CN202983980U

CN202983980U - Full-automatic oil coating mechanism

Info

Publication number: CN202983980U
Application number: CN 201320008080
Authority: CN
Inventors: 李晓晖; 郭语; 陈顺德; 时维元; 茅军
Original assignee: 金陵科技学院
Priority date: 2013-01-08
Filing date: 2013-01-08
Publication date: 2013-06-12

Abstract

The utility model discloses a full-automatic oil coating mechanism. The full-automatic oil coating mechanism comprises a transmission mechanism, a rotary mechanical arm and an oil tank, wherein a transmission belt of the transmission mechanism is formed on the front side of the rotary mechanical arm; the oil tank and a speed regulating motor of the transmission mechanism are formed at two sides of the rotary mechanical arm; one end of the transmission belt is sleeved on a rotary shaft of the speed regulating motor and is driven by the speed regulating motor; an approach switch and an electromagnet are formed in the middle of the transmission belt; the rotary mechanical arm comprises a pneumatic swinging table, a rotary table, a main vertical post, a cylinder, a direct-current motor, a lifting table, a guide shaft and an oil coating shaft; the rotary table is formed on the pneumatic swinging table; the main vertical post is formed on the rotary table; the cylinder is formed on the main vertical post; the lifting table and the guide shaft are formed at the lower part of the cylinder; the lifting table moves up and down along the guide shaft; the current-direct motor is formed in the lifting table; an output shaft of the direct-current motor is connected with the oil coating shaft through a coupler; and sponge is filled in the tail end of the oil coating shaft. The full-automatic oil coating mechanism can coat silicon oil on parts as required, thereby being especially applied to the production of the parts when being coated with silicon oil in a large scale.

Description

A kind of full-automatic oiling mechanism

Technical field

The utility model relates to automation oiling device field, particularly a kind of full-automatic oiling mechanism.

Background technology

Development along with society, quality requirement to part is more and more higher, therefore increasing piece surface has the technological requirement of smearing silicone oil, existing technique relies on craft fully, namely utilize the mode that needle tubing instils that silicone oil is instiled on the boss anchor ring, this way not only production efficiency is low, and cost of labor is high, and the oil film thickness uniformity after being difficult to guarantee to smear more can't be applicable to the extensive oiling production of part.

The utility model content

for above problem, the utility model is by a kind of full-automatic oiling mechanism of design, can automatically smear silicone oil to part as required processes, therefore be particularly suitable for smearing on a large scale in silicone oil production at part and use, the utility model provides a kind of full-automatic oiling mechanism, comprise connecting gear, rotary machine hand and oil groove, described connecting gear driving-belt is arranged on rotary machine hand front side, described oil groove and connecting gear buncher are arranged on rotary machine hand both sides, described driving-belt one end is sleeved in the buncher rotating shaft and is driven by buncher, described driving-belt middle part is provided with approach switch and electromagnet, described rotary machine hand comprises pneumatic setting a table, turntable, head tree, cylinder, direct current generator, lifting platform, the axis of guide and oiling axle, on described pneumatic setting a table, turntable is arranged, on described turntable, head tree is arranged, on described head tree, cylinder is arranged, lifting platform and the axis of guide are arranged at described cylinder bottom, described lifting platform moves up and down along the axis of guide, in described lifting platform, direct current generator is arranged, described direct current generator output shaft is connected with the oiling axle by shaft coupling, described oiling the tip of the axis is equipped with sponge.

As further improvement of the utility model, there is baffle plate described conveyer belt both sides, are used for the restriction workpiece around the rotation of self.

The utility model is a kind of full-automatic oiling mechanism, it adopts the PLC Single-chip Controlling, process by using the anthropomorphic work mode of rotary machine fingerprint to smear silicone oil to part, therefore can smear silicone oil to part as required fast and process, therefore be particularly suitable for smearing on a large scale in silicone oil production at part and use.

Description of drawings

Fig. 1 is the utility model front view;

Fig. 2 is the utility model side view;

Fig. 3 is the utility model top view;

1, oiling axle; 2, the axis of guide; 3, lifting platform; 4, cylinder; 5, head tree;

6, turntable; 7, pneumatic setting a table; 8, direct current generator; 9, oil groove; 10, conveyer belt;

11, electromagnet; 12, approach switch; 13, baffle plate; 14, buncher.

The specific embodiment

Below in conjunction with drawings and Examples, utility model is described in detail:

The utility model can automatically be smeared silicone oil to part as required and process by a kind of full-automatic oiling mechanism of design, therefore is particularly suitable for smearing on a large scale in silicone oil production at part using.

as a kind of specific embodiment of the utility model, the utility model provides schematic diagram a kind of full-automatic oiling mechanism as shown in Figure 3 in Fig. 1 Fig. 2, comprise connecting gear, rotary machine hand and oil groove 9, described connecting gear driving-belt 10 is arranged on rotary machine hand front side, described oil groove 9 and connecting gear buncher 14 are arranged on rotary machine hand both sides, described driving-belt 10 1 ends are sleeved in buncher 14 rotating shafts and are driven by buncher 14, workpiece is transported on conveyer belt 10 continuously from vibrating tray, there is baffle plate 13 described conveyer belt 10 both sides, be used for the restriction workpiece around the rotation of self, described driving-belt 10 middle parts are provided with approach switch 12 and electromagnet 11, whether approach switch 12 puts in place for detection of workpiece, then notification controller control electromagnet 11 stretches out the backing pin action, thereby with workspace limits in the oiling position, described rotary machine hand comprises pneumaticly sets a table 7, turntable 6, head tree 5, cylinder 4, direct current generator 8, lifting platform 3, the axis of guide 2 and oiling axle 1, described pneumatic setting a table has turntable 6 on 7, on described turntable 6, head tree 5 is arranged, on described head tree 5, cylinder 4 is arranged, lifting platform 3 and the axis of guide 2 are arranged at described cylinder 4 bottoms, described lifting platform 3 moves up and down along the axis of guide 2, in described lifting platform 3, direct current generator 8 is arranged, described direct current generator 8 output shafts are connected with oiling axle 1 by shaft coupling, when lifting platform 3 moves up and down, direct current generator 8 can drive oiling axle 1 and rotate around self axis, under pneumatic 7 the driving of setting a table, rotary machine hand integral body can be around head tree 5 central shaft rotations, thereby realize dipping in the switching of oil and two actions of oiling, the end of described oiling axle 1 is equipped with sponge and is used for oil suction.

First drive driving-belt 10 to Working position by buncher 14 during the utility model work, whether Working position this moment place approach switch 12 detects workpiece and puts in place, then notification controller control electromagnet 11 stretches out backing pin, thereby with workspace limits in the oiling position, the rotary machine hand by being rotated counterclockwise over against the location of workpiece to oil groove 9 tops, realizes dipping in the oil action under the driving of cylinder 4 afterwards; Manipulator dextrorotation afterwards goes to directly over the oiling position, realize the oiling action to workpiece under the driving of cylinder 4 and direct current generator 8, after oiling finishes, manipulator is got back to and is dipped in oil level and put and wait for that next workpiece arrives, electromagnet 11 contraction backing pins allow the workpiece of oiling continue motion with conveyer belt simultaneously, and whole system enters the oiling cycle of next workpiece.

The above; it is only preferred embodiment of the present utility model; be not to be the utility model to be done the restriction of any other form, and according to any modification or equivalent variations that technical spirit of the present utility model is done, still belong to the utility model scope required for protection.

Claims

1. full-automatic oiling mechanism, comprise connecting gear, rotary machine hand and oil groove (9), it is characterized in that: described connecting gear driving-belt (10) is arranged on rotary machine hand front side, described oil groove (9) and connecting gear buncher (14) are arranged on rotary machine hand both sides, described driving-belt (10) one ends are sleeved in buncher (14) rotating shaft and are driven by buncher (14), described driving-belt (10) middle part is provided with approach switch (12) and electromagnet (11), described rotary machine hand comprises pneumatic setting a table (7), turntable (6), head tree (5), cylinder (4), direct current generator (8), lifting platform (3), the axis of guide (2) and oiling axle (1), turntable (6) is arranged on described pneumatic setting a table (7), head tree (5) is arranged on described turntable (6), cylinder (4) is arranged on described head tree (5), lifting platform (3) and the axis of guide (2) are arranged at described cylinder (4) bottom, described lifting platform (3) moves up and down along the axis of guide (2), direct current generator (8) is arranged in described lifting platform (3), described direct current generator (8) output shaft is connected with oiling axle (1) by shaft coupling, the end of described oiling axle (1) is equipped with sponge.

2. a kind of full-automatic oiling mechanism according to claim 1 is characterized in that: there is baffle plate (13) described conveyer belt (10) both sides.