47results about How to "Eliminate intervention" patented technology

An automatic beverage brewing apparatus is described. The automatic beverage brewing apparatus includes a controllable brewing device and a controllable brewing substance dispenser communicating with the brewing device. The automatic beverage brewing apparatus includes a housing in which at least one receptacle is retained proximate the brewing device for receiving brewed beverage from the brewing device. A plurality of controllable dispense valves are provided for controlling the flow of brewed beverage from the brewing device to the receptacles. Each receptacle includes a controllable outlet valve for automatically dispensing brewed beverage from the receptacle and a controllable disposal valve for automatically emptying the receptacle of brewed beverage. Each receptacle is supported on a weight sensing device which generates a weight control signal relating to the weight of brewed beverage retained in the receptacle. A controller receives the weight control signals and determines in response to each weight control signal the volume of brewed beverage retained within in a receptacle. The controller operates the dispensing valves, controllable outlet valves, and controllable disposal valves in accordance with the determined volumes.

The invention provides methods for assessing the clinical status of a patient. In particular, the invention provides methods for identifying the presence of or likelihood of disease or disease recurrence. In practice, methods of the invention provide the ability to screen patients into one of three distinct clinical categories. Based upon measurement of clinically-relevant biomarkers in a sample obtained from a patient, the invention allows the unambiguous identification of patients who are not at risk for or do not have the relevant disease, the unambiguous identification of patients at increased risk or who have the disease; and the identification of patients who should receive standard of care treatment and / or monitoring. Use of the invention maximizes the number of patients who will receive accelerated intervention or monitoring and minimizes those patients who will receive unnecessary standard of care or accelerated intervention or monitoring.

A method of estimating the alignment of a star sensor (20) for a vehicle (12) includes generating star tracker data. A vehicle attitude and a star sensor attitude are determined in response to the star tracker data. A current alignment sample is generated in response to the vehicle attitude and the star sensor attitude. A current refined estimate alignment signal is generated in response to the current alignment sample and a previously refined estimate alignment signal via a vehicle on-board filter (38).

A system for automatically testing a sample aliquot retained in temporary storage in environmentally controlled conditions on an automated clinical analyzer for a period of time without requiring operator intervention.

A system for automatically testing a sample aliquot retained in temporary storage in environmentally controlled conditions on an automated clinical analyzer for a period of time without requiring operator intervention.

The invention discloses a security configuration verification device for performing a security configuration verification on a network device, which comprises: one or more preconfigured scanning policies; a scanning policy generator, which selects a scanning policy from the one or more preconfigured scanning policies to generate a new scanning policy corresponding to the network device; and a scanner, which performs the security scanning on the network device with the generated new scanning policy and thereby performs the security configuration verification. The invention also discloses a corresponding security configuration verification method and a network system employing the verification device.

A method for laser annealing a part includes the steps of providing automated tooling, providing a laser, and providing a metal part to be annealed. The method also includes the steps of moving either one of the laser or metal part by the automated tooling relative to a stationary one of the other laser or metal part. The method further includes the steps of supplying power to the laser to heat a portion of the metal part to a predetermined temperature to anneal the portion of the metal part as the laser and metal part move relative to each other.

A manipulator add-on unit adapted for connection to a system designed for performing operations on a body having a central axis and a surface extending about said central axis, when mounted onto said surface and further adapted for performing rotary motion about said central axis, said manipulator add-on unit comprising a housing with a drive assembly, and a manipulator arm having a longitudinal axis and articulated to said drive assembly, wherein said housing is adapted for mounting onto said system, and said drive assembly is adapted for providing said manipulator arm with at least a reciprocal axial movement in the direction of said longitudinal axis.

An automatic machine and an automatic method for grinding the perimetric edge of rectangular or nonrectangular of glass sheets arranged substantially vertically, comprising at least one conveyor and at least one workhead provided with an abrasive tool for grinding the glass sheet at its edge, following its perimetric profile by way of the relative action of movement of the glass sheet and movement of the at least one workhead. During grinding, the glass sheet is no longer supported and moved by the conveyor but by at least one carriage, to which the glass sheet is coupled by way of at least one sucker.

A program on a firmware board is upgraded without cutting off power or resort to additional firmware writing hardware by providing the board with a flash memory which stores a file for production and a production-processing program for updating the file. A host computer produces the file for production by converting an execution file prepared in advance into the file for production. A personal computer (PC) receives the file for production downloaded from the host computer and stores the downloaded file for production in the corresponding region of the flash memory. The PC stores the file for production in the corresponding region of the flash memory using the production-processing program.

Electronic grinder-doser apparatus of the type with weight control or “grind-by-weight”, intended to grind and precisely dose coffee in beans dispensing the ground product in a filter-holding bowl for espresso coffee. Implemented is a dose compensated weighing system, of the multi-cycle and feedback type at every cycle, carried out by a device with a load cell and specific execution programs. The cell is interposed between the machine body and a base shaped in such a way as to integrate the centering fork of the bowl, making the hooking independent. The specific programs execute each grinding and dispensing cycle with a double weighing and automatic calibration, according to an Algorithm A comprising 4 steps (AF1-AF4) and a Filtering Algorithm B. The apparatus is suitable for professional daily use and helps the operator, by automatically calibrating during use.

A scanner for removing a high frequency component from an external input using a mechanical structure of the scanner is provided. The scanner includes a mirror; an internal gimbal which is provided around the mirror; an external gimbal which is provided around the internal gimbal, including a driving coil; a frame which is provided around the external gimbal; a first torsion axis which connects the mirror and the internal gimbal; a connection axis which connects the internal gimbal and the external gimbal, and is perpendicular to the first torsion axis; a second torsion axis which connects the external gimbal and the frame, and is parallel to the connection axis; and a magnet which forms a magnetic field having an angle with a direction of the second torsion axis, wherein a high frequency vibration is filtered through the connection axis and transferred to the mirror.

A dissolution system provides remote flow cells integrated into a manifold device. The manifold device communicates with liquid input and output lines associated with each flow cell, as well as fiber-optic input and output lines associated with each flow cell. Liquid samples are respectively drawn from dissolution vessels, optically-related measurements are taken, and the samples are thereafter returned their respective vessels. The manifold device can be adapted to receive probe-type instruments that incorporate the fiber-optics, wherein each probe-type instrument is associated with each flow cell. Alternatively, each corresponding pair of fiber-optic input and output lines are disposed in opposing, optically-aligned relation and probe-type instruments are not used. The gap between the ends of the opposing fiber-optic lines provides a light path across the corresponding flow cell. Calibration procedures using blank and / or standard media are performed using the same flow cells, with provisions made for bypassing the vessels in which the samples to be analyzed are held.

Method for the instantaneous self-calibration of the dose of coffee, for a grinder-doser apparatus with electronic control provided with a weighing means and with a granulometry adjusting means with a warning microswitch. The method provides: a first setting of the nominal dose with temporary grinding times; a second setting of the tolerance and reliability ranges of the dispensed doses, for the purpose of recalculation; the automatic control of the weight of each actually dispensed dose; the automatic recalculation of the grinding times according to an ordinary calculation logic, when one detects three consecutive out-of-tolerance doses all within the positive or negative reliability range, or according to a forced calculation logic when the microswitch detects a granulometry variation; automatic calibration of the apparatus according to the recalculated times.

An automatic cleaning assembly for an analytical furnace is detachable from the filter chamber above the combustion tube. The cleaning assembly includes a rotating brush which is lowered through the filter chamber and into the combustion tube while a vacuum is drawn through the lower seal of the combustion tube. This results in a higher vacuum pressure differential and improved flow rate for removing dust from the filter of the furnace and the combustion tube.

A method of spinning-in yarn on an operating unit of a rotor spinning machine which comprises steps of yarn preparation for spinning-in, steps of spinning rotor preparation for spinning-in, and final spinning-in steps, the steps of yarn preparation for spinning in comprising at least the detection of the yarn end on the bobbin or the preparation of auxiliary yarn when spinning-in on an empty tube, unwinding and metering a yarn length required for spinning-in, setting the yarn into its spinning-in path on the operating unit of the rotor spinning machine in which the yarn is outside the reach of the yarn distributor and not clamped between the rollers of the draw-off mechanism, creating a spinning-in yarn end and introducing it into the yarn delivery tube from the spinning rotor, the steps of the spinning rotor preparation for the spinning-in comprising at least the opening of the spinning unit to its cleaning position, cleaning of the stopped spinning rotor, closing of the spinning unit, and the final spinning-in steps comprising at least the beginning of the sliver supply to the singling-out device, leading of the fibres from the singling-out device away from the spinning rotor for a predetermined time interval, letting the spinning-in yarn end get into contact with the collecting groove of the spinning rotor and starting of the yarn draw-off and winding. At least some final spinning-in steps are time synchronized in relation to the closing of the spinning unit (1) thus obtaining optimum piecer quality repeatedly at all operating units of the machine.

Disclosed are call processing methods which are performed by a network terminator located at a subscriber's premise. The network terminator is coupled to a digital network and a communication device at the subscriber's premise and can perform call waiting, caller identification, call conferencing without intervention from a telco's switching system that requires an additional charge to the subscriber for these services. In addition, the network terminator can perform a method which allows two digital communication devices coupled to one S-bus to share a communication session. In another embodiment, up to a six way conference call can be established with an analog telephone coupled to an ISDN network via the network terminator of the present invention.

A method of monitoring cathodic protection of an item located underwater at a facility, the facility further including a processing means, comprises the steps of providing a pair of first and second electrodes, the first electrode being electrically connected to the item and the second electrode being in contact with water proximate the item, measuring the potential between the first and second electrodes, producing an electrical signal indicative of the cathodic protection level, converting the signal into a communications format compatible with the processing means and passing it to the processing means, and transmitting the converted signal from the processing means to a surface location.

A material deposition system is configured to deposit material on an electronic substrate, such as a printed circuit board. The material deposition system includes a frame, a support coupled to the frame and configured to support an electronic substrate during a deposit operation, a gantry coupled to the frame, and two deposition heads coupled to the gantry. Each deposition head includes a needle, with the deposition heads being movable over the support by movement of the gantry. The material deposition system further includes a needle cleaner assembly movable on a needle cleaner gantry, with the needle cleaner assembly being configured to clean needles of the deposition heads. The material deposition system further includes a controller configured to control the operation of the needle cleaner assembly to perform a needle cleaning operation.

The invention relates to a power grid operation mode data mining method and system based on a CART decision-making tree. The power grid operation mode data mining method comprises the following steps: extracting relevant data of a power grid operation mode; pre-processing the extracted relevant data of the power grid operation mode to obtain real data; based on the real data, constructing the CART decision-making tree; traversing nodes on the CART decision-making tree according to user requirements, and calling the real data in corresponding addresses according to variables corresponding to the nodes so as to form new dispatching data operation mode schemes; and selecting an optimal dispatching data operation mode scheme from all the dispatching data operation mode schemes according to economic index evaluation. According to the power grid operation mode data mining method and system provided by the invention, the data dispersed in all subsystems can be integrated so that manual operation amount and time can be reduced; manual intervention on the data is eliminated; and load conditions of all regions, transformer substations, transformers and the like can be predicated in classes, and the formulation of a power grid operation mode analysis report is assisted.

A method for laser annealing a part includes the steps of providing automated tooling, providing a laser, and providing a metal part to be annealed. The method also includes the steps of moving either one of the laser or metal part by the automated tooling relative to a stationary one of the other laser or metal part. The method further includes the steps of supplying power to the laser to heat a portion of the metal part to a predetermined temperature to anneal the portion of the metal part as the laser and metal part move relative to each other.

The invention relates to a method for automatically recognizing a working station and executing a corresponding script. The method for automatically recognizing the working station and executing the corresponding script comprises the following steps: firstly, establishing a working station state databank at a testing server, and defining status bits for different working stations; adding a working station status bit updating instruction to last rows of different working station testing scripts, and uploading to the testing server; and finally, establishing a detection script, enabling a machine to be tested to automatically enter the detection script after being powered on, finding a corresponding SN (Serial Number) according to an MAC (Media Access Control) address, finding a corresponding working station status bit, and automatically calling a testing script of a corresponding working station according to a defined correspondence relationship. By adopting the method for automatically recognizing the working station and executing the corresponding script, operator interference is eliminated, and a working station needing operator interference can receive instructions of next operation, so that the time for powering on and restating a machine can be shortened for an operator, the labor cost can be lowered, and the production efficiency can be improved.