CN203127507U

CN203127507U - Electric motor skin packaging structure

Info

Publication number: CN203127507U
Application number: CN201320057749.0U
Authority: CN
Inventors: 王凤; 贾松; 李文清
Original assignee: Zhongshan Broad Ocean Motor Co Ltd
Current assignee: Zhongshan Broad Ocean Motor Co Ltd
Priority date: 2013-01-31
Filing date: 2013-01-31
Publication date: 2013-08-14
Anticipated expiration: 2023-01-31

Abstract

The utility model discloses a plastic-absorbing packaging structure for a motor, which comprises a tray and several plastic-absorbing trays. To place the cavity of the motor, the middle part of the cavity is depressed to form a card slot, the inner wall of the cavity forms an arc-shaped support wall on both sides, and a first boss is arranged on both sides of the tail of the cavity and the top surface of the blister tray. One side of the first boss forms an arc-shaped connection surface, the arc-shaped support wall at the rear of the cavity is combined with the arc-shaped connection surface, and a sleeve hole for supporting the motor shaft is opened on part of the first boss, and the motor The housing is supported by an arc-shaped support wall and an arc-shaped connecting surface. The motor shaft is nested in the sleeve hole. There is an arc-shaped groove on the bottom surface of the blister tray. On the motor housing on the plastic plate, the structure is simple, easy to install and operate, strong and reliable, highly versatile, and easy to recycle.

Description

A kind of motor blister plastic packaging structure

Technical field:

The utility model relates to a kind of motor blister plastic packaging structure.

Background technology:

The prior motor transport package has two kinds: a kind of is the blister plastic packaging structure; prior motor blister plastic packaging structure comprises pallet and plastic sucking disc; plastic sucking disc is directly to stack to be bearing on the pallet; the plastic sucking disc of this mounting structure bottom is not connected with pallet; and do not have nested between the plastic sucking disc; therefore shaky firm; be easy to generate crooked in the circular flow or phenomenon such as skid in transportation; and the cavity that motor is installed can not be fixed the protection motor well; cause motor in the transportation circular flow, to tilt to produce collision easily, damage motor.The another kind of paper packaging frame mode that adopts, this kind papery packaging intensity is low, commonality is poor and can not recycling use, and resource is caused waste.

Summary of the invention:

The purpose of this utility model provides a kind of motor blister plastic packaging structure, and this structure is simple in structure, and fitting operation is convenient, and is solid firm, the commonality height, and it is convenient to recycle.

The purpose of this utility model is achieved by following technical proposals:

A kind of motor blister plastic packaging structure, comprise a pallet and several plastic sucking discs, pallet is in the bottom, after piling up, several plastic sucking discs are put on the pallet, the plastic sucking disc end face is provided with several cavitys that is used for laying motor, the medial recess of cavity forms draw-in groove, the inwall both sides of cavity form the arc supporting walls, two sides of tail at cavity, the end face of plastic sucking disc is provided with first boss, one side of first boss forms an arc joint face, the arc supporting walls at the rear portion of cavity is combined with the arc joint face, offer trepanning for the supporting motor rotating shaft at part first boss, electric machine casing is by arc supporting walls and the supporting of arc joint face, and machine shaft is nested in the trepanning the inside, bottom surface at plastic sucking disc is provided with arc groove, and the arc groove inwall of upper strata plastic sucking disc is pressed on the electric machine casing on lower floor's plastic sucking disc.

The edge of plastic sucking disc bottom surface described above arranges the shirt rim, and the inboard, shirt rim is provided with second boss, and the plastic sucking disc of below is nested on the pallet, and second boss is bearing on the pallet.

The bottom surface of plastic sucking disc described above is provided with the support rim of projection, and when upper strata plastic sucking disc and lower floor's plastic sucking disc stacked, the supporting boss of upper strata plastic sucking disc was bearing on the end face of first boss of lower floor's plastic sucking disc.

The both sides of plastic sucking disc end face described above are provided with the 3rd boss, when upper strata plastic sucking disc and lower floor's plastic sucking disc stack, the 3rd boss of lower floor's plastic sucking disc is nested in the inside, shirt rim of upper strata plastic sucking disc, and second boss of upper strata plastic sucking disc is bearing on the 3rd boss of lower floor's plastic sucking disc.

Plastic sucking disc described above is to be made by a kind of HDPE high-density polyethylene material.

Upper strata plastic sucking disc described above and lower floor's plastic sucking disc 180 degree that stagger after laying motor stack, and when reclaiming, upper strata plastic sucking disc and lower floor's plastic sucking disc are over against stacking.

The utility model compared with prior art has following advantage: 1) medial recess of cavity forms draw-in groove, the inwall both sides of cavity form the arc supporting walls, two sides of tail at cavity, the end face of plastic sucking disc is provided with first boss, one side of first boss forms an arc joint face, the arc supporting walls at the rear portion of cavity is combined with the arc joint face, offer trepanning for the supporting motor rotating shaft at part first boss, electric machine casing is by arc supporting walls and the supporting of arc joint face, machine shaft is nested in the trepanning the inside, bottom surface at plastic sucking disc is provided with arc groove, the arc groove inwall of upper strata plastic sucking disc is pressed on the electric machine casing on lower floor's plastic sucking disc, motor is installed solid firm, be not easy or produce collision in that transportation is stressed in the circular flow, protected motor well; 2) in the edge of plastic sucking disc bottom surface the shirt rim is set, the inboard, shirt rim is provided with second boss, the plastic sucking disc of below is nested on the pallet, and second boss is bearing on the pallet, this structure makes between plastic sucking disc and the pallet chimeric solid and reliable, is not easy to produce crooked in the circular flow or phenomenon such as skid in transportation; 3) bottom surface of plastic sucking disc is provided with the support rim of projection, when upper strata plastic sucking disc and lower floor's plastic sucking disc stack, the supporting boss of upper strata plastic sucking disc is bearing on the end face of first boss of lower floor's plastic sucking disc, makes that supporting is evenly stressed, solid firm between the levels plastic sucking disc; 4) both sides of plastic sucking disc end face are provided with the 3rd boss, when upper strata plastic sucking disc and lower floor's plastic sucking disc stack, the 3rd boss of lower floor's plastic sucking disc is nested in the inside, shirt rim of upper strata plastic sucking disc, second boss of upper strata plastic sucking disc is bearing on the 3rd boss of lower floor's plastic sucking disc, make that supporting is evenly stressed, chimeric firm between the levels plastic sucking disc; 5) plastic sucking disc is to be made by a kind of HDPE high-density polyethylene material, and this material has very high environmental stress cracking resistance, long perfomance life, and convenient the cleaning, it is convenient to recycle.

Description of drawings:

Fig. 1 is block diagram of the present utility model.

Fig. 2 is front view of the present utility model.

Fig. 3 is the A-A cutaway view of Fig. 2.

Fig. 4 is the B-B partial enlarged drawing of Fig. 3.

Fig. 5 is the C-C partial enlarged drawing of Fig. 3.

Fig. 6 is the D-D partial enlarged drawing of Fig. 3.

Fig. 7 is the plastic sucking disc block diagram of an angle of the present utility model.

Fig. 8 is the block diagram of the another one angle of plastic sucking disc of the present utility model.

Fig. 9 is the block diagram of pallet of the present utility model.

The specific embodiment:

Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.

Extremely shown in Figure 9 as Fig. 1, a kind of motor blister plastic packaging structure of the present utility model, comprise a pallet 1 and several plastic sucking discs 2, pallet 1 is in the bottom, after piling up, several plastic sucking discs 2 are put on the pallet 1, plastic sucking disc 2 end faces are provided with several cavitys 21 that is used for laying motor 3, it is characterized in that: the medial recess of cavity 21 forms draw-in groove 210, the inwall both sides of cavity 21 form arc supporting walls 211, two sides of tail at cavity 21, the end face of plastic sucking disc 2 is provided with first boss 22, one side of first boss 22 forms an arc joint face 220,

arc supporting walls

211 and 220 combinations of arc joint face at the rear portion of cavity 21, offer trepanning 221 for supporting motor rotating shaft 31 at part first boss 22, electric machine casing 32 is by

arc supporting walls

211 and 220 supportings of arc joint face, machine shaft 31 is nested in trepanning 221 the insides, is provided with arc groove 23 in the bottom surface of plastic sucking disc 2, and arc groove 23 inwalls of upper strata plastic sucking disc 2 are pressed on the electric machine casing 32 on lower floor's plastic sucking disc 2.

Only express a pallet 1 and two plastic sucking discs 2 among Fig. 1, pallet 1 is in the bottom, is put on the pallet 1 after 2 plastic sucking discs 2 pile up, and certainly, the quantity of plastic sucking disc 2 can be more, and for example 3 or 4 or 5 or 8, quantity is decided as the case may be.

The edge of plastic sucking disc 2 bottom surfaces arranges

shirt rim

24, and 24 inboards, shirt rim are provided with second boss 240, and the plastic sucking disc 2 of below is nested on the pallet 1, and second boss 240 is bearing on the pallet 1.

The bottom surface of plastic sucking disc 2 is provided with the support rim 25 of projection, and when upper strata plastic sucking disc 2 and lower floor's plastic sucking disc 2 stacked, the supporting boss 25 of upper strata plastic sucking disc 2 was bearing on the end face of first boss 22 of lower floor's plastic sucking disc 2.

The both sides of plastic sucking disc 2 end faces are provided with the 3rd boss 26, when upper strata plastic sucking disc 2 and lower floor's plastic sucking disc 2 stack, the 3rd boss 26 of lower floor's plastic sucking disc 2 is nested in 24 the insides, shirt rim of upper strata plastic sucking disc 2, and second boss 240 of upper strata plastic sucking disc 2 is bearing on the 3rd boss 26 of lower floor's plastic sucking disc 2.

Plastic sucking disc 2 is to be made by a kind of HDPE high-density polyethylene material.

Upper strata plastic sucking disc 2 and lower floor's plastic sucking disc 2 180 degree that stagger after laying motor stack, and when reclaiming, upper strata plastic sucking disc 2 and lower floor's plastic sucking disc 2 are over against stacking.

Principle of the present utility model is: the medial recess that is used for laying the cavity 21 of motor 3 on plastic sucking disc 2 end faces forms draw-in groove 210, the inwall both sides of cavity 21 form arc supporting walls 211, two sides of tail at cavity 21, the end face of plastic sucking disc 2 is provided with first boss 22, one side of first boss 22 forms an arc joint face 220,

arc supporting walls

211 and 220 combinations of arc joint face at the rear portion of cavity 21, electric machine casing 32 is supported jointly by arc supporting walls 211 and arc joint face 220, machine shaft 31 is nested in trepanning 221 the insides of offering on part first boss 22, be provided with arc groove 23 in the bottom surface of plastic sucking disc 2, arc groove 23 inwalls of upper strata plastic sucking disc 2 are pressed on the electric machine casing 32 on lower floor's plastic sucking disc 2, this structure is simple in structure, fitting operation is convenient, solid firm, be not easy or produce collision in that transportation is stressed in the circular flow.

Claims

1. A blister packaging structure for motors, including a tray (1) and several blister trays (2), the tray (1) is at the bottom, and several blister trays (2) are stacked and placed on the tray (1) , the top surface of the blister tray (2) is provided with several cavities (21) for placing the motor (3), which is characterized in that: the middle part of the cavity (21) is depressed to form a card slot (210), and the cavity ( 21) on both sides of the inner wall to form an arc-shaped support wall (211), on both sides of the tail of the cavity (21) and the top surface of the blister tray (2) are provided with a first boss (22), the first boss One side of (22) forms an arc-shaped connecting surface (220), and the arc-shaped support wall (211) at the rear portion of the cavity (21) combines with the arc-shaped connecting surface (220). ) is provided with a sleeve hole (221) for supporting the motor shaft (31), the motor casing (32) is supported by the arc-shaped support wall (211) and the arc-shaped connecting surface (220), and the motor shaft (31) is nested Inside the sleeve hole (221), an arc-shaped groove (23) is provided on the bottom surface of the blister tray (2), and the inner wall of the arc-shaped groove (23) of the upper layer of the blister tray (2) is pressed against the lower layer of the blister tray ( 2) on the motor housing (32).

2. A blister packaging structure for motors according to claim 1, characterized in that: a skirt (24) is provided on the periphery of the bottom surface of the blister tray (2), and a second skirt (24) is provided inside the skirt (24). The boss ( 240 ), the lowermost blister tray ( 2 ) is nested on the tray ( 1 ), and the second boss ( 240 ) is supported on the tray ( 1 ).

3. A blister packaging structure for electric motors according to claim 2, characterized in that: a raised support boss (25) is provided on the bottom surface of the blister tray (2), when the upper blister tray (2) When stacked with the lower blister tray (2), the support boss (25) of the upper blister tray (2) is supported on the top surface of the first boss (22) of the lower blister tray (2).

4. A blister packaging structure for motors according to claim 3, characterized in that: third bosses (26) are provided on both sides of the top surface of the blister tray (2), when the upper blister tray (2) ) and the lower blister tray (2), the third boss (26) of the lower blister tray (2) is nested inside the skirt (24) of the upper blister tray (2), and the upper blister tray (2) The second boss (240) of (2) is supported on the third boss (26) of the lower blister tray (2).

5. A blister packaging structure for motors according to claim 1, characterized in that: the blister tray (2) is made of HDPE high-density polyethylene material.

6. A motor blister packaging structure according to claim 1 or 2 or 3 or 4, characterized in that: the upper blister tray (2) and the lower blister tray (2) are stacked staggered by 180 degrees after the motor is installed When recycling, the upper blister tray (2) and the lower blister tray (2) are stacked facing each other.