7510 results about "Equipment use" patented technology

The present invention provides implantable systems that communicate wirelessly with each other using a unique format that enables devices configurations and applications heretofore not possible. Embodiments of the present invention provide communication apparatuses and methods for exchanging information with implantable medical devices. In some embodiments, two implantable devices communicate with each other using quasi-electrostatic signal transmission in a long wavelength/low frequency electromagnetic band, with the patient's body acting as a conductive medium.

This invention relates to apparatus and a method to protect the internal components of semiconductor processing equipment such as a plasma reactor or a reactive species generator against physical and/or chemical damages during etching and/or cleaning processes. Layered superlattice materials having three or more metal elements such as strontium bismuth tantalate (SBT) are used to form a protective barrier on the surfaces of the internal components of a reaction chamber.

This invention addresses environmental social and commercial uses and includes a monitoring system which is a network of on, in, out and off-board devices working together with people through software and interfaces to provide services and make accountable humanity's machines and their actions through safe secure communication. Control devices are used to provide accountability for their socio-economic and environmental impact. Along with these systems networked together, additional devices and variations needed to complete these operations nationally and world wide are also provided. Unique ways interface a network of separate devices or IC circuits to create an interactive secure control system or center that can be remotely controlled. A control device for society to fairly and accurately monitor and control the impact of equipment use on the world environment, and a nation's infrastructure while developing commercial companies to fulfill these needs and services for the equipment and the people who own and operate them for today and into the future are also provided. A set of secure devices and systems are also included to analyze society and machine interaction.

Wireless local area networks (“wireless networks”) used to interrelate individual mobile nodes, and having the capability of automatically establishing and/or modifying functionality of a network in response to the characteristics and/or identity of the nodes connected to the network at a given time. The wireless networks may be mobile, and may be employed in applications using service vehicles, such as truck, skid and trailer mounted equipment used in the well servicing industry, delivery or maintenance trucks, railroad service vehicles, aircraft, or off-shore service vehicles.

This invention addresses environmental social and commercial uses and includes a monitoring system which is a network of on, in, out and off-board devices working together with people through software and interfaces to provide services and make accountable humanity's machines and their actions through safe secure communication. Control devices are used to provide accountability for their socio-economic and environmental impact. Along with these systems networked together, additional devices and variations needed to complete these operations nationally and world wide are also provided. Unique ways interface a network of separate devices or IC circuits to create an interactive secure control system or center that can be remotely controlled. A control device for society to fairly and accurately monitor and control the impact of equipment use on the world environment, and a nation's infrastructure while developing commercial companies to fulfill these needs and services for the equipment and the people who own and operate them for today and into the future are also provided. A set of secure devices and systems are also included to analyze society and machine interaction.

The present invention provides a method of high speed assemble process capable of dealing with long packets with effective buffer memories usage. A processing method of fragmented packets in packet transfer equipment for transmitting and receiving packet data between terminals through network, includes, receiving fragmented packets, identifying whether the received packet is a packet fragmented into two from original, or a packet fragmented into three or more, for the packet identified as fragmented into two, storing the two fragmented packets into assembly buffer in fragmentation order, on basis of the respective offset values in the packets, and reading out from top, and for the packet fragmented into three or more, chain-connecting the assembly buffers and storing the packets therein in reception order, reading out the packets after deciding the order by comparing chain information and offset values of the fragmented packets within the chain, and then reassembling the packets.

A launch monitor that includes substantially all of its functional components on or within a housing is disclosed. In one embodiment, the launch monitor is capable of being transported and used in any desired location. One or more camera's, flashes, and triggers may be used to acquire images of a golf club and golf ball. The launch monitor is preferably capable of receiving and transmitting data over a wireless network. Acquired images and other data may be analyzed by a processor, and then displayed using an LED, LCD or other type of display or printer. The launch monitor may “recognize” a plurality of golf clubs and golf balls based on an optical fingerprint. The optical fingerprints, which are preferably stored in a memory, allow the launch monitor to identify a golf club and/or ball substantially soon after they are placed in the field of view of the monitor Optical fingerprinting enables automatic record keeping, and storing performance data and equipment used simultaneously. This feature eliminates tedious record keeping, eliminates data entry errors, and enables rapid equipment optimization.

A Workflow Management System is integrated with a Healthcare Information System and uses location tracking of patients, providers and resources in addition to relevant patient data in managing tasks of clinicians associated with care of a patient. A personnel and device location sensitive system for managing healthcare worker tasks includes a tracking processor. The tracking processor monitors healthcare worker, patient and equipment location, to provide device and personnel location data by detection of wirelessly communicating tag devices attached to healthcare workers, patients and equipment. A display processor uses the location data for initiating generation of data representing at least one display image associating a work task, comprising providing a treatment related service to a patient, for performance by a healthcare worker, with a current location of a patient and equipment to be used in providing the treatment related service. A workflow engine uses the location data for updating a task list of a healthcare worker to indicate tasks ranked in response to a plurality of different factors including one or more of, (a) task urgency, (b) location of particular equipment used in a particular task and (c) worker skill level.

In various embodiments, a device (such as a surgical footswitch, handpiece, etc.) and a surgical console may be used by an operator during a surgical procedure and/or in an office. The device may communicate with the surgical console to receive information associated with a procedure (e.g., information relative to the device, console, or other equipment used in a surgical procedure). In some embodiments, the information may be determined/generated at the device (i.e. and not necessarily received from the surgical console). Based on the information, a configuration may be determined (e.g., at the device, at the console, etc.) for one or more indicators on the device to provide at least part of the information to the operator of the device. The at least one indicator on the device may thus be illuminated to provide the operator at least part of the information associated with the procedure.

A radio-frequency enabled remote sensing device which can be deployed as a single device or a system of networked devices for gathering environmental data. The device is fully integrated and autonomous. The device operates using solar energy and is battery free due to power saving features of its control module and communications module. The device may operate in a sleep/wake cycle to further conserve power during low light conditions.

A transport system comprises a transport apparatus, which is used to construct a transport network using MPLS-TP; and a control apparatus for establishing a path in the transport network. The transport apparatus is coupled to a transfer apparatus, which is used to construct a transfer network using a network protocol different from an MPLS-TP protocol and uses the network protocol to establish a path in the transfer network in an autonomous distributed manner. The control apparatus and the transfer apparatus use the network protocol of the transfer network to transmit/receive, via the transport apparatus, control messages for controlling the transfer network. The transport apparatus avoids notifying the transfer apparatus of the fact that the control apparatus is not in a normal state, in a case where the path established in the transport network is determined as the normal state, even the control apparatus is determined as the abnormal state.

Provided herein are exemplary techniques for determining and delivering, appropriate multimedia content comprising a combination of text, images, sounds, rich-text, animation, video, etc. to personal data communication devices (107), such as wireless cell-phones or wireless PDA's, based upon device specific information such as the network protocol used by the device, the network provider, the device capabilities (110), the current state of the device, user specified settings, etc. An application server (109) contains an interpreter capable of executing a set of instructions to manage the delivery and receipt of appropriate multimedia and simple text content to and from personal communication devices (107). Appropriate content (104) is sent to the personal data communication device (107) based on the network protocol used by the device, the network provider, the device capabilities, the current state of the device and user specified settings under the control of the interpreter. A plurality of device capability input handlers (108) controlled by the interpreter is used to capture the device capability of the personal data communication device (107).

An energy optimization method and control apparatus may be used in a single building or a group of buildings to optimize utility-supplied and renewable sources in order to minimize the total energy cost. Simultaneously, it may also produce and store energy, such as electricity or hydrogen, that can be used to fuel vehicles, provide a means for independent production of household energy needs, or both. Various factors, such as the production of thermal energy and electricity from the renewable sources, the current store of stored energy, the current and expected thermal and electricity requirements of the building (based on a profile), the current and expected electricity loads of the equipment used to process stored energy, the expected thermal and electricity generating capacity of the renewable sources and other factors can be used to determine the mix of renewable-based and utility-based energy that minimizes the total energy cost.

A method and apparatus to facilitate directional proximity detection by a wireless device. In one embodiment of the invention, the wireless device has a phased array antenna system that facilitates the directional detection of other wireless device(s). For example, in one embodiment of the invention, the phased array antenna system of the wireless device uses a radiation pattern beam that circumrotates the wireless device to detect the proximity and location of other wireless devices. In another example, in one embodiment of the invention, the wireless device uses a search strategy to optimize the process to detect the proximity and location of other wireless devices. The search strategy may adjust the radiation pattern beam to any desired angle to detect the proximity and location of other wireless devices.

A laser ablation method and apparatus uses a laser device to generate a pulsed laser using a laser device and to project the pulsed laser onto an ablation target to be ablated. A probe is then used to measure an indicative property of the ablation target or of the pulsed laser projected on the ablation target. A control loop is used to optimize ablation effect by generating a feedback signal according to the measured indicative property, sending the feedback signal to a control unit, and adjusting an output parameter of the pulsed laser according to the feedback signal. The measured indicative property may be a size of the laser beam spot or a material composition. The ablation, the feedback and the adjustment may be performed dynamically.

A method and apparatus for obstructing the passage of fluid within a fluid flow conduit and subsequently reconfiguring the tool to allow substantially full-bore passage therethrough. Pressure developed upstream of the obstruction can be utilized to operate pressure actuated tools such as liner hangers. Equipment used in subsequent wellbore operations such as drill pipe darts can pass undamaged through the opened port. In an embodiment, the flow through a tubular is obstructed by placing a ball on an expandable ball seat, developing a pressure differential across the ball seat, equalizing the pressure after the hydraulically actuated tool completes its function, and mechanically manipulating the drill string to open the expandable ball seat and allow the ball to pass through.

Systems, devices, and methods for mitigating false-positives in human-electronics interfaces are described. A human-electronics interface includes a first interface device that is responsive to inputs of a first form from a user and a second interface device that is responsive to inputs of a second form from the user. The first interface device enables the user to control the interface through inputs of the first form while the second interface device enables the user to control, through inputs of the second form, at least a locked/unlocked state of the interface with respect to the first interface device. In the locked state, the interface is unresponsive to inputs (in particular, accidental inputs or “false-positives”) of the first form whereas in the unlocked state the interface is responsive to inputs of the first form.

An apparatus and method of allowing user equipment to transmit information directly with other user equipment, using a device-to-device mode is disclosed herein. A device-to-device blank subregion is defined where device-to-device information can be transmitted without interference from other user equipment. The device-to-device blank subregion may be set up such that it is only used in an exclusive mode if a device-to-device cluster is considered highly interfering. A device may join a device-to-device network through the use of a beacon transmission interval, a control transmission interval, and a data transmission interval.

The present invention relates to target acquisition and related devices, and more particularly to telescopic gunsights and associated equipment used to achieve shooting accuracy at, for example, close ranges, medium ranges and extreme ranges at stationary and moving targets.

Disclosed herein are systems and methods for providing companion services to customer premises equipment (CPE) using an IP-based service infrastructure. The infrastructure allows IP-enabled devices such as tablet PCs, smart phones, PDAs, and laptop computers to provide supplementary services to target systems and devices located at customer premises. Target systems and devices (CPE) may be TVs, PCs, set-top boxes, digital video recorders, or other electronics. An embodiment is disclosed which allows a mobile device to provide companion services to a television through a link with a set-top box in a cable TV network using the Internet.

An example display unit for facilitating operation of equipment includes a housing, an electronic display supported by the housing, and an electronic circuit located within the housing. The display unit may include one or more data receivers, such as a wireless receiver and/or an electrical interface. A biometric scanner, including a biometric sensor and proving an authorization signal when an authorized biometric input is detected by the biometric sensor, may be configured to electrically (and optionally mechanically) interconnect to the display unit. The example display unit receives an authorization status for operation of the equipment from the biometric scanner, and displays the authorization status and operational parameters relating to equipment use on the electronic display.

An AFC control apparatus in mobile communication equipment includes a depreading unit, first integrator, and control section. A despreading section despreads the reception signal. The first integrator integrates despread outputs obtained by despreading, of pilot symbols contained in a pilot channel of the reception signal, N (N is a number of 2 or more) consecutive first symbols and N second symbols succeeding the N first symbols, and generates first and second integral outputs. The control section detects any phase shift amount between the first and second integral outputs and controls the frequency of the local signal in accordance with the detected phase shift amount. An AFC control method and mobile communication equipment having the above apparatus and method are also disclosed.