TH12447B - All release actuators for aerosol can - Google Patents

Abstract

DC60 (20/07/44) Full-release actuator for use with aerosol cans with dome rims and valves with valve stems. This actuator has the body part of the actuator with a lower boundary which is defined as The casing edge is attached to the aerosol can. And central basins with basins generally located in The level line, with the trigger channel stretching through the ground. This actuator has a trigger which is clamped to the The body of the actuator Which should be used to be attached to the front end of the trigger hole At the front end of the trigger, the trigger will swing downward as it is pressed. This trigger runs across the valve stem and is also equipped with a downward opening valve stem that accepts the valve stem. This valve stem socket contacts the nozzle, releasing when Moving downwards The trigger activates the valve. Causing the release of contents of the container through the nozzle Release via valve stem socket The latch is properly attached, preferably on each side of the trigger channel, which extends under the trigger. The latch is flexibly deformed, allowing the trigger to pass downwards. When the trigger has been pressed It then bounces back onto the trigger to hold the trigger in the position it has been pressed and triggered. The valve allows the contents of the can to be released. By the way, the user can release the whole stuffing. It is empty in the aerosol can without the user having to press the trigger. One methodology has been described. In the release of aerosol canister contents using such a stimulant All release actuators for use with aerosol cans with dome rims and valves with valve stem. This actuator has the body part of the actuator with a lower boundary which is defined as The edge of the casing is attached to the aerosol can. And central basins with basins generally located in The level line, with the trigger channel stretching through the ground. This actuator has a trigger which is clamped to the The body of the actuator Which should be used to be attached to the front end of the trigger hole At the front end of the trigger, the trigger will swing downward as it is pressed. This trigger runs across the valve stem and is also equipped with a downward opening valve stem that accepts the valve stem. This valve stem socket contacts the nozzle, releasing when Moving downwards The trigger activates the valve. Causing the release of contents of the container through the nozzle Release via valve stem socket The latch is properly attached, preferably on each side of the trigger channel, which extends under the trigger. The latch is flexibly deformed, allowing the trigger to pass downwards. When the trigger has been pressed It then bounces back onto the trigger to hold the trigger in the position it has been pressed and triggered. The valve allows the contents of the can to be released. By the way, the user can release the whole stuffing. It is empty in the aerosol can without the user having to press the trigger. One methodology has been described. In the release of aerosol canister contents using such a stimulant

Claims (24)

1. The all-release actuator is for use with aerosol cans that have a domed section and a valve with a valve stem. The actuator comprises: a) the actuator body, which is properly constructed for attachment to the aerosol can and has i. an outer frame sleeve that extends downwards, with the lower edge of the outer sleeve defining the sleeve edge; ii. a central recess containing the trigger port, which has a front, rear, and opposing side end; b) a longitudinally protruding trigger with a front, rear, and lateral end, where the trigger i. is attached to one of the front and rear ends of the trigger port by the interlocking ends of the trigger port with a swivel mount that allows the trigger end away from the swivel mount to swing downwards when the trigger is pressed, and the trigger extends from the swivel mount across the valve stem when the actuator is in the position on the aerosol can; and ii. contains the downward-opening valve stem housing, which is properly constructed. In the valve stem receiving mechanism, the valve stem housing creates fluid contact with the discharge nozzle. When the trigger is moved downward, it activates the valve by applying pressure to the valve stem, releasing the canister's contents through the discharge nozzle via the valve stem housing. The actuator is further comprised of a flexible, deformable pin attached to one side of the trigger port and the side of the trigger, and designed to engage with the other side of the trigger port and the side of the trigger when the trigger is in the actuation position, thus activating the valve when the trigger is pressed to lock it in that position. 2. The total release actuator of claim 1 is such that the trigger is secured by a rotating retaining part at the front end of the trigger to the front end of the trigger port, allowing the rear end of the trigger to swing downward when the trigger is pressed. 3. The total release actuator of claim 2, where the aerosol can has a can rim and a sleeve rim which are properly constructed for the purpose of securing the can rim, the pivot arm is located no less from the valve stem than the valve cup rim when the actuator is in the position on the can, and the trigger consists of a pressure plate located away from the pivot arm, with the valve stem socket located between the pivot arm and the pressure plate. 4. The total release actuator of Premise 1 consists of two lugs, one of which protrudes from each opposite side of the trigger port to hold the trigger underneath and between the lugs. When the user has pressed the trigger below these lugs to the actuate position, 5. The total release actuator of claim number 1, which has a latch protruding from one side of the trigger. 6. The total release actuator of claim number 1, which has a latch protruding from one side of the trigger port. 7. The total release actuator of claim 6, in which the body consists of a recessed area approximately level with a, a. trigger port protruding through the recessed area, b. a latch positioned below the level of the recessed area, and c. the trigger consisting of i. a pressure plate which the user can push to activate the trigger, and ii. a lowered side protruding downwards with an upward-protruding section that moves underneath and locks the latch in place when the trigger is pressed to the valve actuation position. The latch is positioned low enough from the recessed area to allow the trigger to reach the valve actuation position of the trigger before the user's finger pressing down on the pressure plate contacts the latch. 8. All release actuators of Premise 1 consist of a tear bar which is molded as one piece with the trigger and actuator body and is held in place by a retaining assembly at both ends of the trigger end away from the pivot point and the end of the trigger port away from the pivot point. The tear bar and retaining assembly are so durable and rigid that the tear bar stabilizes the trigger to minimize the likelihood of premature activation. When the user intentionally moves the tear bar and applies force, the retaining assembly breaks, allowing the tear bar to be released and the trigger to be freely depressed. 9. The total release actuator of claim 8, in which the retaining assembly is shaped so that it breaks prematurely at a point away from the tear strip, so that when the tear strip is torn, the retaining assembly breaks away from the trigger and trigger port and remains attached to the tear strip. 10. All release actuators of claim 1 where aerosol cans have the can rim and sleeve rim attached to the can rim. 11. The total release actuator of Relativity I, in which the body consists of a horizontal basin floor, an outer sheath extending upwards beyond the level of the basin floor, and basin walls extending upwards from the edge of the basin wall and attached to the upper edge of the outer sheath to form a double-walled hollow buttress structure. The buttress structure and basin floor together increase the resistance of the actuator body to lateral flexion. 12. The method for total release of aerosol can contents with a can rim and valve, where the valve has a valve stem. The assembly method consists of the following steps: a. Attaching the total release actuator of Premise 1 to the aerosol can; b. Pressing the trigger by hand until the trigger locking pin locks the trigger in the valve actuation position; and c. Leaving the can undisturbed until the can contents have been released. 13. The method of Claim 12 where all liberating triggers are triggers of Claim 2. 14. The method of Claim 12, where all liberating triggers are triggers of Claim 3. 15. The method of Claim 12 where all liberating triggers are triggers of Claim 4. 16. The method of Claim 12 where all liberating triggers are triggers of Claim 5. 17. The method of Claim 12 where all liberating triggers are triggers of Claim 6. 18. The method of Claim 13, where all liberating triggers are triggers of Claim 7. 19. The method of Claim 12, where all liberating triggers are triggers of Claim 8. 20. The method of Claim 12 where all liberating triggers are triggers of Claim 9. 21. The method of Claim 12 where all liberating triggers are triggers of Claim 10. 22. The method of Claim 12 where all liberating triggers are triggers of Claim 11. 23. All-release actuators for use with aerosol spray cans with rims, domes, and valves with valve stems, in which the actuator comprises: a. The actuator body, which has i. An outer sleeve extending downwards to the lower edge of the outer sleeve, designated as the sleeve rim, which is constructed to accommodate the aerosol spray can rim; ii. A central basin with an approximately level bottom, through which the trigger port extends, with front, rear, and opposing side ends; b. A longitudinally protruding trigger with front, rear, and side ends, where i. One front and rear end of the trigger is attached to the corresponding side end of the trigger port by a swivel mount, allowing the trigger end away from the swivel mount to swing downwards when the trigger is pressed. The trigger extends from the swivel mount across the valve stem when the actuator is in the position on the aerosol spray can; and ii. Consists of a downward-opening valve stem housing, constructed to accommodate the valve stem, with the housing having fluid contact with the discharge nozzle. When the trigger is moved downward, it activates the valve by applying pressure to the valve stem, releasing the canister's contents through the discharge nozzle via the valve stem housing. A flexible, deformable pin is attached to one side of the trigger port and the other side of the trigger, and is designed to engage the other side of the trigger port and the other side of the trigger. When the trigger is in the activated position, the valve is pressed to hold the trigger in that position. The outer sleeve extends upward above the level of the basin floor, and the central basin has a wall that extends upward from the edge of the basin floor and is attached to the upper edge of the outer sleeve to form a double-walled hollow bracing structure. The bracing structure, basin floor, and the sleeve edges that engage with the canister rim combine to increase the lateral flexing resistance of the actuator body. 24. The total release actuator of claim 23 consists of two pieces of latch that are positioned on opposite sides of the trigger and one piece of the trigger port.