Embodiments of the disclosure can include writing instruments, nibs for writing instruments, and methods of making the same. In one embodiment, the writing instrument includes a reservoir; an ink solution comprising a pigment, the ink solution being housed within the reservoir; a nib disposed at an end of the reservoir and plugging an opening of the reservoir such that the reservoir is closed, wherein a tip of the nib extends outside of the reservoir; and a filament extending within the reservoir, the filament being in fluid communication with a portion of the nib within the reservoir, such that the ink solution travels along the filament and through the nib, by capillary action, wherein the nib and filament are formed such that no more than 50 percent of the pigment present in the nib and filament flow into the reservoir outside of the nib and filament when the writing instrument is stored with the nib up for a period of one day.

A personal care system or fluid supply system with components specifically designed and arranged to speed up the process of initially priming an applicator of the personal care system with a fluid. The personal care system may include a personal care implement having an applicator and a fluid supply system disposed within the personal care implement. The fluid supply system may include multiple reservoirs, both filled with a fluid, and one of which has an absorbent member disposed therein. A first capillary member may extend from one of the reservoirs to the applicator and a second capillary member may extend from the reservoir with the absorbent member therein to the applicator. The fluid may travel faster along the second capillary member to speed up the priming process.

Disclosed herein are a water-based ink composition for writing instruments excellent not only in handwriting fastness, such as handwriting water resistance, and dispersion stability but also in various properties such as dry-up resistance and handwriting density and a writing instrument using the same. The water-based ink composition for writing instruments contains a self-dispersible pigment, α-glucan or an α-glucan derivative, and water. The writing instrument contains the water-based ink composition for writing instruments. Also disclosed herein is a cartridge ink for writing instruments containing the water-based ink composition for writing instruments.

Writing nib assemblies and associated writing instruments are provided herein. Writing instruments are provided including a barrel having a barrel first end and an oppositely disposed barrel second end, an ink reservoir disposed within the barrel and containing an ink composition, a feeder rod disposed within the barrel and in fluid communication with the ink reservoir, a writing nib assembly disposed at least partially within the barrel and in fluid communication with the feeder rod, and a writing nib adapter disposed at least partially within the barrel and at least partially surrounding the writing nib assembly, wherein the writing nib adapter comprises at least one slot extending from an outer surface of the writing nib adapter to the inner surface of the writing nib adapter the slot being configured to allow for the passage of gas therethrough.

Writing nib assemblies and associated writing instruments are provided herein. Writing instruments are provided including a barrel having a barrel first end and an oppositely disposed barrel second end, an ink reservoir disposed within the barrel and containing an ink composition, a feeder rod disposed within the barrel and in fluid communication with the ink reservoir, a writing nib assembly disposed at least partially within the barrel and in fluid communication with the feeder rod, and a writing nib adapter disposed at least partially within the barrel and at least partially surrounding the writing nib assembly, wherein the writing nib adapter comprises at least one slot extending from an outer surface of the writing nib adapter to the inner surface of the writing nib adapter the slot being configured to allow for the passage of gas therethrough.

An object is to provide a writing implement allowing the width of a drawn line to be freely changed by writing pressure that is capable of application to a narrow-shafted felt-tip pen or marker pen. The writing implement includes a shall tube, an ink supply core that is housed inside the shaft tube and that guides ink by capillary action, and a core surrounding member that is fitted to a leading end of the shaft tube, that is penetrated by the ink supply core, and from which a tip of the ink supply core projects. The ink supply core is configured to retract at a tip of the core surrounding member under writing pressure, and a projection dimension of the ink supply core from the tip of the core surrounding member is from 0.05 mm to 0.7 mm.

An object is to provide a writing implement allowing the width of a drawn line to be freely changed by writing pressure that is capable of application to a narrow-shafted felt-tip pen or marker pen. The writing implement includes a shall tube, an ink supply core that is housed inside the shaft tube and that guides ink by capillary action, and a core surrounding member that is fitted to a leading end of the shaft tube, that is penetrated by the ink supply core, and from which a tip of the ink supply core projects. The ink supply core is configured to retract at a tip of the core surrounding member under writing pressure, and a projection dimension of the ink supply core from the tip of the core surrounding member is from 0.05 mm to 0.7 mm.

The present disclosure is directed to a marker pixel wicking apparatus that allows a user to create dimensional pixelated art using a method of applying a colored ink marker directly onto the top white surface of a specifically designed substrate. The substrate has been molded specifically with an array of small vertical flat-topped cylinders covering nearly the entire surface.

The present disclosure is directed to a marker pixel wicking apparatus that allows a user to create dimensional pixelated art using a method of applying a colored ink marker directly onto the top white surface of a specifically designed substrate. The substrate has been molded specifically with an array of small vertical flat-topped cylinders covering nearly the entire surface.

The present invention provides a liquid applicator, comprising: an applicating head, a buffer in communication with the outside air, a gas-liquid exchanger and a reservoir supplying a liquid to the gas-liquid exchanger. The gas-liquid exchanger has a wick, a liquid sealing tube covering on the outer peripheral wall of the wick, and a gas-liquid channel disposed between the wick and the liquid sealing tube; the buffer covers on the outer peripheral wall of the liquid sealing tube, and capillary pressure of the liquid sealing tube is greater than capillary pressure of the buffer by 30% or more. The liquid applicator of the invention can effectively control the release of a liquid and prevent the liquid from leaking out, and features a simple structure, smooth application and easy manufacturing.