An automated telescopic water cannon and nozzle gun apparatuses that function by variable water pressure controlled by actuator and gear motor. Water pressure extends the water cannon nesting tubes and distance is restrained by center tube retainer cap connected to a winch cable. The water cannon handle bars are positioned for balancing allowing the firefighter to control the apparatus when tubes are extended and the winch reversed pulls the tubes back to the home position.. The bipod elevates, lowers, extends and retracts with actuators for positioning of the apparatus. The external tube has a an attachable polycarbonate heat and blast resistant shied connect at the end. The apparatus connected to the water tank may be transported by a helicopter to fight all types of fires, for an aerial attack. The water nozzle gun has an extended tube stock connection for control assistants and nozzle extension for direct and angle application.

An automated telescopic water cannon and nozzle gun apparatuses that function by variable water pressure controlled by actuator and gear motor. Water pressure extends the water cannon nesting tubes and distance is restrained by center tube retainer cap connected to a winch cable. The water cannon handle bars are positioned for balancing allowing the firefighter to control the apparatus when tubes are extended and the winch reversed pulls the tubes back to the home position.. The bipod elevates, lowers, extends and retracts with actuators for positioning of the apparatus. The external tube has a an attachable polycarbonate heat and blast resistant shied connect at the end. The apparatus connected to the water tank may be transported by a helicopter to fight all types of fires, for an aerial attack. The water nozzle gun has an extended tube stock connection for control assistants and nozzle extension for direct and angle application.

The portable fire extinguisher comprises a housing (10) with a wall, an extinguishant unit (12) containing an extinguishing agent within the housing, a temperature-responsive extinguishant unit activator (14), and at least one extinguishing agent discharge pipe (16) leading from the inside of the housing to the outside of the housing. An activator is inside the housing and the housing has a flow channel for conducting external air to the activator. In the event of a fire, the temperature of the air outside the housing rises and the heated air is connected via the flow channel to the activator, which triggers the fire extinguisher.

The portable fire extinguisher comprises a housing (10) with a wall, an extinguishant unit (12) containing an extinguishing agent within the housing, a temperature-responsive extinguishant unit activator (14), and at least one extinguishing agent discharge pipe (16) leading from the inside of the housing to the outside of the housing. An activator is inside the housing and the housing has a flow channel for conducting external air to the activator. In the event of a fire, the temperature of the air outside the housing rises and the heated air is connected via the flow channel to the activator, which triggers the fire extinguisher.

A container holding a fire suppressing powder has a top, a cylindrical sidewall and a bottom with a hole, the bottom having a score line defining a segment. An explosive material housing containing an explosive material is mounted to a head of a mounting member. The mounting member has a lower portion smaller in cross-sectional dimension than the head, depending downward from the head and extending through the hole in the bottom. A retainer is secured around the lower portion of the mounting member below the bottom to secure the mounting member to the bottom. A fuse extends through the hole in the bottom, a passage in the mounting member, and into the explosive material housing. A plate is mounted within the container a selected distance below the top, the plate being movable a short distance toward and away from the top in response to ignition of the explosive material.

A container holding a fire suppressing powder has a top, a cylindrical sidewall and a bottom with a hole, the bottom having a score line defining a segment. An explosive material housing containing an explosive material is mounted to a head of a mounting member. The mounting member has a lower portion smaller in cross-sectional dimension than the head, depending downward from the head and extending through the hole in the bottom. A retainer is secured around the lower portion of the mounting member below the bottom to secure the mounting member to the bottom. A fuse extends through the hole in the bottom, a passage in the mounting member, and into the explosive material housing. A plate is mounted within the container a selected distance below the top, the plate being movable a short distance toward and away from the top in response to ignition of the explosive material.

A vehicle accessory support assembly for vehicles having a pair of opposed parallel seat rails, the vehicle accessory support assembly comprising a bar having a longitudinal axis, a first end portion and a second end portion, a first grip supported by the first end portion of the bar and configured to grip a first one of the pair of opposed parallel seat rails, a second grip slidably coupled to the second end portion of the bar and configured to grip a second one of the pair of opposed parallel seat rails and at least one support projecting from the bar, the support configured to support a vehicle accessory.

A vehicle accessory support assembly for vehicles having a pair of opposed parallel seat rails, the vehicle accessory support assembly comprising a bar having a longitudinal axis, a first end portion and a second end portion, a first grip supported by the first end portion of the bar and configured to grip a first one of the pair of opposed parallel seat rails, a second grip slidably coupled to the second end portion of the bar and configured to grip a second one of the pair of opposed parallel seat rails and at least one support projecting from the bar, the support configured to support a vehicle accessory.

The invention relates to a mounting bracket (1) for a portable extinguisher (2) comprising a hook (3), said mounting bracket (1) comprising:

a base (10) having a front face (11) configured for contact with the hook (3) of the extinguisher (2) and a rear face (12) configured to rest against a wall (4), and

at least one permanent magnet (20) comprising neodymium, and

a groove (30), formed in the front face (11) of the base (10) and configured to cooperate with the hook (3) of the extinguisher (2).

The invention relates to a mounting bracket (1) for a portable extinguisher (2) comprising a hook (3), said mounting bracket (1) comprising:

a base (10) having a front face (11) configured for contact with the hook (3) of the extinguisher (2) and a rear face (12) configured to rest against a wall (4), and

at least one permanent magnet (20) comprising neodymium, and

a groove (30), formed in the front face (11) of the base (10) and configured to cooperate with the hook (3) of the extinguisher (2).