CN202329002U

CN202329002U - Degreaser

Info

Publication number: CN202329002U
Application number: CN2011204694795U
Authority: CN
Inventors: 王子安
Original assignee: SHANGHAI SANGJIN MECHANICAL DEVICE Ltd Co
Current assignee: SHANGHAI SANGJIN MECHANICAL DEVICE Ltd Co
Priority date: 2011-11-23
Filing date: 2011-11-23
Publication date: 2012-07-11
Anticipated expiration: 2021-11-23

Abstract

The utility model discloses a degreaser. The degreaser comprises an outer cylinder body, an electric motor V-belt wheel, an electric motor, a front hinge seat, a rear positioning seat, a supporting cross beam, a hanger spherical seat, a discharge hydraulic oil cylinder, a cushioning spring, a cushioning spring hanger, a cushioning spring seat, a base, a fixed inner container, a flange, a thrust ball bearing, an inner container seat, an aligning ball bearing, an internal bearing seat, a main shaft oil seal seat, a main shaft oil seal, a main shaft and a main shaft V-belt wheel. The degreaser disclosed by the utility has the advantages that one-time degreasing can be realized, thus the work intensity and the operation frequency of a worker can be reduced; and the production efficiency is high, and secondary pollution cannot be caused.

Description

A kind of oil remover

Technical field

The utility model belongs to the de-oiling technical field, particularly a kind of oil remover.

Background technology

The deoiler that uses at present needs artificial with week vanning (the securing member manufacturing enterprise special-purpose case that circulates; The interior object of its loading amount (600-800kg), the special-purpose hanging basket of the oil remover of in batches packing into hangs in and carries out de-oiling in the oil remover cylindrical shell; De-oiling hangs out the de-oiling tube with hanging basket after accomplishing; Discharging, its defective: 1.. once de-oiling loading amount is few, and material is loaded and unloaded in manual work in batches.2.. during because of artificial charging by batches, cause secondary pollution in operating process.3.. increase labor strength and operating frequency.4.. production efficiency is low, does not match with the scale enterprise utmost point.

Summary of the invention

The utility model main purpose is in order to address the above problem, a kind of disposable vast capacity de-oiling is provided, reduces labor strength and operating frequency, and production efficiency Gao Buhui to cause the oil remover of secondary pollution.

In order to achieve the above object; The technical scheme that the utility model provides is: a kind of oil remover, and it comprises outer cylinder body, motor vee-pulley, motor, preceding hinge seat, back positioning seat, supporting traverse, suspension rod spheric seating, discharging hydraulic jack, shock-proof spring, shock-proof spring suspension rod, shock-proof spring seat, base, fixedly inner bag, flange, thrust ball bearing, inner bag seat, self-aligning ball bearing, built-in bearing seat, main shaft oil seal seat, main shaft oil sealing, main shaft, main shaft vee-pulley; Four shock-proof spring seats are installed on the base; The top of shock-proof spring seat is provided with the suspension rod spheric seating; The shock-proof spring suspension rod is installed on the suspension rod sphere; Shock-proof spring is placed in outside the shock-proof spring suspension rod; The bracing frame of supporting traverse bottom is connected with shock-proof spring through the shock-proof spring division board; Positioning seat after being equipped with two on the supporting traverse, two preceding hinge seats and discharging hydraulic jack; Outer cylinder body places on the supporting traverse; Discharging hydraulic jack one end is connected with supporting traverse, and the other end is connected with outer cylinder body; Also be respectively equipped with two hinge axis and two locating shafts on the outer wall of outer cylinder body; Hinge axis is connected with preceding hinge seat; It is corresponding that the position is done in locating shaft and back location; Outer cylinder body below one side is communicated with flowline; Main shaft is installed in the outer cylinder body, and outer cylinder body is stretched out in the bottom of main shaft; The below of main shaft is connected with the main shaft vee-pulley; The main shaft of main shaft vee-pulley top is provided with the main shaft oil seal seat; The main shaft oil sealing is located in the main shaft oil seal seat; On the bottom surface built-in bearing seat is installed in the outer cylinder body; Built-in bearing seat upper and lower is separately installed with self-aligning ball bearing; The built-in bearing seat is connected with main shaft through self-aligning ball bearing; The main shaft top is equipped with flange; The top of built-in bearing seat is connected with flange through thrust ball bearing; Be connected with the inner bag seat on the flange; Fixedly inner bag is installed on the inner bag seat; Motor is installed in the outside of outer cylinder body; The below of motor is equipped with the motor vee-pulley; The motor vee-pulley is connected with the main shaft vee-pulley through the V-belt.

Motor vee-pulley, main shaft vee-pulley and the outside, V-belt are covered with the vee-pulley cover.

When the utility model uses; The utility model is installed in by the elevator; The hanging basket that when filling with substance is aimed at top (this moment, the utility model the was in low-speed running state 2-3rpm) elevator of the fixedly inner bag of the utility model with the feed opening of elevator continues the blanking while promoting; Walk to the upper limit until hanging basket, the utility model charging finishes.The elevator hanging basket begins to descend; The blanking chute resets, and the utility model begins to accelerate to working speed (370rpm) and presses setting program and accomplish de-oiling, after de-oiling finishes; The fixedly inner bag of the utility model gets into low-speed running (2-3rpm) again; Discharging hydraulic jack (double acting cylinder) is started working, and the outer cylinder body of the utility model is accomplished discharging by the piston rod jacking of discharging hydraulic jack and around 110 ° of preceding hinge seat upsets.Discharging finishes the piston rod of discharging hydraulic jack regains, and outer cylinder body resets, and gets into next work period de-oiling, and whole flow process is by PLC programming control automatically.

In whole de-oiling flow process, fixedly inner bag is that core component plays centrifugation, under the condition of running up; The object of band fluid is through high speed centrifugation; Fluid all separates object through the space on the wall around the fixing inner bag with fluid, the fluid after the separation is got rid of to outer cylinder body, discharges through flowline; Embedded transmission mechanism (being main shaft, built-in bearing seat, self-aligning ball bearing, thrust ball bearing and flange) places the inner bag seat inboard, and whole fixedly inner bag and object center of gravity are moved down, thereby has strengthened the security and stability of equipment operation; The four-footed bridge-type shockproof mechanism of being made up of shock-proof spring seat, shock-proof spring, division board, suspension rod spheric seating and supporting traverse effectively weakens the vibroseis elimination of equipment generation in service, avoids it that working environment is caused harmful effect and destruction; The outer cylinder body outer wall is provided with four semiaxis; Preceding two is hinge axis; Two of backs be locating shaft, and when the piston rod jacking of discharging hydraulic jack, outer cylinder body is around the hinge axis 110 ° of dischargings of overturning; When the piston rod of discharging hydraulic jack was regained, outer cylinder body opposite direction locating shaft after hinge axis resets fell into the back positioning seat.

Description of drawings:

Fig. 1: the structured flowchart of the utility model;

Fig. 2: the structural representation during the utility model discharging.

The specific embodiment:

Embodiment:

Like Fig. 1, shown in Figure 2: a kind of oil remover is characterized in that: this oil remover comprises outer cylinder body 1, motor vee-pulley 2, motor 3, preceding hinge seat 4, back positioning seat 5, supporting traverse 6, suspension rod spheric seating 7, discharging hydraulic jack 8, shock-proof spring 9, shock-proof spring suspension rod 10, shock-proof spring seat 11, base 12, fixedly inner bag 13, flange 14, thrust ball bearing 15, inner bag seat 16, self-aligning ball bearing 17, built-in bearing seat 18, main shaft oil seal seat 19, main shaft oil sealing 20, main shaft 21, main shaft vee-pulley 22; Four shock-proof spring seats 11 are installed on the base 12; The top of shock-proof spring seat 11 is provided with suspension rod spheric seating 7; Shock-proof spring 9 suspension rods are installed on the suspension rod sphere; Shock-proof spring 9 is placed in outside the shock-proof spring suspension rod 10; The bracing frame of supporting traverse 6 bottoms is connected with shock-proof spring 9 through shock-proof spring division board 24; Positioning seat 5, two preceding hinge seats 4 and discharging hydraulic jacks 8 after being equipped with two on the supporting traverse 6; Outer cylinder body 1 places on the supporting traverse 6; Discharging hydraulic jack 8 one ends are connected with supporting traverse 6, and the other end is connected with outer cylinder body 1; Also be respectively equipped with two hinge axis 26 and two locating shafts (not marking among the figure) on the outer wall of outer cylinder body 1; Hinge axis 26 is connected with preceding hinge seat 4; It is corresponding that the position is done in locating shaft and back location; Outer cylinder body 1 below one side is communicated with flowline; Main shaft 21 is installed in the outer cylinder body 1, and outer cylinder body 1 is stretched out in the bottom of main shaft 21; The below of main shaft 21 is connected with main shaft vee-pulley 22; The main shaft 21 of main shaft vee-pulley 22 tops is provided with main shaft oil seal seat 19; Main shaft oil sealing 20 is located in the main shaft oil seal seat 19; On the bottom surface built-in bearing seat 18 is installed in the outer cylinder body 1; Built-in bearing seat 18 upper and lowers are separately installed with self-aligning ball bearing 17; Built-in bearing seat 18 is connected with main shaft 21 through self-aligning ball bearing 17; Main shaft 21 tops are equipped with flange 14; The top of built-in bearing seat 18 is connected with flange 14 through thrust ball bearing 15; Be connected with inner bag seat 16 on the flange 14; Fixedly inner bag 13 is installed on the inner bag seat 16; Motor 3 is installed in the outside of outer cylinder body 1; The below of motor 3 is equipped with motor vee-pulley 2; Motor vee-pulley 2 is connected with main shaft vee-pulley 22 through the V-belt.

Motor vee-pulley 2, main shaft vee-pulley 22 and the outside, V-belt are covered with vee-pulley cover 23.

When the utility model uses; The utility model is installed in by the elevator; The hanging basket that when filling with substance is aimed at top (this moment, the utility model the was in low-speed running state 2-3rpm) elevator of the fixedly inner bag 13 of the utility model with the feed opening of elevator continues the blanking while promoting; Walk to the upper limit until hanging basket, the utility model charging finishes.The elevator hanging basket begins to descend; The blanking chute resets, and the utility model motor 3 drives fixedly inner bag begin to accelerate to working speed (370rpm) and press setting program and accomplish de-oiling, after de-oiling finishes; The fixedly inner bag 13 of the utility model gets into low-speed running (2-3rpm) again; Discharging hydraulic jack 8 (double acting cylinder) is started working, and the outer cylinder body 1 of the utility model is accomplished discharging by the piston rod jacking of discharging hydraulic jack 8 and around 110 ° of preceding hinge seat 4 upsets.Discharging finishes the piston rod of discharging hydraulic jack 8 regains, and outer cylinder body 1 resets, and gets into next work period de-oiling, and whole flow process is by PLC programming control automatically.

In whole de-oiling flow process; Fixedly inner bag 13 is that core component plays centrifugation; Under the condition of running up, the object of band fluid is through high speed centrifugation, and fluid all separates object in the space on the wall through fixing inner bag 13 all around with fluid; Fluid after the separation is got rid of to outer cylinder body 1, discharges through flowline; Embedded transmission mechanism (being main shaft, built-in bearing seat 18, self-aligning ball bearing 17, thrust ball bearing 15 and flange 14) places inner bag seat 16 inboards, and whole fixedly inner bag 13 and object center of gravity are moved down, thereby has strengthened the security and stability of equipment operation; The four-footed bridge-type shockproof mechanism of being made up of shock-proof spring seat 11, shock-proof spring 9, division board, suspension rod spheric seating 7 and supporting traverse 6 effectively weakens the vibroseis elimination of equipment generation in service, avoids it that working environment is caused harmful effect and destruction; Outer cylinder body 1 outer wall is provided with four semiaxis; Preceding two is hinge axis 26; Two of backs be locating shaft, and when the piston rod jacking of discharging hydraulic jack 8, outer cylinder body 1 is around the hinge axis 26 110 ° of dischargings of overturning; When the piston rod of discharging hydraulic jack 8 was regained, outer cylinder body 1 opposite direction locating shaft after hinge axis 26 resets fell into back positioning seat 5.

Claims

1. oil remover is characterized in that: this oil remover comprises outer cylinder body, motor vee-pulley, motor, preceding hinge seat, back positioning seat, supporting traverse, suspension rod spheric seating, discharging hydraulic jack, shock-proof spring, shock-proof spring suspension rod, shock-proof spring seat, base, fixedly inner bag, flange, thrust ball bearing, inner bag seat, self-aligning ball bearing, built-in bearing seat, main shaft oil seal seat, main shaft oil sealing, main shaft, main shaft vee-pulley; Four shock-proof spring seats are installed on the described base; The top of described shock-proof spring seat is provided with the suspension rod spheric seating; Described shock-proof spring suspension rod is installed on the described suspension rod sphere; Described shock-proof spring is placed in outside the described shock-proof spring suspension rod; The bracing frame of described supporting traverse bottom is connected with described shock-proof spring through the shock-proof spring division board; Positioning seat after being equipped with two on the described supporting traverse, two preceding hinge seats and discharging hydraulic jack; Described outer cylinder body places on the described supporting traverse; Described discharging hydraulic jack one end is connected with described supporting traverse, and the other end is connected with described outer cylinder body; Also be respectively equipped with two hinge axis and two locating shafts on the outer wall of described outer cylinder body; Described hinge axis is connected with described preceding hinge seat; Described locating shaft is corresponding with positioning seat position, described back; Described outer cylinder body below one side is communicated with flowline; In the described outer cylinder body main shaft is installed, and outer cylinder body is stretched out in the bottom of main shaft; The below of described main shaft is connected with described main shaft vee-pulley; The main shaft of described main shaft vee-pulley top is provided with the main shaft oil seal seat; Described main shaft oil sealing is located in the described main shaft oil seal seat; On the bottom surface built-in bearing seat is installed in the described outer cylinder body; Described built-in bearing seat upper and lower is separately installed with self-aligning ball bearing; Described built-in bearing seat is connected with described main shaft through self-aligning ball bearing; Described main shaft top is equipped with flange; The top of described built-in bearing seat is connected with described flange through thrust ball bearing; Be connected with the inner bag seat on the described flange; Described fixedly inner bag is installed on the inner bag seat; Described motor is installed in the outside of described outer cylinder body; The below of described motor is equipped with the motor vee-pulley; Described motor vee-pulley is connected with described main shaft vee-pulley through the V-belt.

2. oil remover according to claim 1 is characterized in that: described motor vee-pulley, main shaft vee-pulley and the outside, V-belt are covered with the vee-pulley cover.