CN205057658U

CN205057658U - Be used for thick separating mechanism of filterable metal fillings of lathe

Info

Publication number: CN205057658U
Application number: CN201520856374.3U
Authority: CN
Inventors: 林佳辉; 金济民
Original assignee: Zhejiang Institute of Mechanical and Electrical Engineering Co Ltd
Current assignee: Zhejiang Institute of Mechanical and Electrical Engineering Co Ltd
Priority date: 2015-10-29
Filing date: 2015-10-29
Publication date: 2016-03-02
Anticipated expiration: 2025-10-29

Abstract

The utility model provides a be used for thick separating mechanism of filterable metal fillings of lathe includes the carriage, establish the airtight frame in the carriage, be equipped with the cylinder in the airtight frame, the cylinder diapire is for leaking hopper -shaped, it has a set of through -hole to open on the cylinder circumference wall, be fixed with the filter screen that is used for airtight each through -hole on the cylinder, the antetheca of airtight frame is for leaking hopper -shaped, the antetheca center of airtight frame is fixed with discharging pipe no. 2, airtight frame is through fixing the servo motor drive on the carriage, the cylinder is through fixing two drives of servo motor on airtight frame, a rotary joint fixed part is fixed with intake pipe no. 1, be fixed with solenoid valve no. 2 in the intake pipe no. 1. The utility model discloses structural design is ingenious, reasonable, utilizes lathe lateral part fixed mounting solid - liquid separation mechanism to carry out effectual recovery and recycles, and the effectual filter screen of having guaranteed can not be by easy jam, and worth popularization is quoted.

Description

For the metal fillings crude separation mechanism that lathe filters

Technical field

The utility model relates to plant equipment, particularly relates to a kind of metal fillings crude separation mechanism of filtering for lathe.

Background technology

At present, lathe is in cutting, milling, the workpiece utilizing cutting fluid to align work in-process is needed to carry out cooling processing during mill high rigidity workpiece material, also the effect of lubrication cutter is played, owing to containing a large amount of metal fillings in cutting fluid, it is a more time-consuming and expensive thing that cutting fluid and metal fillings are separated, so most of factory is for the cutting fluid with metal fillings produced, unified collecting is placed in bucket, transport to disposal centre to carry out unifying process, not only effectively can not be collected in utilization to cutting fluid, but also need to disposal centre handling, add entreprise cost, reduce Competitive Products.

Utility model content

The utility model will solve above-mentioned prior art Problems existing, provides a kind of metal fillings crude separation organizational separation mechanism of filtering for lathe, effective recycling, more environmental protection.

The utility model solves the technical scheme that its technical problem adopts: this metal fillings crude separation organizational separation mechanism for lathe filtration comprises carriage, be located at the airtight frame in carriage, the left and right sides of airtight frame is fixed with rotating shaft one and rotating shaft two, rotating shaft one and rotating shaft two are all fixed on carriage by bearing with spherical outside surface of usheing to seat, cylinder is provided with in airtight frame, the upper and lower side of cylinder is fixed with rotating shaft three and rotating shaft four, rotating shaft three and rotating shaft four are all fixed on airtight frame by bearing with spherical outside surface of usheing to seat, cylinder diapire is funnel-form, roll circumference wall has one group of through hole, cylinder is fixed with the filter screen for airtight each through hole, rotating shaft one is hollow tube, the sidewall of carriage is fixed with support one, support one is fixed with swivel joint one, the fixed part of swivel joint one is fixed on support one and the rotating part of swivel joint one is connected with rotating shaft one and is connected, rotating shaft three is hollow tube, the roof of airtight frame is fixed with support two, support two is fixed with swivel joint two, the fixed part of swivel joint two is fixed on support two and the rotating part of swivel joint two is connected with rotating shaft three and is connected, rotating shaft four is hollow tube, the diapire of airtight frame is fixed with support three, support three is fixed with swivel joint three, the fixed part of swivel joint three is fixed on support three and the rotating part of swivel joint three is connected with rotating shaft four and is connected, the fixed part of swivel joint three is connected and is fixed with discharge nozzle one, discharge nozzle one is provided with magnetic valve one, the antetheca of airtight frame is funnel-form, the antetheca center of airtight frame is fixed with discharge nozzle two, airtight frame is by being fixed on servomotor one driving on carriage, cylinder is by being fixed on servomotor two driving on airtight frame, swivel joint one fixed part is fixed with air inlet pipe one, air inlet pipe one is fixed with magnetic valve two.

The effect that the utility model is useful is: the utility model smart structural design, rationally, utilize lathe sidepiece to fixedly mount solid-liquid separation device and carry out effective recycling, effectively ensure that filter screen can not easily be blocked, be worthy to be popularized and quote.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is that in Fig. 1, airtight frame rotates the structural representation of 90 ° along A-A direction;

Fig. 3 is the enlarged diagram of part B in Fig. 1;

Fig. 4 is the enlarged diagram of C part in Fig. 1;

Fig. 5 is the enlarged diagram of D part in Fig. 1;

Fig. 6 is the enlarged diagram of E part in Fig. 1.

Description of reference numerals: carriage 1, airtight frame 2, rotating shaft one 2-2c, rotating shaft two 2-2d, cylinder 2-2e, rotating shaft three 2-2f, rotating shaft four 2-2g, support one 2-2h, swivel joint one 2-2i, support two 2-2j, swivel joint two 2-2k, filter screen 2-2m, support three 2-2n, swivel joint three 2-2p, discharge nozzle one 2-2q, magnetic valve one 2-2r, discharge nozzle two 2-2s, servomotor one 2-2t, servomotor two 2-2u, air inlet pipe one 2-2v, magnetic valve two 2-2w, gear one 2-2x, electronics protractor 2-2y, gear two 2-2z.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail:

With reference to accompanying drawing: the metal fillings crude separation organizational separation mechanism of filtering for lathe in the present embodiment comprises carriage 1, be located at the airtight frame 2 in carriage 1, the left and right sides of airtight frame 2 is fixed with rotating shaft one 2-2c and rotating shaft two 2-2d, rotating shaft one 2-2c and rotating shaft two 2-2d is fixed on carriage 1 by bearing with spherical outside surface of usheing to seat, cylinder 2-2e is provided with in airtight frame 2, cylinder 2-2e diapire is funnel-form, the upper and lower side of cylinder 2-2e is fixed with rotating shaft three 2-2f and rotating shaft four 2-2g, rotating shaft three 2-2f and rotating shaft four 2-2g is fixed on airtight frame 2 by bearing with spherical outside surface of usheing to seat, cylinder 2-2e circumferential wall has one group of through hole 2a-2e, cylinder 2-2e is fixed with the filter screen 2-2m for airtight each through hole 2a-2e, rotating shaft one 2-2c is hollow tube, the sidewall of carriage 1 is fixed with support one 2-2h, support one 2-2h is fixed with swivel joint one 2-2i, the fixed part of swivel joint one 2-2i is fixed on support one 2-2h and the rotating part of swivel joint one 2-2i is connected with rotating shaft one 2-2c and is connected, rotating shaft three 2-2f is hollow tube, the roof of airtight frame 2 is fixed with support two 2-2j, support two 2-2j is fixed with swivel joint two 2-2k, the fixed part of swivel joint two 2-2k is fixed on support two 2-2j and the rotating part of swivel joint two 2-2k is connected with rotating shaft three 2-2f and is connected, rotating shaft four 2-2g is hollow tube, the diapire of airtight frame 2 is fixed with support three 2-2n, support three 2-2n is fixed with swivel joint three 2-2p, the fixed part of swivel joint three 2-2p is fixed on support three 2-2n and the rotating part of swivel joint three 2-2p is connected with rotating shaft four 2-2g and is connected, the fixed part of swivel joint three 2-2p is connected and is fixed with discharge nozzle one 2-2q, discharge nozzle one 2-2q is provided with magnetic valve one 2-2r, the antetheca of airtight frame 2 is funnel-form, the antetheca center of airtight frame 2 is fixed with discharge nozzle two 2-2s, airtight frame 2 is driven by servomotor one 2-2t be fixed on carriage 1, cylinder 2-2e is driven by servomotor two 2-2u be fixed on airtight frame 2, the fixed part of swivel joint one 2-2i is fixed with air inlet pipe one 2-2v, air inlet pipe one 2-2v is fixed with magnetic valve two 2-2w

Although the utility model has illustrated by reference to preferred embodiment and has described, those skilled in the art should understand, and in the scope of claims, can do the various change in form and details.

Claims

1. a metal fillings crude separation organizational separation mechanism of filtering for lathe, comprise carriage (1), be located at the airtight frame (2) in carriage (1), it is characterized in that: the left and right sides of described airtight frame (2) is fixed with rotating shaft one (2-2c) and rotating shaft two (2-2d), described rotating shaft one (2-2c) and rotating shaft two (2-2d) are all fixed on carriage (1) by bearing with spherical outside surface of usheing to seat, cylinder (2-2e) is provided with in described airtight frame (2), described cylinder (2-2e) diapire is funnel-form, the upper and lower side of described cylinder (2-2e) is fixed with rotating shaft three (2-2f) and rotating shaft four (2-2g), described rotating shaft three (2-2f) and rotating shaft four (2-2g) are all fixed on airtight frame (2) by bearing with spherical outside surface of usheing to seat, described cylinder (2-2e) circumferential wall has one group of through hole (2a-2e), described cylinder (2-2e) is fixed with the filter screen (2-2m) for airtight each through hole (2a-2e), described rotating shaft one (2-2c) is hollow tube, the sidewall of described carriage (1) is fixed with support one (2-2h), described support one (2-2h) is fixed with swivel joint one (2-2i), the fixed part of described swivel joint one (2-2i) is fixed on the upper and rotating part of swivel joint one (2-2i) of support one (2-2h) and connects with rotating shaft one (2-2c) and be connected, described rotating shaft three (2-2f) is hollow tube, the roof of described airtight frame (2) is fixed with support two (2-2j), described support two (2-2j) is fixed with swivel joint two (2-2k), the fixed part of described swivel joint two (2-2k) is fixed on the upper and rotating part of swivel joint two (2-2k) of support two (2-2j) and connects with rotating shaft three (2-2f) and be connected, described rotating shaft four (2-2g) is hollow tube, the diapire of described airtight frame (2) is fixed with support three (2-2n), described support three (2-2n) is fixed with swivel joint three (2-2p), the fixed part of described swivel joint three (2-2p) is fixed on the upper and rotating part of swivel joint three (2-2p) of support three (2-2n) and connects with rotating shaft four (2-2g) and be connected, the fixed part of described swivel joint three (2-2p) is connected and is fixed with discharge nozzle one (2-2q), described discharge nozzle one (2-2q) is provided with magnetic valve one (2-2r), the antetheca of described airtight frame (2) is funnel-form, the antetheca center of described airtight frame (2) is fixed with discharge nozzle two (2-2s), described airtight frame (2) is driven by the servomotor one (2-2t) be fixed on carriage (1), described cylinder (2-2e) is driven by the servomotor two (2-2u) be fixed on airtight frame (2), the fixed part of described swivel joint one (2-2i) is fixed with air inlet pipe one (2-2v), described air inlet pipe one (2-2v) is fixed with magnetic valve two (2-2w).