Clinicomp International, Inc.

Other

Gth Water Systems, Inc.

Clinlcomp International, Inc.

Chris A Haudenschild

Yumin Chen

Senmao Lin

Jean Francois Lancelot

Kristopher S Urquhart

A method and system according to embodiments enable generalized program to program interoperability. The method and system employ an automatic or substantially automatic transform adapter for using a given exchange standard for two-way communication with a program. In order for the adapter to employ the exchange standard, a discovery manager may learn the program's data communications structure and/or format, and may learn data meaning information from the program. An adapter creator may derive a transform which converts the program's data communications structure and data meaning into the exchange standard. The transform may be used by the adapter to enable two-way communication with any adapter and/or program similarly employing the given exchange standard to achieve interoperability.

Method and system for adapting programs for interoperability and adapters therefor

In an embodiment, the arrangement and method enable the accessing of certain stored information by utilizing algorithms. The validity of the algorithms and/or retrieved data are determined by a validity management module. If the algorithm and/or the retrieved data is determined by the validity management module to be invalid, the algorithm and/or the retrieved data may be updated, whereby self-correction occurs dynamically over time with changing stored information. In another embodiment, the arrangement and method enable networked computer systems each including a standardized database access system having hyper objects employing embedded algorithms or rules for accessing information across the network in a standardized manner, even though the networked computer system databases may employ different schema and formats. Each computer system operates independently, and yet is able to dynamically self-correct when invalid algorithms or data is determined. New computer systems can be added or removed to the network without requiring adjustments to its database schema or formats and without synchronizing with the existing networked computer systems.

Scalable computer arrangement and method

An embodiment relates to a scalable computer arrangement and method, which enables the accessing of certain stored information by utilizing algorithms. The validity of the algorithms and/or retrieved data are determined by a validity management module. If the algorithm and/or the retrieved data is determined by the validity management module to be invalid, the algorithm and/or the retrieved data may be updated, whereby self correction occurs dynamically over time with changing stored information. In another embodiment, the computer arrangement and method enables networked computer systems each including a standardized database access system having hyper objects employing embedded algorithms or rules for accessing information across the network in a standardized manner, even though the networked computer system databases may employ different schema and formats. Each computer system operates independently, and yet is able to dynamically self correct when invalid algorithms or data is determined. New computer systems can be added or removed to the network without requiring adjustments to its database schema or formats and without synchronizing with the existing networked computer systems.

A scalable computer arrangement and method accesses certain stored information using algorithms. The validity of the algorithms and retrieved data are determined by validity management modules. If the algorithm or the retrieved data is determined to be invalid, the algorithm or retrieved data may be updated to self-correct dynamically over time with changing stored information. In another embodiment, the computer arrangement includes standardized database access systems having hyper objects for accessing information across the network in a standardized manner, even though the networked databases may employ different schema and formats. Each computer system operates independently, and yet is able to dynamically self correct when invalid algorithms or data is determined. New computer systems can be added or removed without requiring adjustments to its database schema or formats and without synchronizing with the existing networked computer systems.

One embodiment of the present invention relates to a technique for accessing data from a database. The technique may include providing a group of hyper objects each containing a different rule. When a hyper object query language (HOQL) query is received using an HOQL engine, at least one hyper object is selected using the HOQL engine in response to the HOQL query, A data request is sent via the selected hyper object to retrieve data from the database, to be received from the database to be used by the selected hyper object. The requested data is used according to the rule associated with the selected hyper object to provide a desired standardized output.

Standardized database access system and method

A scalable computer arrangement and method enables the accessing of stored information by utilizing algorithms. The validity of the algorithms and/or retrieved data are determined by a validity management module. The algorithm and/or the retrieved data may be updated, whereby self correction occurs dynamically over time with changing stored information. In another embodiment, the computer arrangement and method enable networked computer systems each including hyper objects employing embedded algorithms or rules for accessing information across the network in a standardized manner, even though the networked computer system databases may employ different schema and formats.

A highly efficient fluid pump and pumping method are disclosed. The pump includes a cylinder, a piston in the cylinder defining a first and second volume in the cylinder, and a motive actuator for driving reciprocatively a rod attached to the piston at a rate of substantially sinx for x=0 to &#x3c0;, where m is a number greater than one, during a power stroke of that piston.

Highly efficient durable fluid pump and method

The enterprise healthcare management system and method includes a novel healthcare management system. The healthcare management system includes a server system connected to a plurality of enterprise facilities. A master index and a shared document repository on the server facilitate positively identifying patients and confidently associating that patient with proper medical records. The method of using the system also facilitates finding where in the enterprise a patient is located, and identifying available patient records. Healthcare practitioners also use the healthcare management system to access a patient treatment plan system, irrespective of which enterprise facility presently has the patient or which enterprise treatment plan system operates the patient treatment plan.

Enterprise healthcare management system and method of using same

The disclosed methods and systems of water purification relate to burying an underdrain in situ under a filter media bed such as a particulate material bed, within a natural body of water. A pump is provided for withdrawing water from the underdrain at a sufficient rate to cause a complex biological matrix filter to proliferate on top of the filter media bed forming a portion of the floor of the body of the water. The filter media bed is positioned at a depth d of water between the water body surface and the water body floor so that the upper surface of the particulate material bed remains substantially undisturbed by wave motion or tidal action at the surface of the body of water to facilitate the proliferation of the biological matrix filter.

Method and system for purifying water

The enterprise healthcare management system and method includes remotely hosting turnkey health care applications and providing enterprise users access to the turnkey applications via a public network such as the Internet.

A new and improved clinical critical care path system, which can be tailored readily for a given patient diagnosis for either single or combined medical and/or surgical diagnoses. The clinical information system stores critical care information for various patient diagnoses and retrieves them for a given patient. Treatment information is tailored to a given patient by enabling selected treatment information to be edited. Where multiple diagnoses are present, the prescribed or ordered treatment plans for each diagnosis are merged for a given patient, and potential conflicts are determined for any ordered activity. Upon determination of a conflict, patient treatment information is repeated on separate display lines to alert the healthcare provider to permit the healthcare provider to analyze the conflict and to determine what order or orders should be entered. Customized multiple diagnosis treatment information can then be entered and stored for a given patient.

Growing community of inventors

La Jolla, CA, United States of America

Chris A Haudenschild