Abstract: An article of swimwear for providing targeted compression areas includes inner and outer fabric layers that are bonded together with adhesive layers having different compressive strengths. For example, a first adhesive layer is disposed between first fabric portions of the inner and outer fabric layers. In addition, a second adhesive layer is disposed between second fabric portions of the inner and outer fabric layers. The first and second fabric portions may be laterally adjacent each other or spaced apart. The first adhesive layer provides a first compressive strength to the first fabric portions of the inner and outer fabrics when bonded there between, and the second adhesive layer provides a second compressive strength to the second fabric portions of the inner and outer fabrics when bonded there between. In certain implementations, the first compressive strength is greater than the second compressive strength.

Abstract: Aspects of the present disclosure involve systems, methods, and the like, for an automatic transfer switch (ATS) of a power system. The ATS allows for switching between two or more power systems while preventing back-feeding of the power systems. To provide the safety features of the ATS, a safety circuit and control board may be implemented with the magnetic latching relays to control the actions of the latching relays and provide the switching function of the ATS. In one particular embodiment, the safety board comprises one or more electromechanical relays positioned between the controlling electronics of the control board and the magnetic latching relays. The safety board design contains measures to ensure it still functions if one of the disconnect switches is not connected, if one of the connections to a first load phase, a second load phase or neutral is lost and if the main control board is not connected.

Abstract: Aspects of the present disclosure involve systems, methods, and the like, for an automatic transfer switch (ATS) of a power system. The ATS allows for switching between two or more power systems while preventing back-feeding of the power systems. To provide the safety features of the ATS, a safety circuit and control board may be implemented with the magnetic latching relays to control the actions of the latching relays and provide the switching function of the ATS. In one particular embodiment, the safety board comprises one or more electromechanical relays positioned between the controlling electronics of the control board and the magnetic latching relays. The safety board design contains measures to ensure it still functions if one of the disconnect switches is not connected, if one of the connections to a first load phase, a second load phase or neutral is lost and if the main control board is not connected.