CN204606980U - An automatic connection, conveying and turning device for motor rotor assembly and conveying - Google Patents

Abstract

The utility model discloses an automatic connection carries turning device for electric motor rotor equipment is carried, which comprises a frame, its technical scheme's main points are the roll-over stand that is equipped with the horizontal upset of frame relatively in the frame, be equipped with the upset actuating mechanism of drive roll-over stand upset between frame and the roll-over stand, be equipped with the connection conveying mechanism who overturns along with it and bear the equipment conveyor of carrying electric motor rotor and communicating machine frame both sides on the roll-over stand, connect conveying mechanism include down connect conveying mechanism and with be connected the last conveying mechanism that connects that conveying mechanism opened and shut in opposite directions down, be equipped with on the roll-over stand and promote to connect conveying mechanism direction reciprocating motion and centre gripping electric motor rotor's push-and-pull mechanism downwards. The utility model provides an automatic connection carries turning device is carried in electric motor rotor equipment, the connection conveying mechanism that utilizes to reciprocate comes centre gripping electric motor rotor to it has improved efficiency in the middle of placing it in the roll-over stand that can overturn, brings the convenience for production.

Description

An automatic connection, conveying and turning device for motor rotor assembly and conveying

【Technical field】

The utility model relates to an automatic connection conveying turning device for motor rotor assembly and conveying.

【Background technique】

During the motor assembly process, the internal rotors need to be installed and positioned one by one to ensure the stable operation of the motor. For some large motors, because of their large size and mass, it is inconvenient to pick and place. During the installation and positioning of the internal rotor, the motor needs to be turned over. Although ordinary lifting equipment can lift the motor, it needs to bind or fix the positioned rotor during the flipping process. The operation procedure is complicated, time-consuming and labor-intensive, and it is prone to rotor misalignment. There is an urgent need for a Equipment can improve existing conditions.

【Content of invention】

The purpose of the utility model is to overcome the deficiencies in the prior art, to provide an automatic connecting and conveying overturning device for motor rotor assembly and transportation, which uses a connecting and conveying mechanism that can move up and down to clamp the motor rotor, and put it on a reversible overturning device. In the middle of the frame, it can be flipped quickly, suitable for the assembly of motor rotors of different sizes, and the motor rotor can be quickly transferred by using the connecting conveyor flip device, which improves the efficiency and brings great convenience to production.

The utility model is achieved through the following technical solutions:

An automatic connection, conveying and turning device for motor rotor assembly and transportation, including a frame, characterized in that: the frame is provided with a turning frame that can be turned horizontally relative to the frame, and the frame and the turning An overturning drive mechanism is provided between the racks to drive the overturning of the overturning rack, and the overturning rack is provided with a connecting conveying mechanism that flips over and carries the rotor of the conveying motor and communicates with the assembly conveying devices on both sides of the frame. The connecting conveying mechanism includes a lower connecting conveying mechanism and an upper connecting conveying mechanism that opens and closes opposite to the lower connecting conveying mechanism. A push-pull mechanism that moves and clamps the motor rotor.

The above-mentioned automatic connection and transportation turning device for motor rotor assembly and transportation is characterized in that the turning frame includes runners carrying the connection and conveying mechanism, and the circumference of the runners is symmetrically arranged and fixed on the frame for A plurality of guide wheels supporting and guiding the running wheel to roll, a driving sprocket is also provided on the outer circumference of the running wheel, and the turning drive mechanism is connected with the driving sprocket through a driving chain to drive it to rotate.

The automatic connection, conveying and turning device for motor rotor assembly and conveying as described above is characterized in that the driving mechanism includes a motor mounted on the frame that can be rotated forward and backward and a sprocket driven by the motor. A sprocket is connected to the drive chain.

The above-mentioned automatic connection, conveying and turning device for motor rotor assembly and transportation is characterized in that the runners are parallel to each other and rotate synchronously, and are connected by a plurality of connecting rods, corresponding to the plurality of runners There are also multiple guide wheels.

The automatic connection, conveying and turning device for motor rotor assembly and conveying as described above is characterized in that the push-pull mechanism includes a push-pull base provided on the reversal frame, and the push-pull base is provided with a cylinder driven by an air cylinder or a hydraulic cylinder. The push plate that drives the upper connection conveying mechanism to move.

The above-mentioned automatic connecting and conveying overturning device for motor rotor assembly and transportation is characterized in that the lower connecting and conveying mechanism includes two lower connecting rails erected on the turning frame, and the two lower connecting rails are arranged between There are a plurality of lower conveying rollers parallel to each other and the rotation direction is perpendicular to the rolling direction of the turning frame. The lower connecting track is provided with a lower driving device capable of driving the rotation of the lower conveying rollers. The following conveying rollers are driven by a transmission chain.

The above-mentioned automatic connecting and conveying overturning device for motor rotor assembly and transportation is characterized in that the upper connecting and conveying mechanism includes two upper connecting rails erected on the push plate, and an upper connecting rail is arranged between the two upper connecting rails. There are a plurality of upper conveying rollers parallel to the lower conveying rollers, and an upper driving device capable of driving the upper conveying rollers to rotate is provided on the upper connecting track, passing between adjacent upper conveying rollers Drive chain drive.

Compared with the prior art, the utility model has the following advantages:

The utility model relates to an automatic connecting and conveying turning device for motor rotor assembly and transportation, which uses a connecting and conveying mechanism that can move up and down to clamp the motor rotor, so that it can keep the assembled part of the motor rotor in a stable position, and place it in the In the reversible reversing frame, quick reversing is realized, which simplifies and reduces the equipment scale and floor space, and is suitable for the assembly of motor rotors of different sizes, and can also use the connecting conveying mechanism to quickly transfer the motor rotor, saving time and effort, and ensuring operation accuracy At the same time, it improves the efficiency and brings great convenience to production.

【Description of drawings】

Fig. 1 is the schematic diagram of front view of the utility model;

Fig. 2 is a schematic side view of the utility model;

Fig. 3 is a schematic diagram of a top view of the utility model;

Fig. 4 is a schematic diagram of assembly of the utility model;

Fig. 5 is a schematic diagram of assembly of the utility model.

【Detailed ways】

An automatic connection, transportation and turning device for motor rotor assembly and transportation, including a frame 1, on which a turning frame 2 that can be turned horizontally relative to the frame 1 is provided, and the frame 1 and the An overturn drive mechanism 20 is provided between the overturning frames 2 to drive the overturning of the overturning frames 2, and the overturning frame 2 is provided with an assembly conveying device that turns over and carries the rotor of the conveying motor and communicates with both sides of the frame 1 4 of the connecting conveying mechanism 3, the connecting conveying mechanism 3 includes a lower connecting conveying mechanism 31 and an upper connecting conveying mechanism 32 that opens and closes opposite to the lower connecting conveying mechanism 31, and the turning frame 2 is provided with a The upper connecting conveying mechanism 32 reciprocates in the direction of the lower connecting conveying mechanism 31 and clamps the push-pull mechanism 33 of the motor rotor. Assembling the conveying device transfers the motor rotor to the connecting conveying mechanism, the upper connecting conveying mechanism is pushed by the push-pull mechanism, and the motor rotor is clamped together with the lower connecting conveying mechanism to position the motor rotor, and then the turning frame drives the connecting conveying mechanism and the motor The rotors are flipped 180 degrees horizontally together, and the push-pull mechanism drives the upper connecting conveying mechanism to move down to be at the same height as the assembled conveying device. After turning over, the motor rotor is moved out, and the turning frame drives the connecting conveying mechanism to rotate 180 degrees in the opposite direction, and continues to prepare for turning over The next motor rotor, this equipment replaces large-scale hoisting equipment, which is convenient and quick to operate, and the connecting conveying mechanism is connected with the assembly conveying device, which can facilitate the transfer of the motor rotor.

The turning frame 2 includes a runner 21 carrying and connecting the conveying mechanism 3, and the periphery of the runner 21 is symmetrically provided with a plurality of guide wheels 22 fixed on the frame 1 for supporting and guiding the runner 21 to roll. A drive sprocket 211 is also provided on the outer circumference of the runner 21, and the turning drive mechanism 20 is connected with the drive sprocket 211 through a drive chain 212 to drive it to rotate. The motor drives the drive sprocket on the outside of the runner to rotate through the drive chain, and drives the turning frame to rotate. Because the turning frame and the internal motor rotor are of high quality, the frame is equipped with limit and guiding guide wheels to ensure stable rotation.

The driving mechanism 20 includes a motor 201 arranged on the frame 1 and capable of reversing forward and backward, and a sprocket 202 driven by the motor 201 , and the sprocket 202 is connected with the driving chain 212 .

The runners 21 are parallel to each other and rotate synchronously and are connected by a plurality of connecting rods 23 , and there are also multiple guide wheels 22 corresponding to the runners 21 . A plurality of runners together form the frame of the turning frame, and the runners are connected by connecting rods.

The push-pull mechanism 33 includes a push-pull base 331 arranged on the turning frame 2 , and the push-pull base 331 is provided with a push plate 332 driven by an air cylinder or a hydraulic cylinder to drive the upper connection conveying mechanism 32 to move. The push-pull mechanism is fixed on the turning frame and turns over together with it, while the upper connection conveying mechanism is fixed on the push plate and moves together with it.

The lower connecting conveying mechanism 31 includes two lower connecting rails 310 erected on the overturning frame 2, between which two lower connecting rails 310 are provided with a plurality of tracks parallel to each other and whose rotation direction is the same as that of the overturning frame 2. The lower conveying roller 311 whose direction is vertical to the axial direction, the lower connecting track 310 is provided with a lower driving device 312 capable of driving the lower conveying roller 311 to rotate, and the adjacent lower conveying rollers 311 are driven by a transmission chain . The lower conveying roller and the lower driving device of the lower connecting conveying mechanism are fixed in the turning frame together and turned over synchronously.

The upper connecting conveying mechanism 32 includes two upper connecting rails 320 erected on the push plate 332, and a plurality of upper conveying rails 320 parallel to the lower conveying rollers 311 are arranged between the two upper connecting rails 320. Rollers 321, the upper connecting track 320 is provided with an upper driving device 322 capable of driving the upper conveying rollers 321 to rotate, and the adjacent upper conveying rollers 321 are driven by a transmission chain. The upper conveying roller and the upper driving device connected to the upper conveying mechanism are fixed on the push plate together, and they are turned over synchronously and moved together.

Claims (7)

1. the rotor assembling conveying conveying, turning device that is certainly dynamically connected, comprise frame (1), it is characterized in that: described frame (1) is provided with can the turning rack (2) of relatively described frame (1) flip horizontal, the turnover driving mechanism (20) that the turning rack (2) described in driving overturns is provided with between described frame (1) and described turning rack (2), described turning rack (2) is provided with and overturns with it and carry conveying rotor and be communicated with the connection conveying mechanism (3) of the assembling feedway (4) of described frame (1) both sides, described connection conveying mechanism (3) comprise lower connection conveying mechanism (31) and with the described lower upper connection conveying mechanism (32) being connected conveying mechanism (31) folding in opposite directions, described turning rack (2) is provided with and can promotes described upper connection conveying mechanism (32) and move back and forth to described lower connection conveying mechanism (31) direction and clamp the push-pull mechanism (33) of rotor.

2. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 1, it is characterized in that described turning rack (2) comprises the runner (21) of bearer connection conveying mechanism (3), described runner (21) periphery is arranged with and is fixed in described frame (1) for supporting and the described runner (21) that leads multiple track adjusting wheels (22) of rolling, described runner (21) excircle is also provided with drive sprocket (211), described turnover driving mechanism (20) to be connected with described drive sprocket (211) by chain drive-belt (212) and to drive it to rotate.

3. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 2, it is characterized in that described driver train (20) comprises that be located in described frame (1) can the motor (201) of rotating and the sprocket wheel (202) that driven by described motor (201), described sprocket wheel (202) is connected with described chain drive-belt (212).

4. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 2, it is characterized in that described runner (21) for be parallel to each other and synchronous axial system and by many connecting rods (23) connect multiple, the track adjusting wheel (22) corresponding with multiple described runner (21) is also multiple.

5. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 1, it is characterized in that described push-pull mechanism (33) comprises the push-and-pull base (331) be located on described turning rack (2), described push-and-pull base (331) is provided with by cylinder or Driven by Hydraulic Cylinder and drives the pushing plate (332) of described upper connection conveying mechanism (32) movement.

6. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 5, it is characterized in that described lower connection conveying mechanism (31) comprises two the lower joining rails (310) be set up on described turning rack (2), article two, be provided with many between described lower joining rails (310) to be parallel to each other and rotation direction vertical lower conveying roller (311) axial with the rotating direction of described turning rack (2), described lower joining rails (310) is provided with the lower actuating device (312) that described lower conveying roller (311) can be driven to rotate, by driving chain transmission between adjacent described lower conveying roller (311).

7. a kind of rotor assembling conveying conveying, turning device that is certainly dynamically connected according to claim 6, it is characterized in that described upper connection conveying mechanism (32) comprises the upper joining rails (320) of two of being set up on described pushing plate (332), article two, be provided with many upper conveying rollers (321) be parallel to each other with described lower conveying roller (311) between described upper joining rails (320), described upper joining rails (320) is provided with the upper actuating device (322) that described upper conveying roller (321) can be driven to rotate, by driving chain transmission between adjacent described upper conveying roller (321).