A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a semi-automatic glass bead synchronous spreading device for a hot-melting ruling machine, which comprises a hot-melting ruling machine main body, the surface of the hot-melting ruling machine main body is fixedly provided with a console, and the surface of the console is electrically connected with a control knob. According to the scheme, the spreading assembly is arranged, firstly, an operator adds corresponding raw materials into the hot melting ruling machine body, glass beads are spread when a driving gear rotates, and a micro transmission motor controls the driving speed of the micro transmission motor through cooperation of a corresponding potentiometer and a control knob, so that the purpose of controlling the spreading speed is achieved; the scattering box can scatter glass beads through the front face and the rear face, or scatter glass beads through one face, in addition, the scattering width of the scattering box is manually controlled through an inserting groove formed in the top face and a plastic cover film, the scattering width can be freely adjusted between 5 cm and 50 cm, and the scattering mode of an air compressor is replaced. Therefore, the effect of improving the practicability of the device is achieved.
本发明公开了一种用于热熔划线机的半自动式玻璃微珠同步撒播装置，包括热熔划线机主体，热熔划线机主体的表面固定安装有控制台，控制台的表面电性连接有控制旋钮。上述方案中，设置撒播组件，首先操作人员将相应原料添加至热熔划线机主体中，使得主动齿轮转动时，以将玻璃微珠进行撒播，并且微型传动电机通过相应的电位器配合控制旋钮来控制自身的主动速度，以达到控制撒播速度的目的，撒播箱可以通过前后两个面进行撒播，也可以一面撒播玻璃微珠，另外撒播箱是通过顶面所设置的插槽以及塑料盖膜来人工控制撒播时候的宽度，可以在5cm‑50cm之间任意调整撒播宽度，代替了空压机进行撒播的方式，从而达到了提高装置实用性的效果。
The invention discloses a semi-automatic glass bead synchronous spreading device for a hot-melting ruling machine, which comprises a hot-melting ruling machine main body, the surface of the hot-melting ruling machine main body is fixedly provided with a console, and the surface of the console is electrically connected with a control knob. According to the scheme, the spreading assembly is arranged, firstly, an operator adds corresponding raw materials into the hot melting ruling machine body, glass beads are spread when a driving gear rotates, and a micro transmission motor controls the driving speed of the micro transmission motor through cooperation of a corresponding potentiometer and a control knob, so that the purpose of controlling the spreading speed is achieved; the scattering box can scatter glass beads through the front face and the rear face, or scatter glass beads through one face, in addition, the scattering width of the scattering box is manually controlled through an inserting groove formed in the top face and a plastic cover film, the scattering width can be freely adjusted between 5 cm and 50 cm, and the scattering mode of an air compressor is replaced. Therefore, the effect of improving the practicability of the device is achieved.
本发明公开了一种用于热熔划线机的半自动式玻璃微珠同步撒播装置，包括热熔划线机主体，热熔划线机主体的表面固定安装有控制台，控制台的表面电性连接有控制旋钮。上述方案中，设置撒播组件，首先操作人员将相应原料添加至热熔划线机主体中，使得主动齿轮转动时，以将玻璃微珠进行撒播，并且微型传动电机通过相应的电位器配合控制旋钮来控制自身的主动速度，以达到控制撒播速度的目的，撒播箱可以通过前后两个面进行撒播，也可以一面撒播玻璃微珠，另外撒播箱是通过顶面所设置的插槽以及塑料盖膜来人工控制撒播时候的宽度，可以在5cm‑50cm之间任意调整撒播宽度，代替了空压机进行撒播的方式，从而达到了提高装置实用性的效果。
Semi-automatic glass bead synchronous spreading device for hot melting ruling machine
一种用于热熔划线机的半自动式玻璃微珠同步撒播装置
WU QUN (author)
2023-03-07
Patent
Electronic Resource
Chinese
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