Guiding cart for a manually guided tool, especially an abrasive cut-off machine

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein the stop can be moved relative to the frame and has a first stop surface oriented toward the first receptacle and a second stop surface oriented toward the second receptacle.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, and wherein the stop comprises a pivoting interlock element which bears the first stop surface, wherein the pivoting interlock element also bears a second stop surface.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein the stop comprises a pivoting interlock element which bears the first stop surface, and wherein the pivoting interlock element can be fixed in at least one locked position via operation of a latching device.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein the stop has a second stop surface, and wherein at least one of the first and the second stop surfaces is moveable via operation of a screw thread.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, and wherein a throttle actuator, is provided that is moveable with the stop and that is coupled to a throttle lever, is provided on the stop.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein the stop comprises a pivoting interlock element which forms a stop surface and which is pivotable about an axis essentially parallel to a line connecting the first to the second receptacle.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the cutting implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein at least one of the receptacles has at least one extension for engagement in an associated aperture in the implement.

A guide carriage for a cutting implement, the guide carriage including a mobile frame and a holding device which is mounted on the frame and which has a first holder and a second holder for supporting the cutting implement on the frame, wherein the first and second holders include first and second receptacles, respectively, for insertion of the cutting implement therein, and wherein the first receptacle is assigned a locking device, with a stop which has at least one stop surface which can be moved relative to the frame and aligned to strike the implement, such that a perpendicular vector associated with the orientation of the stop surface has a directional component extending in a direction of extension of at least one of the first and second receptacles, wherein at least one of the receptacles has a spring device for the resilient reception of the cutting implement.