CN203079154U

CN203079154U - Rotor loading device

Info

Publication number: CN203079154U
Application number: CN 201320088211
Authority: CN
Inventors: 梁小芬; 王淼; 陈志来; 黄义
Original assignee: NANJING PRIDE TECHNOLOGY Co Ltd
Current assignee: Csic Pride(nanjing)intelligent Equipment System Co ltd
Priority date: 2013-02-27
Filing date: 2013-02-27
Publication date: 2013-07-24
Anticipated expiration: 2023-02-27

Abstract

The utility model relates to a rotor loading device, and belongs to the technical field of a rotor loading device at rotor hot shrinkage work position of a compressor assembly line. The rotor loading device comprises a plurality of slides arranged side by side, wherein a slide shape adjusting baffle is arranged in each slide; a rotor stop mechanism is arranged above the exit end of the slide; and a bracket and a rotor shifting mechanism are arranged in front of the exit end of the slide. The rotor loading device provided by the utility model has the advantages of simple structure, stable production cycle, and high production efficiency, can realize automatic rotor loading and effectively lower the production cost, and is suitable for loading different specifications of rotors.

Description

A kind of rotor feeding device

Technical field

The utility model relates to the automatic charging technology in the compressor assembling line, specifically is a kind of technical field of rotor feeding device of compressor rotor hot jacket station.

Background technology

On general compressor assembling line, material process all is by manually rotor is placed on the slideway that can store 5 left and right sides rotors temporarily in the heating of rotor, then rotor is sent in the heating furnace, this material loading station needs the special messenger to be responsible for, operating personal need ceaselessly carry out material loading, labour intensity is big, and production efficiency is lower.

Summary of the invention

The purpose of this utility model just provides a kind of simple in structure, can realize the rotor automatic charging, and productive temp is stable, production efficiency height, the rotor feeding device that commonality is good.

The technical solution of the utility model is as follows: a kind of rotor feeding device, comprise the slideway that several are placed side by side, slideway accent type baffle plate is set in each slideway, slideway exit end top is provided with the retaining rotor mechanism, slideway exit end the place ahead is provided with carriage, dial rotor mechanism, described retaining rotor mechanism comprises positive stop, backstop, first cylinder, second cylinder, first cylinder is connected with positive stop, second cylinder is connected with backstop, described group of rotor mechanism comprises several groups plate, adapter plate, the 3rd cylinder, four-cylinder, dial plate and be arranged on the adapter plate the 3rd cylinder, four-cylinder is connected with adapter plate.

Slideway of the present utility model is the U shaped steel spare of upper shed, smooth surface, slideway tilt to place and with the angle of horizontal surface be 3 °～6 °.

The spacing of of the present utility model group of plate is the width of slideway, and the quantity of dialling plate is identical with the quantity of slideway.

The utility model working process is as follows: 1. get the raw materials ready: at first according to the specification of different rotor, adjust slideway accent type baffle plate, make the width of slideway suitable, then the rotor of some column types is put into each slideway respectively in turn, because of slideway tilts and smooth surface, rotor is tailed down in turn, being kept off rotor mechanism when rotor arrives the exit end of each slideway blocks, the positive stop of retaining rotor mechanism stops first rotor in each slideway, backstop stops second rotor in each slideway, the position that backstop stops is above first rotor and second rotor cylindrical tangent line, and be lower than the tip circle height of second rotor, guarantee that positive stop lets pass behind first rotor, second rotor can and then not roll down.

2. put rotor: first cylinder moving, drive the positive stop upward movement, first rotor in each slideway tumbles on the carriage in slideway exit end the place ahead along the slideway direction, and the rotor that falls is arranged on carriage in turn.

3. dial rotor: the 3rd cylinder moving, driving group plate moves to the slideway exit end, move when being inserted into the rear of dropping on cooresponding rotor on the carriage when dialling plate, the 3rd cylinder stop motion, the four-cylinder setting in motion, driving group plate moves to the heating furnace end along carrier direction, each is dialled, and cooresponding rotor moves on the plate promotion carriage, a rotor of the most close heating furnace end is dialled in the heating furnace, other rotors are mobile phase distance together on carriage in turn, the 3rd cylinder, four-cylinder are done counter motion in proper order subsequently, make group plate return to initial position.Dial rotor mechanism and repeat to dial the rotor action, the rotor on carriage is all dialled in the heating furnace.

The carriage upper rotor part is all dialled in the process of heating furnace at group rotor mechanism, first cylinder is done counter motion, positive stop moves down, block the exit end of each slideway, second cylinder moving, the drive backstop moves up, rotor in each slideway rolls forward, and second rotor in each slideway becomes first rotor, and the 3rd rotor becomes second rotor, the second cylinder counter motion, the drive backstop moves down, and blocks second rotor, after confirming that the carriage upper rotor part is all dialled in the heating furnace, the utility model begins to repeat the above-mentioned rotor of putting, dial the working process of rotor, reach the purpose of rotor automatic charging.

The utility model is simple in structure, can realize the rotor automatic charging, and productive temp is stable, and the production efficiency height is applicable to the rotor material loading of different size to effectively reduce productive costs.

Description of drawings

Fig. 1 is a kind of structural representation of the present utility model.

Fig. 2 is the birds-eye view of Fig. 1.

Wherein: 1. slideway, 2. slideway accent type baffle plate, 3. retaining rotor mechanism, 4. carriage, 5. group rotor mechanism, 301. positive stops, 302. backstops, 303. first cylinders, 304. second cylinders, the 501. groups of plates, 502. adapter plates, 503. the 3rd cylinders, 504. four-cylinders.

The specific embodiment

Below in conjunction with accompanying drawing the technical solution of the utility model is elaborated.

As shown in Figure 1 and Figure 2, a kind of rotor feeding device comprises 5 slideways of placing side by side 1, and slideway accent type baffle plate 2 is set in each slideway 1, and slideway 1 exit end top is provided with retaining rotor mechanism 3, and slideway 1 exit end the place ahead is provided with carriage 4, dials rotor mechanism 5.

Retaining rotor mechanism 3 of the present utility model comprises that positive stop 301, backstop 302, first cylinder 303, second cylinder, 304, the first cylinders 303 are connected with positive stop 301, and second cylinder 304 is connected with backstop 302.

Of the present utility model group of rotor mechanism 5 comprises that 5 groups of plates 501, adapter plate 502, the 3rd cylinder 503,504,5 groups of plates 501 of four-cylinder are arranged on the adapter plate 502, and the 3rd cylinder 503, four-cylinder 504 are connected with adapter plate 502.

Slideway 1 of the present utility model is the U shaped steel spare of upper shed, smooth surface, slideway 1 tilt to place and with the angle of horizontal surface be 3 °～6 °.

5 spacings of dialling plate 501 of the present utility model are the width of slideway 1, and the quantity of dialling plate is identical with the quantity of slideway.

The utility model working process is as follows:

1. get the raw materials ready: at first according to the specification of different rotor, adjust slideway accent type baffle plate 2, make the width of slideway 1 suitable, then the rotor of some column types is put into 5 slideways 1 respectively in turn, because of slideway 1 tilts and smooth surface, rotor rolls down along slideway 1 in turn, being kept off rotor mechanism 3 when rotor arrives the exit end of each slideway 1 blocks, the positive stop 301 of retaining rotor mechanism 3 stops first rotor in each slideway 1, backstop 302 stops second rotor in each slideway 1, the position that backstop 302 stops is above first rotor and second rotor cylindrical tangent line, and be lower than the tip circle height of second rotor, after guaranteeing positive stop 301 first rotors of clearance, second rotor can and then not roll down.

2. put rotor: 303 motions of first cylinder, drive positive stop 301 upward movements, 5 slideway 1 first interior rotors tumble on the carriage 4 in slideway 1 exit end the place ahead along slideway 1 direction, and the rotor that falls is arranged on carriage 4 in turn.

3. dial rotor: 503 motions of the 3rd cylinder, driving 5 groups of plates 501 moves to slideway 1 exit end, dial plates 501 and move when being inserted into the rear of dropping on cooresponding 5 rotors on the carriage 4 when 5,503 stop motions of the 3rd cylinder, four-cylinder 504 setting in motions, driving group plate 501 moves to the heating furnace end along carriage 4 directions, each is dialled, and cooresponding rotor moves on the plate 501 promotion carriages 4, a rotor of the most close heating furnace end is dialled in the heating furnace, other rotors are mobile phase distance together on carriage 4 in turn, the 3rd cylinder 503 subsequently, four-cylinder 504 orders are done counter motion, make group plate 501 return to initial position.Dial rotor mechanism 5 and repeat 4 times groups of rotor actions again, 5 rotors on carriage 4 are all dialled in the heating furnace.

The carriage upper rotor part is all dialled in the process of heating furnace at group rotor mechanism, first cylinder 303 is done counter motion, positive stop 301 moves down, block the exit end of 5 slideways 1,304 motions of second cylinder, driving backstop 302 moves up, rotor in each slideway 1 rolls forward, second rotor in each slideway 1 becomes first rotor, the 3rd rotor becomes second rotor, 304 counter motions of second cylinder, drive backstop 302 and move down, block second rotor, after confirming that the carriage upper rotor part is all dialled in the heating furnace, the utility model begins to repeat the above-mentioned rotor of putting, dial the working process of rotor, reach the purpose of rotor automatic charging.

Claims

1. rotor feeding device, comprise the slideway that several are placed side by side, it is characterized in that: slideway accent type baffle plate is set in each slideway, slideway exit end top is provided with the retaining rotor mechanism, slideway exit end the place ahead is provided with carriage, dial rotor mechanism, described retaining rotor mechanism comprises positive stop, backstop, first cylinder, second cylinder, first cylinder is connected with positive stop, second cylinder is connected with backstop, described group of rotor mechanism comprises several groups plate, adapter plate, the 3rd cylinder, four-cylinder, dial plate and be arranged on the adapter plate the 3rd cylinder, four-cylinder is connected with adapter plate.

2. rotor feeding device according to claim 1 is characterized in that: described slideway is the U shaped steel spare of upper shed, smooth surface, slideway tilt to place and with the angle of horizontal surface be 3 °～6 °.

3. rotor feeding device according to claim 1 is characterized in that: the spacing of described group of plate is the width of slideway, and the quantity of dialling plate is identical with the quantity of slideway.