The utility model relates to a conveyor belt supporting device, which belongs to the auxiliary equipment field of the thermal power plant. The purpose of the utility model is to adopt the principle of four connecting rod to make a conveyor belt supporting device which can adjust the height at any time. The utility model of the conveyor belt is fixed on the bottom of the bowl bracket in the upper left side plate of high strength, the top bracket and a right bracket on the shaft is connected with the high strength plate; the upper left and right bracket on the bottom end of the bracket and the left bracket and the right bracket are fixed with the top ring, the upper left and upper right bracket the bottom end of the bracket ring sleeve are respectively set the left shaft at both ends of the support rod are left on the lower left and lower right ring bracket at the top of the brackets are respectively sleeved on the two ends of the support pole on the right side of the right supporting rod axis, each lateral ring through bolts on each supporting rod shaft, screw inserted in the left side of the supporting rod, screw inserted in the left side of the supporting rod, screw and screw thread, socket set, fixed with a rotating handle end in screw rod. The utility model has the advantages of simple structure, convenient and practical, improving work efficiency, greatly reducing the intensity and difficulty of daily maintenance work, and halving working hours.
【技术实现步骤摘要】
输送胶带支撑器
本技术属于火电厂辅助设备领域。
技术介绍
火电厂是以煤作为主要燃料,为了便捷的将煤输送至炉里,一般通过输送胶带进行输送,在输送行程较长时,一般会在输送带底部设置无数的滚动滚筒进行支撑,成本极高,所以为了减少成本,就会采用简易的托架托住,但由于其结构的限制,需要利用撬杠对输送皮带进行起撬,这个过程存在一定的危险性并且工作难度较大,在一些狭小的环境下撬点也很难确定,造成了日常检修维护工作困难的情况发生,而且高度无法调整。
技术实现思路
本技术的目的是采用四连杆原理,制作一个可以随时调节高度的输送胶带支撑器。本技术的输送带碗状托架底端固定在高强压板上侧,左上支架和右上支架的顶端轴连接在高强压板的下侧;左上支架和右上支架底端以及左下支架和右下支架顶端均固定有环套,左上支架和右上支架底端的环套分别套在左侧的支杆两端的左支杆轴上,左下支架和右下支架顶端的环套分别套在右侧的支杆两端的右支杆轴上,每个环套的外侧均通过螺栓紧固在各自的支杆轴端,丝杠套插在左侧的支杆内,丝杠插在左侧的支杆内,丝杠与丝杠套螺纹匹配插接,在丝杠外端固定安装有旋转把手;左下支架和右下支架分别轴连接在底座上。本技术在底座的下面安装有运输架限位夹块。本技术结构简单,方便实用,提高工作效率,大大降低了日常维护工作的强度与难度,工作工时减半。由于采用可调节的四连杆结构,所以,可以随时调整托架高度。附图说明图1是本技术结构示意图;图2是本技术图1的A向侧视图。具体实施方式本技术的输送带碗状托架1底端固定在高强压板2上侧,由于输送带一般是两侧高中间低的设置,所以,为了配合输送带的形状,将托架设置成碗 ...
【技术保护点】
一种输送胶带支撑器,其特征在于:输送带碗状托架(1)底端固定在高强压板(2)上侧,左上支架(14)和右上支架(3)的顶端轴连接在高强压板(2)的下侧;左上支架(14)和右上支架(3)底端以及左下支架(10)和右下支架(7)顶端均固定有环套(11),左上支架(14)和右上支架(3)底端的环套分别套在左侧的支杆(15)两端的左支杆轴(12)上,左下支架(10)和右下支架(7)顶端的环套分别套在右侧的支杆两端的右支杆轴(5)上,每个环套的外侧均通过螺栓紧固在各自的支杆轴端,丝杠套(13)插在左侧的支杆(15)内,丝杠(4)插在左侧的支杆内,丝杠(4)与丝杠套(13)螺纹匹配插接,在丝杠(4)外端固定安装有旋转把手(6);左下支架(10)和右下支架(7)分别轴连接在底座(9)上。
【技术特征摘要】
1.一种输送胶带支撑器,其特征在于:输送带碗状托架(1)底端固定在高强压板(2)上侧,左上支架(14)和右上支架(3)的顶端轴连接在高强压板(2)的下侧;左上支架(14)和右上支架(3)底端以及左下支架(10)和右下支架(7)顶端均固定有环套(11),左上支架(14)和右上支架(3)底端的环套分别套在左侧的支杆(15)两端的左支杆轴(12)上,左下支架(10)和右下支架(7)顶端的环套分...
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