Abstract: Handling unexpected response messages at a client-side application such as a web browser, where those responses require the client-side application to issue an unexpected prompt and are triggered by request messages sent from script executing in the client-side application. A widget is dynamically constructed to provide the prompt to a user. Display and processing of the widgets and prompts is handled in a non-disruptive manner in an environment where a gateway function requesting the prompt may be interposed between a browser and a server in a network, and where the browser script may adhere to the Ajax methodology.

Abstract: Handling unexpected response messages at a client-side application such as a web browser, where those responses require the client-side application to issue an unexpected prompt and are triggered by request messages sent from script executing in the client-side application. A widget is dynamically constructed to provide the prompt to a user. Display and processing of the widgets and prompts is handled in a non-disruptive manner in an environment where a gateway function requesting the prompt may be interposed between a browser and a server in a network, and where the browser script may adhere to the Ajax methodology.

Abstract: Handling unexpected response messages at a client-side application such as a web browser, where those responses require the client-side application to issue an unexpected prompt and are triggered by request messages sent from script executing in the client-side application. A widget is dynamically constructed to provide the prompt to a user. Display and processing of the widgets and prompts is handled in a non-disruptive manner in an environment where a gateway function requesting the prompt may be interposed between a browser and a server in a network, and where the browser script may adhere to the Ajax methodology.

Abstract: Handling unexpected response messages at a client-side application such as a web browser, where those responses require the client-side application to issue an unexpected prompt and are triggered by request messages sent from script executing in the client-side application. A widget is dynamically constructed to provide the prompt to a user. Display and processing of the widgets and prompts is handled in a non-disruptive manner in an environment where a gateway function requesting the prompt may be interposed between a browser and a server in a network, and where the browser script may adhere to the Ajax methodology.

Abstract: A filtration system for processing effluent from septic-based sanitation systems includes at least one treatment tank for receiving effluent from a septic tank. The tank includes filtering media therein, the filtering media adapted for filtering the effluent to produce filtered effluent. The system includes structure for recirculating the filtered effluent, wherein a first portion of the filtered effluent is directed back onto the filtering media and a second portion of the filtered effluent is directed out of said tank. The system can obviate the need for a drain field in septic-based sanitation systems.

Abstract: Effluent from a septic tank is trickled through a first filter canister. The thus filtered effluent is recycled a plurality of times through the same filter canister, further to cleanse the effluent. A small portion of the recycling effluent is directed outward into a drip irrigation system. A second filter canister, not in line with the first canister, also receives some of the recycling, filtered effluent, for plural recycles therethrough, to enhance the filtering process, at the same time that other of the filtered effluent is being recycled through the first filter canister. The filtered effluent from the two canisters are permitted to combine prior to subsequent recycling.

Abstract: Effluent is pumped into a first multistage, modular, vertical filter that extends from ground level to depth near or at the water table. A fluid accumulator, located at the bottom of the filter, accumulates water from the filter stages. The water in the accumulator is pumped into the surrounding soil by pressurizing it from a ground level pump. Fluid that accumulates around the filter is removed for irrigation. The filter and accumulator are removed as a single unit from well shaft for servicing.