A detachable accessory carrier for an individual user to secure around their waist, the carrier including an arcuate frame to encompass a portion of the individuals user's waist, the carrier arcuate frame also includes a flexible linear element that terminates in a primary distal end portion and a secondary distal end portion, wherein the primary distal end portion and the secondary distal end portion have a structure for removable engagement therebetween to be removable from the user's waist, wherein operationally the flexible linear element removably secures the arcuate frame to and from the individual user's waist. In addition, included in the carrier is a slotted receptacle structure disposed on an extension beam, wherein the extension beam is affixed to and extending from a convex portion of the arcuate frame, wherein the slotted receptacle structure operationally removably retains an accessory.

A carabiner for carrying equipment is disclosed. The carabiner includes a hook assembly including a generally C-shaped body having an opening which is closed by an openable gate. It further includes a mounting assembly, which includes a mounting boss to which the body is releasably connected, and one or more fasteners to connect the mounting boss to a base component. The mounting boss may include a bore through which the body passes, the body being a close fit in the bore, such that the body can pivot respect to the boss about an axis of the bore. Control components may be provided that serve to resist movement of the body within the bore. The carabiner may be installed in a harness, by connecting the base to a component of the harness for example by passing a fastener through a hole in the component.

Implementations described and claimed herein provide systems and methods for supporting a pet along trapezii and behind a neck of a user. In one implementation, a core assembly of a bolster has a middle section disposed between a first end section and a second end section, and the middle section positionable behind the neck of the user. An elongated body of the core assembly is positionable along the trapezii of the user in a horizontal orientation. The elongated body extends continuously from the first end to the second end. A padded body of the core assembly extends about the elongated body. A cover is engaged to the core assembly. A securing assembly has a first strap connected to the first end section and a second strap connected to the second end section. The core assembly is releasably securable to the user in the horizontal orientation using the securing assembly.

An attachment system includes a wearable carrier and an attachment slot. The wearable carrier is formed at least in part from a flexible material having an outer surface and an inner surface opposite the outer surface. The attachment slot is formed through the flexible material and configured to receive a strap of an attachment accessory. The attachment slot extends from a first end to a second end and includes a first segment, a second segment, and a third segment. The first segment extends from the first end to the second segment. The second segment extends from the first segment to the third segment. The third segment extends from the second segment to the second end. The first segment and the second segment define a first non-orthogonal angle therebetween. The third segment and the second segment define a second non-orthogonal angle therebetween.

Ballistic protection device with built-in multifunctional load, comprising a ballistic protector, a main sac and at least one shoulder strap. The device comprises a single body, from which adjacent panels with ballistic protection are deployed frontally, which are joined together by means of mechanical and/or magnetic secure at the front; protection is activated by coupling the front panels, which surround the user's body and are secured at the rear, opposite and longitudinal to the main storage bag, so that the single body forms a panel with front, rear and side ballistic protection of the user's torso.

A holster includes a backing, a pouch, a strap assembly, and a liner. The pouch includes a first securing element disposed along a front wall thereof. The pouch is coupled to the backing to cooperatively define a cavity configured to receive a communications device. The strap assembly is coupled to the backing and selectively couplable with the pouch. The strap assembly includes a cord, a handle, and a second securing element. The handle is coupled to the cord along a portion of the cord opposite the backing. The second securing element is disposed along a rear surfaces of the handle. The second securing element is couplable to the first securing element. The liner includes a fire resistant material and/or a fire retardant material and is disposed within the cavity along at least one of an interior surface of the backing and an interior surface of the pouch.

The invention relates generally to wearable accessory carriers for mechanical circulatory support systems, and more specifically relates to belts for carrying peripheral components of a VAD. Such wearable accessory carriers may be suitable for carrying and retaining peripheral components of the VAD in a safe, comfortable, and convenient manner. In certain aspects, the invention provides a wearable accessory carrier configured as an elastic belt with several pockets for holding peripheral components. In other aspects, a wearable accessory carrier may be configured as a belt with a magnetic strip configured to carry one or more modular compartments or pockets for holding peripheral components via magnetic attachment. The wearable accessory carriers disclosed herein may be sized to fit around or configured to be worn on a patient's waist, lower or upper torso, thigh, calf, arm, or other limb.

A wearable hydration system, bladder ensemble and hydration kit enabling hands-free user hydration. The wearable hydration system, ensemble and kit include a liquid-impermeable bladder, a conduit element, and a wearable mechanism. The bladder includes front and back bladder walls and at least one, but preferably a series of particularly configured seals that seal the front and back bladder walls or sides. The conduit element is inserted into the liquid-impermeable bladder in lateral adjacency to the seals for conducting liquid from the liquid-impermeable bladder to a user's mouth. The wearable mechanism may be exemplified by a pouch formation. The pouch formation received, holds, and positions the liquid-impermeable bladder relative to the user's body when donned by the user. A series of matable fasteners may fasten the bladder to the pouch formation via a series of fastener-receiving apertures particularly formed in the bladder and pouch formation.

There is provided a carrier device for mounting a drone controller on a torso of a person. The carrier device includes a torso plate and adjustment straps that position the torso plate in along a front middle portion of a person's torso. The carrier device includes a first of a first female connector and a first male connector coupled to the torso plate. The carrier device includes an elongate mount with a second of the first female connector and the first male connector coupled thereto. The elongate mount selectively couples to the torso plate via the first female and male connectors. The elongate mount includes a first of a second female connector and a second male connector. The carrier device includes a second of the second female connector and the second male connector connectable to the drone controller. The elongate mount selectively couples to the drone controller via the second female and male connectors.

A carrying device is provided that includes a load compartment configured to accommodate a load; at least one wheel rotatably coupled to the load compartment and configured to roll along a ground; a shaft attached to the load compartment; and a coupling element attached the shaft. The coupling element is configured to couple the carrying device to a person in a manner that allows towing of the carrying device by the person. Additional versions of the carrying device and a system including the same are also disclosed.