GUIDE TEMPLATE

The invention relates to a guide template (10) having a tool guide (85) for a working tool， namely a drilling tool (107) or milling tool， for producing a main-side cut-out (HA) on a workpiece main-side surface (WH) of a workpiece (W)， which workpiece has a workpiece secondary-side surface (WN)， which is at an angle to the workpiece main-side surface (WH) and proceeding from which a secondary-side cut-out extends into the workpiece (W) adjacently to the workpiece main-side surface (WH) at a distance therefrom. The guide template comprises a main-side stop (60) having a main-side stop surface (73) for contacting the workpiece main-side surface (WH) and comprises a secondary-side stop (30)， which has an engagement protrusion (40) for engaging in the secondary-side cut-out (NA). A longitudinal axis of the engagement protrusion (40) extends toward the tool guide (85) to an intersection region (SB)， in which the main-side cut-out (HA) to be produced and the secondary-side cut-out (NA) intersect， and is at an angle， in particular a right angle， to a guide longitudinal axis (L) of the tool guide (85). The guide template (10) comprises a depth stop (80) having a depth stop surface (83) for a counter stop (104) associated with the working tool for limiting the penetration depth of the working tool (100) into the workpiece (W) with respect to the guide longitudinal axis (L). According to the invention， the depth stop (80) and the engagement protrusion (40) are arranged on a carrier body (20)， on which the main-side stop (60) is mounted for adjustment by means of an adjusting device (11) for adjusting a main-side stop distance (A1， A2) of the main-side stop surface (73) from the engagement protrusion (40) while a depth setting distance (T1， T2) between the engagement protrusion (40) and the depth stop surface (83) is maintained. The invention relates to a guide template (10) having a tool guide (85) for a working tool， namely a drilling tool (107) or milling tool， for producing a main-side cut-out (HA) on a workpiece main-side surface (WH) of a workpiece (W)， which workpiece has a workpiece secondary-side surface (WN)， which is at an angle to the workpiece main-side surface (WH) and proceeding from which a secondary-side cut-out extends into the workpiece (W) adjacently to the workpiece main-side surface (WH) at a distance therefrom. The guide template comprises a main-side stop (60) having a main-side stop surface (73) for contacting the workpiece main-side surface (WH) and comprises a secondary-side stop (30)， which has an engagement protrusion (40) for engaging in the secondary-side cut-out (NA). A longitudinal axis of the engagement protrusion (40) extends toward the tool guide (85) to an intersection region (SB)， in which the main-side cut-out (HA) to be produced and the secondary-side cut-out (NA) intersect， and is at an angle， in particular a right angle， to a guide longitudinal axis (L) of the tool guide (85). The guide template (10) comprises a depth stop (80) having a depth stop surface (83) for a counter stop (104) associated with the working tool for limiting the penetration depth of the working tool (100) into the workpiece (W) with respect to the guide longitudinal axis (L). According to the invention， the depth stop (80) and the engagement protrusion (40) are arranged on a carrier body (20)， on which the main-side stop (60) is mounted for adjustment by means of an adjusting device (11) for adjusting a main-side stop distance (A1， A2) of the main-side stop surface (73) from the engagement protrusion (40) while a depth setting distance (T1， T2) between the engagement protrusion (40) and the depth stop surface (83) is maintained.