A barrier is provided for dental or medical procedures on patient. The barrier has a frame, a clear top connected to the frame and a disposable plastic sheeting connected around substantially an entire perimeter of the clear top, the disposable plastic sheeting covering the frame. The frame is supportable on a chair or table for supporting patient, the barrier intended to cover at least a head and portion of shoulders of a patient.

A barrier is provided for dental or medical procedures on patient. The barrier has a frame, a clear top connected to the frame and a disposable plastic sheeting connected around substantially an entire perimeter of the clear top, the disposable plastic sheeting covering the frame. The frame is supportable on a chair or table for supporting patient, the barrier intended to cover at least a head and portion of shoulders of a patient.

The present disclosure provides a manifold that can be easily attached to a medical or dental chair in which a patient sits and a flexible arm and funnel connected to the manifold and configured to receive a High Volume Evacuator (HVE) tube. The flexible arm which holds the funnel is configured to be sufficiently rigid to maintain its shape and position, allowing a clinical practitioner to leave the funnel in the appropriate place to capture aerosols emitted from a patient during a procedure use the negative pressure from the HVE. Thus, also provided herein is a method of using the disclosed manifold to remove aerosols emitted during a clinical procedure.

A medical chair is provided for conducting and controlling in-depth medical exams from a remote location. Specifically, the medical chair allows for providing remote diagnoses and treatment, including a variety of testing procedures for patients with nonemergent but time sensitive illness or injury. The medical chair can be used in a semi-permanent, permanent, temporary, or mobile environment and includes stabilizing assemblies to adapt to any of these environments.

A medical chair is provided for conducting and controlling in-depth medical exams from a remote location. Specifically, the medical chair allows for providing remote diagnoses and treatment, including a variety of testing procedures for patients with nonemergent but time sensitive illness or injury. The medical chair can be used in a semi-permanent, permanent, temporary, or mobile environment and includes stabilizing assemblies to adapt to any of these environments.

A dental lighting system (10) for selectively illuminating a treatment site (12) on a patient sitting on a treatment chair (14). The system includes at least one monitoring device (32, 32′) configured to determine characteristics of a treatment site (12) on a patient and at least one lighting unit (22, 24) configured to generate an illuminated area (34) onto the treatment site (12) by emitting a first light beam (36) in an upright state in which the treatment chair (14) is in an upright position and by emitting a second light beam (38) in a lying state in which the treatment chair (14) is in a lying position. The at least one lighting unit (22, 24) is configured to set a shape of the illuminated area (34) based on the characteristics of the treatment site (12).

A dental lighting system (10) for selectively illuminating a treatment site (12) on a patient sitting on a treatment chair (14). The system includes at least one monitoring device (32, 32′) configured to determine characteristics of a treatment site (12) on a patient and at least one lighting unit (22, 24) configured to generate an illuminated area (34) onto the treatment site (12) by emitting a first light beam (36) in an upright state in which the treatment chair (14) is in an upright position and by emitting a second light beam (38) in a lying state in which the treatment chair (14) is in a lying position. The at least one lighting unit (22, 24) is configured to set a shape of the illuminated area (34) based on the characteristics of the treatment site (12).

A chair for particular use in clinical or hospital environments has a frame to which a support material is secured. The support material may form a chair back and/or a seat for the chair to provide support to the chair occupant. The support material may be made from a textile of interwoven strands wherein some of the interwoven strands include copper containing particles such as copper iodide or copper oxide within the textile fibers.

A chair for particular use in clinical or hospital environments has a frame to which a support material is secured. The support material may form a chair back and/or a seat for the chair to provide support to the chair occupant. The support material may be made from a textile of interwoven strands wherein some of the interwoven strands include copper containing particles such as copper iodide or copper oxide within the textile fibers.

A foldable massage chair, including a face pillow assembly for supporting a user's head, a chest pillow assembly for supporting the chest, a handrail assembly for supporting wrists, a front support piece, a seat cushion assembly, a main supporting frame, a kneeboard assembly, and back and a front supporting leg assemblies. When using this chair, it is placed in an expanded or use position, so a user may sit on the seat cushion and lean on the massage chair, completely exposing his back, waist, and hips for a masseur to massage. When the chair needs to be put away, it is possible to fold the chair into a collapsed position by folding the seat cushion assembly, front support piece, chest pillow assembly, and handrail assembly. Also, the front and back supporting leg assemblies are folded underneath and towards the main supporting frame. Consequently, the size of the entire chair decreases.