The present invention generally relates to a handkerchief system and a method to use it that are effective in preventing the soiling of an individual's hand or hands during coughing, sneezing or blowing his or her nose due to seeping of infected particles and liquids that are expelled while coughing, sneezing or blowing or wiping his or her nose.

A bag convertible to a bib. The bag is comprised of a primary flexible material (such as paper) and may also incorporate an attachment mechanism and a scored or perforated portion. Score lines enable a user to transform a portion of the bag walls from the open end of the bag into the straps of a bib. With the straps of the bag unfurled, the user can connect the strap ends to each other behind the neck of the user (or, if there is one long strap, around the neck of the user and then re-connected to the bag), such that the remainder of the bag hangs from the user's neck presenting a portion of the bag to collect falling debris, and a bib surface which rests on the chest (or clothing, etc.) of the user to intercept spillage.

Provided is a composite textile sheet that can be used as a fabric for manufacturing a disposable textile product that exhibits an excellent moisture transpiration property and does not cause a stuffy feeling or sticky feeling when worn. Also provided are a disposable textile product that uses the composite textile sheet, a glove and a raincoat as a disposable textile product, and a method for manufacturing a disposable textile product.

A composite textile sheet 1 is made from a multi-ply sheet 15 that is formed by laminating a textile sheet 2 or 3 having air permeability and a textile material sheet 4 having liquid diffusibility. The textile sheet 2 or 3 and the textile material sheet 4 are in mutual contact, and in a plane of mutual contact, a bonded region 30 in which the textile sheet and the textile material sheet are bonded, and a non-bonded region 8 in which the textile sheet and the textile material sheet are not bonded, are formed. The non-bonded region 8 includes a space section 9. A moisture transpiration path is formed, and, through the moisture transpiration path, the space section 9, a textile gap of the textile sheet 2 or 3, and a textile gap of the textile material sheet 4 mutually communicate.

A laminated, antiviral and silver impregnated, 100% activated woven carbon cloth is fashioned into a biodegradable disposable device. The device has the ability to capture and kill viruses, germs and bacteria that emanate from the cough as one suffers the effects of respiratory infections. The device attaches to the wrist and is to be used at first signs of respiratory infection, such as the cold or flu. When one begins to cough, the idea is to press your mouth against the device and deliver the cough instead of coughing into ones hands, sleeve or open air. The carbon base device is antiviral, anti-germ and antibacterial inside and out and will remain effective throughout the entire bout of the cold or flu and is then disposed of. The cough containment apparatus provides security to its users and others, in knowing that the virus is being contained.