929 results about "Diagnostic tools" patented technology

Provided is a method of receiving data from a vehicle onboard computer. The onboard computer is configured to transmit vehicle identification data in response to receipt of an identification request, which is transmitted in a basic communication protocol. The onboard computer is further configured to transmit private operational data in response to receipt of a private data request. The private data request is transmitted in a diagnostic protocol. The method includes connecting a scan tool to the onboard computer, and polling the onboard computer to identify the basic communication protocol. The identification request is then transmitted to the onboard computer. Vehicle identification data is subsequently received from the onboard computer. A protocol database having a plurality of diagnostic protocols is then accessed. Each diagnostic protocol is associated with respective vehicle identification data. The diagnostic protocol is then determined based on the received vehicle identification data.

A diagnostic tool automatically collects and stores data indicative of a variability parameter, a mode parameter, a status parameter and a limit parameter for a multi-variable function block associated with one or more devices or loops within a process control system, processes the collected data to determine which devices, loops or function blocks have problems that result in reduced performance of the process control system, displays a list of detected problems to an operator and then suggests the use of other, more specific diagnostic tools to further pinpoint or correct the problems. When the diagnostic tool recommends and executes a data intensive application as the further diagnostic tool, it automatically configures a controller of the process control network to collect the data needed for such a tool.

A nasal cannula, for supplying a respiratory gas to a patient, comprising: a pair of spaced apart supply lines which each have a head at one end thereof with a discharge opening therein. The opposite end of each supply line is connectable to a respiratory gas source. Each head is sized to be snugly received and retained within one of the nasal cavities of the patient while forming a sufficient leakage passage, between a portion of inwardly facing nasal cavity skin of a patient and a portion of an exterior surface of the head, to facilitate exhausting of any excess respiratory gas supplied to the patient through the leakage passage and also facilitate inhalation of any room air required in excess of the respiratory gas to be supplied to the patient. The invention also relates to a respiratory therapy system incorporating the nasal cannula, a method of treating a patient with sleep disorder by using the nasal cannula, a diagnostic tool for measuring nasal cavity pressure of a patient, and a method of using the diagnostic tool for measuring nasal cavity pressure of a patient.

The present invention provides a diagnostic tool for detection of Cheyne-Stokes Respiration (CSR). This invention also provides a method for development of the diagnostic tool. The method comprises the steps of performing overnight oximetry recordings in patients suspected of sleep disordered breathing. Spectral analysis is performed on the oximetry recordings to obtain a set of parameters which can be used in the construction of a classification tree and a trained neural network. The diagnostic tools of the present invention can be used for classification of a patient as having CSR or obstructive sleep apnea.

A technical information management device includes an information manager, a data manager, a user interface builder, and a vehicle technical information database. The information manager accesses the database in order to provide a segment of the vehicle technical information to the user interface builder. The data manager receives conditioned input data from a vehicle diagnostic tool and sends it to the user interface builder. The user interface builder includes a graphics generator and a display screen formatter. The graphics generator converts the vehicle diagnostic data into graphical coordinate data and the display screen formatter formats the graphical coordinate data for real time display in a digital multimeter mode or in a scope mode. The user interface builder further can display a dual-display screen wherein half of the screen is a vehicle diagnostic data display and the other half of the screen displays vehicle technical information.

A non-invasive, early stage method to obtain quantitative measures of mild cognitive impairment useful in diagnosing and following degenerative brain disease or closed head injuries by utilizing the image data from individual patient positron emission tomographic scans to construct a cognitive decline index that serves as a diagnostic and screening tool to reveal the onset of mild cognitive impairment and nervous system dysfunction which are sequelae of degenerative brain diseases and closed head injury. The method involves using weighted values of brain region intensities derived from comparing scans of normal subjects to a scan of the patient to calculate a cognitive decline index that is useful as a diagnostic tool for mild cognitive impairment. The weights for the intensity values for each region are derived from the differences of intensity values from regions of the brain of the patient selected by comparing the patient to normal control subjects.

A method and system for providing diagnostic services for a computer system is provided. The diagnostic application presents to the user of the computer system a graphical representation of a computer system (202). The user is able to click on graphical components of the graphical representation. The diagnostic application performs diagnostic services on the particular component clicked on by the user. The diagnostic application may determine if the most recent version of the appropriate software driver is installed in the computer system. The diagnostic application may perform diagnostic tests on the clicked component. The diagnostic application may also permit the user to access online diagnostic services to permit the user to access the most recent version of the applicable software driver, communicate with a diagnostic support specialist, or receive additional diagnostic tools from a location remote from the computer system.

The present invention is a visualization system including a small gauge vision catheter that is designed to be stand-alone or received within an instrument channel of a larger endoscope. The vision catheter has imaging means disposable within an imaging channel, a working channel, and an electromagnetic sensor element insertable into the working channel of the catheter to provide position tracking. The working channel of the catheter also provides access for therapeutic and diagnostic tools.

The invention provides an articulating mechanism useful, for example, for remote manipulation of various surgical instruments and diagnostic tools within, or to, regions of the body. Movement of segments at the proximal end of the mechanism results in a corresponding, relative movement of segments at the distal end of the mechanism. The proximal and distal segments are connected by a set of cables in such a fashion that each proximal segment forms a discrete pair with a distal segment. This configuration allows each segment pair to move independently of one another and also permits the articulating mechanism to undergo complex movements and adopt complex configurations.

A Wireless LAN Context Control Protocol (WLCCP) is used to establish and manage a wireless network topology and securely manages the “operational context” for mobile stations in a campus network. The WLCCP registration protocol can automatically create and delete links in the network, securely distribute operational context, and reliably establish Layer 2 forwarding paths on wireless links. A single infrastructure node is established as the central control point for each subnet, and enables APs and MNs to select the parent node that provides the “least-cost path” to a backbone LAN. Context messages provide a general-purpose transport for context and management information. WLCCP “Trace” messages facilitate network diagnostic tools. Ethernet or UDP/IP encapsulation can be used for WLCCP messages. Ethernet encapsulation is employed for intra-subnet (e.g. AP-to-AP or AP-to-SCM) WLCCP messages. IP encapsulation is used for inter-subnet WLCCP messages and may also be used for intra-subnet WLCCP messages.

A diagnostic tool is disclosed for accurately and rapidly diagnosing the condition of an ailing organ. Although applicable to numerous organ and organ systems, this application particularly illustrates the concept of conjunctive marker utilization as it relates to diagnosing and distinguishing congestive heart failure. The invention particularly relates to the conjunctive utilization of cardiac Troponin I (cTn-I) and natriuretic peptide, e.g. ANP, pro-ANP, BNP, pro-BNP and CNP as a retrospective tool for diagnosing the underlying mechanism of heart failure and as a prospective analytical device for monitoring disease progression and efficacy of therapeutic agents.

A developers' tool kit including devices and components configured to be inserted or imbedded in an oral cavity or integrated body sensor of an animal or human. The device includes a receptacle for one or more sensors which is further configured to interface a plurality of one or more customizable functions and applications. The functions including, but not limited to, auxiliary body biosensors, data collections, alerting, tracking, reporting, communication network, preset biometric range, preventive-diagnostics to enhance health, and optimize athletic performance. The system includes technology-mining, data-mining, kinematics, integration, multi-media, reporting, and other platforms, analytics and diagnostics to accurately determine health and performance referred to as Oral Sensor Alert and Communication (OSAC). The invention provides innovative information systems, methods and diagnostic tool kits and platforms involving the aforedescribed devices from information available from oral biomarkers and other sources accessed using sensors in the oral cavity and auxiliary devices.

A hand-held diagnostic tool is designed to operate and easily upgrade software applications developed for automotive diagnostics. The diagnostic tool, which communicates with a plurality of motor vehicle control units, provides application upgrades and/or modifications and/or new algorithms that are developed/adapted via remote updating. The tool comprises full diagnostic capability capable of receiving diagnostic data from a motor vehicle for storage, analysis and/or further data transfer to a remote device. The tool may further comprise wireless capability to perform data transfer operations. Remote updating is accomplished through a number of external ports on the tool that facilitate modem, Ethernet and wireless communications, including point-to-point protocol connection to the Internet.

Microfluidic systems including liquid containment regions and methods associated therewith for performing chemical, biological, or biochemical analyses are provided. Liquid containment regions of a microfluidic device may include regions that capture one or more liquids flowing in the device, while allowing gases or other fluids in the device to pass through the region. This may be achieved, in some embodiments, by positioning one or more absorbent materials in the liquid containment region for absorbing the liquids. This configuration may be useful for removing air bubbles from a stream of fluid and/or for separating hydrophobic liquids from hydrophilic liquids. In certain embodiments, the liquid containment region prevents any liquid from passing through the region. In some such cases, the liquid containment region may act as a waste area by capturing substantially all of the liquid in the device, thereby preventing any liquid from exiting the device. This arrangement may be useful when the device is used as a diagnostic tool, as the liquid containment region may prevent a user from being exposed to potentially-harmful fluids in the device.