CN2714480Y

CN2714480Y - Conveyor belt

Info

Publication number: CN2714480Y
Application number: CN 200420066857
Authority: CN
Inventors: 张宗胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-16
Filing date: 2004-06-16
Publication date: 2005-08-03
Anticipated expiration: 2014-06-16

Abstract

The utility model relates to a conveyor belt, comprising a conveyor belt body and two runners. The two runners are used to drive the whole conveyor belt body to rotate circularly, and are arranged at the front and back ends of the inner margin of the whole conveyor belt body. Wherein, the both sides of the whole conveyor belt body are respectively provided with a plurality of same equidistant embedded position holes, and the both sides of the circumferential surfaces of each runner are provided with equidistant embedded position flange which are corresponding to a plurality of equidistant embedded position holes arranged at the both sides of the conveyor belt body; each embedded position flange can be exactly inserted into the corresponding embedded position holes on both sides of the conveying belt body, and the runners depend on the friction and each embedded position flange to drive the conveying belt to rotate. In the operation of conveying articles, slip phenomenon is no longer occurred, and the operation is more stable.

Description

Load-transfer device

Technical field

The utility model relates to load-transfer device, refers to that especially a kind of runner reaches the load-transfer device of respectively setting the rotation of locating flange drive load-transfer device by friction.

Background technology

Shown in Fig. 1,2, traditional load-transfer device, mainly comprise: a conduct is sent the conveying belt body 2 of carrier and is driven whole piece and carries belt body 2 cycle rotations, be located at the runner 3 of carrying the forward and backward two ends of belt body 2 inner edges, the end face of whole conveying belt body 2 is plane, after the article of desire conveying are placed on conveying belt body 2 end faces, these article can be fed forward.

But, the tradition load-transfer device, whole piece carries belt body 2 flat fully, and the runner 3 that drives its rotation is placed in the place, forward and backward two ends of its whole inner edge, and forward and backward two runners, 3 whole peripheries also are complete smooth shape, makes to carry belt body 2 to cooperate running with 3 of two runners, after using a period of time, often cause carrying 3 of belt body 2 and two runners that skidding takes place, and influence its delivery speed and effect, demand urgently improving.

Summary of the invention

Main purpose of the present utility model is to provide a kind of in articles conveyed running, carry between belt body and runner skidding does not take place, more pulsation-free load-transfer device turns round.

A kind of load-transfer device mainly comprises: a conveying belt body and the conduct as delivery vehicles drives whole piece conveying belt body cycle rotation, is located at the runner that whole piece is carried the forward and backward two ends of belt body inner edge; It is characterized in that: this whole piece carries the belt body both sides to be respectively equipped with identical a plurality of knock holees of equidistantly setting, and the whole peripheral surface of each runner both sides are provided with and carry a plurality of corresponding locating flanges of equidistantly setting of knock hole of equidistantly setting in belt body both sides, respectively set locating flange and just can accurately be intercalated in and carry the belt body both sides to set accordingly in the knock hole, runner is by friction and respectively set locating flange and drive the load-transfer device rotation.

Advantage of the present utility model is: because whole piece carries the belt body both sides to be provided with the equidistant knock hole of setting, and the whole periphery of each runner both sides are provided with the corresponding locating flange of equidistantly setting, the knock hole of equidistantly setting of assembling rear carrier body both sides all is nested in the corresponding of the whole periphery of runner both sides and equidistantly sets on the locating flange, in the running, this runner is by friction and set locating flange drive whole piece load-transfer device cycle rotation, so in articles conveyed process, carry between belt body and runner and skidding can not take place, make the running of load-transfer device more steady.

Description of drawings

Fig. 1, for commonly using the schematic perspective view of load-transfer device.

Fig. 2, for commonly using the cross-sectional schematic of load-transfer device.

Fig. 3, be schematic perspective view of the present utility model.

Fig. 4, be state of kinematic motion scheme drawing of the present utility model.

The specific embodiment

For to structure of the present utility model, feature and effect thereof, can have and further understand and be familiar with, lift a preferred embodiment now, and conjunction with figs. is described in detail as follows:

Referring to shown in Figure 3, a kind of load-transfer device mainly comprises: a conveying belt body 2 and the conduct as delivery vehicles drives whole piece conveying belt body 2 cycle rotations, is located at the runner 3 that whole piece is carried the forward and backward two ends of belt body 2 inner edges; Wherein: whole piece carries the both sides of belt body 2 to be respectively equipped with identical a plurality of knock holees 21 of equidistantly setting, each runner 3 whole peripheral surface both sides is provided with and carries a plurality of knock hole 21 corresponding locating flanges 31 of equidistantly setting of equidistantly setting in belt body 2 both sides, respectively sets locating flange 31 and just can accurately be intercalated in setting in the knock hole 21 of conveying belt body 2 both sides.

Referring to Fig. 4, because whole piece carries belt body 2 both sides to be provided with the equidistant knock hole 21 of setting, and each runner 3 whole periphery both sides is provided with the corresponding locating flange 31 of equidistantly setting, assembling rear carrier body 2 both sides equidistantly set corresponding equidistantly the setting on the locating flange 31 that knock hole 21 all is nested in two ends runner 3 whole periphery both sides; One end runner shaft is fixed in motor output shaft end (not shown).When motor driven runner 3 when the direction of arrow is rotated, then this runner 3 drives whole pieces conveying belt bodies 2 cycle rotations by rubbing and setting locating flange 31, make in articles conveyed process, carry

belt body

2 and 3 of runners can skidding not take place again, make the load-transfer device running more steady.

The above only is preferred embodiment of the present utility model; be not to limit practical range of the present utility model with this; such as those who are familiar with this art; use principle of the present utility model and technical characterictic; various changes and the decoration done all should be covered by within the category that these claims protect.

Claims

1, a kind of load-transfer device mainly comprises: the conveying belt body of a delivery vehicles and drive whole piece are carried the belt body cycle rotation, are located at the runner that whole piece is carried the forward and backward two ends of belt body inner edge; It is characterized in that:

This whole piece carries the belt body both sides to be respectively equipped with identical a plurality of knock holees of equidistantly setting, and the whole peripheral surface of each runner both sides are provided with and carry a plurality of corresponding locating flanges of equidistantly setting of knock hole of equidistantly setting in belt body both sides, respectively set locating flange and just can accurately be intercalated in and carry the belt body both sides to set accordingly in the knock hole, runner is by friction and respectively set locating flange and drive the load-transfer device rotation.