The present invention discloses a surgical traction system with a hand gripped tension adjustment device that slidably mounts onto a boom structure. When activated the tension adjustment device moves down the boom structure and incrementally adjusts the tension in a traction rope. The boom structure attaches to a bracket assembly that mounts onto the short end of a surgical table.

An orthopedic brace for supporting a shoulder and an arm of a patient can comprise a sleeve, a pad, a pillow, and a system of adjustable straps for positioning and securing the sleeve in a desired position for treatment. The pad can comprise a plurality of pockets for accepting hot or cold compresses therein for providing thermal therapy, and can be removable from the brace to be used in isolation along other parts of the body. The adjustable straps can be replaced with tensile straps, and the sleeve can be positioned along different points of the patient's body to allow the patient to conduct various patient driven exercises, including patient driven range of motion or strengthening exercises.

The present invention discloses a surgical traction system with a hand gripped tension adjustment device that slidably mounts onto a boom structure. When activated the tension adjustment device moves down the boom structure and incrementally adjusts the tension in a traction rope. The boom structure attaches to a bracket assembly that mounts onto the short end of a surgical table.

An apparatus can include: a housing configured to form a receiving chamber that is operable to receive an object; first and second paddles disposed at a distal end of the receiving chamber; a constraining bar movably disposed within the housing and configured to translate linearly along a length of the receiving chamber; and a trigger mechanism configured to releasably couple the constraining bar to the housing. When the constraining bar is in a loaded position, the trigger mechanism can be configured to release the constraining bar in response to a proximally-directed force exerted on the constraining bar, causing the constraining bar to translate distally along the length of the receiving chamber.

A traction tower assembly and traction tower scale. The traction tower assembly includes a tower assembly including a first tower having a first side surface and a second tower having a second side surface positioned adjacent to the first side surface, wherein the second tower is movable with respect to the first tower in a first direction and in a second direction; and an elongated arm assembly attached to and extending from the tower assembly.

The invention relates to an upper extremity restraint which uses moveable non-adhesive restraint strappings and a reversible rigid platform, which enables a caregiver to ensure the patient's secure upper limb positioning for intravenous site maintenance. The present invention also includes an upper extremity restraint which uses parallel openings in the backbone restraint, which enable the immobilization of the upper limb through use of tie down restraining to prevent formation of hematomas or other types of patient injury caused by IV catheter site interruption or displacement.

The present invention relates to a combination surgical kit. The surgical kit can include a plurality of tools for a medical procedure, the plurality of tools including a first set of tools and a second set of tools. The surgical kit can also include a hand/wrist positioning tray device, including a bottom tray configured to hold the first set of tools, a middle tray configured to hold the second set of tools; and a top tray including a recess configured to receive a patients hand for the medical procedure.

A wearable device, for posture correction and muscle training, includes a wearable assembly and two resilience supporters, wherein the resilience supporter has an resilience tendency to be upright, wherein the wearable assembly is detachably arranged on the resilience supporter, wherein the wearable assembly is supported by the resilience supporter and is moved along with the resilience supporter, so that the user's body fits the wearable assembly and applies an force against the resilience supporter, wherein the wearable device has no need to restrain the user's body, and can provide portable posture correction to ensure long-term major muscle activity in daily life.

An apparatus that controls the rotation of an operative limb during shoulder surgery is composed of three parts: 1) a mechanism that is part of the durable apparatus, and which allows the limb to be suspended from the system and traction weights applied, but is configured in such a manner that the cable or other connecting member does not rotate about its axis; 2) a sterile connector that acts as the interface between the non-sterile durable apparatus and a sterile patient-contacting disposable drape; and 3) the disposable drape which is secured to the patient's operative arm. One of the sterile connector and the disposable drape contains a feature that allows the physician to rotate and hold the limb in any desired position, without requiring that it be manually held in place.

An exercise device. The exercise device includes an elongated member with a pair of grooves disposed at opposing ends. A pair of tension screws are utilized to slidably secure a pair of clamps to opposing ends of the elongated member. The pair of clamps slidably adjust along the length of the elongated member by traveling along the grooves. The clamps secure the elongated member to an opening, such as a door frame. The elongated member further includes a pair of recessed portions. The recessed portions are configured to curve around a soleus portion of a user's legs. A pair of straps affixed to opposing ends of each recessed portion removably secure about a front of the user's legs. In one embodiment, the elongated member is hingedly divided into two parts, wherein each part includes a clamp slidably secured thereto and a recessed portion, thereby providing a storage configuration.