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Setup, monitoring and control of various field devices are provided using a general purpose, off-the-shelf mobile device such as a smartphone or tablet computer adapted by an application program to communicate using the Bluetooth communications protocol with communications and control modules attached to the field devices.


Patent
Metso Automation Inc. | Date: 2015-11-03

Aspects of the disclosure provide an electric actuator including a first driving source coupled to an output through a first pathway created by a transmission, a second driving source coupled to the output though a second pathway created by the transmission that, upon the electric actuator losses electrical power to the electric actuator, causes the output to be positioned at a fail-safe position, a differential coupled to the first driving source and the second driving source through a third pathway created by the transmission to store energy from the first driving source in the second driving source, and a switching controller that is configured to control switching the transmission between the first pathway, the second pathway, and the third pathway.


Goldman J.,Metso Automation Inc.
PEERS Conference 2014 | Year: 2014

Many mills ask the following question. Should I control my Fiberline with lab test, inline sensors, or on-line analyzer measurements that pull samples from my process, or some combination of these? This paper will discuss the pros and cons of each of these approaches, focusing on critical kappa, brightness, and pH measurements throughout the entire Fiberline. This paper will also discuss how these lab or online measurements along with in-line continuous measurements can be utilized to control each process area. The process areas to be discussed include the continuous digester, 02 delignification, and the first three stages of a typical bleach plant. This paper will describe how the on-line absolute measurements or lab test can be used for feed-forward controls when they are located on the inlet of the process area. It will also discuss how these measurements can be used for feedback correction when they are located on the outlet of the process area. Finally, the reasons why these measurements and controls are so important to optimizing your process areas are explored. The reasons why each areas measurements and controls is so challenging is also explained.


Goldman J.,Metso Automation Inc.
ISA Process Control and Safety Symposium 2014, PCS 2014 | Year: 2014

While on-line optical Kappa measurement is now an established means to control brightness, the use of in-line brightness and residual measurements along with the kappa measurements enhances the control performance in Kraft bleaching. This combination along with a predictive and adaptive control algorithm provides an excellent strategy for mills targeting lower operating costs with higher pulp quality. This paper describes how the economic benefits are consistently achieved at a mill in South America. The ClO2 control model and the salient features of the model are discussed along with the measurement of on-line Kappa before the bleach plant and after the first extraction stage. Also the use of in-line brightness and residual meters after the bleach feed, first Extraction Stage, D1, and D2 stages of a four stage bleach plant are discussed. The bleach plant that will be discussed has the sequence of DO, Ep, D1, and D2. This paper will discuss how these on-line measurements are utilized along with inline continuous measurements to control each bleaching stage. This paper will describe how the all the measurements are used for feed-forward controls when they are located on the inlet of the stage. It will also discuss how these same measurements are used for feedback correction when they are located on the outlet of the stage. The paper will also explore whether inline sensors are suitable for feedback controls and for replacing lab measurements as compared to an offline automatic analyzer that can be used for the same purpose. Finally, the reasons why this model works well are explored. The reasons why bleach plant controls is so challenging is also explored, along with the reasons why well designed bleach plant control using the correct measurements is so important..


Raty J.,Metso Automation Inc.
IPPTA: Quarterly Journal of Indian Pulp and Paper Technical Association | Year: 2014

A challenge in targeting for higher plant availability and performance is to share limited valve maintenance resources between failures already disturbing the process and on preventive work to avoid future failures. In shutdown planning one of the biggest challenges is to determine which devices will be adjusted, repaired or upgraded, and ensure that key devices requiring attention are not ignored. Metso has developed a combination of analysis approaches to cover whole installed valve base, done either remotely by a condition monitoring system or by using portable analysis tools and visual inspection. With an expert analysis of field device condition, recommendations for predictive maintenance significantly improve the cost effectiveness of subsequent service actions.


Nuyan S.,Metso Automation Inc.
Paper Conference and Trade Show, PaperCon 2013 | Year: 2013

Pulp and paper automation systems have been experiencing an exponential rise in the data they generate. New data sources such as fast, non-scanning measurements, vision-based sensors, process and quality vision system cameras are all producing different types of data at a relatively large rate. At the same time, "big data" revolution led by internet based companies are changing data management and processing from a centralized to a distributed operation. This paper explores the "information big bang" in the P&P automation segment, looks at the big data infrastructure and tools, and how these might change the role of automation in the pulp and paper industry, specifically the role of QCS. The question of performance monitoring in the context of big data is also explored. Combining process data, alarm data, and process knowledge result in effective performance monitoring, benchmarking and debottlenecking tools.


Patent
Metso Automation Inc. | Date: 2010-04-08

A method and apparatus are set forth for modeling a coloring process in moving web manufacturing through dye response gain adaptation using measured sheet color spectrum; and dye response shape adaptation using measured color spectrum of the production sheet. The adaptation of colorant (dye) response gain uses the measured sheet color spectrum value at the value of maximum light absorbance of the dye. The adaptation of dye response spectrum uses the measured sheet color reflectance spectrum and sample sheet color spectrum with a corresponding response shape calculated using a formula to adapt the current sheet condition dye response shape using the dye response from the sample sheet on the assumption of a constant ratio of absorption change to dye concentration change.


Trademark
Metso Automation Inc. | Date: 2014-06-10

Computer software that provides web-based access to applications and services through a web operating system or portal interface; Providing temporary use of a non-downloadable web application for generating models.


J

Trademark
Metso Automation Inc. | Date: 2015-12-01

Manually operated metal valves; metal valves not being parts of machines; water-pipe valves of metal. Hydraulic valve actuators; parts of oilfield wellhead machines, namely, gate valves, ball valves, check valves, plug valves, globe valves, choke and manifold industrial pumps, pump and valve parts, pipe fittings and flanges; pneumatic valve actuators. Valves for controlling and regulating the flow of gases or liquids not being parts of plumbing, heating, cooling installations or machines.


Patent
Metso Automation Inc. | Date: 2014-12-31

A solenoid valve has a housing defining a first axis and second axis, a solenoid which produces a magnetic field along the first axis, a valve shaft movable between open and closed positions along the second axis, and a manifold mounted to the housing. The axis is biased toward the closed position by a spring and mechanical forces sufficient to overcome the force of the spring are transferred from the solenoid to the shaft by a lever to open the valve and then hold the valve open. A poppet seal, which interacts with a portion of the housing to close the valve, and a spool seal, which interacts with portions of the manifold to route fluid to the desired port, are mounted to the shaft. An electronic circuit controls delivery of current to the solenoid to shift and hold the shaft in the open position.

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