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The subject of research work conducted at the Textile Research Institute has been the recognition of the conditions and effects of selected linking filament and staple yarns using the high-efficient technique of pneumatic interlacing. The estimation of the linking effects in pneumatic interlaced staple--filament yarns was carried out on the basis of the following analysis the new parameters developed in order to evaluate the linking effects, i.e. the length or forced pull-down segments and the length of the unconnected segments. [ABSTRACT FROM AUTHOR]

This article looks into innovations that fluid-power manufacturers have incorporated into hydraulic and pneumatic equipment to boost energy efficiency. Variable-speed pump technology is cited as an innovation that can produce substantial energy savings. Hydraulic fan drives, on the other hand, are described as more effective than belt-driven fans. Also discussed are how a good leakage-management program and a strong air-consumption management program can reduce manufacturers' operating costs.

The article previews several fluid-power products, including the Nitra pneumatic product line from AutomationDirect, RTC pneumatic cylinders from Bosch Rexroth Corp. and pressure sensors from Balluff Inc.

The article discusses the five crucial factors to be considered by controls engineers before selecting pneumatic fieldbus valve manifolds. It is stated that the original equipment manufacturers' (OEM) controls team must commission the manifold after purchasing a fieldbus manifold. It is mentioned that a fairly low degree of modularity is offered by traditional fieldbus valve manifolds.

The article provides information on self-monitoring pneumatic systems. The advantages of the technology, such as overload resistance, are mentioned. Also cited are features of flow sensors which are specifically designed to keep track of pneumatic circuits for inefficiencies and leakage, including filter cartridges that stabilize flow. It stresses the need for engineers to determine the required measuring range before adding sensors to an assembly line.

Suggests several strategies for the construction of pneumatic systems. Myths to enhance bottom line in pneumatic system design; Procedures in sizing a system; Calculation methods of cylinder flow rate.

Presents a preview of the 2005 IPFE Technical Conference which will be held in Las Vegas, Nevada. Claim that presentations will range from theoretical discussions to hands-on troubleshooting; List of topics related to fluid power transmission systems, components and controls. INSET: Best Practices Learning Center.

Presents charts about the specifications for different categories of fluid power products and services.

Presents various products for hydraulic and pneumatic machinery. Includes hydrostatic transaxle; Pressure sensors; Filter elements; Viscometers; Connectors; Tube fittings.

The article offers information on the efforts of medical industry to focus on portable, lightweight, and more accurate proportional control for electro-pneumatics technology. According to Ed Howe, president of Enfield Technologies, there is insufficient awareness of how pervasive the pneumatic solutions are used in medical settings. Moreover, it notes that the process of growing cells either for biomedical research or transplants is another application that uses proportional pneumatic control.

The article offers some tips on how to keep pneumatic drills in good shape. It states that these kinds of equipment need to be lubricated, cleaned, as well as inspected from time to time to keep them in good working condition. It mentions that it is essential to check and fill the oiler as often as once or twice a day. Pneumatic tool oil and automatic transmission fluid are not recommended to be used on these heavy duty equipment. It also underscores that operators should also know that a drill motor that needs oil will begin to slow and its power will decrease.

Reports on the standardization of pneumatic valves through Part 2 of the International Standards Organization (ISO) 15407. Role in requiring pneumatic valves to be constructed to a set of specifications; Types of ISO 15407 valves; Benefits of standardization for pneumatic valve users; Suggestion that product performance, customer service and quick delivery are the drivers for customers choosing a valve supplier.

Presents various products for pneumatic systems and machinery. Valves from Matrix SpA; Linear slide tables from IMI Norgren Inc.; Pressure regulators from Proportion-Air Inc.

Focuses on the compressed air dryer, a pneumatic machinery for coating processes in the U.S. Elimination of rejects and rework caused by water contamination; Application of the membrane dehydration technology; Benefits of the machinery for finish operations.

Presents several fluid power products. MAV-2R and MAV-3R Poppet Valves from Clippard Instrument Laboratory; TP1-40 pneumatic hand pump from TTI Inc.; TDP-140 linear position sensor from Transducers Direct; DV509 Diaphragm Valve from I&J Fisnar.

Features several pneumatic machinery from different manufacturers. Key features and specifications; Industrial applications; Availability information.

The article presents information regarding the production process and new products of Bradmatic Co. It mentions that the company is offering air programmed X-Y slide and Bradmatic 2AX air powered slide set for HSL 59 and Hardinge DSM lathes. It informs that the company has recently developed a product designed for DSM style lathes which act as production slide but driven by the application of pressurized gas.

The article focuses the significance of pressure transducers on hydraulic and pneumatic operations. Pressure transducers has been found to be the heart of fast response hydraulic and pneumatic systems in every technology including aerospace, marine, processing, oil exploration and power generation. Regardless of application, from thousands of pounds of hydraulic force to feather-like pneumatic stroking, the latest in sophisticated pressure transducers such as those which are silicon-based let fluid power zero in.

The article discusses the pneumatic technology development, compressed air technology and automation for fluid power drives. It also states the importance of fluid technology in lightweight constructions. Topics discussed include radical reorganization design, man-machine interface, and transmission of pneumatic power.

The article discusses the use by Clearwater, Florida-based composite production equipment manufacturer Magnum Venus Plastech of the Innovator II all-pneumatic control system (PCS) from Clippard Instrument Laboratory in its Patriot mix/meter dispensing system. Major tasks of the PCS include the management of injection input pressure and the control interlock function. Details of the design of the Innovator II are also explained.

An introduction to the journal is presented in which the author discusses various articles published within the issue including a review of a machine that can fill 750 tubes per minute, fluid power components used in all different end-use markets and pneumatic valves.

The article evaluates several pneumatic tubes, valves and fittings from Jay Enterprises.

The article discusses the advantages of motors operated pneumatically in hot, wet and dirty environments over electric motors. The dirt and dust could reduce the life of an electric motor compared to a motor with an internal pressure because it prevents contaminants from entering the motor. In terms of controls, pneumatic motors could operate without the need for auxiliary speed reducers. Since air motors do not require electricity, it is safe to use it in volatile areas.

The article reports on Agfa Corp.'s use of an inflatable Prespray PneumaSeal bladder from Pawling Engineered Products. The bladder eliminates the problems faced by Agfa designers working on external drum platesetters for a web-type printing press. The bladder is made of fabric-reinforced EPDM and nestles underneath a one-piece, press-formed spring steel clamp.

Reports that the U.S. National Science Foundation (NSF) has accepted a proposal aimed at creating a radical transformation of fluid power technology. Short- and long-term benefits of the proposal for fluid power industry; Author of the proposal; Evaluation criteria used by the NSF judges.

Reports that Parker will be launching its flagship valve line the Dubbed Isys which is compliant with International Standards Organization 15407 standards. Claim that the valve line will serve as an alternative to proprietary valves by featuring a smaller footprint, smaller valve size and jump sizing ability; Availability of manifold bases in two-station multiples.

Features several pneumatic products in the U.S. in 2004. Heavy-duty air cylinders; Composite fittings; Clean air systems.

Cites various myths on pneumatic motion control systems. Inability to resist movement in cases of load change; Lack of precision; Difficulty in starting and stopping at mid-stroke positions.

Focuses on electropneumatic systems used in shoe production machinery. Companies that manufacture machinery for shoe production; Importance of compressed air preparation on production processes; Fluid power components that provide precision and speed within the machines used in footwear production.

Presents catalogs on fluid power and pneumatic equipment. Includes literature on seals, seal kits and components from Hercules Hydraulics Inc.; Cylinders from Star Hydraulics Inc.; Metering pumps and controllers from Barnant Company.

The article focuses on latest technologies related to the field of fluid power. As in so many other technical fields, Japan also is a pacesetter in the field of fluid power. Japanese firms are among the world's leaders in the design of pumps, compressors, actuators, and other fluid-power technologies. Few Japanese companies, however, can claim a greater share of innovation than SMC Pneumatics Inc. One of the largest fluid-power firms in the world, SMC boasts of a wide product line that includes everything from valves and cylinders to sophisticated control systems.

The article focuses on a pneumatically powered assembly tool that makes it possible to assemble connectors in a fraction of the time required by an installer who uses a conventional hand tool. Installers have long used butterfly hand tools to insert wires into insulation displacement connectors. But it takes about 20 minutes to wire a single connector in this way. Fully automatic assembly tools have been available for some time. Unfortunately, their size makes them impractical for use in the field. Responding to complaints from installers, an engineer designed an assembly tool far smaller and lighter than fully automatic tools. Pneumatically powered and designed for speed, the new tool makes it possible to assemble connectors quickly.

The article explains the proportional hydraulic system to improve heat treatment application in fluid power technology in Portland, Orlando, Florida. The author points out that the effectiveness of the method depends upon the ability to move parts quickly from ion chamber to the oil quench. He added that there are several steps to follow to apply hydraulic system and heat transfer quickly and smoothly.

The article provides an in-depth analysis of the configuration of a web-fed envelope machine developed by engineers at ASCO Joucomatic in the U.S. The engineers eliminated the cam and replaced it with an electropneumatic system based on the company's Sentronic™ proportional valve. Other applications of the system include speed control, load balancing systems, cable laying by helicopter, and pinch force control on welding robots.

An industry report of the fluid power industry in the U.S. is presented from publisher National Fluid Power Association, with topics including industrial hydraulic, pneumatic shipments, and mobile hydraulic shipments index.

This article offers information on Florida-based manufacturing firm Fabco-Air Inc. Fabco is described as dedicated to developing and providing most advanced fluid power technology to its customers. The original Pancake Air Cylinder which works in cramped spaces and the Multi-Power Air Cylinders which cost far less are cited as among Fabco's product offerings. The article also mentions that Fabco's business includes helping customers solve their design problems with special pneumatic solutions.

The article reports that hundreds of students participated in the Fluid Power Challenges 2009 series of National Fluid Power Association (NFPA). The workshops offered assignment of designing and constructing a fluid power mechanism to the students for performing defined tasks. The program was sponsored by several organizations including Air Logic, Alro Steel Corp. and Attica Hydraulic Exchange Corp.