Loader operator restraint

A loader including:

• a power operated working implement;
• control apparatus having a plurality of operative positions for supplying power to the working implement and at least one neutral position where power is not supplied to the working implement, the control apparatus capable of manipulation by the operator of the loader for placing the control apparatus in any one of the operative positions or the neutral position;
• an operator restraint member having an engaged position for securing the operator in the loader during operation and a disengaged position for releasing the operator to permit him to leave the loader;
• a locking assembly in operative cooperation with the control apparatus and the restraint member for locking the control apparatus in the neutral position when the operator restraint member is in its disengaged position;
• a cab portion;
• a cab seat for the operator located in the cab portion;
• the restraint member including a generally U-shaped bar having two end portions, and a bent center portion, each of the end portions being pivotally connected to the cab portion at axially aligned pivot points and the bent center portion being radially displaced from an axis defined by the pivot points;
• a friction device operatively associated with one of the pivot points;
• said one pivot points including aligned openings in the cab portion and the seat bar and further including a pin inserted through the aligned openings;
• the friction device including a spring mounted on the pin and a friction washer urged by the spring into engagement with the seat bar;
• the bar including a pair of mounting ears rigidly mounted to one end of the bar and one of said mounting ears having an opening therethrough;
• the cab portion including a rigidly attached bracket mounted on a side post of the cab portion;
• the bracket having first and second sections;
• the first section mounted on the side post and the second section disposed angularly from the first section on the side post;
• said second section having an opening therethrough alignable with the opening in said one mounting ear;
• the pin being insertable through the aligned openings in said one mounting ear and the second section of the bracket;
• and
• the spring mounted on the pin biasing the second section and said one mounting ear together so that the bar remains in the rotative position selected by the operator until repositioned by the operator.

A loader including:

• a power operated working implement;
• control apparatus having a plurality of operative positions for supplying power to the working implement and at least one neutral position where power is not supplied to the working implement, the control apparatus capable of manipulation by the operator of the loader for placing the control apparatus in any one of the operative positions or the neutral position;
• an operator restraint member having an engaged position for securing the operator in the loader during operation and a disengaged position for releasing the operator to permit him to leave the loader;
• a locking assembly in operative cooperation with the control apparatus and the restraint member for locking the control apparatus in the neutral position when the restraint member is in its disengaged position;
• a cab portion;
• a cab seat for the operator located in the cab portion;
• the restraint member including a bar having two end portions, each of the end portions being pivotally connected to the cab portion at axially aligned pivot points;
• an automatic lock-quick release latch operatively associated with one of the pivot points of the bar;
• a cam follower surface is connected with the cab portion;
• one of the end portions of the bar being connected with a cam member capable of movement along the cam follower surface;
• the cam follower surface having a lock section;
• the cam member being positioned in the lock section of the cam follower surface when the bar is in its engaged position;
• and
• the cam member is in spring biased operative contact with the cam follower surface wherein the operator can override the spring bias of the cam member to manually remove the cam member from the lock section of the cam follower surface so that the bar can be moved from its engaged position.

A loader including:

• a power operated working implement;
• control apparatus having a plurality of operative positions for supplying power to the working implement and at least one neutral position where power is not supplied to the working implement, the control apparatus capable of manipulation by the operator of the loader for placing the control apparatus in any one of the operative positions or the neutral position;
• an operator restraint member having an engaged position for securing the operator in the loader during operation and a disengaged position for releasing the operator to permit him to leave the loader;
• a locking assembly in operative cooperation with the control apparatus and the restraint member for locking the control apparatus in the neutral position when the restraint member is in its disengaged position, the locking assembly including a locking member connected with the restraint bar, the locking member having a terminal end that is moved in a first direction when the restraint member is moved from its disengaged position to its engaged position and moved in a second direction when the restraint member is moved from its engaged position to its disengaged position, the locking assembly further including a locking device in operative association with the locking member for selective locking engagement with the control apparatus, the locking device being pivotally movable to an unlock position with the control apparatus when the terminal end of the locking member is moved in its first direction, the locking device being pivotally movable to a lock position spaced from the control apparatus when the terminal end of the locking member is moved in the second direction;
• a cab portion;
• a cab seat for the operator located in the cab portion;
• the restraint member including a bar having two end portions, each of the end portions being pivotally connected to the cab portion at axially aligned pivot points;
• a friction device operatively associated with one of the pivot points, said one pivot point including aligned openings in the cab portion and the seat bar and further including a pin inserted through the aligned openings;
• the friction device including a spring mounted on the pin and a friction washer urged by the spring into engagement with the seat bar;
• the bar including a pair of mounting ears rigidly mounted to one end of the bar and one of the mounting ears having an opening therethrough;
• the cab portion including a rigidly attached bracket mounted on a seat post of the cab portion;
• the bracket having first and second sections;
• the first section mounted on the side post and the second section disposed angularly from the first section and the side post;
• said second section having an opening therethrough alignable with the opening in the said one mounting ear;
• the pin being insertable through the aligned openings in said one mounting ear and the second bracket;
• the spring mounted on the pin biasing the second section and said one mounting ear together so that the bar remains in the rotative position selected by the operator until repositioned;
• and
• an automatic lock-quick release latch operatively associated with one of the pivot points of the bar.