CN208235028U - A plane and lifting conveying device for aluminum surface treatment and electroplating production line - Google Patents

Abstract

The utility model relates to a conveying equipment technical field, concretely relates to plane and lift conveyor that aluminium surface treatment and electroplating production line were used, including setting up in the horizontal conveyor of co-altitude and being used for carrying out the vertical transport device that the vertical direction was carried with the transport article that horizontal conveyor carried, vertical transport device includes the crane, sets up in the vertical lift driving motor of crane, installs in the vertical lift drive shaft of vertical lift driving motor's output, installs in the take-up pulley of the one end of vertical lift drive shaft, is used for hanging the vertical lift lifting hook of carrying the article and connects respectively in the transmission pulling force suspender of take-up pulley and vertical lift lifting hook. The utility model discloses a plane and lift conveyor that aluminium surface treatment and electroplating production line were used can connect the not co-altitude production line, improves the transport effect and the machining efficiency of machined part greatly, reduces process time, and the utilization ratio in place is increased in the make full use of place simultaneously.

Description

A plane and lifting conveying device for aluminum surface treatment and electroplating production line

technical field

The utility model relates to the technical field of conveying equipment, in particular to a plane and lifting conveying device for aluminum surface treatment and electroplating production lines.

Background technique

With the increasing demand for large parts such as automotive aluminum alloy luggage racks, interior and exterior decorations, and automotive head intake grilles, the requirements for these large-scale production lines with high production capacity are getting higher and higher, especially in the coordination of different floors. When the production line is in use, the production line performs different processes on different floors, and the conveyed objects need to be transported and converted between different floors in order to realize high-capacity and automatic production of large-scale conveyed objects, so a technical solution to solve the above problems is urgently needed .

Utility model content

The purpose of this utility model is to address the above-mentioned deficiencies in the prior art, to provide a plane and lifting conveying device for aluminum surface treatment and electroplating production lines, which can connect production lines with different heights, and greatly improve the conveying effect and processing efficiency of processed parts , Reduce processing time, and make full use of the site at the same time, increase the utilization rate of the site.

The purpose of this utility model is achieved through the following technical solutions:

A plane and lifting conveying device for an aluminum surface treatment and electroplating production line, characterized in that it includes a horizontal conveying device arranged at different heights and a vertical conveying device for vertically conveying the objects conveyed by the horizontal conveying device, The vertical conveying device includes a lifting frame, a vertical lifting drive motor arranged on the lifting frame, a vertical lifting drive shaft installed at the output end of the vertical lifting drive motor, a tape pulley installed at one end of the vertical lifting drive shaft, The vertical lifting hook for hanging and conveying objects and the transmission pull belt respectively connected to the take-up wheel and the vertical lifting hook.

Wherein, the horizontal conveying device includes a horizontal conveying rail and a horizontal conveying vehicle rollingly arranged on the horizontal conveying frame, and the horizontal conveying vehicle includes a car body, a front traveling device arranged at the load-bearing end of the car body, and a The rear traveling device, the traveling drive motor for respectively driving the rotation of the front traveling device and the rear traveling device, the loading device arranged at the load-bearing end of the car body, and the carrying saddle for carrying and conveying objects, the front traveling device, the rear traveling device and the loading device abut against the upper surface of the horizontal conveying rail respectively, and the bearing saddle is arranged on the upper side of the loading device.

Wherein, the horizontal transport vehicle also includes a rail balance device, the rail balance device includes a fixed column arranged at the driving end of the car body, a balance wheel rotatably arranged on the fixed column, and a rail guide wheel rotatably arranged on the fixed column, the The balance wheel abuts against the lower surface of the horizontal conveying rail, and the rail guide wheel abuts against the side of the horizontal conveying rail.

Wherein, the loading device includes a first bearing seat fixedly arranged on the vehicle body, a first bearing installed on the first bearing seat, and a loading wheel installed on the first bearing, and the loading wheel abuts against the upper surface of the horizontal conveying rail. .

Wherein, the front traveling device includes a second bearing seat fixedly arranged on the vehicle body, a second bearing installed on the second bearing seat, and a front traveling wheel installed on the second bearing, and the front traveling wheel and the upper rail of the horizontal conveying rail surface abutment.

Wherein, the plane and lifting conveying device for the aluminum surface treatment and electroplating production line also includes a conversion mechanism for loading and unloading the horizontal conveying vehicle. The crane is provided with a hanger for hanging and picking up the transported objects, and the conversion bracket includes a loading bracket for loading the horizontal transport vehicle and an unloading bracket for unloading the horizontal transport vehicle.

Wherein, the horizontal transport vehicle is provided with anti-collision glue for preventing the vehicle body from colliding with the conversion bracket.

Wherein, the conveying object includes a conductive beam, a hanger suspended from the conductive beam, and a workpiece hung from the hanger.

Wherein, the plane and lifting conveying device for the aluminum surface treatment and electroplating production line also includes a sensing control device for sensing the position of the conveyed object.

Beneficial effects of the utility model: when working, the vertical lift drive motor starts, drives the vertical lift drive shaft to rotate and drives the take-up wheel to rotate, and the take-up wheel rotates to drive the transmission tension belt to move up and down the vertical lift hook, so that the conveying objects can be moved up and down. The production lines at different heights are conveyed to realize automatic production; specifically, the horizontal conveying device in the high production line sends the conveyed objects to the vertical lifting hook of the vertical conveying device, and the vertical lifting drive motor drives the vertical lifting drive shaft to rotate and take up the tape at the same time The wheel rotates, so that the vertical lifting hook connected to the transmission pull belt on the winding wheel moves down to the bearing saddle of the horizontal conveying device of the lower production line, and the vertical lifting hook continues to descend for a certain distance, so that the conveyed objects are separated from the vertical lifting crane. Hooked and hung on the bearing saddle of the horizontal conveying device, the horizontal conveying device is moved out to complete the connection of production lines at different heights, improve logistics efficiency, and increase site utilization.

Description of drawings

Utilize accompanying drawing to further illustrate the utility model, but the embodiment in the accompanying drawing does not constitute any restriction to the present utility model, for those of ordinary skill in the art, under the premise of not paying creative work, also can obtain according to following accompanying drawing Additional drawings.

Fig. 1 is a side view structural diagram of the utility model.

Fig. 2 is a structural schematic view of the vertical conveying device of the present invention when they are respectively located in different production lines.

Fig. 3 is a side view schematic diagram of the horizontal conveying vehicle of the present invention.

Reference signs include:

1——horizontal conveying device; 11——horizontal conveying rail; 12——horizontal conveying vehicle; 121——car body; 1211——anti-collision rubber; 122——front traveling device; 123——rear traveling device; —Travel drive motor; 125—Loading device; 126—Loading saddle; 127—Rail balance device; 1271—Fixed column; 1272—Balance wheel; 1273—Rail guide wheel;

2——vertical conveying device; 21—lifting frame; 22——vertical lifting drive motor; 23——vertical lifting drive shaft;

24——Tape reel; 25——Vertical lifting and fishing; 26——Transmission tension sling;

3—conversion mechanism; 31—conversion bracket; 311—loading bracket; 312—unloading bracket; 32—production line driving; 321—sling.

Detailed ways

The utility model will be further described in conjunction with the following embodiments and accompanying drawings.

As shown in Figure 1 and Figure 2, a plane and lifting conveying device for an aluminum surface treatment and electroplating production line of the present utility model includes a horizontal conveying device 1 arranged at different heights and a conveyor for conveying the horizontal conveying device 1 A vertical conveying device 2 for transporting objects in a vertical direction, the vertical conveying device 2 includes a lifting frame 21, a vertical lifting drive motor 22 arranged on the lifting frame 21, and a vertical lifting drive shaft installed at the output end of the vertical lifting driving motor 22 23. The take-up wheel 24 installed at one end of the vertical lift drive shaft 23, the vertical lift hook 25 for hanging and conveying objects, and the transmission tension sling 26 connected to the take-up wheel 24 and the vertical lift hook 25 respectively.

During work, the vertical lift drive motor 22 starts, drives the vertical lift drive shaft 23 to rotate and drives the take-up wheel 24 to rotate, and the take-up wheel 24 rotates to drive the transmission tension belt 26 to move up and down the vertical lift hook 25, so that the conveyed objects can be moved up and down in different positions. The high-level production line is conveyed to realize automatic production, save production time and reduce costs; specifically, the horizontal conveying device 1 in the high production line sends the conveyed objects to the vertical lifting hook 25 of the vertical conveying device 2, and the vertical lifting drives the motor 22 drives the vertical lifting drive shaft 23 to rotate and the winding wheel 24 rotates at the same time, so that the vertical lifting hook 25 connected to the transmission tension belt 26 on the winding wheel 24 moves down to the saddle of the horizontal conveying device 1 of the lower production line, vertically The lifting hook 25 continues to descend for a certain distance, so that the conveyed objects are separated from the vertical lifting hook 25 and hung on the load-bearing saddle 126 of the horizontal conveying device 1, and the horizontal conveying device 1 is moved out to complete the connection of different height production lines and improve the logistics efficiency. Increase the utilization rate of the site.

As shown in Figure 3, the horizontal conveying device 1 of the present utility model comprises a horizontal conveying rail 11 and a horizontal conveying vehicle 12 rollingly arranged on a horizontal conveying frame. The front traveling device 122 at the end, the rear traveling device 123 arranged at the driving end of the car body 121, the traveling driving motor 124 for respectively driving the front traveling device 122 and the rear traveling device 123 to rotate, the load-carrying device 125 arranged at the load-bearing end of the car body 121 And the bearing saddle 126 that is used to carry conveying object, described front traveling device 122, rear traveling device 123 and loading device 125 abut with the upper surface of horizontal conveying rail 11 respectively, and described bearing saddle 126 is arranged on loading device 125 on the upper side. The loading device 125 and the front traveling device 122 are both arranged on the load-bearing end of the car body 121, and are used to carry and disperse the pressure of the car body 121 on the horizontal conveying rail 11. Further, the loading device 125 can withstand the suspension of large materials, and the traveling drive motor 124 The front traveling device 122 and the rear traveling device 123 are driven to make the vehicle body 121 move in a balanced manner on the horizontal conveying rail 11, so as to achieve the conveying of conveyed objects in the horizontal direction and ensure the stability and efficiency of conveying.

As shown in Figures 1 and 3, the horizontal transport vehicle 12 of the present utility model also includes a rail balance device 127, and the rail balance device 127 includes a fixed column 1271 arranged at the driving end of the car body 121, a fixed column 1271 which is rotatably arranged on the fixed column 1271 The balance wheel 1272 and the rail guide wheel 1273 rotatably arranged on the fixed column, the balance wheel 1272 abuts against the lower surface of the horizontal conveying rail 11 , and the rail guide wheel 1273 abuts against the side of the horizontal conveying rail 11 . The rail balancing device 127 is arranged on the driving end of the car body 121. When the horizontal conveying vehicle 12 carries the object and moves to the lifting device area of the vertical conveying device 2, the load-bearing end of the horizontal conveying vehicle 12 needs to stretch out the horizontal conveying rail 11 and Suspended in the air, at this time, the load-bearing end of the horizontal conveying vehicle 12 is prone to overturn due to carrying the conveying objects, and the balance wheel 1272 of the rail balancing device 127 is arranged on the driving end of the car body 121, which can abut against the lower surface of the horizontal conveying rail 11 , to prevent the car body 121 from swaying, to ensure the stability of the car body 121, to prevent the car body 121 from overturning when carrying large-scale conveying objects, and to ensure the stability of conveying; at the same time, the rail guide wheel 1273 is in contact with the side of the horizontal conveying rail 11 , preferably, two rail guide wheels 1273 are provided, respectively abutting against the two side surfaces of the horizontal conveying rail 11, so as to play a guiding role.

As shown in Figure 3, the loading device 125 of the present utility model comprises the first bearing seat that is fixedly arranged on the vehicle body 121, the first bearing installed on the first bearing seat and the load wheel installed on the first bearing, the load wheel and The upper surface of the horizontal conveyor rail abuts. The load wheel is made of steel core and polyurethane (PU) tires, which has good mechanical bearing capacity and friction to prevent slipping on the rail. Large objects can also drive the car body 121 to move, which is convenient for carrying and moving.

As shown in Figures 1 and 3, the front traveling device 122 of the present utility model includes a second bearing seat fixedly arranged on the vehicle body 121, a second bearing installed on the second bearing seat, and a front traveling wheel installed on the second bearing. wheel, the front traveling wheel abuts against the upper surface of the horizontal conveying rail. The front traveling wheels and the load wheels are arranged side by side, which can reduce the pressure of the car body 121 on the horizontal conveying rail 11. At the same time, the front traveling wheels and the rear traveling wheels are respectively located at the two ends of the car body 121, which can keep the balance of the car body 121 and maintain the balance of the car body 121. body 121 driven power.

As shown in Figures 1 and 2, the plane and lifting conveying device used in the aluminum surface treatment and electroplating production line of the present invention also includes a conversion mechanism 3 for loading and unloading the horizontal conveying vehicle 12, and the conversion mechanism 3 includes a conversion The bracket 31 and the production line crane 32 rollingly arranged on the conversion bracket 31, the production line crane 32 is provided with a hanger 321 for hanging objects to be transported, and the conversion bracket 31 includes a loading bracket 311 for loading the horizontal transport vehicle 12 And the unloading bracket 312 for unloading the horizontal transport vehicle 12. When loading the conveyed objects, the conveyed objects are hung on the loading bracket 311, the production line crane 32 lifts the conveyed objects and moves them to the horizontal conveying vehicle 12, and hangs the conveyed objects on the horizontal conveying vehicle 12 to realize the loading of the materials. When unloading the conveyed objects, the horizontal conveying vehicle 12 conveys the conveyed objects that need to be unloaded to the unloading support 312, and the production line driving 32 lifts the conveyed objects and moves them to the unloading support 312, and unloads the conveyed objects , to realize the unloading of materials.

As shown in FIG. 1 and FIG. 3 , the horizontal transport vehicle 12 of the present invention is provided with anti-collision glue 1211 for preventing the vehicle body 121 from colliding with the conversion bracket 31 . When the horizontal conveying vehicle 12 is unloading or loading, it needs to move and get close to the conversion bracket 31 to prevent collision with the conversion bracket 31 , damage the vehicle body 121 and affect the service life of the vehicle body 121 .

As shown in Fig. 1 and Fig. 2, the conveying object of the present invention includes a conductive beam, a hanger suspended on the conductive beam, and a workpiece hung on the hanger. The workpiece to be processed is hung on the hanger, and multiple hangers are hung on the conductive beam. The hanger and the workpiece can be moved simultaneously by moving the conductive beam, which is convenient for the operation of the workpiece and realizes the fast and efficient transportation of large-capacity workpieces.

As shown in Figure 1 and Figure 2, the plane and lifting conveying device for the aluminum surface treatment and electroplating production line of the present invention also includes an induction control device for sensing the position of the conveyed object. In order to monitor that the conductive beam has been safely placed on the load-bearing saddle 126 of the horizontal transport vehicle 12, the front end of the load-bearing saddle 126 is provided with a sensor connected to the PLC. When the conductive beam is put down or taken out, the sensor will send a signal to let the PLC confirm the action status. The plane and lifting conveying device used in the aluminum surface treatment and electroplating production line of the utility model can automatically sense the conveying objects conveyed by the horizontal conveying vehicle 12 and the conveying objects carried by the horizontal conveying vehicle 12 are separated from the vertical conveying device 2, thereby controlling the vertical conveying The device 2 moves and the horizontal conveying vehicle 12 carries out conveying, thereby making the entire conveying process more intelligent and automatic; specifically, when the horizontal conveying vehicle 12 carries the conveying objects and moves to the lifting device area of the vertical conveying device 2, the induction control device senses the conveying The object has accurately arrived at the hook position of the vertical conveying device 2, and the vertical lift drive motor 22 drives the vertical lift hook 25 to move upward, so that the vertical lift hook 25 drives the conveyed object to move upward together so that the conveyed object is separated from the horizontal conveying vehicle 12 , the horizontal conveying vehicle 12 returns empty, the vertical conveying device 2 moves the conveyed object to the next production line, the horizontal conveying vehicle 12 of the corresponding production line moves to the lifting device area of the vertical conveying device 2 empty, and the vertical lifting drive motor 22 drives the vertical The lifting hook 25 moves downwards to separate the vertical lifting hook 25 from the conveying object, and the conveying object is placed on the horizontal conveying vehicle 12. When the induction control device senses that the conveying object is completely separated from the vertical lifting hook 25, the horizontal conveying vehicle 12 Carrying the objects to be conveyed moves to the production line where it is located, thus realizing automatic conveying.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present utility model, rather than limiting the protection scope of the present utility model. Although the utility model has been described in detail with reference to the preferred embodiments, those skilled in the art Personnel should understand that the technical solution of the utility model can be modified or equivalently replaced without departing from the essence and scope of the technical solution of the utility model.

Claims (9)

1. the plane and elevating transport apparatus of a kind of aluminium surface processing and electroplating assembly line, it is characterised in that: including being set to The horizontal transferring device of different height and conveying object for being conveyed horizontal transferring device carry out vertical direction conveying Vertical conveying device, the vertical conveying device include crane, the vertical lift driving motor for being set to crane, are installed in Be vertically moved up or down driving motor output end vertical lift drive shaft, be installed in be vertically moved up or down drive shaft one end tape feed roller, For hanging the vertical lift suspension hook of conveying object and being connected to the transmission pulling force suspender belt of tape feed roller and vertical lift suspension hook.

2. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 1 and electroplating assembly line, Be characterized in that: the horizontal transferring device includes the horizontal feed vehicle that horizontal feed rail and rolling are set to horizontal feed frame, The horizontal feed vehicle include car body, be set to car body bearing end preceding running gear, be set to the driving end of car body after Running gear, is set to holding for car body at the travel driving motor for respectively driving preceding running gear and the rotation of rear running gear Carry the load carrying device at end and the carrying saddle for carrying conveying object, the preceding running gear, rear running gear and load-carrying Device is abutted with the upper surface of horizontal feed rail respectively, and the carrying saddle is set to the upside of load carrying device.

3. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 2 and electroplating assembly line, Be characterized in that: the horizontal feed vehicle further includes rail balancing device, and the rail balancing device includes the drive for being set to car body The fixed column of moved end, the stabilizer for being rotatably dispose in fixed column and the rail directive wheel for being rotatably dispose in fixed column, the balance Wheel is abutted with the lower surface of horizontal feed rail, and rail directive wheel is abutted with the side of horizontal feed rail.

4. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 2 or 3 and electroplating assembly line, It is characterized by: the load carrying device includes the first bearing seat for being fixedly installed on car body, be installed in first bearing seat first Bearing and the load-carrying wheel for being installed in first bearing, load-carrying wheel are abutted with the upper surface of horizontal feed rail.

5. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 2 and electroplating assembly line, Be characterized in that: the preceding running gear includes the second bearing seat for being fixedly installed on car body, be installed in second bearing seat second Bearing and the front walking wheel for being installed in second bearing, front walking wheel are abutted with the upper surface of horizontal feed rail.

6. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 2 and electroplating assembly line, Be characterized in that: the plane and elevating transport apparatus of the aluminium surface processing and electroplating assembly line further include for horizontal feed Vehicle carries out the switching mechanism of loading and unloading, and the switching mechanism includes the production line row that conversion support and rolling are set to conversion support Vehicle, production line driving are equipped with the suspender for hanging and taking conveying object, and the conversion support includes for carrying out to horizontal feed vehicle The charge support of feeding and for horizontal feed vehicle carry out discharging discharging bracket.

7. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 2 and electroplating assembly line, Be characterized in that: the horizontal feed vehicle is provided with the anticollision glue for preventing car body and conversion support from colliding.

8. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 1 and electroplating assembly line, Be characterized in that: the conveying object includes conducting beam, hangs on the hanger of conducting beam and hang on the workpiece of hanger.

9. the plane and elevating transport apparatus of a kind of aluminium surface processing according to claim 1 and electroplating assembly line, Be characterized in that: the plane and elevating transport apparatus of the aluminium surface processing and electroplating assembly line further include for incuding conveying object The induction controller of part position.