A barber's cape with a chin prop sewn into it. The chin prop is typically made of leather full of a cushioning material which prevents a child from looking straight down into his chest. The barber's cape with chin prop is made from any material which causes minimal discomfort to the child while still limiting the range of motion which the child can squirm and look down. In some embodiments, the chin prop is removably coupled to the barber's cape, so the chin prop can be removed if the child is looking straight forward and not squirming.

A device for deterring movement of a detainee adapted to dispense pulsed electric current to a human's epidermis and dermis. The pulsed electric current can interfere temporarily with muscular locomotion of the detainee. Embodiments of the device for deterring movement of a detainee include, but are limited to bands, gloves and vests.

Disclosed herein are protective apparatuses for minimizing the risk of transmission of SARS-CoV-2 and other infectious diseases between individuals in close proximity to one another. Said apparatuses may comprise a receiving component comprising a first aperture comprising a series of flanges; as well as a substantially transparent shield component. Protective apparatuses of the present disclosure may be used to protect dentists and other healthcare workers from transmission of infectious agents through aerosols and through transmission of droplets and other bodily fluids that may contain infectious agents and likewise may be used to protect patients in the same manner. Also disclosed herein are systems comprising such protective apparatuses installed to a substantially cylindrical suctioning device such as a vacuum hose or operatively attached to an articulating mechanical arm. Also disclosed herein are methods of using such protective apparatuses and systems to mitigate the risk of transmission of infectious diseases between, without limitation, patients and healthcare workers treating such patients.

Disclosed herein are protective apparatuses for minimizing the risk of transmission of SARS-CoV-2 and other infectious diseases between individuals in close proximity to one another. Said apparatuses may comprise a receiving component comprising a first aperture comprising a series of flanges; as well as a substantially transparent shield component. Protective apparatuses of the present disclosure may be used to protect dentists and other healthcare workers from transmission of infectious agents and likewise may be used to protect patients in the same manner. Also disclosed herein are systems comprising such protective apparatuses installed to a substantially cylindrical suctioning device such as a vacuum hose or operatively attached to an articulating mechanical arm. Also disclosed herein are methods of using such protective apparatuses and systems to mitigate the risk of transmission of infectious diseases between, without limitation, patients and healthcare workers treating such patients.

Disclosed herein is a medical hand covering for tightly enclosing a hand holding a medical instrument to prevent and/or minimize transmission of infectious agents upon examination. The medical hand covering may be prepared by a variety of methods, such as dipping and curing or welding and die cutting. The medical hand covering may have a variety of uses, such as minimizing transmission of infectious agents and reduce anxiety in patients via inclusion of a printed character on the medical hand covering. Also disclosed herein are methods for packaging, devices for dispensing, methods for dispensing, and kits encompassing the medical hand coverings described herein.

Systems, methods, and other embodiments for managing operating condition parameters in medical devices. The system would allow the user to set operating condition parameter preferences within a surgical hood while the user is wearing the surgical hood during a surgical procedure, wherein the operating condition parameter preferences include, but are not limited to, threshold levels of carbon dioxide (CO.sub.2), temperature, humidity, oxygen (O.sub.2), volatile organic compounds (VOCs), and/or air pressure. The system would then keep track of the operating condition parameters (or air quality) within the hood while the user is wearing the hood during the surgical procedure. The system would also provide feedback to the user regarding the operating condition parameters of the system while the system is being used so that the user is aware of the threshold levels of carbon dioxide (CO.sub.2), temperature, humidity, oxygen (O.sub.2), VOCs, and/or air pressure conditions within the medical device.

The provided is an ergonomic magnetic thermal garment. An elastic adjustment piece is arranged at a middle opening of a jacket to adapt to different body shapes; both the jacket and a pair of pants are provided with magnetic thermal devices. The magnetic thermal devices include a magnetic control mechanism, an electric heating mechanism, and a control mechanism. The electric heating mechanism is arranged on an inner lining of the jacket and the pants and is connected to the control mechanism. The magnetic control mechanism is arranged on an outer lining of the jacket and the pants and is connected to the control mechanism. The control mechanism is also connected to an external power supply mechanism for providing a power supply. A magnetic thermal garment using a magnetic thermal treatment method is designed, so as to provide magnetic thermal intervention of varying durations and intensities to damaged tissue.