IFAK assemblies may include an outer shell having an outer shell interior. An interior sleeve may be removably deployed in the outer shell interior of the outer shell. A left tourniquet sleeve may be carried by a first side of the outer shell. The left tourniquet sleeve may have a left sleeve interior and a left tourniquet retrieval opening. A right tourniquet sleeve may be carried by a second side of the outer shell opposite the first side. The right tourniquet sleeve may have a right sleeve interior and a right tourniquet retrieval opening.

A container for medical device transportation is provided. The container may include a body including a cavity for accommodating a medical device; a support for supporting the medical device; and a guiding mechanism for guiding the support to move from an entrance of the body to a target position in the cavity.

Surgical gowns can be configured to be worn by a human and to be sterile for use in a sterile surgical environment. Such a sterile surgical gown can include one or more pockets attached to the gown and configured to store surgical instruments. The sterile surgical gown can also include one or more rings attached to the gown and configured to hold surgical instruments. In some embodiments, a patch that is attachable to the gown. The patch can include one or more additional pockets or additional rings.

Embodiments provide a water-resistant VAD lifestyle bag including a removable strap connected to two connectors along the top of the bag, a lower unit having two curved top edges connected to two connectors and having at least one water bottle pocket to contain water bottles and a front pocket cover flap, a zipper configured along the top of the lower unit, an emergency information window made of clear material to view the status of a VAD device, a plurality of pockets built into the back of the bag, at least one credit card pocket built into the bag, a VAD controller pocket having clips and configured to secure a VAD controller, and at least one VAD battery pocket having clips and fitted to house at least one VAD battery for powering the VAD device. The plurality of pockets is configured to secure pens, phones, and snacks.

A wearable healthcare multi-accessory tool includes a truncated conical body adapted to support health care attachment and illumination accessories, and an elongated tubular shaft having an interior open cavity and a lower opening to enable insertion of at least one of a hemostat and scissor into the shaft. The shaft supports the body about the shaft in a displaced relationship above the lower opening of the shaft so as to provide an annular space surrounding the shaft below and recessed relative to the body exterior so as to enable incorporation of a roll of health care tape into the annular space being rotatable about the shaft to enable a strip of the health care tape to be pulled and severed from the roll. The shaft also has at least one protrusion thereon adjacent to the lower opening to support the roll of health care tape about the shaft in the annular space.

A water dispersing bag for transporting, storing, and/or holding medical equipment is provided. In some configurations, the bag can include a lower portion, an upper portion, a handle, and a shoulder strap. The handle can include a handle strap. The shoulder strap can include a shoulder strap connector. In some embodiments, the bag can include a locking mechanism that can allow access to an interior of the bag.

IFAK assemblies may include an outer shell having a first outer shell end, a second outer shell end, an outer shell interior extending between the first outer shell end and the second outer shell end, a first shell opening at the first outer shell end and a second shell opening at the second outer shell end. An interior sleeve may be removably deployed in the outer shell interior of the outer shell. The interior sleeve may be selectively removable from a selected one of the first shell opening and the second shell opening. A plurality of first aid items may be carried by the interior sleeve. A left tourniquet sleeve may be carried by a first side of the outer shell. The left tourniquet sleeve may have a left sleeve interior and a left tourniquet retrieval opening corresponding in position to the first outer shell end of the outer shell. A left tourniquet may be deployed in place in the left sleeve interior of the left tourniquet sleeve. The left tourniquet may be selectively retrievable from the left tourniquet sleeve through the left tourniquet retrieval opening. A right tourniquet sleeve may be carried by a second side of the outer shell opposite the first side. The right tourniquet sleeve may have a right sleeve interior and a right tourniquet retrieval opening corresponding in position to the second outer shell end of the outer shell. A right tourniquet may be deployed in place in the right sleeve interior of the right tourniquet sleeve. The right tourniquet may be selectively retrievable from the right tourniquet sleeve through the right tourniquet retrieval opening.

A carrying case (500) and handle (504) for accommodating a portable topical negative pressure therapy apparatus (200) comprising a device (202) and a waste canister (204) separable therefrom, the waste canister having an aspiration conduit (274) emerging therefrom is described, the carrying bag comprising an apparatus receiving pouch (502), said pouch having opening and closing means (522, 524) at a lower portion thereof and said handle (504) being directly attached to said apparatus.

The data from several sensors can be measured to provide improved measurement of surgical workflow. The data may comprise times at which needles are removed from suture packs and placed in receptacles. The surgical workflow data may comprise data from several instruments such as removal and placement time of surgical instruments and electrocautery devices. The data from several sensors can indicate vital statistics of a patient or environmental conditions of an operating room. The data from several sensors can indicate the presence, absence, arrival, or departure of one or more actors in a surgical workflow. The data from several sensors can be registered with a common time base and a report generated. The report can indicate a performance of individuals and groups of participants in a surgical workflow.

A case for a wearable medical device is provided. The wearable medical device includes internal circuitry enclosed within an external housing. The case includes a first part sized to surround a first portion of the external housing and a second part sized to surround a second portion of the external housing. The first part includes an inner surface with contours configured to receive corresponding contours of the external housing. The first part is connected to the second to form a parting line around the external housing. An assembly including a wearable medical device and an external case is also provided.