The utility model discloses an automatic winding iron wire device, which comprises a winding barrel body, a transmission mechanism and a plurality of claw blocks that can radially extend the winding barrel body. The claw blocks are evenly spaced around the center line of the winding barrel body. A plurality of holes matching the claw blocks are arranged on the wall of the winding barrel body along the circumference, and the transmission mechanism is composed of a belt wheel, a reducer, and a jaw block. The input end of the reducer is connected with the pulley drive, the output end is connected with the back end of the drive shaft, the pulley and the drive shaft are all coaxial with the reel body, and the drive wheel assembly includes the gear and a plurality of fan-shaped gears which are circumferentially meshed with the gear and corresponding to the claw block, and the gear sleeve is mounted in the transmission. The front part of the shaft is evenly distributed around the gear, and the inner end of the claw is articulated on the fan-shaped gear. The claw block of the utility model can radially extend the winding barrel body and drive the winding barrel body to rotate synchronously, and the claw block and the winding barrel body coil and cut the iron wire together, thereby reducing the labor intensity and improving the work efficiency.
【技术实现步骤摘要】
一种自动收卷铁丝装置
本技术涉及铁丝收卷
,更具体地说是一种自动收卷铁丝装置。
技术介绍
造纸厂使用的废纸、浆包等原料,都是利用铁丝进行捆绑。生产时,需将捆绑废纸、浆包的铁丝剪断并收取后,才可以进行下道工序的操作。而目前大部分造纸厂多是工人用手工(或辅助气动)剪断铁丝,再靠人力将铁丝收取,费时费力,劳动强度大,工作效率低。
技术实现思路
本技术的目的在于提供一种自动收卷铁丝装置,利用卷丝筒体和爪块收卷剪断后的铁丝,降低了劳动强度,提高了工作效率。为实现上述目的,本技术采用如下技术方案:一种自动收卷铁丝装置,包括卷丝筒体、传动机构和多个可径向伸出卷丝筒体的爪块,爪块围绕卷丝筒体中心线均匀间隔布置,卷丝筒体的筒壁上沿周向设有多个与爪块相适配的孔,传动机构由带轮、减速机、传动轴和传动轮组件组成,减速机的输入端与带轮传动连接,输出端与传动轴的后端传动连接,带轮、传动轴均与卷丝筒体共轴线,传动轮组件包括齿轮及与齿轮周向啮合传动且与爪块相对应的多个扇形齿轮,齿轮套装在传动轴的前端,扇形齿轮围绕齿轮均匀分布,爪块的内端铰接在扇形齿轮上。所述减速机主体部分、传动轴和传动轮组件均位于 ...
【技术保护点】
1.一种自动收卷铁丝装置,其特征在于:包括卷丝筒体、传动机构和多个可径向伸出卷丝筒体的爪块,爪块围绕卷丝筒体中心线均匀间隔布置,卷丝筒体的筒壁上沿周向设有多个与爪块相适配的孔,传动机构由带轮、减速机、传动轴和传动轮组件组成,减速机的输入端与带轮传动连接,输出端与传动轴的后端传动连接,带轮、传动轴均与卷丝筒体共轴线,传动轮组件包括齿轮及与齿轮周向啮合传动且与爪块相对应的多个扇形齿轮,齿轮套装在传动轴的前端,扇形齿轮围绕齿轮均匀分布,爪块的内端铰接在扇形齿轮上。
【技术特征摘要】
1.一种自动收卷铁丝装置,其特征在于:包括卷丝筒体、传动机构和多个可径向伸出卷丝筒体的爪块,爪块围绕卷丝筒体中心线均匀间隔布置,卷丝筒体的筒壁上沿周向设有多个与爪块相适配的孔,传动机构由带轮、减速机、传动轴和传动轮组件组成,减速机的输入端与带轮传动连接,输出端与传动轴的后端传动连接,带轮、传动轴均与卷丝筒体共轴线,传动轮组件包括齿轮及与齿轮周向啮合传动且与爪块相对应的多个扇形齿轮,齿轮套装在传动轴的前端,扇形齿轮围绕齿轮均匀分布,爪块的内端铰接在扇形齿轮上。2.根据权利要求1所述的自动收卷铁丝装置,其特征在于:所述减速机主体部分、...
【专利技术属性】
技术研发人员:许超峰,许要锋,侯中全,许银川,
申请(专利权)人:郑州运达造纸设备有限公司,
类型:新型
国别省市:河南,41
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