A device for storing items on clothes is removably attached to an article of clothing The device is used to hold a scented insert dimensioned to be inserted into the device. The scented insert may allow one to wear cologne or perfume without applying a fragrance to the skin by applying the fragrance to the insert, which could then be inserted into the device. The device has a holder forming a pocket and is removably attached to the clothing. A scented insert is placed within the pocket.

An endless neck tie. In one embodiment an endless loop of fabric of varying width includes a relatively narrow segment providing a neckband, and a first blade and a second blade of variable width extending in opposite directions along the loop and away from the neckband. At least a first transition region, between the blades or between the neck band and the blades, is of such narrow width relative to the blade width that the transition region accepts at least a first knot which defines a constricted region of the endless neck tie between the neck band and the blades.

An endless neck tie. In one embodiment an endless loop of fabric of varying width includes a relatively narrow segment providing a neckband, and a first blade and a second blade of variable width extending in opposite directions along the loop and away from the neckband. At least a first transition region, between the blades or between the neck band and the blades, is of such narrow width relative to the blade width that the transition region accepts at least a first knot which defines a constricted region of the endless neck tie between the neck band and the blades.

Some implementations of this disclosure provide an electronically customizable article comprising a fashion article selected from the group consisting of a handbag, a shoe, glasses, a tie, and a bowtie wherein the fashion article comprises an electronic visual display, a processor, a communication interface for communication between the fashion article and a network, and a non-transitory computer readable medium containing instructions that, when executed by the processor, causes the fashion article to connect to a server over the network, receive data from the server, and display one or more images associated with the data on the electronic visual display.

A pre-knotted adjustable necktie eliminates the difficulty of tying a knot with a panel of flexible material, and preserves the adjustability of a conventional necktie. The pre-knotted adjustable necktie includes: a panel of flexible material, having a proximal blade end portion, a distal tail end portion, and a middle portion; a passage through the flexible material at a location in the tail end portion proximate to the middle portion; a coupling member connecting edges of the middle portion to form a first loop; a knot having the tail end portion extending through the first loop to form a second loop, and the blade end portion extended through the first loop to form a third loop; and a neck loop formed by an extension of the tail end portion through the second loop and the third loop, and the tail end portion further extended through the passage.

This disclosure is related to a modular tie system. The modular tie system can include a garment and a modular tie. The modular tie can include ribbons connectable to a collar of the garment. The upper portions of the ribbons can be connected to the collar and opposing lower portions can hang down on top of the garment and/or can be connected to one another, e.g., to form a bow.

A pre-knotted adjustable necktie eliminates the difficulty of tying a knot with a panel of flexible material, and preserves the adjustability of a conventional necktie. The pre-knotted adjustable necktie includes: a panel of flexible material, having a proximal blade end portion, a distal tail end portion, and a middle portion; a passage through the flexible material at a location in the tail end portion proximate to the middle portion; a coupling member connecting edges of the middle portion to form a first loop; a knot having the tail end portion extending through the first loop to form a second loop, and the blade end portion extended through the first loop to form a third loop; and a neck loop formed by an extension of the tail end portion through the second loop and the third loop, and the tail end portion further extended through the passage.

A necktie system includes a body having a knot portion, a neck support portion, a first hanging portion extending from the knot portion, and a second hanging portion extending from the knot portion in a same direction as the first hanging portion. The first hanging portion includes a front surface, a rear surface, a first end opposite from the knot portion, and an aperture between the knot portion and the first end that extends from the front surface to the rear surface. A width of the aperture is less than a width of the first hanging portion. The second hanging portion covers a portion of the front surface of the first hanging portion from the knot portion of the body to the aperture. The second hanging portion extends through the aperture in the first hanging portion.

The present invention relates to an invisible tie clip mounted to the back of the tie, that holds the entire length of the tie in place. The device can accommodate any width of tie and is placed at bottom portion of the tie and attached to the front button hole seam of a shirt or to a button on the shirt. It is fast and easy to put on or readjust. It is strong and reusable and can also be worn with conventional clips or chains.

An all-fabric iontronic supercapacitive pressure sensing device utilizing a novel iontronic nanofabric as the sensing element is disclosed. The sensing device can be applied in several various wearable health and biomedical applications on complex body topologies. As an alternative to conventional flexible sensors, the all-fabric iontronic pressure sensor provides an ultrahigh device sensitivity with a single Pascale resolution. The device also allows rapid mechanical responses (in the milliseconds range) for high-frequency biomechanical signals, e.g., blood pressure pulses and body movements. The fabrication process for the device is low-cost highly compatible with existing industrial manufacturing processes.