Abstract: Various embodiments provide modular wall junction bracket systems and methods for installing interior modular walls. They may utilize a plurality of frame rail brackets to connect corresponding frame rails to a central installation guide, forming a base for modular walls. The installation guide serves as a structural junction, anchoring the wall setup to the building's floor, ensuring stability and security. The installation guide features a sequence of registration structures, potentially accompanied by moveable connectors, to loosely secure the system yet still provide the adjustability to permit customized angular arrangements during the initial alignment process. This system enhances flexibility, security, and efficiency in constructing modular interior walls in various spaces within a building or any environment.

Abstract: A height adjustment device for adjusting a panel of a modular wall. The height adjustment device comprises an upper wedge member having a plurality of teeth on a lower angled surface thereof and a lower wedge member having a plurality of teeth on an upper angled surface thereof, the lower wedge member being positioned for supporting the upper wedge member. The upper wedge member is positioned for supporting the panel. The teeth on the upper and lower angled surfaces are interengaged with one another to prevent relative movement of the wedge members to fix a height of the panel. The teeth are disengageable to enable adjustment movement between the wedge members to vary the height of the panel.

Abstract: An acoustic tile made from a single piece of material folded along a plurality of folding scores to form a three-dimensional configuration. The three-dimensional configuration includes a plurality of folded extensions, a plurality of outer surfaces arranged to collectively form a faceted dome, a plurality of inner surfaces comprising a plurality of recesses. The acoustic tile also includes a plurality of locking pieces which engage the plurality of recesses to hold the single piece of material in the three-dimensional configuration.

Abstract: A system and connector interconnects modular wall vertical frame members meeting at a junction. A first vertical frame member and a second vertical frame member each have a central section for mounting a wall panel. Each vertical frame member has a pair of lateral legs at the lateral edges thereof and a pair of inner legs extending inwardly. The inner legs are spaced laterally away from the lateral edges. Each vertical frame member also has a pair of interlocking members positioned inwardly of the central section. The interlocking members each having a laterally extending leg defining a laterally extending latch receiving space. The connector member has a head or heads for supporting parts and a latch or latches for securing parts, including trim members. The junctions may be corner or end-to-end.

Abstract: In part, in one aspect, the disclosure relates to a first computer system including a first processor and first memory, a first IO storage subsystem including a first switch configured for one or more first storage devices, a first IO non-storage subsystem including a first witch configured for one or more first non-storage devices, a second compute system including a second processor and second memory, a second storage IO subsystem including a second switch configured for one or more second storage devices, a second IO non-storage subsystem including a second switch configured for one or more second non-storage devices and a midplane including a power connector, a processor side and an IO side, wherein the processing side includes connectors in electrical communication with the computer systems, the IO side includes connectors in electrical communication with the storage and non-storage subsystems.

Abstract: A method of reconfiguring a modular wall is provided. The modular wall comprises a panel receiver structure with a panel receiving channel; a vertical panel received in the channel of the panel receiver structure; and a first and second fascia trim members. Each of the first and second fascia trim members is configured to be removably attached to opposing first and second sides of the panel receiver structure. The fascia trim members are configured to conceal the panel receiver structure. The method comprises removing at least the second fascia trim member; positioning a second panel receiver structure on the second side of the panel receiver structure, the second panel receiver structure having a second panel receiving channel; positioning a second vertical panel in the second panel receiving channel to be parallel to the vertical panel; and re-installing the removed second fascia trim member to the second panel receiver structure.

Abstract: A wrist rest device for use with a manually operated computer input device is provided. The wrist rest device comprising a wrist support formed of deformable material for providing resilient support to a user's wrist. The wrist support has an upper wall and forward and rearward edge portions extending in a lateral direction. A frame has a wrist support receiving space for receiving and removably securing the wrist support to the frame. The frame engages at least the forward and rearward edge portions of the wrist support to prevent deflection of the edge portions away from one another. Other types of ergonomic support devices comprising a body part support may also be practiced.

Abstract: A pneumatic compression garment for treating lymphedema in the head, neck and torso of a patient is disclosed, which includes a first garment portion configured and adapted to be worn on a patient's head and including a plurality of separate and independently inflatable air chambers, and a second garment portion attached to the first garment portion and configured and adapted to be worn of the patient's torso and including a plurality of separate and independently inflatable air chambers.

Abstract: In part, in one aspect, the disclosure relates to a first computer system including a first processor and first memory, a first IO storage subsystem including a first switch configured for one or more first storage devices, a first IO non-storage subsystem including a first which configured for one or more first non-storage devices, a second compute system including a second processor and second memory, a second storage IO subsystem including a second switch configured for one or more second storage devices, a second IO non-storage subsystem including a second switch configured for one or more second non-storage devices and a midplane including a power connector, a processor side and an IO side, wherein the processing side includes connectors in electrical communication with the computer systems, the IO side includes connectors in electrical communication with the storage and non-storage subsystems.

Abstract: A locking dynamic high NRC acoustic baffle and/or tile and a locking dynamic high NRC ceiling and/or wall system, that includes a single piece of material folded into locking dynamic high NRC acoustic baffles and/or tiles, using locking pieces and locking mechanisms, to quickly and easily install the locking dynamic high NRC acoustic baffle and/or tile onto construction ceiling hangers or onto walls to provide an aesthetically pleasing image, along with a reduction in unwanted noise or room acoustics.

Abstract: A pre-assembled internal frame for a modular wall comprises a pair of vertical frame members. Each first flange of the vertical frame member has a pair of series of vertically arranged mounting openings, and each second flange has a single series. The vertical frame members are oriented to enable the frame to be arranged in an end to end junction with another frame with adjacent vertical frame members thereof abutting. This provides three of the series of vertically arranged openings on each side of the modular wall at the end to end junction. A fastener is positioned in a fastener receiving portion for fastening the horizontal frame member to the vertical frame members. The fastener receiving portions are recessed laterally inwardly from the first and second web sections for avoiding interference between adjacent fasteners when the frame is arranged in the end to end junction with another such frame.

Abstract: In part, in one aspect, the disclosure relates to a first computer system including a first processor and first memory, a first IO storage subsystem including a first switch configured for one or more first storage devices, a first IO non-storage subsystem including a first which configured for one or more first non-storage devices, a second compute system including a second processor and second memory, a second storage IO subsystem including a second switch configured for one or more second storage devices, a second IO non-storage subsystem including a second switch configured for one or more second non-storage devices and a midplane including a power connector, a processor side and an IO side, wherein the processing side includes connectors in electrical communication with the computer systems, the IO side includes connectors in electrical communication with the storage and non-storage subsystems.

Abstract: A bracket system for mounting an accessory structure or an adjacent pair thereof to a modular wall system is provided. A first bracket member and a second bracket member of the bracket system are each configured to be selectively engageable with a vertical frame member associated with the modular wall system and are configured to be interleaved with each other.

Abstract: A system for interconnecting modular wall vertical frame members meeting at a corner junction is provided. The system comprises a first vertical frame member a second vertical frame member; and a connector member. Each vertical frame member has a mount for mounting a wall panel. Each vertical frame member has a pair of interlocking members positioned inwardly of the mount. The connector member has a body structure with a pair of legs with latches thereon extending therefrom. The legs with the latches extending to form a general V-shape. The legs with the latches are configured to be received in latch receiving spaces of the vertical frame members in a latching engagement to secure the vertical frame members in a corner junction relationship. The body structure of the connector member includes a head configured to be received between portions of the vertical frame members to support the corner junction relationship.

Abstract: An air purifier comprises a housing that comprises an intake opening for an inflow of air and an output opening for an outflow of air, a fan, a motor for rotating the fan, a sleeve configured to at least partially surround the fan and/or the motor, an air purifier unit, and a retainer assembly. The air purifier unit is mounted in the housing purifying air flowing through the housing and is operatively coupled to the sleeve. The retainer assembly is configured to retain the air purifier unit in the housing and with respect to the sleeve. The retainer assembly comprises a retainer and an actuator operatively associated with the retainer and the sleeve, wherein movement of the actuator from a first position to a second position moves the retainer to securely retain the air purifier unit in the housing.

Abstract: The present invention relates to a method for characterizing the immune response of a subject to a tetravalent dengue virus composition by performing the method for determining affinity, binding kinetics and/or concentration of an antibody or of an antibody mixture and at least one other method. In a further embodiment, the present invention relates to a method for characterizing the immune response of a subject to a virus-containing vaccine composition by performing a combination of assays. In a further embodiment, the present invention relates to a method for predicting protective efficacy of a dengue vaccine candidate. In another embodiment the present invention relates to a method for preparing a vaccine formulation.

Abstract: A method of reconfiguring a modular wall is provided. The modular wall comprises a panel receiver structure with a panel receiving channel; a vertical panel received in the channel of the panel receiver structure; and a first and second fascia trim members. Each of the first and second fascia trim members is configured to be removably attached to opposing first and second sides of the panel receiver structure. The fascia trim members are configured to conceal the panel receiver structure. The method comprises removing at least the second fascia trim member; positioning a second panel receiver structure on the second side of the panel receiver structure, the second panel receiver structure having a second panel receiving channel; positioning a second vertical panel in the second panel receiving channel to be parallel to the vertical panel; and re-installing the removed second fascia trim member to the second panel receiver structure.

Abstract: A system and connector interconnects modular wall vertical frame members meeting at a junction. A first vertical frame member and a second vertical frame member each have a central section for mounting a wall panel. Each vertical frame member has a pair of lateral legs at the lateral edges thereof and a pair of inner legs extending inwardly. The inner legs are spaced laterally away from the lateral edges. Each vertical frame member also has a pair of interlocking members positioned inwardly of the central section. The interlocking members each having a laterally extending leg defining a laterally extending latch receiving space. The connector member has a head or heads for supporting parts and a latch or latches for securing parts, including trim members. The junctions may be corner or end-to-end.

Abstract: A pre-assembled internal frame for a modular wall comprises a pair of vertical frame members. Each first flange of the vertical frame member has a pair of series of vertically arranged mounting openings, and each second flange has a single series. The vertical frame members are oriented to enable the frame to be arranged in an end to end junction with another frame with adjacent vertical frame members thereof abutting. This provides three of the series of vertically arranged openings on each side of the modular wall at the end to end junction. A fastener is positioned in a fastener receiving portion for fastening the horizontal frame member to the vertical frame members. The fastener receiving portions are recessed laterally inwardly from the first and second web sections for avoiding interference between adjacent fasteners when the frame is arranged in the end to end junction with another such frame.