396 results about "Diagnostic program" patented technology

This medical (human and veterinary) CRM and ERP software affects every step of patient interaction: marketing, sales or service-related. It allows management of the workload by distributing the chores among staff members and automates medical and business processes through workflow rules. It enables users to view and update tasks, medical cases, appointments, sales, phone calls, faxes, emails, letters and automatic input of lab results into the patient's medical record. It also serves the needs of people in human resources; finance and inventory control, and integrates with Microsoft Word, Outlook, Excel, Great Plains and other business systems. It delivers detailed diagnostic differentials associated with a likelihood of their applicability to the given patients' record and physician's experience in his contextual situation; selects the most appropriate diagnostic procedures; offers the possibility for the user to implement context-sensitive tutorials; presents a context-sensitive source of information on diseases and medical procedures.

The invention is directed to imaging methods for performing real-time or near real-time assessment and monitoring. Embodiments of these methods are useful in a plurality of settings including surgery, clinical procedures, tissue assessment, diagnostic procedures, forensic, health monitoring and medical evaluations.

A system and process for providing a computerized medical and biographical records database and diagnostic information. A medical records database and diagnostic program is stored on a central computer that is accessible to individuals using remotely situated computers connected to a computer network. Individual patient medical and biographical records are owned by individual patients who can enter information in their record as well as grant or deny authorization to others, such as health care professionals, insurance providers and other entities, to review part or all of their record. The diagnostic program provides a series of diagnostic questions to an individual who must respond either “yes” or “no” to each question. Each potential response is weighted relative to its importance to a particular disease diagnosis. Relative weights for all responses to diagnostic questions are summed to identify potential diagnoses to connected to the answered questions. The diagnostic program provides the individual with a list of potential diagnoses as well as permitting the individual to save the information to his or her individual medical and biographical record. The information maintained in the above system and process is utilized for health care financing and insurance.

A method of diagnosing a vehicle fault includes receiving information on a vehicle from a customer regarding an actual vehicle fault and accessing data regarding the actual vehicle fault from the vehicle. A diagnostic program is initiated based on identifying vehicle information, the information received from the customer, and the data accessed from the vehicle. A specific vehicle system is selected for diagnosis and includes a particular vehicle component that may be associated with the actual vehicle fault. A list of diagnostic program results is received that defines multiple probable vehicle component faults for the specific vehicle system that may be associated with the actual vehicle fault. A determination on how to proceed with correcting the actual vehicle fault is made based on the list of diagnostic program results that define multiple probable vehicle component faults. A probable vehicle component fault is selected to evaluate whether it is the source of the actual vehicle fault.

The invention is directed to imaging apparatus for performing real-time or near real-time assessment and monitoring. Embodiments of the device are useful in a plurality of settings including surgery, clinical procedures, tissue assessment, diagnostic procedures, forensic, health monitoring and medical evaluations.

A disk drive that includes nonvolatile memory monitors the drive's reliability-related parameters to detect real or potential failure events, and records failure-related data in nonvolatile memory, rather than in reserved areas of the disks. The monitoring may be by running a diagnostic routine or by regular or periodic monitoring of disk drive sensors, like temperature and shock sensors. The failure events to be monitored and recorded may include defective data sectors. When a new defective sector is detected after the disk drive has been put into operation, that defective sector is taken out of service and its logical block address (LBA) is mapped to a memory space in the nonvolatile memory rather to a reserved spare sector on the disk. When a read or write command is received for an LBA range that includes the defective sector's LBA, the defective sector is skipped while the whole LBA range of the command is processed and the user data for the defective sector's LBA is read from or written to the mapped memory space in the nonvolatile memory.

To ensure integrity of non-volatile flash, the controller programs the non-volatile memories with background test patterns and verifies the non-volatile memories during power on self test (POST) operation. In conjunction with verifying the non-volatile memories, the controller may routinely run diagnostics and report status to the storage controller. As part of the storage controller power up routines, the storage controller issues a POST command to the controller via an I2C register that is monitored by the storage controller. The storage controller may determine that the non-volatile flash is functional without any defects, and the controller may remove power from the non-volatile flash to extend its reliability. Periodically, in the background, the controller may run diagnostic routines to detect any failures associated with the volatile memory and the controller itself.

A communication interface system including a computer and a handheld device that communicate with each other via respective communication ports. The computer communication port is a serial port or an infrared transceivers conveniently located on the front bezel of the computer. In serial embodiments, the computer executes the appropriate driver and interface applications to enable transfer of information to the handheld device. In infrared embodiments, the computer includes a microcontroller, an I<2>C bus and memory, where the microcontroller implements infrared communication protocol. Alternatively, the computer may further include a management processor that either replaces or cooperates with the microcontroller. Auxiliary power may enable handheld communications when the computer is shut down. The handheld device interfaces with the computer communication port to retrieve and display the status information. The handheld device effectively replaces external LCD health status hardware that typically consumes valuable space on the front bezel of the computer. The handheld device may further replace traditional input / output (I / O) devices, such as a keyboard, a mouse, a monitor, a disk drive, etc. For example, the handheld device may be utilized to monitor and control boot up operations of the computer, such as displaying boot up information or otherwise executing setup or diagnostic routines.

A diagnostic information portal can communicate with one or more diagnostic devices used to diagnose problems with vehicles. The diagnostic information portal can receive from the diagnostic devices indications of various problems that have been diagnosed with the vehicles. The information received by the diagnostic information portal can then be used to update one or more information sources (e.g., diagnostic procedures or other information) used to diagnose problems with the vehicles.

A computer implemented translation system provides a programming interface between a client and remote devices connected to a vehicle data network. The translation system presents programmers with a uniform abstraction of vehicle networks that permits programming and diagnostic procedures to be carried out without reference by the programmer to nuances of the particular network class used on the motor vehicle. Three major interfaces are defined to implement the invention. A network interface incorporates a plurality of functions representing a model of a physical network. A data link interface responsive to client requests for acquiring a network instance corresponding to a physical network from the network interface. The establishment of a network instance may involve reference to a database to obtain appropriate drivers for the underlying physical network represented by the network instance. A remote device interface incorporates a plurality of functions representing the physical devices callable through the network interface and handles messaging between the client and a physical device attached to the underlying physical network.