Compression systems and methods may include a garment configured to be donned on, for example, a head and a neck of a body. For example, the garment may include a static garment portion configurable to apply a static pressure to a portion of the head and a dynamic garment portion including one or more pressure applying regions controllable to apply pressure to the head and neck. Further, a controller may be configured to control pressure applied by the one or more pressure applying regions.

Medical apparatuses for securing, protecting, retaining, and/or concealing various medical devices such as catheters or electrical leads are disclosed herein. The medical apparatus can be a garments which for use by a patient having a central venous catheter in place. Medical garments as disclosed herein can be used for a wide variety of medical devices attached to a patient, by implantation or otherwise, for varying lengths of time. Medical garments described herein may be used with any of a variety of medical devices which include or comprise one more conduits used for medical treatment or diagnosis, including conduits which comprise catheters as well as electrical conduits such as electrical leads.

A garment is provided having a closed front portion made of a pair of overlapping fabric panels that are joined along a seam. The garment also includes a lower front access portion where the pair of fabric panels overlap but are not joined and may therefore be parted, providing access to a portion of the wearer's body. A third fabric panel is joined to the overlapping pair fabric panels and is disposed in a chest area of the garment. A rear portion of the garment is openable to provide access to the wearer's spine.

An apparatus for reducing facial exposure to airborne germs a UV-C light generator housed within a support housing and a UV-C output array mounted on headgear in an orientation to bathe a face of a person wearing the headgear with UV-C light. A fibre optic cable connects the UV-C generator with the UV-C output array, such that UV-C light generated by the UV-C light generator passes through the fibre optic cable to the UV-C output array.

The present invention relates to a unique therapeutic garment that wraps around the torso of a patient with a chest related ailment or recovering from a chest related procedure such as, without limitation, a mastectomy, lumpectomy, or the like. The therapeutic garment comprises a web, band or tube-like post-surgical wrap having two opposite ends along the length of the garment, which are secured together over the torso of the user. The therapeutic garment further comprises two pockets that are attached to, or integrally formed with, the wrap garment, such that one pocket covers the left breast of the wearer and the other pocket covers the right breast. Each of the pockets has an opening therein for receipt of a hot pack, cold pack and/or therapeutic device to combat swelling, pain and the like.

Illustrative views of an exemplary body protective cover device for protecting people while hugging from transfer of an infectious disease is presented. The body protective cover device is useful for preventing transfer of an infectious disease such as COVID-19. Also, the body protective cover device is cost effective, easy to use and disposable.

An upper body garment with an integrated internal pocket. The upper body garment includes a shirt member that has a front portion and a rear portion with a pair of side openings. A plurality of fasteners is embedded along the side openings that allow a wearer to close the side openings. The fasteners attach the front portion to the rear portion. The internal surface of the front portion has an integrated pocket to receive a forearm of the wearer.

A patient garment for post-surgical and other medical-related procedures is provided. The garment can include a main body with a front portion, rear portion, upper collar end, lower waist end and arm openings that are collectively configured to fit around a patient's upper body portion. The front portion can include first and second side sections, each having a longitudinal edge that form a separable front seam for opening and closing the front portion of the garment. The garment can include as many as twelve or more pockets located on the interior and exterior surfaces of the garment. The pockets can be located intermediately along the height of the front portion of the garment. At least one of the pockets located along the collar end of the garment is configured for receiving a drainage reservoir connected to a patient's cranial or neck drainage site. At least one surface of the garment, such as the interior of the garment, is fabricated from a material that has been chemically treated to reduce surface friction and irritation against the skin of a wearer. The chemical treatment of the fabric may comprise of dimethicone.

Medical gown for adults, children and infants having ease of access for medical treatment scenarios when access to portions of a patient's body are necessary without disrupting the patient or causing embarrassment to the patient. The medical gown decreases the possibility of nosocomial infections.

An isolation gown has enhanced neck and thorax coverage of gown material. Also, to improve the durability of the gown, improved waist ties are integral in the web that are engineered so that they will not tear as easily as conventional waist ties. The head hole cutout of garments includes a flap and/or neck shield that is internal to a basic geometric cutout. In the conventional examples of a uniform circle or oval head shape cutout, the present gown web includes a flap of material, as a portion of the neck die cutout, that extends into the area inside that circle or inside that oval shape. This flap or neck shield provides an additional barrier area to the neck and upper thoracic regions of the user.