A conveyor belt for production equipment, the structure comprises a first roller (1), second (2), drum lifter (3), the cabinet (4) and a control panel (5), the driver (6), a drive motor (7), a fixed frame (8), a drive motor (9), the fixed anchor (10), which is characterized in that the fixed anchor (10) with a total of four and is installed on the fixed chassis welding method (8) the four corners of the bottom, the first roller (1) and second (2) drum are cylindrical structure and the left and right sides through the lifting device (3) is fixed on the fixed frame (8) surface on the left, the cabinet bottom (4) is installed on the fixed frame (8) and the upper right and left side driver (6) is connected with the electric control cabinet (4) and a drive motor (7), a drive motor (9) through the electric connection; The lifting device (3) comprises a rotary valve (301), (302), second screw drum with movable block (303), body (304), fixed thread block (305), wherein the fixed screw block (305) is arranged on the box bottom through a welding mode (304) at the lower end of the inner screw. (302) the bottom thread through fixed screw block (305), wherein the screw (302) and second middle by welding with cylinder block (303) is connected, wherein the screw (302) passes through the upper box (304) and the rotating valve (301) is connected with the rotating valve at the bottom of the screw (301) and (302) the top is connected by welding. A production equipment for conveyor belt is described according to claim 1, which is characterized by that a transmission motor (9) is mounted on the right side of the fixed bottom frame (8). A production equipment for conveyor belt is described according to claim 1, which is characterized by that the bottom of the transmission motor (7) is threaded with the right end of the fixed bottom frame (8). According to a conveyor belt production equipment as stated in claim 1, characterized in that the actuator (6) on the right side and the drive motor (7) connected through a rotating shaft. According to a conveyor belt production equipment as stated in claim 1, characterized in that the electric control cabinet (4) is arranged at the front end of the installation of control panel activities (5). A production equipment used for the conveyor belt according to the claim 1 is characterized in that the surface of the rotating valve (301) is provided with a layer of antiskid pattern.
【技术实现步骤摘要】
一种用于输送带的生产设备
本技术是一种用于输送带的生产设备,属于输送带生产设备领域。
技术介绍
输送带生产设备由两个相向同步转动的挤压辊组成,一个为固定辊,一个为活动辊,用于将胶类材质压合制成为输送带。现有技术公开了申请号为:201620695520.3的一种用于输送带的生产设备,包括第一压辊、第二压辊及冷却板,第一压辊与第二压辊的中心线位于同一垂直线上,第一压辊上缠绕有钢片,第二压辊上缠绕有毛毡,在第一压辊及第二压辊之间夹有带坯,带坯上表面经第一压辊粘合钢片层,带坯下表面经第二压辊敷设毛毡层,形成三层复合输送带,沿输送带前进方向两侧分别设有冷却板,冷却板对三层复合输送带进行冷却成型处理。本输送带生产设备通过压辊将带坯上表面粘合钢片层,下表面敷设毛毡层,形成三层复合输送带,由于压辊为电磁加热辊,在铁质辊套转动压合的同时起到加热效果,输送带各层之间贴合效果好,输送带的强度和承载能力增强,设备能耗低。现有的技术无法对滚筒进行升降调整,导致加工产品厚度无法控制,影响了使用。
技术实现思路
针对现有技术存在的不足,本技术目的是提供一种用于输送带的生产设备,以解决现有的技术无法对滚筒进行升降调整,导致加工产品厚度无法控制,影响了使用的问题。为了实现上述目的,本技术是通过如下的技术方案来实现:一种用于输送带的生产设备,其结构包括第一滚筒、第二滚筒、升降器、电控柜、控制面板、传动器、传动马达、固定底架、传动电机、固定地脚,所述的固定地脚共设有四个且通过焊接方式安装于固定底架底部四角,所述的第一滚筒与第二滚筒均为圆筒形结构且左右两侧通过升降器固定于固定底架表面左侧,所述的电控柜底 ...
【技术保护点】
一种用于输送带的生产设备,其结构包括第一滚筒(1)、第二滚筒(2)、升降器(3)、电控柜(4)、控制面板(5)、传动器(6)、传动马达(7)、固定底架(8)、传动电机(9)、固定地脚(10),其特征在于:所述的固定地脚(10)共设有四个且通过焊接方式安装于固定底架(8)底部四角,所述的第一滚筒(1)与第二滚筒(2)均为圆筒形结构且左右两侧通过升降器(3)固定于固定底架(8)表面左侧,所述的电控柜(4)底部安装于固定底架(8)上端且右侧与传动器(6)左侧相连接,所述的电控柜(4)与传动马达(7)、传动电机(9)通过电连接;所述的升降器(3)包括转动阀门(301)、螺杆(302)、第二滚筒配动块(303)、箱体(304)、固定螺纹块(305),所述的固定螺纹块(305)底部通过焊接方式设于箱体(304)内部下端,所述的螺杆(302)底部通过螺纹贯穿固定螺纹块(305),所述的螺杆(302)中部通过焊接方式与第二滚筒配动块(303)相连接,所述的螺杆(302)上端贯穿箱体(304)与转动阀门(301)相连接,所述的转动阀门(301)底部与螺杆(302)顶部通过焊接方式相连接。
【技术特征摘要】
1.一种用于输送带的生产设备,其结构包括第一滚筒(1)、第二滚筒(2)、升降器(3)、电控柜(4)、控制面板(5)、传动器(6)、传动马达(7)、固定底架(8)、传动电机(9)、固定地脚(10),其特征在于:所述的固定地脚(10)共设有四个且通过焊接方式安装于固定底架(8)底部四角,所述的第一滚筒(1)与第二滚筒(2)均为圆筒形结构且左右两侧通过升降器(3)固定于固定底架(8)表面左侧,所述的电控柜(4)底部安装于固定底架(8)上端且右侧与传动器(6)左侧相连接,所述的电控柜(4)与传动马达(7)、传动电机(9)通过电连接;所述的升降器(3)包括转动阀门(301)、螺杆(302)、第二滚筒配动块(303)、箱体(304)、固定螺纹块(305),所述的固定螺纹块(305)底部通过焊接方式设于箱体(304)内部下端,所述的螺杆(302)底部通过螺纹贯穿固定螺纹块(305),...
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