CN210854496U

CN210854496U - Continuous instruction book conveying device

Info

Publication number: CN210854496U
Application number: CN201921641588.3U
Authority: CN
Inventors: 徐未龙; 汤健; 郑永亮
Original assignee: JIANGXI WANSHEN MACHINERY CO Ltd
Current assignee: JIANGXI WANSHEN MACHINERY CO Ltd
Priority date: 2019-09-29
Filing date: 2019-09-29
Publication date: 2020-06-26
Anticipated expiration: 2029-09-29

Abstract

The utility model discloses a continuous description conveyor. The auxiliary conveying and guiding device comprises an outer upper output channel forming wheel, an outer lower output channel forming wheel, an inner support, an inner upper output channel forming wheel, an inner lower output channel forming wheel, an outer synchronous conveying belt, an inner synchronous conveying belt and an auxiliary conveying and guiding device, wherein the outer upper output channel forming wheel and the inner lower output channel forming wheel are respectively arranged on the inner opposite sides of the inner support, the outer synchronous conveying belt and the inner synchronous conveying belt correspond to the outer upper output channel forming wheel and the inner lower output channel forming wheel, the auxiliary conveying and guiding device comprises a driving synchronous wheel, two driven synchronous wheels and an auxiliary conveying synchronous belt, the driving synchronous wheel is located on one side, corresponding to the inner support, of the inner lower output channel forming wheel, the two driven synchronous wheels are respectively arranged on one side, corresponding to the inner support, the auxiliary conveying synchronous. The continuous specification conveying device is simple in structure and stable and reliable in specification conveying.

Description

Continuous instruction book conveying device

Technical Field

The utility model relates to a continuous description conveyor of cartoning machine.

Background

In the automatic medicine boxing and packaging process, the problem that how to match the specification with the thickness of only 0.5-1mm with the speed of a boxing machine for stable, reliable and complete transportation and boxing is needed to be further improved and improved in the industry is always solved. Recently, an open frame type conveying channel is adopted, an unpowered driving wheel and a channel forming wheel which are coaxially connected are symmetrically or parallelly arranged, and an inner synchronous conveyor belt and an outer synchronous conveyor belt are arranged to form an inner synchronous conveyor belt and an outer synchronous conveyor belt which are correspondingly matched with each other, so that the conveying and boxing of specification paper can be better realized basically. However, this apparatus is required to have improved reliability when feeding a sheet of instruction paper, and has a phenomenon of a certain slip or jam, and it is difficult to adjust the inner and outer synchronous conductors in a matching manner, which is highly required.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the not enough of above-mentioned prior art existence, provide a continuous description conveyor. The continuous specification conveying device is simple in structure, simple and convenient to maintain and repair, and stable and reliable in specification conveying.

The technical scheme of the utility model including outer last output channel forming wheel, outer output channel forming wheel down, the inner support set up respectively in output channel forming wheel and interior output channel forming wheel down on the interior of the inside and outside relative both sides of inner support to and corresponding outer synchronous transmission band and interior synchronous transmission band, still include an auxiliary transmission device, auxiliary transmission device is including being located the corresponding one side of inner support inboard, the inboard initiative synchronizing wheel of fixed connection output channel forming wheel down in these two, set up respectively in two driven synchronizing wheels of the corresponding one side of inner support, and connect in the defeated hold-in range of helping of initiative synchronizing wheel and two driven synchronizing wheels, help on the defeated synchronizing wheel looks interval distribution be provided with the supplementary defeated piece that interior outer synchronous transmission band corresponds.

The auxiliary guide block and the auxiliary conveying synchronous belt form an integral body.

The utility model discloses utilize original inner support, lower delivery channel shaping shaft to and the interval between the upper and lower delivery channel shaping wheel sets up an auxiliary transmission and leads the device, carry out auxiliary transmission to the instruction paper, make the transport more reliable and stable, inside and outside synchronous conductor adjusts simply, requires lowly.

Drawings

Fig. 1 is a schematic perspective view of an embodiment of the present invention; fig. 2 is a schematic bottom view of the auxiliary conduit device in fig. 1.

Detailed Description

In order to further understand the technical solution of the present invention, the present invention is further explained by the following embodiments with reference to the attached drawings. As shown in fig. 1 and 2. The continuous instruction conveying device comprises an inner synchronous conductor, an outer synchronous conductor, an auxiliary guide device, a corresponding driving mechanism and the like, wherein the inner synchronous conductor and the outer synchronous conductor are correspondingly matched with each other inside and outside and are respectively arranged on an inner support and an outer support.

The outer synchronous transmitter comprises two outer upper output channel forming wheels 5 which are coaxially connected and are arranged at one side of the outer support 1 from top to bottom, two outer lower output channel forming wheels 6 which are coaxially connected, two outer unpowered driving wheels 17 which are arranged at the lower part of the corresponding other side of the outer support, two outer upper input channel forming wheels 21 which are arranged at the upper parts of the two outer unpowered driving wheels and are coaxially connected, two inner lower input channel forming wheels 23, two inner lower output channel forming wheels 3 which are correspondingly arranged at the corresponding inner sides of the two outer lower output channel forming wheels and are arranged on the inner support 2, and two outer synchronous transmission belts 8 which are respectively connected with the two outer upper output channel forming wheels, the two outer lower output channel forming wheels, the two outer unpowered driving wheels, the two outer upper input channel forming wheels 21, the two inner lower input channel forming wheels and the two inner lower output channel forming wheels in a transmission manner.

The corresponding inner synchronous transmitter comprises two coaxially connected inner upper output channel forming wheels 4 and two coaxially connected inner lower output channel forming wheels 3 which are respectively arranged at the upper part and the lower part of the corresponding side of the inner bracket 2 corresponding to the two outer upper output channel forming wheels and the two outer lower output channel forming wheels, two coaxially connected inner lower input channel forming wheels and two inner upper input channel forming wheels 22 which are respectively arranged at the lower part and the upper part of the corresponding side of the inner bracket coaxially and are mutually and coaxially connected, two inner unpowered driving wheels 19 which are arranged at the opposite upper parts of the two inner lower input channel forming wheels and are connected on an inner unpowered driving shaft, two transition wheels 20 which are mutually and coaxially connected, and two inner synchronous transmission belts 7 which are respectively connected between the two inner upper output channel forming wheels, the two inner lower input channel forming wheels, the two inner upper input channel forming wheels, the two transition wheels and the two inner unpowered driving wheels in a transmission way. The two outer synchronous transmission belts are respectively arranged on two opposite sides of the inner support, and the two outer synchronous transmission belts are respectively arranged on two opposite sides of the outer support.

The auxiliary conveying device comprises a driving synchronous wheel 14, a first driven synchronous wheel 10, a second driven synchronous wheel 11, an auxiliary conveying synchronous belt 9 and the like which are respectively positioned on the corresponding side of the inner support.

The driving synchronous wheel is arranged on the inner side of an inner lower output channel forming wheel 3 on one corresponding side of the inner support and is fixedly connected to an inner lower output channel forming wheel shaft 13, and the auxiliary transmission synchronous belt utilizes the corresponding inner lower output channel forming wheel shaft as power. The second driven synchronizing wheel 11 is arranged on the inner bracket through the lower part of the inner upper output channel forming wheel 4 corresponding to one side of the inner bracket through a corresponding wheel shaft, and the first driven synchronizing wheel, the second driven synchronizing wheel and the driving synchronizing wheel form a triangular shape and are arranged at the corresponding part of the inner bracket through the corresponding wheel shaft. A plurality of auxiliary conveying guide blocks 12 are uniformly distributed on the outer side of the conveying-assisting synchronous belt, the auxiliary conveying guide blocks are correspondingly positioned between the two inner synchronous conveying belts and on the inner sides of the inner synchronous conveying belts, and the free end surfaces of the auxiliary conveying guide blocks correspond to the corresponding surfaces of the instruction paper between the inner and outer synchronous conveying belts. When the instruction paper 25 is conveyed by the clamping belt of the inner and outer synchronous conveying belts, the auxiliary conveying block performs auxiliary conveying through the sliding friction effect on the instruction paper. The auxiliary delivery block can be made of rubber materials, and can also be integrated with the delivery synchronous belt.

The drive mechanism includes servo motors 24 fixedly connected to the respective supports, the servo motors driving the outer and inner unpowered drive wheels through respective intermediate drive mechanisms.

Claims

1. A continuous specification conveying device comprises an outer upper output channel forming wheel, an outer lower output channel forming wheel, an inner support, an inner upper output channel forming wheel, an inner lower output channel forming wheel, an outer synchronous conveying belt and an inner synchronous conveying belt, wherein the inner upper output channel forming wheel and the inner lower output channel forming wheel are arranged on the inner side and the outer side of the inner support respectively, the outer synchronous conveying belt and the inner synchronous conveying belt correspond to each other.

2. The continuous instruction delivery apparatus of claim 1 wherein the auxiliary delivery block is integral with the delivery timing belt.