All of the features disclosed in this specification, or all methods or processes disclosed in the process, in addition to the features and or steps of mutual rejection, can be combined in any manner.
 By below Figure 1-5 The present invention will be described in detail, which is convenient, and now the above-mentioned orientation is as follows: below figure 1 The projection relationship of the projection is consistent with the front and back and so on.
 The auxiliary unloading device of a logistics transport of the apparatus of the present invention includes a mounting tank 10, and the mounting tank 10 is provided with a mounting chamber 11, and the mounting chamber 11 is provided with a transport product capable of unloading to avoid falling. The clamping mechanism 64 of the lifting, the clamping mechanism 64 includes a rack 36 sliding mounted on the upper end wall of the mounting chamber 11 and connected to the mounting tank 10, and the rack 36 is fixedly mounted There is a placement table 27, and the placement table 27 is provided with a placement groove 28, and the placed groove 28 is slidably mounted with placement block 26, and the lower end surface of the placement block 26 and the lower end wall of the placement groove 28 are fixedly connected. The spring 29 is placed, and the left and right rolling of the placement block 26 is mounted with a roller one 25 with respect to the center symmetrical, and the placement table 27 is provided with respect to the placement groove 28, which is configured to fix the clamp 68 for fixing the stretchable plate 68. The upper surface of the mounting tank 10 is configured with a placed lever 63 with respect to the rack 36, and the mounting chamber 11 is provided with a push mechanism 65 capable of introducing a transport product. There is a placement mechanism 66 capable of moving and preventing rollover and facilitating tapping, and the placement mechanism 66 comprises a symmetrical fixing of the rack 36 is fixed to the mounting tank 10 on the upper surface and at the teeth. The mounting block 32 on the right side of the strip 32, the inner end surface of the mounting block 32 is provided with a trajectory groove 33 in the outer end wall of the mounting chamber 11, and the rear end wall of the mounting chamber 11 is rotated and mounted with a guide spring. The shaft 35, the drive shaft 35 fixedly mounted a L-shaped and a retractable transmission rod 34, and the drive rod 34 is hingedly coupled to a sliding mounting having a bump drive in the front-rear side of the track slot 33. Block 30, the outer end surface of the driving block 30 is mounted with a roller 2 31 sliding with the track slot 33.
 It is advantageously beneficial, and the clamping mechanism 64 also includes a clamping shaft 61 having a torsion spring in the left and right end wall of the clamping groove 68, the clamping shaft 61 fixedly mounted a sloping rotating block 60, The inner end wall of the turbine block 60 is provided with a rotational groove 59 relative to the center, and the rotation groove 59 is slidked in the lower side of the rotation groove 59 in the lower side, and the upper side of the bevel 12, the upper side Sliding in the rotating groove 59 is mounted with a sliding block 67 sliding mounted on the clamping groove 68, the inner end surface of the clamping block 67 is symmetrically provided with a clamping groove 23 with respect to the placement block 26. The clamping groove 23 is slidably mounted having a clamping block 24 having a bevel, and the outer end surface of the clamping block 24 is fixed between the outer end wall of the clamping groove 23, and the clamping spring 22 is attached. The product is placed on the placement block 26, which causes the placement block 26 to move downwardly and push the slope block 62 to the outside.
 It is advantageously beneficial, and the clamping mechanism 64 also includes a motor 46 that is attached to the rear end wall of the mounting chamber 11, the motor 46 front end power connection active shaft 38, the drive shaft 38 fixedly installed with push belt 2 45 The mounting chamber 11 is provided with a moving groove 54 in the bottom wall of the moving groove 54, and the moving slot 54 is slidably mounted, and the moving block 27 is rotated and mounted is attached to the active shaft 38. Pushing the spline 14, the pushing split set 14 is fixed to the push gear 13 that can be engaged with the rack 36, and the back side of the clamping groove 68 slides in the lower end wall in the lower end wall is installed with a torsion spring And connected to the sliding rod 47 capable of retractable in the mounting chamber 11, the mounting chamber 11 is rotated in the bottom wall of the mounting, and the rotation shaft 40 provided with a torsion spring is fixed, and the rotating shaft 40 is fixedly mounted and tilted and When the moving block 27 hinges the telescopic rod 39, when the turning block 60 is rotated by the rear side, the turning block 60 that causes the rear side to move the slush rod 47 to move backward, so that the telescopic rod 39 Rotate under the action of the torsion spring.
 It is advantageously beneficial, and the push mechanism 65 includes a sliding mounted moving block 12 that is attached to the bottom wall of the mounting chamber 11 and hinges the left end surface of the telescoping rod 39, and the mobile block is rotated within 12 Key cover 43, the rear end wall of the mounting chamber 11 is rotated and mounted with the drive shaft 42 connected to the moving spline 43, and the drive shaft 42 is fixedly mounted, and the pulley pulley is attached, and the pulley pulley is fixed. A 41 is connected between the push belt two 45, which is rotated by the telescoping rod 39, which causes the telescopic rod 39 to move the moving block one 12 backward, so that the moving block 12 The moving spline sleeve 43 moves backward.
Advantageously, the pushing mechanism 65 further comprises a fixing block fixedly mounted in the mounting cavity 11 on the left side of the upper end wall 20, the fixing block connecting shaft spline connection with the mobile sleeve 43 is rotatably mounted within the splines 20 with a 44, the connecting shaft 44 is attached to the securing tabs 18, the protruding bump 18 projecting position the front end face 18 is fixedly mounted, the T-shaped push rod mounted within the chamber wall 11 slidably mounted on the upper end of the left 16, the push rod 16 features a sliding fit with the projection 18 pushes the groove 17, the pushing block 21 pushing the right end surface groove 17 is fixedly mounted slidably mounted in the mounting cavity 11 on the side of the right end wall by rotating the drive shaft 38, causes the drive shaft 38 by pushing the push belt 45 and the two drive belt 15 between the driven pulley 41 a, causing the drive shaft 42 is rotated, so that the driving moving the drive shaft 42 spline sleeve 43 rotates, the connecting shaft 44 causes rotation, such that the cam 19 is rotated and driven around the center of the bump 18 is rotated, causing the protrusion 18 pushes the pushing grooves 17 and the push block 21 is moved to the right, causing the pushing block 21 pushing placed on the placing items on the transport block 26 moves to the right, to facilitate transport of goods by pushing the roller 25 causes a rolling.
 Advantageously, the placement means 66 further includes a shaft 51 rotatably mounted in the mounting adapter 11 of the front end wall of the chamber, the adapter 51 is fixedly mounted on the shaft individual connector 38 is connected to the drive shaft 52, the individual fixing a connector 52 is attached to driven gear 48 meshed with the rack 36, the shaft 51 is also fixed to the adapter is attached to a drive pulley 48 located at the push of a front side gear 50, the mounting cavity 11 rotatably attached to the inner end wall located on the right side of the adapter shaft 51 driven shaft 57, the driven shaft 57 fixedly attached to the front-to-back two drive pulley 56 and the drive gear 58, the drive pulley 56 and two the drive has a drive belt 49 connected between a pulley 50, the drive shaft 35 is also fixedly mounted in said front side of the drive rod 34 and drive gear 58 meshes with the gear 55 driven by the drive shaft 38 inverted, cause the individual connector adapter 52 to drive the rotary shaft 51, such that rotation of the driven gear 48 and a rack 36 engaging said.
 Initially, the spring 29 is placed in a non-deformed state, the clamping spring 22 in the undeformed state.
 When it is desired to discharge downward stream means for moving vehicles, goods transported by the block 26 placed on the placement, placement block 26 causes downward movement of the inclined surface and push block 62 are moved outward, so that the ramp block 62 block 60 is urged to rotate about the clamping shaft 61 is rotated, causes the rotation block 60 to promote the clamping block 67 moves inwardly, so that the clamping blocks 24 will be clamped to avoid transport goods transport goods rattling; simultaneously rotated by rotation of the rear side block 60, causes the rotation of the rear side push rod 60 slide block 47 is moved rearward, so that the telescopic rod 39 is rotated by the torsion spring, the telescopic rod 39 causes two driven moving block 37 is moved forward, so that the moving block 37 driven by two sets of splines 14 and push the gears 13 a moves forward, spurring gear 13 and a rack 36, and is rotated by the telescopic rod 39, causes the telescopic rod 39 driven by a moving block 12 is moved rearward, so that the moving block 12 driven by a splined sleeve 43 moves rearwardly mobile, cause the mobile splined sleeve 43 is not connected to the connecting shaft 44 spline; after starting the motor 46, causes rotation of the drive shaft 38 driven by rotation of the pushing splined hub 14, causes rotation of the gears 13 and engages a rack gear 36 moves downwardly, drive rack 36 causes the platen 27 is moved downward, until the lever 63 is placed abutting placement block 26 moves upward and pushes the block 26 is placed, to promote the clamping block 67 and clamping block 24 to the initial position, and causes the sliding lever 47 to the initial position and push the telescopic rod 39 is rotated to the initial position, so that the gears 13 are not engaged with a rack 36, and such a moving block 12 to the initial position, by actively rotating shaft 38, causes the drive shaft 38 driven by a belt two push belt 45 and the driven gear 15 between a pulley 41, thereby causing rotation of the drive shaft 42, such that movement of the spline 43 to drive the rotary shaft sleeve 42, causes rotation of the connecting shaft 44, the cam 19 is rotated and driven around the bumps 18 the center of rotation, causes bump 18 pushes pushing grooves 17 and push block 21 moves rightward, pushing spurring block 21 placed on the placement block 26 moves to the right transport goods, to facilitate transport of goods by pushing a scroll wheel 25 causes, and the product is pushed onto the transport drive block 30 is placed; after reversing motor 46, such that the drive shaft 38 is reversed, the individual connector 52 causes engagement drive shaft 51 is rotated, so that a rotation of the driven gear 48 and engages rack 36, cause the teeth Article 36 is moved to the initial position, and the adapter shaft 51 while a drive pulley 50 through drive belt 49 and drive between the two drive pulley 56, thereby causing rotation of the driven shaft 57, causes the driven shaft 57 through the drive gear 58 with the transmission gear the engagement between the gear 55, thereby causing rotation of drive shaft 35, causes rotation of the drive rod 34 and push block 30 driven by two rollers 31 move along the track groove 33, to facilitate transport of goods pick porters and avoiding movement in the transport of goods avoid vibration caused by damage to goods transport, when the transport discharge, turn off the motor 46, and so the device returned to the initial position.
 Beneficial effects: by means of the present invention is placed below the required logistics vehicle unloading, the unloading of transported goods need to be placed and clamped, so that the lift transport goods in the transport of goods can be prevented from causing damage when dropped, and then the required transport for Release products and allowed to move to a position after the easy handling, and transport of goods rollover can be prevented from being damaged.
 As described above, only the embodiments of the invention are intended to the invention, but the scope of the invention is not limited thereto, and any changes or replacement that is not creative, it should be included within the scope of the invention. Therefore, the scope of the invention should be based on the scope of protection defined by the claims.