Packaging mechanism for new energy bus motor based on module combination and use method of packaging mechanism

Abstract

The invention discloses a packaging mechanism for a new energy bus motor based on module combination and a using method of the packaging mechanism, and the packaging mechanism comprises a motor bottom foot supporting module, a packaging box bracket module, a supporting column module, a locking module and a limiting module, and the motor bottom foot supporting module is connected with the packaging box bracket module; the supporting column module is connected with the packaging box bracket module, the locking module and the limiting module are used for connecting the supporting column module and the packaging box bracket module when the packaging mechanism is disassembled and reassembled, and all the modules are connected in a fastened mode through bolts. According to the motor packaging mechanism, all the modules are connected through bolts, fastening and dismounting are convenient, all the modules can be rapidly combined, dismounted and reused during operation, and the packaging mechanism obtained through combination of the modules is beneficial for increasing the motor transportation loading capacity or storage capacity; the packaging compression mechanism obtained by disassembling the modules is beneficial for reducing the transportation or storage space when the packaging mechanism is recycled, and the cost is reduced.

Description

Technical field: [0001] The invention relates to the packaging field of new energy bus motors, in particular to a packaging mechanism for new energy bus motors based on module combination and a method for using the same. Background technique: [0002] As one of the important components of the new energy bus electric drive system, the motor can effectively reduce the carbon emissions of traditional fuel vehicles. With the accelerated development of the bus industry towards electrification, the demand for new energy bus motors is gradually increasing. The amount of transport packaging for passenger car motors is also gradually increasing. In the existing technical packaging schemes, wooden packaging is mostly used. Wooden pallets are manufactured according to specifications such as the size and weight of the motor. The motor is placed on the wooden pallet and fixed. The plastic bag is dust-proof and rain-proof. During the transportation of motors, single-layer transportation i...

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Problems solved by technology

[0002] As one of the important components of the new energy bus electric drive system, the motor can effectively reduce the carbon emissions of traditional fuel vehicles. With the accelerated development of the bus industry towards electrification, the demand for new energy bus motors is gradually increasing. The amount of transport packaging for passenger car motors is also gradually increasing. In the existing technical packaging schemes, wooden packaging is mostly used. Wooden pallets are manufactured according to specifications such as the size and weight of the motor. The motor is placed on the wooden pallet and fixed. The plastic bag is dust-proof and rain-proof. During the transportation of motors, single-layer transportation is often used, and the transportation volume is limited. When the motor is transported to the bus manufacturer, after the motor is unloaded from the wooden packaging, if the wooden packaging is kept in the warehouse of the bus manufacturer for a long time , occupying the storage space of the bus manufacturer, if it is placed in the open area of ​​the bus manufacturer, the strength of the wooden packing box will be greatly reduced after being exposed to wind, sun and rain, making it difficult to reuse

In order to reduce the storage space of the bus manufacturer, the wooden packaging needs to be transported out of the bus manufacturer. Due to the small amount of single transportation of the motor, if the wooden packaging is returned to the motor manufacturer after use, the transportation cost will be high. If the wooden packaging is discarded, it will cause cost Increase, waste of resources, not conducive to maintaining the ecological environment

[0003] Due to the limited strength of wooden materials used in wooden packaging, the connection reliability of wooden materials is unstable. After the motor is fixed on the wooden packaging, the wooden packaging cannot be stacked and transported in multiple layers. The space utilization rate is small. When loading and unloading wooden packaging, a single forklift is required operation, less efficient

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