, which is characterized in that the mud side plate (11) of scraping is equipped with more A perforate.

3. oscillatory type inclined-tube sedimentation tank according to claim 1, which is characterized in that the convex block (28) uses lead system Into.

4. oscillatory type inclined-tube sedimentation tank according to claim 1, which is characterized in that the vibratory chamber (20) is closed for one Triangle body space.

5. oscillatory type inclined-tube sedimentation tank according to claim 1, which is characterized in that the filter screen (17) can for cuboid The aluminum metal mesh of drawing and pulling type.