Abstract: A protective garment, such as a body armor vest, equipped with a quick-release system comprising a front portion, a rear portion, and a plurality of connectors for releasably attaching the front portion to the rear portion. Each connector includes a ring and a releasable hook, wherein the ring can be releasably clasped by the releasable hook. The protective garment further includes a pull cord, which can be attached to and capable of disengaging, at least two of the plurality of connectors to allow detachment of the front portion from the rear portion.

Abstract: A kit for fitting a vehicle with protective armor includes an armored floor panel configured to be installed to a frame of the vehicle below an occupant compartment of the vehicle, and an armored shell configured to be received over an outer body of a cab of the vehicle. The armored shell may be removed to return the vehicle to its original, non-armored condition.

Abstract: A modular armored cab kit is provided for use on an armored vehicle that includes a cab body having a frame, an armored roof, an armored floor and a plurality of attachment elements, with the roof, floor and attachment elements being permanently attached to the frame. The cab kit further includes at least one non-armored panel, at least one non-armored door, at least one armored panel and at least one armored door, each for attachment to the cab body. The attachment elements facilitate field installation and removal of the panels and doors, wherein the non-armored panel and door are removably attached to the frame in a relatively low threat environment and are removed from the frame and replaced with the armored panel and door in a heightened threat environment.

Abstract: A modular armored cab kit is provided for use on an armored vehicle that includes a cab body having a frame, an armored roof, an armored floor and a plurality of attachment elements, with the roof, floor and attachment elements being permanently attached to the frame. The cab kit further includes at least one non-armored panel, at least one non-armored door, at least one armored panel and at least one armored door, each for attachment to the cab body. The attachment elements facilitate field installation and removal of the panels and doors, wherein the non-armored panel and door are removably attached to the frame in a relatively low threat environment and are removed from the frame and replaced with the armored panel and door in a heightened threat environment.

Abstract: A bullet-resistant back extender includes an armor carrier having an inner pocket with a bullet-resistant ballistic panel disposed within the inner pocket and an upper portion of the armor carrier having a fastener to attach the bullet-resistant back extender to a fastener in a bullet-resistant vest.

Abstract: In an example embodiment, workflow based procedures are authored, tested and converted to a collection of resource automation scripts with orchestration rules. The scripts and rules are uploaded to a cloud-based provisioning service. The cloud-based provisioning service follows the orchestration rules to coordinate with a provisioning agent installed on a VM host, storage area network (SAN) or other network device to execute a sequence of scripts to provision or tear down resources.

Abstract: A ballistics vest pad cover (4) having at least one side that is transparent, thereby permitting a user to easily view the condition of the ballistics vest pad (3). In addition, because at least one side is transparent, a user will be able to readily determine which side should be facing towards the body. An optional label (9) may be placed on the body-face side of the cover (5) so as to provide an additional means of indicating the body-face side of the cover (5) and ballistics vest pad (7). Because the user will be able to easily view the ballistics vest pad (3), he or she will always be aware of the condition of the ballistics vest pad (3) and may replace the ballistics vest pad (3) and cover (4) as needed. As the user no longer needs to guess whether the ballistics vest pad (3) is still in good condition, lives will be saved. In addition, the number of injuries occurring from wearing the ballistics vest pad (3) incorrectly will be dramatically reduced.

Abstract: A modular armored cab kit is provided for use on an armored vehicle that includes a cab body having a frame, an armored roof, an armored floor and a plurality of attachment elements, with the roof, floor and attachment elements being permanently attached to the frame. The cab kit further includes at least one non-armored panel, at least one non-armored door, at least one armored panel and at least one armored door, each for attachment to the cab body. The attachment elements facilitate field installation and removal of the panels and doors, wherein the non-armored panel and door are removably attached to the frame in a relatively low threat environment and are removed from the frame and replaced with the armored panel and door in a heightened threat environment.

Abstract: A load-bearing vest comprising a yoke, a core, attached to the yoke and comprising a telescoping assembly, and a waist belt, attached to the core.

Abstract: A modular armored cab kit is provided for use on an armored vehicle that includes a cab body having a frame, an armored roof, an armored floor and a plurality of attachment elements, with the roof, floor and attachment elements being permanently attached to the frame. The cab kit further includes at least one non-armored panel, at least one non-armored door, at least one armored panel and at least one armored door, each for attachment to the cab body. The attachment elements facilitate field installation and removal of the panels and doors, wherein the non-armored panel and door are removably attached to the frame in a relatively low threat environment and are removed from the frame and replaced with the armored panel and door in a heightened threat environment.

Abstract: A method and system for processing food products in a vessel includes the steps of introducing intermediate temperature water from a first reservoir into the vessel, circulating the water and emptying it back into the first reservoir. Next, hot water from a second reservoir fills the vessel, is regulated by circulation between the second reservoir and the vessel, and is emptied back into the second reservoir. Intermediate temperature water from the first reservoir is then reintroduced into the vessel, circulated and emptied. Then, chilled water or brine from a third reservoir fills the vessel, is regulated by circulation between the third reservoir and the vessel, and is emptied back into the third reservoir.

Abstract: A heat treatment vessel configured to receive at least two stacks of food products, includes a chamber with an inlet opening and a discharge opening separated from the inlet opening. The vessel also includes a movement device configured to engage a stack received through the inlet opening and to transport it toward the discharge opening.

Abstract: A stackable unit includes at least one cell for carrying a foodstuff during cooking. The cell includes a pressing structure for causing pressing of a foodstuff contained in a corresponding cell of a second identical stackable unit of a lower rank, the stackable unit including a support structure for seating the stackable unit on the second identical stackable unit and a centering structure for laterally positioning the stackable unit during stacking thereof on the second identical stackable unit such that the stackable unit can be disposed vertically in line with the second stackable unit. During stacking, a guidance structure guides the stackable unit onto the second identical stackable unit in at least one plane containing the vertical stacking direction.

Abstract: The invention concerns a stackable unit (100a) comprising: two longitudinal sections (104a) and two transverse sections (102a) forming a frame; at least one trough (106a) whereof each end is fixed to the transverse sections (102a); and under each trough (106a) there is fixed a cover (108a); the stackable unit (100a) being characterised in that it comprises at least two vertical posts (110a) distributed over and fixed to each longitudinal section (104a), the upper face of each post (110a) serving as a rest for the lower surface of a post of a higher stackable unit, and the lower face of each post (110a) coming to rest on the upper face of a post (110b) of the lower stackable unit (100b) or on the ground.

Abstract: A kit cover for protective garments, including a right fabric panel. The right fabric panel includes a front edge, a back edge, a top edge and a bottom edge, the back edge configured to attach to a protective garment. A left fabric panel is also included. The left fabric panel includes a front edge, a back edge, a top edge and a bottom edge, the back edge configured to attach to the protective garment. A first half of a first removable fastener is disposed adjacent to the front edge of the right fabric panel. A second half of the first removable fastener is disposed adjacent to the front edge of the left fabric panel configured to attach to the first half of the first removable fastener.

Abstract: A system for cooking and then cooling food products by immersion in a heat transfer fluid, consisting of a vessel (200) to contain the heat transfer fluid and a system (500) for homogenization by blowing gas bubbles into the heat transfer fluid from a gas bubble formation system (530). The vessel (200) is closed by a cover (250) leaving a space above the maximum level of the free surface of the heat transfer fluid. Homogenization is accomplished by closed circulation of gas contained in the space above the heat transfer fluid which generates bubbles in the heat transfer fluid.

Abstract: Forensic analysis of computer data is facilitated by analyzing data as it is being read from a target storage (10), rather than from a restored bit stream back-up file. In some embodiments, multiple processors (16) or threads run different analyses simultaneously. In some embodiments, the analyses are performed on very small amounts of data, with additional data being read when necessary to determine whether the first data meets the analysis criteria.

Abstract: A blast energy mitigation structure may employ a V-shaped hull to decrease the pressure wave imparted to a vehicle during a blast event, and/or an energy absorbing structure to absorb a portion of the blast force, thereby minimizing the forces and accelerations experienced by passengers in the vehicle and consequently reducing their injuries and increasing their survivability during a blast event. An exemplary blast energy mitigation structure may have a V-shaped hull and an energy absorbing structure incorporated into the chassis of a vehicle such as a Tactical Wheeled Vehicle, the energy absorbing structure comprising a truss-like structure including I-beams.

Abstract: A body armor for protecting a user from penetration comprising: a front protective section for overlying the chest region of the user; a rear protective section for overlying the back of the user; a pair of flexible right and left shoulder straps fastened to right and left shoulder regions, respectively, of the rear section, wherein the straps extend over the right and left shoulders of the user for attachment to corresponding right and left portions of the front section; the shoulder straps include complete adjustability within an outer shell shoulder so as to be hidden within the outer shell shoulder, the shoulder strap is directly attached to a ballistic panel by stitching through the ballistic panel and the shoulder strap; and a stabilizer tab is directly sewn to the ballistic panel so as to stabilize the ballistic panel against the user's body.