CN221849068U - A suction and lifting device for condenser welding equipment - Google Patents

Abstract

The utility model relates to a lifting device of condenser welding equipment, and belongs to the technical field of welding. The utility model comprises a suction rack, which is characterized in that: the device also comprises a suction crane driving mechanism, a suction crane sliding mechanism, a suction crane lifting mechanism and a suction crane demoulding mechanism, wherein the suction crane driving mechanism and the suction crane sliding mechanism are both arranged on the suction crane rack, the suction lifting mechanism is arranged on the suction sliding mechanism, the suction demolding mechanism is arranged on the suction lifting mechanism, and the suction lifting mechanism is connected with the suction driving mechanism; the suction and lifting demolding mechanism comprises a suction and lifting demolding cylinder, a suction and lifting demolding guide rod, a suction and lifting demolding base and a suction and lifting demolding magnet, wherein a cylinder barrel of the suction and lifting demolding cylinder is arranged on the suction and lifting mechanism, a piston rod of the suction and lifting demolding cylinder is connected with the suction and lifting demolding base, the suction and lifting demolding guide rod and the suction and lifting demolding magnet are arranged on the suction and lifting demolding base, and the suction and lifting demolding guide rod penetrates through the suction and lifting mechanism.

Description

A suction and lifting device for condenser welding equipment

Technical Field

The utility model relates to a suction and lifting device for condenser welding equipment, belonging to the technical field of welding.

Background Art

The louver condenser D7 is used for heat exchange in the refrigerator. It is welded by a lower sheet metal D71, an upper sheet metal D72, and a condenser tube D73. As shown in FIG4 , when welding the louver condenser D7, the condenser tube D73 is placed in a semicircular groove between the two sides of the lower sheet metal D71 and the two sides of the upper sheet metal D72. The two sides of the lower sheet metal D71 and the two sides of the upper sheet metal D72 are welded by a welding device to form the louver condenser D7. In the prior art, after welding the louver condenser D7, it is necessary to manually transfer it to the next process, or to clamp the louver condenser C6 with a clamp and transfer it to the next process. Manually taking and placing the louver condenser C6 has low work efficiency and high cost. When clamping it with a clamp, the louver condenser C6 will be deformed, affecting its quality.

Utility Model Content

The purpose of the utility model is to overcome the above-mentioned deficiencies in the prior art and to provide a suction and lifting device for condenser welding equipment with a reasonable structural design.

The technical solution adopted by the utility model to solve the above-mentioned problems is: the suction and lifting device of the condenser welding equipment includes a suction and lifting frame, and its structural characteristics are: it also includes a suction and lifting drive mechanism, a suction and lifting sliding mechanism, a suction and lifting lifting mechanism and a suction and lifting demoulding mechanism, the suction and lifting drive mechanism and the suction and lifting sliding mechanism are both installed on the suction and lifting frame, the suction and lifting lifting mechanism is installed on the suction and lifting sliding mechanism, the suction and lifting demoulding mechanism is installed on the suction and lifting lifting mechanism, and the suction and lifting lifting mechanism is connected to the suction and lifting drive mechanism; the suction and lifting demoulding mechanism includes a suction and lifting demoulding cylinder, a suction and lifting demoulding guide rod, a suction and lifting demoulding base and a suction and lifting demoulding magnet, the cylinder barrel of the suction and lifting demoulding cylinder is installed on the suction and lifting lifting mechanism, the piston rod of the suction and lifting demoulding cylinder is connected to the suction and lifting demoulding base, the suction and lifting demoulding guide rod and the suction and lifting demoulding magnet are both installed on the suction and lifting demoulding base, and the suction and lifting demoulding guide rod and the suction and lifting lifting mechanism penetrate.

Furthermore, the suction and lifting mechanism includes a suction and lifting sliding seat, a suction and lifting cylinder, a suction and lifting guide rod, a suction and lifting top seat, a suction and lifting base and a suction and lifting card plate. The suction and lifting sliding seat is installed on the suction and lifting sliding mechanism, the cylinder barrel of the suction and lifting cylinder is installed on the suction and lifting sliding seat, the piston rod of the suction and lifting cylinder is connected to the suction and lifting top seat, the suction and lifting guide rod and the suction and lifting base are both installed on the suction and lifting top seat, and the suction and lifting guide rod passes through the suction and lifting sliding seat, the suction and lifting card plate and the suction and lifting demoulding mechanism are both installed on the suction and lifting base, and the suction and lifting demoulding mechanism is located between the two suction and lifting card plates.

Furthermore, the suction and lifting sliding mechanism includes a suction and lifting slide rail, a suction and lifting slider and a suction and lifting block. The suction and lifting slide rail is installed on the suction and lifting frame, the suction and lifting slider is fixed on the suction and lifting lifting mechanism, and the suction and lifting slider is slidably installed on the suction and lifting slide rail, and a suction and lifting block is installed at each end of the suction and lifting slide rail.

Furthermore, the suction and lifting driving mechanism includes a suction and lifting driving motor, a suction and lifting driving pulley, a suction and lifting driven pulley and a suction and lifting synchronous belt. The suction and lifting driving motor is connected to the suction and lifting driving pulley, the suction and lifting driving pulley and the suction and lifting driven pulley are driven by a suction and lifting synchronous belt, and the suction and lifting synchronous belt is connected to the suction and lifting lifting mechanism.

Furthermore, a synchronous belt support assembly is installed on the suction lifting mechanism, and the synchronous belt support assembly includes a synchronous belt support frame and a synchronous belt support wheel. The synchronous belt support frame is installed on the suction lifting mechanism, and the synchronous belt support wheel is rotatably installed on the synchronous belt support frame, and the synchronous belt support wheel is in contact with the suction lifting synchronous belt.

Furthermore, both ends of the suction-lifting synchronous belt are connected to the suction-lifting lifting mechanism through a synchronous belt tensioning mechanism, and the synchronous belt tensioning mechanism includes a synchronous belt tensioning fixing seat, a synchronous belt tensioning adjustment bolt, a synchronous belt tensioning adjustment seat and a synchronous belt tensioning fixing plate. The synchronous belt tensioning fixing seat is fixedly installed on the suction-lifting lifting mechanism, and the synchronous belt tensioning adjustment seat is slidably installed on the suction-lifting lifting mechanism. The synchronous belt tensioning adjustment bolt is installed on the synchronous belt tensioning fixing seat, and the synchronous belt tensioning adjustment bolt is in contact with the synchronous belt tensioning adjustment seat, and the suction-lifting synchronous belt is connected to the synchronous belt tensioning adjustment seat through the synchronous belt tensioning fixing plate.

Furthermore, a suction lifting tray is placed under the suction lifting frame.

Compared with the prior art, the utility model has the following advantages: the suction and demoulding base is controlled to extend through the suction and demoulding cylinder, so that the suction and demoulding magnet can suck the louver condenser, and the suction and lifting mechanism can be driven to move along the suction and lifting sliding mechanism through the suction and lifting driving mechanism, and the suction and demoulding base is controlled to retract through the suction and demoulding cylinder, so that the louver condenser is blocked by the suction and lifting clamping plate, and the louver condenser is separated from the suction and demoulding magnet, thereby realizing the transfer of the louver condenser.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the three-dimensional structure of a suction and lifting device of a condenser welding device according to an embodiment of the utility model.

FIG. 2 is a schematic diagram of the three-dimensional structure of the suction and lifting device of the condenser welding equipment according to an embodiment of the utility model.

FIG3 is a schematic diagram of the three-dimensional structure of the suction lifting mechanism and the suction demoulding mechanism of the embodiment of the utility model.

FIG. 4 is a schematic diagram of the three-dimensional structure of a shutter condenser in the prior art.

In the figure: suction lifting frame D1, suction lifting driving mechanism D2, suction lifting sliding mechanism D3, suction lifting lifting mechanism D4, suction lifting demoulding mechanism D5, suction lifting tray D6, shutter condenser D7,

Suction and lifting drive motor D21, suction and lifting active pulley D22, suction and lifting driven pulley D23, suction and lifting synchronous belt D24, synchronous belt support assembly D25, synchronous belt tensioning mechanism D26,

Synchronous belt support frame D251, synchronous belt support wheel D252,

Synchronous belt tensioning fixing seat D261, synchronous belt tensioning adjusting bolt D262, synchronous belt tensioning adjusting seat 263, synchronous belt tensioning fixing plate D264,

Suction and lifting slide rail D31, suction and lifting slider D32, suction and lifting stopper D33,

Suction lifting sliding seat D41, suction lifting cylinder D42, suction lifting guide rod D43, suction lifting top seat D44, suction lifting base D45, suction lifting card plate D46,

Suction and demoulding cylinder D51, suction and demoulding guide rod D52, suction and demoulding base D53, suction and demoulding magnet D54,

Lower sheet metal D71, upper sheet metal D72, condenser pipe D73.

DETAILED DESCRIPTION

The present invention will be further described in detail below with reference to the accompanying drawings and through examples. The following examples are provided to explain the present invention, but the present invention is not limited to the following examples.

Example

Referring to Figures 1 to 4, it should be noted that the structures, proportions, sizes, etc. illustrated in the drawings of this specification are only used to match the contents disclosed in the specification for people familiar with this technology to understand and read, and are not used to limit the limiting conditions that can be implemented in this utility model, so they have no substantial technical significance. Any modification of the structure, change of the proportional relationship, or adjustment of the size should still fall within the scope of the technical content disclosed in this utility model without affecting the effects that can be produced by this utility model and the purposes that can be achieved. At the same time, if there are references to terms such as "upper", "lower", "left", "right", "middle", and "one" in this specification, they are only for the convenience of narration, and are not used to limit the scope of the implementation of this utility model. The change or adjustment of their relative relationship should also be regarded as the scope of the implementation of this utility model without substantial changes in the technical content.

The suction and lifting device of the condenser welding equipment in this embodiment includes a suction and lifting frame D1, a suction and lifting driving mechanism D2, a suction and lifting sliding mechanism D3, a suction and lifting lifting mechanism D4 and a suction and lifting demoulding mechanism D5. The suction and lifting driving mechanism D2 and the suction and lifting sliding mechanism D3 are both installed on the suction and lifting frame D1, the suction and lifting lifting mechanism D4 is installed on the suction and lifting sliding mechanism D3, the suction and lifting demoulding mechanism D5 is installed on the suction and lifting lifting mechanism D4, the suction and lifting lifting mechanism D4 is connected to the suction and lifting driving mechanism D2, and a suction and lifting tray D6 is placed under the suction and lifting frame D1.

The suction and lifting driving mechanism D2 in this embodiment includes a suction and lifting driving motor D21, a suction and lifting active pulley D22, a suction and lifting driven pulley D23 and a suction and lifting synchronous belt D24. The suction and lifting driving motor D21 is connected to the suction and lifting active pulley D22. The suction and lifting active pulley D22 and the suction and lifting driven pulley D23 are driven by the suction and lifting synchronous belt D24. The suction and lifting synchronous belt D24 is connected to the suction and lifting lifting mechanism D4.

A synchronous belt support assembly D25 is installed on the suction lifting mechanism D4 in this embodiment. The synchronous belt support assembly D25 includes a synchronous belt support frame D251 and a synchronous belt support wheel D252. The synchronous belt support frame D251 is installed on the suction lifting mechanism D4, and the synchronous belt support wheel D252 is rotatably installed on the synchronous belt support frame D251, and the synchronous belt support wheel D252 is in contact with the suction lifting synchronous belt D24.

Both ends of the suction-lifting synchronous belt D24 in this embodiment are connected to the suction-lifting lifting mechanism D4 through a synchronous belt tensioning mechanism D26. The synchronous belt tensioning mechanism D26 includes a synchronous belt tensioning fixing seat D261, a synchronous belt tensioning adjustment bolt D262, a synchronous belt tensioning adjustment seat 263 and a synchronous belt tensioning fixing plate D264. The synchronous belt tensioning fixing seat D261 is fixedly installed on the suction-lifting lifting mechanism D4, the synchronous belt tensioning adjustment seat 263 is slidably installed on the suction-lifting lifting mechanism D4, the synchronous belt tensioning adjustment bolt D262 is installed on the synchronous belt tensioning fixing seat D261, and the synchronous belt tensioning adjustment bolt D262 is in contact with the synchronous belt tensioning adjustment seat 263. The suction-lifting synchronous belt D24 is connected to the synchronous belt tensioning adjustment seat 263 through the synchronous belt tensioning fixing plate D264.

The suction and lifting sliding mechanism D3 in this embodiment includes a suction and lifting slide rail D31, a suction and lifting slider D32 and a suction and lifting block D33. The suction and lifting slide rail D31 is installed on the suction and lifting frame D1, the suction and lifting slider D32 is fixed on the suction and lifting lifting mechanism D4, and the suction and lifting slider D32 is slidably installed on the suction and lifting slide rail D31. A suction and lifting block D33 is installed at each end of the suction and lifting slide rail D31.

The suction lifting mechanism D4 in this embodiment includes a suction lifting sliding seat D41, a suction lifting cylinder D42, a suction lifting guide rod D43, a suction lifting top seat D44, a suction lifting base D45 and a suction lifting card plate D46. The suction lifting sliding seat D41 is installed on the suction lifting sliding mechanism D3, the cylinder barrel of the suction lifting cylinder D42 is installed on the suction lifting sliding seat D41, the piston rod of the suction lifting cylinder D42 is connected to the suction lifting top seat D44, the suction lifting guide rod D43 and the suction lifting base D45 are both installed on the suction lifting top seat D44, and the suction lifting guide rod D43 penetrates the suction lifting sliding seat D41, the suction lifting card plate D46 and the suction lifting demoulding mechanism D5 are both installed on the suction lifting base D45, and the suction lifting demoulding mechanism D5 is located between two suction lifting card plates D46.

The suction and demoulding mechanism D5 in this embodiment includes a suction and demoulding cylinder D51, a suction and demoulding guide rod D52, a suction and demoulding base D53 and a suction and demoulding magnet D54. The cylinder barrel of the suction and demoulding cylinder D51 is installed on the suction and demoulding lifting mechanism D4, the piston rod of the suction and demoulding cylinder D51 is connected to the suction and demoulding base D53, the suction and demoulding guide rod D52 and the suction and demoulding magnet D54 are both installed on the suction and demoulding base D53, and the suction and demoulding guide rod D52 passes through the suction and demoulding lifting mechanism D4.

Specifically, when the suction and lifting device of the condenser welding equipment is working, when the suction and lifting lifting mechanism D4 and the suction and lifting demolding mechanism D5 are located above the pulling device, the suction and lifting demolding base D53 is driven by the suction and lifting demolding cylinder D51 to move along the suction and lifting demolding guide rod D52, so that the suction and lifting demolding magnet D54 protrudes from the two suction and lifting lifting clamping plates D46, and the suction and lifting lifting cylinder D42 drives the suction and lifting lifting top seat D44 to move along the suction and lifting lifting guide rod D43, so that the suction and lifting lifting top seat D44 drives the suction and lifting lifting base D45 to move downward, and the louver condenser D7 is sucked by the suction and lifting demolding magnet D54, and then the suction and lifting lifting top seat D44 is driven by the suction and lifting lifting cylinder D42 to move along the suction and lifting lifting guide rod D43, so that the suction and lifting lifting top seat D44 drives the suction and lifting lifting base D45 to move upward.

The suction lifting driving motor D21 drives the suction lifting active pulley D22 to rotate, and the suction lifting active pulley D22 drives the suction lifting synchronous belt D24. The suction lifting synchronous belt D24 pulls the suction lifting lifting seat D41 to move along the suction lifting slide rail D31, and the suction lifting lifting mechanism D4 and the suction lifting demoulding mechanism D5 are moved to above the suction lifting tray D6. The synchronous belt support wheel D252 is provided to support the suction lifting synchronous belt D24 to avoid deformation of the suction lifting synchronous belt D24 due to its excessive length. The tension of the suction lifting synchronous belt D24 can be adjusted by twisting the synchronous belt tension adjustment bolt D262 to push the synchronous belt tension adjustment seat 263 to slide.

The suction lifting cylinder D42 drives the suction lifting top seat D44 to move along the suction lifting guide rod D43, so that the suction lifting top seat D44 drives the suction lifting base D45 to move downward, and the suction lifting demoulding base D53 is driven by the suction lifting demoulding cylinder D51 to move along the suction lifting demoulding guide rod D52, so that the suction lifting demoulding magnet D54 is retracted between the two suction lifting card plates D46, and the louver condenser D7 is in contact with the two suction lifting card plates D46. Since the louver condenser D7 is blocked by the two suction lifting card plates D46 during the upward movement of the suction lifting demoulding magnet D54, the louver condenser D7 can be separated from the suction lifting demoulding magnet D54, and then the louver condenser D7 can fall onto the suction lifting tray D6.

In addition, it should be noted that the shapes and names of the parts and components of the specific embodiments described in this specification may be different, and the above content described in this specification is only an example of the structure of the utility model. All equivalent changes or simple changes made based on the structure, features and principles described in the patent concept of the utility model are included in the protection scope of the utility model patent. Technicians in the technical field of the utility model can make various modifications or supplements to the specific embodiments described or replace them in a similar manner, as long as they do not deviate from the structure of the utility model or exceed the scope defined by the claims, they should all fall within the protection scope of the utility model.

Claims (7)

1. The utility model provides a condenser welding equipment inhale hanging device, includes inhales hanging rack (D1), its characterized in that: the device comprises a suction lifting frame (D1), a suction lifting mechanism (D4) and a suction lifting demoulding mechanism (D5), wherein the suction lifting mechanism (D2) and the suction lifting mechanism (D3) are both arranged on the suction lifting frame (D1), the suction lifting mechanism (D4) is arranged on the suction lifting mechanism (D3), the suction lifting demoulding mechanism (D5) is arranged on the suction lifting mechanism (D4), and the suction lifting mechanism (D4) is connected with the suction lifting mechanism (D2); the suction and lifting demolding mechanism (D5) comprises a suction and lifting demolding cylinder (D51), a suction and lifting demolding guide rod (D52), a suction and lifting demolding base (D53) and a suction and lifting demolding magnet (D54), a cylinder barrel of the suction and lifting demolding cylinder (D51) is arranged on the suction and lifting mechanism (D4), a piston rod of the suction and lifting demolding cylinder (D51) is connected with the suction and lifting demolding base (D53), and the suction and lifting demolding guide rod (D52) and the suction and lifting magnet (D54) are arranged on the suction and lifting demolding base (D53) and penetrate through the suction and lifting mechanism (D4).

2. The suction hanger of a condenser welding apparatus as set forth in claim 1, wherein: the suction lifting mechanism (D4) comprises a suction lifting sliding lifting seat (D41), a suction lifting cylinder (D42), a suction lifting guide rod (D43), a suction lifting footstock (D44), a suction lifting base (D45) and a suction lifting clamping plate (D46), the suction lifting sliding lifting seat (D41) is arranged on the suction lifting sliding mechanism (D3), a cylinder barrel of the suction lifting cylinder (D42) is arranged on the suction lifting sliding lifting seat (D41), the piston rod of the suction lifting cylinder (D42) is connected with the suction lifting footstock (D44), the suction lifting guide rod (D43) and the suction lifting base (D45) are both installed on the suction lifting footstock (D44), the suction lifting guide rod (D43) penetrates through the suction lifting base (D41), the suction lifting clamping plate (D46) and the suction lifting demoulding mechanism (D5) are both installed on the suction lifting base (D45), and the suction lifting demoulding mechanism (D5) is located between the two suction lifting clamping plates (D46).

3. The suction hanger of a condenser welding apparatus as set forth in claim 1, wherein: inhale and hang slide mechanism (D3) including inhaling and hang slide rail (D31), inhale and hang slider (D32) and inhale and hang dog (D33), inhale and hang slide rail (D31) and install on inhaling and hang frame (D1), inhale and hang slider (D32) and fix on inhaling and hang elevating system (D4), and inhale and hang slider (D32) slidable mounting on inhaling and hang slide rail (D31), inhale the both ends that hang slide rail (D31) and install respectively and inhale and hang dog (D33).

4. The suction hanger of a condenser welding apparatus as set forth in claim 1, wherein: the suction crane driving mechanism (D2) comprises a suction crane driving motor (D21), a suction crane driving belt wheel (D22), a suction crane driven belt wheel (D23) and a suction crane synchronous belt (D24), the suction crane driving motor (D21) is connected with the suction crane driving belt wheel (D22), the suction crane driving belt wheel (D22) and the suction crane driven belt wheel (D23) are in transmission through the suction crane synchronous belt (D24), and the suction crane synchronous belt (D24) is connected with the suction crane lifting mechanism (D4).

5. The suction hanger of a condenser welding apparatus as set forth in claim 4, wherein: install hold-in range supporting component (D25) on inhaling hoist mechanism (D4), hold-in range supporting component (D25) include hold-in range support frame (D251) and hold-in range supporting wheel (D252), hold-in range support frame (D251) are installed on inhaling hoist mechanism (D4), hold-in range supporting wheel (D252) rotate and install on hold-in range support frame (D251), and hold-in range supporting wheel (D252) and inhale and hang hold-in range (D24) contact.

6. The suction hanger of a condenser welding apparatus as set forth in claim 4, wherein: the two ends of the suction crane synchronous belt (D24) are respectively connected with the suction crane lifting mechanism (D4) through a synchronous belt tensioning mechanism (D26), the synchronous belt tensioning mechanism (D26) comprises a synchronous belt tensioning fixing seat (D261), a synchronous belt tensioning adjusting bolt (D262), a synchronous belt tensioning adjusting seat (263) and a synchronous belt tensioning fixing plate (D264), the synchronous belt tensioning fixing seat (D261) is fixedly arranged on the suction crane lifting mechanism (D4), the synchronous belt tensioning adjusting seat (263) is slidably arranged on the suction crane lifting mechanism (D4), the synchronous belt tensioning adjusting bolt (D262) is arranged on the synchronous belt tensioning fixing seat (D261), the synchronous belt tensioning adjusting bolt (D262) is in contact with the synchronous belt tensioning adjusting seat (263), and the suction crane synchronous belt (D24) is connected with the synchronous belt tensioning adjusting seat (263) through the synchronous belt tensioning fixing plate (D264).

7. The suction hanger of a condenser welding apparatus as set forth in claim 1, wherein: a suction and hanging tray (D6) is arranged below the suction and hanging rack (D1).