Abstract: The present invention provides for construction of a variety of useful objects including chairs and ottomans from multiple polymers or high density polyethylene (HDPE) by utilizing a living hinge; the hinge comprising a single contiguous sheet of stock, the stock having some material removed rendering the sheet flexible and pliable; wherein some material removed forms a mesh or matrix; wherein the mesh or matrix has been optimized to allow for pliability while eliminating points of excessive stress; wherein the single contiguous sheet is bent in a predetermined shape; the single contiguous sheet relaxing into that predetermined shape over time; and wherein the bent shape retains flexibility under load and while returning to its predetermined shape when no longer under load.

Abstract: A medical testing system and method is disclosed in which an Internet device is used to obtain test data from a patient automatically via sensor devices. The test program in the Internet device is downloaded from a web site via the Internet. After the test program has obtained the test data, the test data is uploaded to the web site server. At the server, the data is processed and the processed data is downloaded via the Internet to the patient's Internet device and/or to other Internet devices.

Abstract: Server apparatus coupled to the Internet is operated to provide medical testing. Medical test measurement data is uploaded to the central server from remote locations via patient Internet apparatus via the Internet. The server selects a computer program algorithm to process said medical test measurement data. The server processes the medical test measurement data in accordance with the selected computer program algorithm to produce test information from said medical test measurement data. The server downloads the test information to predetermined user apparatus coupled to the Internet.

Abstract: A method of operating an Internet device, includes downloading via the Internet a medical testing program from a server. At least one sensor is coupled to the Internet device. The sensor is attached or otherwise coupled to a patient. The Internet device executes the test program to obtain test measurement data from the at least one sensor. The test measurement data is uploaded to the server via the Internet. The Internet device receives processed test data from the server as a download from the server via the Internet. The Internet device displays the processed data.

Abstract: A computer system 12 which receives non-incremental computer source code which is created and generated from a non-incremental computer system 14 and which places the received non-incremental source code in a parse tree arrangement, thereby enabling the received source code to be developed, compiled, and/or executed with an incremental computer 16 and to be selectively and communicatively exported to a non-incremental computer system.

Abstract: A computer system which receives non-incremental computer source code which is created and generated from a non-incremental computer system and which places the received non-incremental source code in a parse tree arrangement, thereby enabling the received source code to be developed, compiled, and/or executed with an incremental computer and to be selectively and communicatively exported to a non-incremental computer system.

Abstract: Method comprises dispersing phosphor particles in a liquid medium and then precipitating filter material on the phosphor particles. The filter-covered phosphor particles are removed from the medium, dried and then heated until the filter material sinters to the surfaces of the phosphor particles as discrete filter particles.

Abstract: This patent applies to a kennel which incorporates a number of wedge-shaped partially covered enclosures, annularly disposed in an outer ring and inner ring separated by covered corridors.It incorporates a series of gutters for waste removal which resists the spread of disease by means of an overhanging splash-inhibiting lip. It includes a number of compartment walls, each extending beyond the run and over the top to prevent animals from sniffing each other or coming in contact with each other, thereby inhibiting the spread of airborne and body waste diseases. A carefully designed airflow system, compatible with radiant floor heating, resists cross-contamination of animals from inadvertent intermixing of air; vents and ultraviolet lamp exposure assures purging and purification of compartment air.