CN208960144U - A kind of spray room sludge seperator - Google Patents

Abstract

The utility model discloses a kind of spray room sludge seperators, including base, casing, rotary drum and driving device, cover is installed on the casing, a feed pipe is connected on the cover, the rotary drum is driven by the driving device, the driving device is mounted on the base, barrel is installed in the rotary drum, it is detachable on the barrel that lip ring is installed, the synchronization baffle of at least one is installed, the signal generator that sludge is filled in the barrel can be detected by being equipped on the synchronous baffle on the lip ring.By the way that several synchronous baffles are arranged on lip ring, so that barrel is divided into several regions by synchronous baffle, so that internal solid and liquid are easier synchronous rotary in such region when barrel high speed rotation, avoid generating water wave and rotary drum high vibration.This information can be fed back in barrel after sludge collection, remind worker to clear up in time by signal generator.

Description

A kind of spray room sludge seperator

Technical field

The utility model relates to a kind of spray room sludge seperators.

Background technique

During spray room work, the waste water needs of generation are handled in time, avoid the sludge in waste water from precipitating attached On related device surface.More environmental protection is effectively added in waste water and sludge can be made to condense in the method for processing waste water at present Medicament after, be sent to spray wind sludge seperator in be separated by solid-liquid separation.Existing spray room sludge seperator during the work time, Because the speed of sludge and water under high-speed rotation is inconsistent, so that spray room sludge seperator generation vibration and noise, and It in closed barrel, can not learn whether sludge has been collected completely, cleaning can only be opened after fixed time period, is often occurred Sludge is not collected full or collects the case where machine still works when completely, this is by the working efficiency that will affect machine and increases work The workload of people.

Utility model content

In order to overcome the above-mentioned deficiencies of the prior art, the utility model provides a kind of spray room sludge seperator.

In order to achieve the above objectives, the technical scheme adopted by the utility model to solve the technical problem is as follows:

A kind of spray room sludge seperator, including base, casing, rotary drum and driving device are equipped with cover on the casing, A feed pipe is connected on the cover, the rotary drum is driven by the driving device, and the driving device is mounted on the machine On seat, devil liquor recovery chamber is formed between the casing and the rotary drum, the side of the casing is equipped with leakage fluid dram, in the rotary drum Barrel is installed, it is detachable on the barrel that lip ring is installed, the synchronous gear of at least one is installed on the lip ring Plate, the synchronous baffle are narrow wide plate, and sludge collection in the barrel can be detected by being equipped on the synchronous baffle Full signal generator.

Beneficial effect by adopting the above technical scheme is: by the way that several synchronous baffles are arranged on lip ring, so that synchronous Barrel is divided into several regions by baffle, thus when barrel high speed rotation, internal solid and liquid in such region more It is easy synchronous rotary, avoids generating water wave, causes high vibration so as to cause imbalance.The signal being arranged on synchronous baffle occurs This information can be fed back in barrel after sludge collection, remind worker to carry out cleaning barrel in time by device.

Preferably, told driving device includes motor and transmission device, the transmission device include: vertical drive shaft, from Dynamic Oil sucking device and axle bed, the axle bed periphery fitting are embedded in the casing and are fixedly mounted on the machine by its mounting portion On seat, the vertical drive shaft is mounted on the axle bed, and upper bearing (metal) and lower bearing are arranged on the vertical drive shaft, described The axle center of vertical drive shaft, which goes out, is equipped with oilhole, and the automatic oil suction device is located at the bottom end of the vertical drive shaft and is embedded in an oil In case, lubricating oil is housed in the fuel tank, the oilhole is connected to the automatic oil suction device, and the oilhole is in the vertical type transmission Axis upper end extension is gone out.

Beneficial effect by adopting the above technical scheme is: by installing automatic oil suction device in vertical drive shaft bottom, and Automatic oil suction device is immersed in fuel tank, when vertical drive shaft rotation, automatic oil suction device inhales lubricating oil from fuel tank Enter in the oilhole on vertical drive shaft, and lubricating oil allowed to flow up in oilhole, and from upper end flow out, thus to upper bearing (metal) into Row lubrication, then, lubricating oil flow down in the gap under the gravity of itself between axle bed and vertical drive shaft, from And lower bearing is lubricated, so that the lubricating step of vertical drive shaft can be automatically performed in whole work process, without artificial Manipulation.

Preferably, the automatic oil suction device includes axle sleeve and suction nozzle, and the bottom end of the vertical drive shaft is embedded in the axis In set, the oilhole includes transverse groove and longitudinal slot, and the longitudinal slot is located at the central axes of the transmission shaft, the transverse groove Positioned at the vertical drive shaft bottom end and run through the transmission shaft, the suction nozzle is located at the axle sleeve outer end, in the axle sleeve Portion is equipped with oil suction slot, is provided with sucker at the suction nozzle center, the sucker, the oil suction slot are connected to and are in the transverse groove The direction of same level bore, the sucker is consistent, extended surface and the vertical drive shaft of the oral area end face of the suction nozzle Axis is harmonious, and the suction nozzle quantity is three, and the suction nozzle is arranged with 120 angles at rotation, and the axle sleeve is equipped at least one Seal groove is embedded with sealing ring in the seal groove.

Beneficial effect by adopting the above technical scheme is: drive suction nozzle to rotate in oil liquid high speed by vertical drive shaft, Suction nozzle generates a thrust to oil, so that oil enters in suction nozzle under the reaction force of thrust, enters back into oil suction slot and feeding bank In.

Preferably, in the fuel tank be equipped with oil ga(u)ge and signaling switch, the oil ga(u)ge by lubricating cup and detection plate integrally connected and At, the weight of the lubricating cup is less than the weight of the detection plate, and the lubricating cup and the detection plate are rotationally connected with fuel tank internal, Oil return pipe is equipped with above the lubricating cup, the lubricating cup bottom is equipped with oil leak hole, and the bore of the oil leak hole is less than the oil return pipe Bore, the signaling switch is mounted on the fuel tank and is located above the detection plate, and the oral area of the oil return pipe is equipped with The sensor whether liquid flows, the sensor and the one PLC controlling terminal of signaling switch external connection can be detected.

Beneficial effect by adopting the above technical scheme is: use lever principle, it is oil-free or blocking when, synchronization oil return pipe The oil mass flowed into lubricating cup is less than the oil mass of oil leak hole outflow, so that lubricating cup can not be filled, so that lubricating cup weight is less than Detection plate part, lubricating cup upwarp, and detection plate is far from signaling switch.When without blocking or blocking smaller, oil can be filled in lubricating cup, so that Lubricating cup weight is greater than detection plate part, and lubricating cup pushes, and detection plate touches signaling switch, and signaling switch issues letter working properly Number.The time that lubricating oil in oil return pipe is begun to flow into is measured by sensor, and is detected drafting board touching together with by signaling switch Time feeds back to PLC controlling terminal together, and PLC controlling terminal compares normal lubricating cup and is filled with the required time, thus more accurate The case where intuitively being blocked in vent line.

Preferably, the barrel and the rotary drum are equipped with positioning device and limited post, and the positioning device includes positioning Be respectively equipped with rotary drum card slot and barrel card slot on handle, reseting elastic element and bayonet lock, rotary drum and barrel, the rotary drum card slot and Barrel card slot is with interfolded, and the position fixing handle upper end is leader, and the position fixing handle lower end is a positioning column, described fixed Position column passes through barrel and rotary drum, and the bayonet lock is installed on the positioning column bottom end, and the reseting elastic element is set in described fixed On the column of position, the reseting elastic element is a spring, is equipped with sleeve outside the spring.

Beneficial effect by adopting the above technical scheme is: during the installation process, holding handle for position fixing handle and passes through barrel Card slot and after turning an angle, barrel can be lifted by handle and is moved on rotary drum, then position fixing handle is rotated to Suitable position allows to across rotary drum card slot, then rotates by a certain angle so that bayonet lock is stuck under the action of return springs It above rotary drum, does not need to be installed by the way of other tools using bolt etc., so that the disassembly process of barrel is more convenient fast It is prompt.

It preferably, further include that machine occurs for signal, it includes infrared opposite-radiation inductor and buzzer, institute that machine, which occurs, for the signal Infrared opposite-radiation inductor twin type is stated in the synchronous baffle, and instruction can be transmitted wirelessly to the buzzer.

Beneficial effect by adopting the above technical scheme is: infrared emission inductor can be when sludge be filled with, it is easier to ground It detected, make a sound that worker is reminded to carry out cleaning barrel by buzzer.

Preferably, the rotary drum and the barrel bottom are convex, and the feed pipe protrudes into barrel at skewed, it is described into The lower end of expects pipe is parallel with the barrel bottom, and the shortest distance of the feed pipe away from the barrel is greater than the lip ring away from institute State the maximum distance of barrel.

Beneficial effect by adopting the above technical scheme is: rotary drum and barrel are designed to convex, compared to the smooth shape in bottom, The kinetic energy rejection from feed pipe outflow waste liquid can be reduced, to make it quickly complete synchronous rotary with rotary drum, and at feed pipe It when above-mentioned location status, will not immerse in waste liquid too much, reduce the resistance of waste liquid rotation.

Preferably, annular liquid barrier is installed, the annular liquid barrier is located at below the rotary drum on the axle sleeve.

Beneficial effect by adopting the above technical scheme is: from lip ring overflow waste liquid enter devil liquor recovery chamber when, because Its kinetic energy with higher, to have an impact to the mechanism in driving device, leads to so being easy to sputter in devil liquor recovery chamber The kinetic energy of waste liquid can effectively be consumed by crossing liquid barrier, settle out it quickly.

Preferably, the leakage fluid dram is pyramidal structure, and leakage fluid dram bottom end is flushed with the mounting portion of the axle sleeve.

Beneficial effect by adopting the above technical scheme is: pyramidal structure may make waste liquid to be easier to be discharged, and leakage fluid dram bottom It is clean that end flushes certifiable waste liquid discharge with axle sleeve mounting portion.

Preferably, the base is mounted on a moveable carriage.

Beneficial effect by adopting the above technical scheme is: base being mounted on moveable carriage, worker's moving machine is facilitated Device.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the schematic cross-sectional view of the utility model.

Fig. 2 is utility model works status diagram.

Fig. 3 is the automatic oil suction device schematic cross-sectional view of the utility model.

Fig. 4 is the transmission device schematic cross-sectional view of the utility model.

Fig. 5 is the positioning device schematic cross-sectional view of the utility model.

Fig. 6 is the fuel tank schematic cross-sectional view of the utility model.

The title of number and corresponding component represented by letter in figure:

1- feed pipe；2- leakage fluid dram, 3- casing；4- cover, 5- limited post；6- synchronizes baffle；7- annular liquid barrier；8- Mounting portion；9- base；10- motor；11- signaling switch；12- tightening nut；13- location nut；14- detection plate；15- rotation Axis；16- oil leak hole；17- lubricating cup；18- fuel tank；21- lower bearing；22- oilhole；The gap 23-；24- upper bearing (metal)；25- vertical type transmission Axis；26- outage；27- oil return pipe；28- axle bed ribs；29- upper end cover；31- axle sleeve；32- oil suction slot；33- transmission shaft； 34- oil flow direction；35- sealing ring；36- suction nozzle；37- longitudinal slot；38- transverse groove；The lower end 39- axle sleeve ribs 40- Lid；41- belt pulley；42- fuel tank；43- automatic oil suction device；50- moveable carriage；51- lip ring；52- handle；53- set Cylinder；54- barrel；55- rotary drum；56- bayonet lock；57- spring；58- positioning column；59- limit plate.

Specific embodiment

Combined with specific embodiments below, the content of the utility model is described in further detail:

In order to reach the purpose of this utility model, in a kind of embodiment of the utility model are as follows: a kind of spray room sludge point It disembarks, including base 9, casing 3, rotary drum 55 and driving device, cover 4 is installed on casing 3, a feed pipe is connected on cover 1,55 driven device of rotary drum driving, driving device is mounted on base 9, and devil liquor recovery chamber is formed between casing 3 and rotary drum 55, The side of casing 3 is equipped with leakage fluid dram 2, is equipped with barrel 54 in rotary drum 55, detachable on barrel 54 to be equipped with lip ring 51, The synchronization baffle 6 of at least one is installed, being equipped on synchronous baffle 6 can detect what sludge in barrel 54 was filled on lip ring 51 Signal generator.Beneficial effect by adopting the above technical scheme is: by the way that several synchronous baffles are arranged on lip ring, so that together It walks baffle and barrel is divided into several regions, avoid generating water wave, cause high vibration so as to cause imbalance, as shown in Fig. 2, working as When barrel high speed rotation, internal solid and liquid are easier synchronous rotary and are separated in such region, after separation Liquid fly out above lip ring.The signal generator being arranged on synchronous baffle, can be in barrel after sludge collection, will This information is fed back, and reminds worker to carry out cleaning barrel in time.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, driving device includes Motor 10 and transmission device, transmission device include: vertical drive shaft 25, automatic oil suction device 43 and axle bed, the fitting of axle bed periphery It is fixedly mounted on base 9 in insertion casing 3 and by its mounting portion 8, vertical drive shaft 25 is mounted on axle bed, vertical type transmission It is arranged with upper bearing (metal) 24 and lower bearing 21 on axis 25, gap 23, vertical drive shaft 25 are equipped between axle bed and vertical drive shaft 25 Axle center go out to be equipped with oilhole 22, automatic oil suction device 43 is located in the bottom end of vertical drive shaft 25 and one fuel tank 42 of insertion, fuel tank Lubricating oil is housed, oilhole 22 is connected to automatic oil suction device 43, and oilhole 22 is gone out in the top extension of upper bearing (metal) 24 in 42.Using upper The beneficial effect for stating technical solution is: by installing automatic oil suction device in vertical drive shaft bottom, and automatic oil suction device It is immersed in fuel tank, when vertical drive shaft rotation, automatic oil suction device sucks lubricating oil on vertical drive shaft from fuel tank Oilhole in, and lubricating oil is allowed to flow up in oilhole, and flow out from upper end, to be lubricated to upper bearing (metal), then, profit Lubricating oil flow down in the space under the gravity of itself between axle bed and vertical drive shaft, to be carried out to lower bearing Lubrication, so that the lubricating step of vertical drive shaft can be automatically performed in whole work process, without artificial manipulation.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, automatic oil suction device 43 include axle sleeve 31 and suction nozzle 36, and in axle sleeve 31, oilhole 22 includes transverse groove 38 and longitudinal direction for the bottom end of vertical drive shaft 25 Slot 37, longitudinal slot 37 are located at the central axes of vertical drive shaft 25, and transverse groove 38 is located at the bottom end of vertical drive shaft 25 and runs through Vertical drive shaft 25, suction nozzle 36 are located at 31 outer end of axle sleeve, are equipped with oil suction slot 32 inside axle sleeve 31, suction nozzle is provided with suction at 36 center Hole, sucker, oil suction slot 32 are connected to transverse groove 38 and in same level bores, 36 quantity of suction nozzle at least one, the court of sucker To consistent.Beneficial effect by adopting the above technical scheme is: driving suction nozzle to rotate in oil liquid high speed by vertical drive shaft, inhales Mouth generates a thrust to oil, so that oil enters in suction nozzle under the reaction force of thrust, enters back into oil suction slot and feeding bank.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, the oral area of suction nozzle 36 The extended surface of end face and the axis of vertical drive shaft 25 are harmonious, and 36 quantity of suction nozzle is three, and suction nozzle 36 is with 120 angles at rotary rowed Cloth, axle sleeve 31 are equipped at least one seal groove, and sealing ring 35 is embedded in seal groove, and the bore of oil suction slot 32 is greater than laterally The bore of slot 38 is equipped with axle sleeve ribs 39 between suction nozzle 36 and axle sleeve 31.Beneficial effect by adopting the above technical scheme is: with 120 angles are arranged at rotation, it is ensured that axle sleeve is more stable when rotated, is not easy to shake, while can also make the utility model Structure is stronger, and setting sealing ring can guarantee the leakproofness between axle sleeve and transmission shaft, makes lubricating oil will not be between the two Gap in flow out, avoid reduce working efficiency.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, it is equipped on axle bed Upper end cover 29 and lower cover 40, lower cover 40 are equipped with outage 26, and outage 26 is connected to an oil return pipe 27, and oil return pipe 27 connects Logical fuel tank 42.Beneficial effect by adopting the above technical scheme is: lubricating oil flows into fuel tank by oil return pipe after lubricated, completes one A circulation improves the utilization rate of lubricating oil.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, vertical drive shaft 25 It is driven by belt pulley 41, for belt pulley 41 between lower cover 40 and fuel tank 42, axle bed is equipped with axle bed ribs 28, vertical biography 25 upper and lower ends of moving axis are cased with gasket seal, and upper end cover 29 and lower cover 40 are equipped with seal groove, gasket seal and seal groove mistake It is full of cooperation.Beneficial effect by adopting the above technical scheme is: by belt pulley be arranged between lower cover and fuel tank, guarantee mechanism it Between will not generate interference, while facilitating and rotating vertical drive shaft, ribs guarantees that the stability of shaft base structure, sealing ring make Gap between axle bed and vertical drive shaft is closed, guarantees that lubricating oil will not leak.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, it is equipped in fuel tank 18 Oil ga(u)ge and signaling switch 11, oil ga(u)ge are formed by lubricating cup 17 and 14 integrally connected of detection plate, and the weight of lubricating cup 17 is less than detection plate 14 Weight, lubricating cup 17 and detection plate 14 be rotationally connected with inside fuel tank 18, and oil return pipe 27,17 bottom of lubricating cup are equipped with above lubricating cup 17 Portion is equipped with oil leak hole 16, and the bore of oil leak hole 16 is less than the bore of oil return pipe 27, and signaling switch 11 is mounted on fuel tank 18 and position Above detection plate 14.Beneficial effect by adopting the above technical scheme is: use lever principle, it is oil-free or blocking when, with for the moment The oil mass that the oil mass that oil return pipe flows into lubricating cup is less than oil leak hole outflow is carved, so that lubricating cup can not be filled, so that lubricating cup Weight is less than detection plate part, and lubricating cup upwarps, and detection plate is far from signaling switch.When without blocking or blocking smaller, oil can in lubricating cup It fills, so that lubricating cup weight is greater than detection plate part, lubricating cup is pushed, and detection plate touches signaling switch, and signaling switch issues work Normal signal.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that: the mouth of oil return pipe 27 Portion is equipped with the sensor that can record liquid flow time, sensor and one PLC controlling terminal of signaling switch external connection.Using above-mentioned skill The beneficial effect of art scheme is: measuring the time that lubricating oil in oil return pipe is begun to flow by sensor, and opens together with by signal The time for closing tested drafting board touching feeds back to PLC controlling terminal together, PLC controlling terminal compare normal lubricating cup be filled with it is required Time, to more accurately and visually see the case where blocking in vent line.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, on barrel and rotary drum Equipped with positioning device and limited post, positioning device includes position fixing handle, reseting elastic element and bayonet lock 56, is equipped on barrel 54 Rotary drum card slot and barrel card slot are respectively equipped on lip ring 51, rotary drum 55 and barrel 54, rotary drum card slot and barrel card slot are with staggeredly It stacks, position fixing handle upper end is leader 52, and lower end is a positioning column 58, and positioning column 58 passes through barrel 54 and rotary drum 55, bayonet lock 56 are installed on 58 bottom end of positioning column, and reseting elastic element is set on positioning column 58, and reseting elastic element is a spring 57, spring 57 outsides are equipped with sleeve 53.Beneficial effect by adopting the above technical scheme is: during the installation process, hand will be positioned by holding handle After handle passes through barrel card slot and turns an angle, barrel can be lifted by handle and be moved on rotary drum, then will positioning Rotatable handle allows to suitable position across rotary drum card slot, then rotates by a certain angle so that bayonet lock is in return springs It is stuck in above rotary drum under effect, does not need to be installed by the way of other tools using bolt etc., so that the disassembly process of barrel It is more convenient.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, machine packet occurs for signal Infrared opposite-radiation inductor and buzzer are included, infrared opposite-radiation inductor twin type is embedded in synchronous baffle, and can be transmitted wirelessly On instruction to buzzer.Beneficial effect by adopting the above technical scheme is: infrared emission inductor can be when sludge be filled with, more It easily detected, make a sound that worker is reminded to carry out cleaning barrel by buzzer.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, rotary drum 55 and barrel 54 bottoms are convex, and feed pipe 1 protrudes into barrel 54 at skewed, and the lower end of feed pipe 1 is parallel with 54 bottom of barrel, feed pipe 1 The shortest distance away from barrel 54 is greater than maximum distance of the lip ring 51 away from barrel.Beneficial effect by adopting the above technical scheme is: Rotary drum and barrel are designed to convex, compared to the smooth shape in bottom, can reduce the kinetic energy rejection from feed pipe outflow waste liquid, thus So that it is quickly completed synchronous rotary with rotary drum, and when feed pipe is in above-mentioned location status, will not immerse too much useless In liquid, the resistance of waste liquid rotation is reduced.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, it is equipped on axle sleeve Annular liquid barrier 7, annular liquid barrier 7 are located at 55 lower section of rotary drum.Beneficial effect by adopting the above technical scheme is: overflowing from lip ring Waste liquid out is when entering devil liquor recovery chamber, because of its kinetic energy with higher, so be easy to sputter in devil liquor recovery chamber, thus Mechanism in driving device is had an impact, the kinetic energy of waste liquid can be effectively consumed by liquid barrier, under keeping it quickly stable Come.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, leakage fluid dram 2 is cone Shape structure, and 2 bottom end of leakage fluid dram is flushed with the mounting portion 8 of axle sleeve.Beneficial effect by adopting the above technical scheme is: pyramidal structure Waste liquid may make to be easier to be discharged, and leakage fluid dram bottom end flushes certifiable waste liquid discharge with axle sleeve mounting portion completely.

In another embodiment of the utility model, remaining is consistent with the above, the difference is that, base 9 is mounted on On one moveable carriage 50.Beneficial effect by adopting the above technical scheme is: base being mounted on moveable carriage, work is facilitated People moves machine.

The above embodiments are only for explaining the technical ideas and features of the present invention, and its object is to allow be familiar with technique Personage can understand the content of the utility model and be implemented, do not limit the protection scope of the present invention, All equivalent change or modifications according to made by the spirit of the present invention essence, should all cover in the protection scope of the utility model It is interior.

Claims (10)

1. a kind of spray room sludge seperator, including base, casing, rotary drum and driving device, cover is installed on the casing, institute It states and is connected with a feed pipe on cover, the rotary drum is driven by the driving device, and the driving device is mounted on the base On, which is characterized in that devil liquor recovery chamber is formed between the casing and the rotary drum, the side of the casing is equipped with leakage fluid dram, Barrel is installed in the rotary drum, it is detachable on the barrel that lip ring is installed, at least one is equipped on the lip ring A synchronization baffle, the synchronous baffle are narrow wide plate, and the material can be detected by being equipped on the synchronous baffle The signal generator that sludge is filled in cylinder.

2. a kind of spray room sludge seperator according to claim 1, which is characterized in that the driving device include motor and Transmission device, the transmission device include: vertical drive shaft, automatic oil suction device and axle bed, the axle bed periphery fitting insertion It being fixedly mounted on the base in the casing and by its mounting portion, the vertical drive shaft is mounted on the axle bed, Upper bearing (metal) and lower bearing are arranged on the vertical drive shaft, the axle center of the vertical drive shaft, which goes out, is equipped with oilhole, described automatic Oil sucking device is located at the bottom end of the vertical drive shaft and is embedded in a fuel tank, and lubricating oil, the oilhole are housed in the fuel tank It is connected to the automatic oil suction device, the oilhole is gone out in vertical drive shaft upper end extension.

3. a kind of spray room sludge seperator according to claim 2, which is characterized in that the automatic oil suction device includes axis Set and suction nozzle, in the axle sleeve, the oilhole includes transverse groove and longitudinal slot, described vertical for the bottom end of the vertical drive shaft To slot position at the central axes of the transmission shaft, the transverse groove is located at the bottom end of the vertical drive shaft and through the transmission Axis, the suction nozzle are located at the axle sleeve outer end, oil suction slot are equipped with inside the axle sleeve, is provided with sucker at the suction nozzle center, institute State sucker, the oil suction slot is connected to the transverse groove and is in same level bore, the direction of the sucker is consistent, the suction The axis of the extended surface and the vertical drive shaft of the oral area end face of mouth is harmonious, and the suction nozzle quantity is three, and the suction nozzle is with 120 Angle is arranged at rotation, and the axle sleeve is equipped at least one seal groove, is embedded with sealing ring in the seal groove.

4. a kind of spray room sludge seperator according to claim 2, which is characterized in that be equipped with oil ga(u)ge and letter in the fuel tank Number switch, the oil ga(u)ge forms by lubricating cup and detection plate integrally connected, and the weight of the lubricating cup is less than the weight of the detection plate, The lubricating cup and the detection plate are rotationally connected with fuel tank internal, are equipped with oil return pipe above the lubricating cup, the lubricating cup bottom is set Have an oil leak hole, the bore of the oil leak hole is less than the bore of the oil return pipe, the signaling switch be mounted on the fuel tank and Above the detection plate, the oral area of the oil return pipe, which is equipped with, can detect the sensor whether liquid flows, the sensor With the one PLC controlling terminal of signaling switch external connection.

5. a kind of spray room sludge seperator according to claim 1, which is characterized in that set on the barrel and the rotary drum There are positioning device and limited post, the positioning device includes position fixing handle, reseting elastic element and bayonet lock, is divided on rotary drum and barrel Not She You rotary drum card slot and barrel card slot, with interfolded, the position fixing handle upper end is for the rotary drum card slot and barrel card slot Leader, the position fixing handle lower end are a positioning column, and the positioning column passes through barrel and rotary drum, and the bayonet lock is installed on described Positioning column bottom end, the reseting elastic element are arranged on the positioning column, and the reseting elastic element is a spring, the bullet Sleeve is equipped with outside spring.

6. a kind of spray room sludge seperator according to claim 1, which is characterized in that it further include that machine occurs for signal, it is described It includes infrared opposite-radiation inductor and buzzer that machine, which occurs, for signal, and the infrared opposite-radiation inductor twin type is embedded in the synchronization In baffle, and instruction can be transmitted wirelessly to the buzzer.

7. a kind of spray room sludge seperator according to claim 1, which is characterized in that the rotary drum and the barrel bottom Convex, the feed pipe protrudes into barrel at skewed, and the lower end of the feed pipe is parallel with the barrel bottom, the charging The shortest distance of the pipe away from the barrel is greater than maximum distance of the lip ring away from the barrel.

8. a kind of spray room sludge seperator according to claim 3, which is characterized in that be equipped with annular gear on the axle sleeve Liquid plate, the annular liquid barrier are located at below the rotary drum.

9. a kind of spray room sludge seperator according to claim 1, which is characterized in that the leakage fluid dram is pyramidal structure.

10. a kind of spray room sludge seperator according to claim 1, which is characterized in that it is removable that the base is mounted on one On dynamic trolley.