A clean, sterile fingertip mist of simulated saliva of appropriate droplet size and quantity is provided to allow consumers to easily moisten their fingertips to open produce bags, to count money, separate papers and for other applications where moist fingertips are useful. The simulated saliva provided substitutes for natural saliva to avoid spread of germs such as virus, bacterium, bacillus and other microbes and microorganisms, and other undesirables found in natural human saliva. A misting apparatus is provided, being tailored for delivery of a fine range, having distributed, but limited, quantity of droplets of sterile simulated saliva. This invention avoids consumers passing germs by using their own germ laden saliva to moisten fingertips then open produce bags, county money, separate papers and the like. In one embodiment, a method of layer separation by use specific sterile simulated saliva and mist dispenser therefor are provided in lieu of actions such as (i) licking fingertips, (ii) applying oily lotions or thick globs of hand sanitizer (iii) wearing gloves or (iv) intense, repetitive rubbing for friction separation.

A clean, sterile fingertip mist of simulated saliva of appropriate droplet size and quantity is provided to allow consumers to easily moisten their fingertips to open produce bags, to count money, separate papers and for other applications where moist fingertips are useful. The simulated saliva provided substitutes for natural saliva to avoid spread of germs such as virus, bacterium, bacillus and other microbes and microorganisms, and other undesirables found in natural human saliva. A misting apparatus is provided, being tailored for delivery of a fine range, having distributed, but limited, quantity of droplets of sterile simulated saliva. This invention avoids consumers passing germs by using their own germ laden saliva to moisten fingertips then open produce bags, county money, separate papers and the like. In one embodiment, a method of layer separation by use specific sterile simulated saliva and mist dispenser therefor are provided in lieu of actions such as (i) licking fingertips, (ii) applying oily lotions or thick globs of hand sanitizer (iii) wearing gloves or (iv) intense, repetitive rubbing for friction separation.

A moisture pad includes a porous pad, for example a sponge, and a container divided into a water reservoir and a compartment for securely supporting the porous pad. The reservoir has a filling opening provided with a closure. The closure includes a flexible dome that can be pressed to pressurize the contents of the reservoir. One-way valves regulate the flow of fluids between the reservoir and the porous pad compartment. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A moisture pad includes a porous pad, for example a sponge, and a container divided into a water reservoir and a compartment for securely supporting the porous pad. The reservoir has a filling opening provided with a closure. The closure includes a flexible dome that can be pressed to pressurize the contents of the reservoir. One-way valves regulate the flow of fluids between the reservoir and the porous pad compartment. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A moisture pad includes a porous pad, for example a sponge, and a container divided into a water reservoir and a compartment for securely supporting the porous pad. The reservoir has a filling opening provided with a closure. The closure includes a flexible dome that can be pressed to pressurize the contents of the reservoir. One-way valves regulate the flow of fluids between the reservoir and the porous pad compartment. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A moisture pad includes a porous pad, for example a sponge, and a container divided into a water reservoir and a compartment for securely supporting the porous pad. The reservoir has a filling opening provided with a closure. The closure includes a flexible dome that can be pressed to pressurize the contents of the reservoir. One-way valves regulate the flow of fluids between the reservoir and the porous pad compartment. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A moisture pad includes a porous pad, for example a sponge; a water bladder or reservoir; and a container for securely supporting the porous pad and the reservoir. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A moisture pad includes a porous pad, for example a sponge; a water bladder or reservoir; and a container for securely supporting the porous pad and the reservoir. Optionally, a lid may be provided as a closure for the container to reduce evaporation of the water. As another option, a strap can be provided for the container to allow the moisture pad to be worn on a person's body.

A finger moistening device has an interior, a door within a first side permitting access to the interior, a second side, a rear plate extending above the sides, a removable adhesive patch secured upon the bottom face, and a moisture retaining dabber secured upon the top face. The dabber is in environmental communication with the interior of the housing. The interior is configured to accommodate a removable cartridge comprising hand sanitizing fluid. The fluid in the cartridge is in fluid communication with the when the cartridge is secured within the housing.

A finger moistening device has an interior, a door within a first side permitting access to the interior, a second side, a rear plate extending above the sides, a removable adhesive patch secured upon the bottom face, and a moisture retaining dabber secured upon the top face. The dabber is in environmental communication with the interior of the housing. The interior is configured to accommodate a removable cartridge comprising hand sanitizing fluid. The fluid in the cartridge is in fluid communication with the when the cartridge is secured within the housing.