Flexible belt conveyor

Abstract

A flexible belt conveyor comprises a bottom frame, a round pipe support, a round pipe, a round pipe connecting piece, a sectional material, a tensioning connecting piece, a tensioning connecting supporting piece, a rolling wheel connecting piece, a rolling wheel, a universal coupling, a belt, an angle adjuster, a brush, a brush connecting piece, an air cylinder, an air cylinder connecting piece, a motor and a motor connecting piece. The round pipe is connected with the round pipe connecting piece, the round pipe is connected with the angle adjuster, the section bar is connected with the belt, the section bar is connected with the roller connecting piece, the roller connecting piece is connected with the roller, the section bar is connected with the universal coupling, the section bar is connected with the brush connecting piece, the brush connecting piece is connected with the brush, the section bar is connected with the air cylinder connecting piece, and the air cylinder connecting piece is connected with the air cylinder. The section bar is connected with the motor connecting piece, and the motor connecting piece is connected with the motor. Compared with the prior art, the belt conveyor can convey a plurality of groups of workpieces under the condition that the structure does not need to be increased, and the remodeling time and cost are reduced.

Description

Technical Field

[0001] The utility model relates to a belt conveyor in conveying equipment, in particular to a flexible belt conveyor. Background Art

[0002] At present, on the automatic production line for white body welding, the traditional belt conveyor has the problem of being able to convey only a single type of workpiece when conveying workpieces. The reason is that the height, width and angle of the belt of the traditional belt conveyor are fixed. Therefore, after the fixed parameters are set, it can only transport a single type of workpiece. With the development of technology, more and more workpieces need to be transported by the belt conveyor. Therefore, multiple belt conveyors are often prepared for separate transportation to improve efficiency. However, this places a burden on both production costs and floor space.

[0003] To solve the above problems, a series of improvements have been made. Summary of the Utility Model

[0004] The purpose of the utility model is to provide a flexible belt conveyor to overcome the above-mentioned drawbacks and deficiencies of the prior art.

[0005] A flexible belt conveyor includes: a bottom frame, a round tube support, round tubes, round tube connectors, profiles, tension connectors, tension connection supports, roller connectors, rollers, universal couplings, belts, angle adjusters, brushes, brush connectors, cylinders, cylinder connectors, motors and motor connectors. The bottom frame is connected to the round tube support, the round tube support is connected to the round tubes, the round tubes are connected to the round tube connectors, the round tubes are connected to the angle adjusters, the profiles are connected to the belts, the profiles are connected to the roller connectors, the roller connectors are connected to the rollers, the profiles are connected to the universal couplings, the profiles are connected to the brush connectors, the brush connectors are connected to the brushes, the profiles are connected to the cylinder connectors, the cylinder connectors are connected to the cylinders, the profiles are connected to the motor connectors, and the motor connectors are connected to the motors.

[0006] Wherein, inside the angle adjuster, there are: a expansion sleeve and an angle adjuster connector. The angle adjuster connector is inserted into the angle adjuster and is connected to the expansion sleeve, and the expansion sleeve is connected to the round tube support.

[0007] Furthermore, inside the universal coupling, there are: a shaft and a shaft connector. The universal coupling is connected through the shaft to the shaft connector.

[0008] Advantages of the Utility Model

[0009] Compared with the traditional technology, the utility model realizes that the belt conveyor can convey multiple groups of workpieces without increasing the structure, realizes the rapid conversion and adjustment of the production line, and reduces the changeover time and cost. Description of the Drawings

[0010] Figure 1 This is a schematic structural diagram of the present utility model.

[0011] Figure 2 This is a schematic structural diagram of the angle adjuster.

[0012] Reference Signs:

[0013] Bottom frame 1000, round tube bracket 1100, round tube 1200, round tube connector 1300, profile 1400, tension connector 1500, tension connection support 1600, roller connector 1700, roller 1800, universal coupling 1900, belt 2000, angle adjuster 2100, brush 2200, brush connector 2210, cylinder 2300, cylinder connector 2310, motor 2400, and motor connector 2410.

[0014] Shrink fit 2110 and angle adjuster connector 2120.

[0015] Shaft 1910 and shaft connector 1920. Detailed Description of the Invention

[0016] The present utility model will be further described below in conjunction with specific embodiments. It should be understood that the following embodiments are only used to illustrate the present utility model and not to limit the scope of the present utility model.

[0017] Embodiment 1

[0018] Figure 1 This is a schematic structural diagram of the present utility model. Figure 2 This is a schematic structural diagram of the angle adjuster.

[0019] As Figure 1-2As shown in the figure, a flexible belt conveyor includes: a bottom frame 1000, a round tube support 1100, a round tube 1200, a round tube connector 1300, a profile 1400, a tensioning connector 1500, a tensioning connection support 1600, a roller connector 1700, a roller 1800, a universal coupling 1900, a belt 2000, an angle adjuster 2100, a brush 2200, a brush connector 2210, a cylinder 2300, a cylinder connector 2310, a motor 2400 and a motor connector 2410. The bottom frame 1000 is connected to the round tube support 1100, the round tube support 1100 is connected to the round tube 1200, the round tube 1200 is connected to the round tube connector 1300, the round tube 1200 is connected to the angle adjuster 2100, the profile 1400 is connected to the belt 2000, the profile 1400 is connected to the roller connector 1700, the roller connector 1700 is connected to the roller 1800, the profile 1400 is connected to the universal coupling 1900, the profile 1400 is connected to the brush connector 2210, the brush connector 2210 is connected to the brush 2200, the profile 1400 is connected to the cylinder connector 2310, the cylinder connector 2310 is connected to the cylinder 2300, the profile 1400 is connected to the motor connector 2410, and the motor connector 2410 is connected to the motor 2400;

[0020] Among them, the angle adjuster 2100 is internally provided with: a expansion sleeve 2110 and an angle adjuster connector 2120. The angle adjuster connector 2120 is connected to the angle adjuster 2100 in an insertion manner. The angle adjuster connector 2120 is connected to the expansion sleeve 2110, and the expansion sleeve 2110 is connected to the round tube support 1100.

[0021] The universal coupling 1900 is internally provided with: a shaft 1910 and a shaft connector 1920. The universal coupling 1900 is connected to the shaft connector 1920 through the shaft 1910.

[0022] In the present utility model, by adding the universal coupling 1900 and the angle adjuster 2100, as well as the modification and linkage of the overall connection framework, the adjustment of the belt is achieved.

[0023] Adjustment of the height of the belt: The round tube connector 1300 is used to adjust the height of the round tube 1200. By adjusting the height of the round tube connector 1300, the height of the round tube 1200 is changed, thereby adjusting the height of the belt. Once the required height is reached, the height is locked by fixing the round tube connector 1300 so that objects of different heights can pass through smoothly.

[0024] Adjustment of the height and width of the belt: The connection between the round tube support 1100 and the bottom frame 1000 is used to adjust the width of the belt. By adjusting the horizontal position of the round tube support 1100, the width of the belt can be changed. After adjustment, the round tube support 1100 is fixed to ensure the stability of the belt width.

[0025] Angle: The angle adjuster 2100 contains a expansion sleeve 2110 for adjusting the angle of the belt. By rotating the angle adjuster 2100 and the round tube 1200, the angle of the belt can be changed. The expansion sleeve 2110 is locked by the screws on it to ensure that the angle is fixed and will not shift. The universal coupling 1900 will automatically adjust according to the angle of the angle adjuster 2100 to ensure smooth transmission. Rotating the angle adjuster 2100: By manually or mechanically rotating the angle adjuster, its relative position with the round tube 1200 can be changed. Fixing the angle: Once the desired angle is reached, the angle adjuster is fixed in the new position by tightening the screws on the expansion sleeve 2110. Function of the universal coupling 1900: Due to its design allowing angle changes, the universal coupling can adapt to the angle changes set by the angle adjuster 2100 to ensure the smooth operation of the transmission system.

[0026] Compared with the traditional technology, the utility model realizes that the belt conveyor can convey multiple groups of workpieces without increasing the structure, realizes the rapid conversion and adjustment of the production line, and reduces the changeover time and cost.

[0027] The specific embodiments of the utility model have been described above, but the utility model is not limited thereto. As long as it does not depart from the purpose of the utility model, the utility model can have various changes.

Claims

1. A flexible belt conveyor, characterized in that, Including: Bottom frame (1000), round tube support (1100), round tube (1200), round tube connector (1300), profile (1400), tension connector (1500), tension connection support (1600), roller connector (1700), roller (1800), universal coupling (1900), belt (2000), angle adjuster (2100), brush (2200), brush connector (2210), cylinder (2300), cylinder connector (2310), motor (2400) and motor connector (2410). The bottom frame (1000) is connected to the round tube support (1100), the round tube support (1100) is connected to the round tube (1200), the round tube (1200) is connected to the round tube connector (1300), the round tube (1200) is connected to the angle adjuster (2100), the profile (1400) is connected to the belt (2000), the profile (1400) is connected to the roller connector (1700), the roller connector (1700) is connected to the roller (1800), the profile (1400) is connected to the universal coupling (1900), the profile (1400) is connected to the brush connector (2210), the brush connector (2210) is connected to the brush (2200), the profile (1400) is connected to the cylinder connector (2310), the cylinder connector (2310) is connected to the cylinder (2300), the profile (1400) is connected to the motor connector (2410), and the motor connector (2410) is connected to the motor (2400); Wherein, inside the angle adjuster (2100) there are: a shrink disc (2110) and an angle adjuster connector (2120). The angle adjuster connector (2120) is in plug-in connection with the angle adjuster (2100), the angle adjuster connector (2120) is connected to the shrink disc (2110), and the shrink disc (2110) is connected to the round tube support (1100).

2. The flexible belt conveyor according to claim 1, characterized in that, Inside the universal coupling (1900) there are: a shaft (1910) and a shaft connector (1920). The universal coupling (1900) is connected to the shaft connector (1920) through the shaft (1910).

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