11 results about "Invisible ink" patented technology

A fragrance dispenser includes a housing having a socket portion defining a receptacle for receiving a bottle of fragrance therein. A decorative cover assembly is coupled to the housing and conceals at least part of the socket portion. The decorative cover assembly comprises an outer cover and a light source positioned between the housing and the outer cover. Various illuminated effects are created by the light source and cover assembly, including a projected image effect, which may include timed projections, and an invisible ink effect.

A mobile security robot system is disclosed comprising a robot vehicle with pressurized fluid canisters, rotatable spray mechanisms, and a software control system for sensor-based or operator-triggered activation. An integrated invisible ink application module enables covert suspect tagging, while an automated refill interface allows docking with a fluid station for replenishment. The system provides non-lethal deterrence, evidence gathering, and optional environmental uses including plant hydration and wildlife deterrence.

Embodiments are disclosed for device setup and configuration using an activation card. In some embodiments, a method comprises: sending an activation card to a user, the activation card for setting up or configuring a device for the user using an online service, the activation card including one or more codes; sending the device to the user; receiving activation data from the device, the activation data including or related to the one or more codes; and authenticating the user based on the activation data. In some embodiments, the activation card includes two codes: a smile code that encodes a numeric value in a picture printed on the activation card and an invisible code printed with invisible ink (e.g., IR ink) on the activation card using invisible ink.

The utility model relates to anti -fake label technical field discloses a kind of anti -fake label for digital efficiency invisible ink sandwich structure, including label body and release paper, the release paper four corners are fixedly provided with release ear, the label body includes protective layer, the physical anti -fake layer is fixedly arranged below the protective layer, the first invisible ink layer is fixedly arranged in the physical anti -fake layer lower end, the printing ink layer is fixedly arranged in the first invisible ink layer lower end, the second invisible ink layer is fixedly arranged in the printing ink layer lower end, the base layer is fixedly arranged in the second invisible ink layer lower end, the laminating layer is fixedly arranged in the base layer lower end, in the utility model, improve the overall anti -fake effect and service life of label body, prevent ink discoloration and material aging, form anti -fake effect reliable and difficult to copy label body.

The utility model discloses a handheld fluorescent ink-jet printing device for a steel member, which mainly comprises an ink-jet printing machine and two guide pieces, the ink-jet printing machine is used for carrying out invisible ink-jet printing marking on the steel member, so that character marking is carried out on the steel member, the appearance of the steel member is prevented from being influenced, and meanwhile, the ink-jet printing machine is convenient to use. The ink-jet printer is guided through the two guiding pieces oppositely arranged on the two sides of the shell of the ink-jet printer, the ink-jet printer sprays codes along a preset route, and the two guiding pieces are rotatably arranged on the surfaces of the two sides of the shell so that the guiding pieces can guide the ink-jet printer on different datum planes. Therefore, the ink-jet printer can be suitable for steel members with many structures.

Disclosed are an anti-counterfeiting digital invisible ink and application thereof. The anti-counterfeiting label provided by the present invention is prepared by printing the anti-counterfeiting digital invisible ink on a label followed by heating and drying, wherein the raw material components of the anti-counterfeiting digital invisible ink comprise, in parts by mass: 10-40 parts of an invisible anti-counterfeiting agent, 0.3-3 parts of a polymer, 0.05-1 part of a stabilizer, 5-30 parts of a solvent, and 0.05-5 parts of an auxiliary agent, wherein the invisible anti-counterfeiting agent is selected from one of an invisible anti-counterfeiting core-structured substance and core-shell composite particles; in the present invention, the anti-counterfeiting digital invisible ink is obtained by mixing and stirring the raw material components followed by dispersion treatment. Compared with the prior art, the anti-counterfeiting label prepared in the present invention has the advantage of excellent invisibility, and the anti-counterfeiting digital invisible ink used therein has the advantages of high stability and good weathering resistance.

The utility model discloses corrugated paper digital printing ultraviolet light anti-counterfeiting printing equipment, which comprises an equipment body, the equipment body comprises an ink bottle in which printing ink is stored, the printing ink adopts ultraviolet light invisible ink, and the equipment body further comprises a filter for filtering the ink, the ink pump is used for driving printing ink to flow, the electromagnetic valve is used for controlling the ink to flow, the printer nozzle is used for ink-jet printing, a printing medium adopted by the equipment body is corrugated paper materials, the anti-counterfeiting effect of the printed corrugated paper materials is good, long-time preparation work is not needed, rapid production can be achieved, and the production efficiency is improved. And the limitation on the printing quantity is flexible, so that the printing device is more suitable for small-batch and diversified printing requirements.

An autonomous refilling system for a mobile security robot is disclosed. The system includes a refill station having a fluid reservoir, a pumping mechanism, and a docking interface configured to align with a refill port on the robot. A sensor system verifies docking, while a fluid level sensor on the robot monitors onboard reservoir levels. A control module initiates and terminates fluid transfer based on docking status and fluid conditions. In various embodiments, the station incorporates redundant sealing, leak detection, thermal monitoring, and multi-reservoir support for different fluids such as water, invisible ink, or scent-based deterrents. The system may be integrated with a centralized management platform that coordinates refilling across multiple robots and stations.

The invention relates to a method for printing an image on a security document, said method using invisible inks that are fluorescent and visible under ultraviolet light, characterized in that it comprises an additive color synthesis step, consisting of: decomposing a visible digital image into three digital image masks Red, Green, and Blue (R, G, B) such that the superposition of the three masks corresponds to the base image; applying to each digital color mask R, G, B a computer processing consisting of introducing security patterns into each of the digital masks R, G, B; printing these three Red, Green, and Blue masks one on top of the other on a physical substrate (paper, polycarbonate), using luminescent invisible inks so as to form on the substrate an invisible image containing the security patterns previously introduced into the three RGB digital masks. Figure for the Abstract: Figure 2

A mobile security robot system is disclosed comprising a robot vehicle with pressurized fluid canisters, rotatable spray mechanisms, and a software control system for sensor-based or operator-triggered activation. An integrated invisible ink application module enables covert suspect tagging, while an automated refill interface allows docking with a fluid station for replenishment. The system provides non-lethal deterrence, evidence gathering, and optional environmental uses including plant hydration and wildlife deterrence.

Provided is a method for producing leather, comprising: a step in which a stealth ink containing an infrared-absorbing compound, a fluorescent compound, or a photochromic compound is applied to a leather base material to record a code image; and a step for forming an overcoat layer on the leather substrate on which the code image is recorded.