Automatic wet wipe paper-towel dispenser

A non-drip hygiene dispenser for dispensing a wipe paper-towel while keeping a clean and sterile working area, said dispenser comprising:

• a wipe paper-towel,
• at least one reservoir containing liquid,
• a first stream of compressed air,
• an anti-dripping nozzle, said anti-dripping nozzle comprising activating means and a dispensing tip, said activating means comprising a retractable anti-drip needle backed by a spring, said spring retracting backwards when compressed air of said first stream of compressed air is pressing said spring, thus retracting said anti-drip needle, and thus, unblocking said dispensing tip to allow liquid from said at least one reservoir to flow through said dispensing tip, and when said compressed air pressing said spring is released, said retractable anti-drip needle returning to its original place, blocking said dispensing tip to completely block the passage of liquid, remained in said dispenser immediately upon shut off of said dispenser, through said dispensing tip to avoid undesired dripping,
• a second stream of compressed air entering said anti dripping nozzle, said second compressed air is sprayed and mixes with said sprayed liquid in order to form a foggy environment around the wipe paper-towel,
• rolling means, and
• cutting means,
• wherein, when said non-drip hygiene dispenser is activated, a dispense cycle is initiated enabling said first stream of compressed air to flow into said anti-dripping nozzle to press said spring and retract said anti-drip needle to allow said liquid to flow into the dispensing tip of said anti-dripping nozzle for spraying onto said wipe paper-towel, said wipe paper-towel is then cut into an individual piece via said cutting means, and said rolling means conveying said wipe paper-towel,
• wherein at the end of the dispense cycle said compressed air pressing said spring is released, as a result of which, said anti-drip needle is returning to its original position, and thus, blocking said dispensing tip and thus preventing drips and loss of liquid to the environment.