Tunnelling, especially those providing access and preparatory ones, is the biggest problem in the exploitation of useful minerals by longwall systems. Providing access to the deposit and then preparing it for exploitation generates high costs with minimal or no income. Shortening the time of tunnel developments through the mechanization of mining works (mining, loading, erecting support) will significantly reduce the time and costs of implementing these facilities. At present, the mining and loading process has been mechanized (roadheaders), while the issue of erecting a steel arch support or even an anchoring support is still open. In order to solve this problem, the last element of such a complex was developed at the AGH University of Science and Technology, i.e. the temporary mechanized tunnel support along with the modular installation and transport assembly. This support, together with other elements of the mine face equipment, forms the mechanized supporting system in tunnelling operations, where the fixed support is mounted behind the roadheader, enabling continuous cutting and loading.

隧道技术，特别是那些提供通道和准备通道的技术，是长壁系统开采有用矿物的最大问题。提供对存款的访问权，然后准备将其用于开采，会产生高成本，而没有或只有很少的收入。通过采矿机械化（采矿，装载，架设支撑）来缩短隧道开发的时间，将大大减少实施这些设施的时间和成本。目前，采矿和装载过程已经机械化（掘进机），而竖起钢拱形支撑甚至锚固支撑的问题仍然悬而未决。为了解决这个问题，AGH科技大学开发了这种复合体的最后一个元素，即 临时机械化隧道支架以及模块化安装和运输组件。该支架与矿井设备的其他元件一起，在隧道作业中形成了机械化的支架系统，其中，固定支架安装在掘进机的后面，从而可以进行连续的切割和装载。