A haptic healthcare patient garment. The garment comprises a cloth an inflatable bladder, a radio transceiver, a plurality of sensors, a display, a processor communicatively coupled to the inflatable bladder, to the radio transceiver, to the sensors, and to the display, a memory communicatively coupled to the processor, and an application stored in the non-transitory memory that, when executed by the processor receives vital signs indications from the sensors, presents a plurality of vital signs values on the display, receives a command via the radio transceiver to provide a hug to a patient wearing the haptic healthcare patient garment, in response to receiving the command to provide a hug, causes the inflatable bladder to inflate, and causes the inflatable bladder to deflate, whereby the patient is given a hug by the garment from a remote well-wisher.

Disclosed herein is cooling sports bra that provides both support and cooling effect to a wearer. The cooling sports bra comprises a front panel configured to cover a chest area of a human torso. The front panel includes a first layer forming an outer surface, a second layer forming an inner surface, and a pair of front cooling pads are placed between the first and second layer. The front cooling pads are either fixed to the second layer or removable between the first and the second layer. The cooling sports bra further comprises a back panel coupled to the front panel, and the back panel includes at least one back cooling layer of a size and shape either fixed or removably attached to an inner surface of the back panel. The cooling sports bra further comprises a base support band coupled to the front and back panel.

Various different embodiments of headbands are disclosed, each having a light apparatus and, in particular, a removable light apparatus that is rechargeable through a USB connection. The embodiments each has a grommet that accommodates the passing of a portion of the light apparatus therethrough for frictional fit therewith such that the light apparatus is retained in place by the frictional fit with the grommet and light is projected by the light apparatus outwardly from the grommet when the light apparatus is turned on. The embodiments of the headband differ in the structure of the body and the relationship of the grommet to the body. A preferred embodiment is formed from a cotton elastane blend and includes a pocket from within which the light apparatus is partially received by the grommet. The pocket is formed by overlapping end portions of two interior fabric panels forming the interior surface of the headband.

An EMF radiation repelling device for inhibit transference of electromagnetic radiation signals to and from electronic devices includes a cloth comprising a flexible material wherein the cloth is foldable into a pouch configuration. The pouch configuration is designed to be positionable within a pocket of an article of clothing wherein the cloth is designed to line the pocket of the article of clothing while the cloth is folded in the pouch configuration and when the cloth is positioned within the pocket.

The flexible material includes a conductive material with high decibel attenuation wherein the conductive material is designed to inhibit transfer of electromagnetic frequencies through the cloth. A coupler is coupled to the cloth to releasably retain the cloth in the pouch configuration.

The present invention discloses a protective tracksuit designed to minimize injury from accidental falls or impacts. The tracksuit comprises an upper portion, a lower portion, and a hoodie, each including a plurality of inner pockets configured to receive removable protective pads. The inner pockets are positioned at vulnerable body areas such as the head, shoulders, back, wrists, thighs, and knees, and are concealed between the garment's inner and outer layers to maintain the appearance of normal clothing. The protective pads are formed from lightweight impact-absorbing materials.