Embodiments of the present disclosure disclose a multipurpose ultraviolet (UV) floor curing device. The device includes a mobile carriage, a UV panel, and a control device. The mobile carriage is configured to move on a floor applied with a photocurable coating. The UV panel is coupled to the mobile carriage and removably secures a plurality of radiation units configured to emit UV light of a predetermined intensity capable of curing the photocurable coating. The UV panel is configured to transition between a floor configuration and a non-floor configuration. The control device configured to drive the UV panel for the plurality of radiation units to project the UV light towards the ground substantially underneath the UV panel in the floor configuration and towards elevated surfaces proximate to the ground in the non-floor configuration.

An apparatus (2), for sterilising objects, comprising a chamber (12), for housing objects to be sterilised and a sterilisation means for sterilising objects within the chamber (12). The apparatus (2) further comprises a forced air flow device arranged to direct air into the chamber (12) and at least one nozzle (16) extending into the chamber (12) and arranged to direct air from the forced air flow device. The at least one nozzle (16) comprises at least one outlet (26) arranged to direct air along and around an axis of the nozzle (16) to thereby create a helical flow of air.

A sanitizing device includes a treadable mat wherein at least one sanitizing portion forms a support surface which may be walked on by a user and suitable for dispensing a sanitizing substance in the form of a vaporized jet, at least one dispensing group housed in a dispensing compartment situated below the support surface, a vaporization group having at least one tank containing the sanitizing substance in liquid state, and a vaporization unit equipped with a vaporization device to cause the sanitizing substance to instantaneously pass from liquid state to gaseous state in a vaporization chamber.

Embodiments of the present disclosure disclose a multipurpose ultraviolet (UV) floor curing device. The device includes a mobile carriage, a UV panel, and a control device. The mobile carriage is configured to move on a floor applied with a photocurable coating. The UV panel is coupled to the mobile carriage and removably secures a plurality of radiation units configured to emit UV light of a predetermined intensity capable of curing the photocurable coating. The UV panel is configured to transition between a floor configuration and a non-floor configuration. The control device configured to drive the UV panel for the plurality of radiation units to project the UV light towards the ground substantially underneath the UV panel in the floor configuration and towards elevated surfaces proximate to the ground in the non-floor configuration.

A moving tunnel sanitizer includes a frame forming a tunnel with a tunnel opening through the frame. A right wall supports a right side of the frame. A left wall supports a left side of the frame. A right front wheel and a right rear wheel support the right wall. A left front wheel and a left rear wheel supports the left wall. A top member makes a rigid connection between the right wall to the left wall. Nozzles are mounted on the tunnel on the right wall and on the left wall. A fluid tank stores a sanitizing fluid. The fluid tank is connected to the nozzles by fluid tubing. A left motor and a right motor are drive motors. The left motor drives either the front left wheel or the rear left wheel. The right motor drives the front left wheel or the front right wheel.

The ultraviolet sterilizer according to the present invention has: a flow channel pipe which has a treatment flow channel therein; a light source which emits ultraviolet rays; a condensing lens which condenses, toward the treatment flow channel, a portion of the ultraviolet rays emitted from the light source; and a reflector which reflects, toward the treatment flow channel, another portion of the ultraviolet rays emitted from the light source.

An article is provided having a substrate with an indicia printed on the substrate, where the indicia is printed with an ink that is detectable by in-line manufacturing production X-ray, metal, or magnetic detectors. A package for multiple such articles is also provided. A process for detecting a sanitizable substrate wipe with magnetic, metal, or X-ray detection equipment in a production setting is also provided. With process implementation article loss in a product can be detected thereby reducing precautionary product discard.

A lighting system includes a light source configured to generate light to inactivate one or more pathogens. The light includes an inactivating portion having wavelengths in a range of 280 to 380 nanometers.

Aspects of the present disclosure include a medical insufflation device for use on a patient body. The device includes a chamber, an ozone generator, an instrument, and a controller. The chamber is configured to receive a medical gas at least including oxygen. The ozone generator is in communication with the medical gas and configured to generate an ozonated medical gas by converting at least a portion of the oxygen in the medical gas into ozone. The instrument is configured to be introduced into the patient body. Further, the instrument is also configured to receive the ozonated medical gas from the chamber and convey the ozonated medical gas into the patient body. The controller is configured to control the device such that the ozonated medical gas conveyed to the patient body by the instrument is at a targeted amount of ozone.

A formulation for providing a disinfecting foam on the basis of an electrochemically activated aqueous saline solution enabling the dispensation as a foam while the microbicidal effectivity the electrochemically activated saline solution is maintained is to be provided. To this end, the formulation comprises at least one surfactant foam carrier component and at least one antimicrobially effective component on the basis of a electrochemically activated aqueous saline solution, the formulation having a content of at least 10 ppm of a free chlorine species selected from the group comprising hydrochlorous acid, hypochlorite ions, sodium hypochlorite or dissolved chlorine gas, and exhibiting a vibration band associated with a CF vibration in the infrared spectrum.