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Zep 45 Dual Force is a superior penetrant and lubricant that offers excellent resistance without diminishing its penetrant properties. The product quickly penetrates to dramatically reduce friction and wear while offering excellent corrosion resistance and rapid moisture displacement. It prolongs the working life of machinery and reduces downtime and maintenance costs. It lubricates and protects most equipment and is ideal for automatic vending machines, building materials dealers, repair services, hotels, motels, metal fabricators, recreation clubs, industrial machinery manufacturers, offices and repair facilities. Using the dual-action lubricant before assembling equipment speeds up work and prevents future corrosion. At a VOC content in the tenths of 1 percent range, the product meets all current VOC regulations.

The new force main is needed to avert a potential sewage spill that could occur resulting from an overflow or failure of the existing 54-year-old force main. The performance of the existing force main is of concern because:

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The new force main will cross the Grand Canal from the VPP at 140 Hurricane Street easterly to Marquesas Way, then southerly along Via Marina crossing the Marina Del Rey and Ballona Creek Channels to an existing coastal interceptor sewer junction structure on Vista Del Mar near Waterview Street via Pacific Avenue.

Should you have any questions or would like more information about this project, please contact Tonya Durrell, Public Affair Office at (213) 978-0333 or send an email to venice.dual.force.main.project@gmail.com.

The Dual Force Plate gives you access to all the same force plate information as the Motion Plate, including total horizontal shear force, vertical force, and torque. Additionally, with the Dual Force Plate, you are able to study the individual horizontal shear forces, the individual vertical forces, and the individual free moment (twisting forces) produced by each foot. The Dual Force Plate also provides the location of the individual center of pressure (CoP) on each foot as well as the line joining them.

The Swing Catalyst Dual Force Plates measure the individual contributions of each foot in producing the ground reaction forces necessary for efficient golf swings. The system will also add up the contributions of each individual foot to give you the same information provided by the force plate component of our single plate 3D Motion plate. You will also get the position and movement/trace of the total Center of Pressure (CoP) throughout the swing.

Results: The average distalization time was 5 months, with a movement rate of 1.2 mm per month; the distalization amounts were 5.9 +/- 1.72 mm at the crown level and 4.4 +/- 1.41 mm at the furcation level. The average molar inclination was 5.6 degrees +/- 3.7 degrees ; this was less than the amount of inclination generated by bone-supported appliances that use single distalizing forces. The correlation between inclination and distalization was not significant, indicating predominantly bodily movement. The teeth anterior to the first molar moved distally also; the second premolars distalized an average of 4.26 mm, and the incisors retruded by 0.53 mm.

Once seated, the DualForce Sectional Matrix System provides a complete gingival seal with a tight vertical seal of the matrix band along with a strong and stable separation force, resulting in less chance of composite flash.

DualForce Rings: DualForce Molar and Pre-Molar Rings are engineered using unique, dual nickel titanium wires that provide excellent balanced separation force on both mesial and distal surfaces. Using nickel titanium wire renders the DualForce Rings resistant to fatigue so you will have consistent separation force throughout the life of the ring.

HardwareForceDecks have been designed to endure even the heaviest and strongest of athletes, while maintaining pinpoint accuracy, reliability and affordability. ForceDecks hardware is available in three models: FDMax, FDLite and FDMini. ForceDecks software is compatible with a range of third-party force platforms from PASCO, AMTI, Bertec, Kistler and FitTech.

GASP 3D Dual Force Plate measures lead and trail horizontal forces as well as the combined horizontal force. This force helps move the position of the vertical force as well contributing to Frontal Plane Torque by helping generate a moment arm.

Horizontal Anterior/Posterior Force:- GASP 3D Dual Force Plate measures lead and trail horizontal A/P forces as well as the combined horizontal A/P force. This force helps in the create Horizontal Plane Torque on individual feet and combined GRF. Also Sagittal Plane Torque is influenced by this force which in turn done correctly helps maintain body posture.

One of the most important GRF in a Golfers Swing. This force primary job is to increase club speed. Science shows us that increasing your Frontal Plane Torque is directly linked to longer tee shots. Creating Frontal Plane Torque is a combination of the COM, Combined Vertical Force and Moment Arm

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before dual foce working without problems, i have reinstall the omen comand center but still is not possible to activate dual force and i dont know why maybe is something with the driver really i dont know whats the problem is,

The traffic control measures are part of the next phase in the construction of a new 54-inch diameter force main sewer line for Venice. Throughout September and October, crews will be preparing the site, installing fencing and a sound wall, and more. (Download the construction notification for more details.)

The purpose of this study was to explore the agreement between a wireless and portable dual force plate system, and an in-ground force plate system, which is an industry gold standard. The countermovement jump (CMJ) was compared across the two systems because it is the most popular force plate test in sports settings. Recreationally active adults (n=20) performed three maximal-effort CMJs on the portable force plates which were placed atop two adjacent in-ground force plates to enable simultaneous collection of raw force-time data (1000 Hz) over five seconds. Popular CMJ force-time variables were analysed for each system using a custom Microsoft Excel spreadsheet using criterion methods. Ordinary least products regression (OLPR) showed no fixed or proportional bias between the force plate systems for all variables. Thus, the portable force plate system may be considered a valid alternative to an industry gold standard for the assessment of CMJ force-time variables.

Dual force-canceling woofers produce low frequencies that define bass and help create a richer, more dynamic soundscape for your audio. Sounds at such low frequencies typically produce stronger, more noticeable vibrations. In order to minimize resonance in the smaller chassis, ASUS laptop products use woofers in pairs that are slightly offset to cancel each others' vibrations.

The dynamic behavior of a hollow cylinder under a dual traveling force applied to the inner surface is investigated in this study. The cylinder is constrained at both the top and bottom surfaces not to move in the length direction but free in other directions. And a dual force travels at a constant velocity along the length direction on the inner surface of the hollow cylinder. The resulting governing field equations and the associated boundary conditions are ruled by the general Hooke's law. Due to the nature of the field equations, proper adjoint system of equations and biorthogonality conditions were derived in a precise and detailed manner. To solve these field equations in this study, the method of separation of variable is used and the method of Frobenius is employed for the differential equations in the radial direction. Using the field equations, the eigenanalyses on both the original and its adjoint system were performed with great care, which results in the eigenfunction sets of both systems. The biorthogonality conditions were applied to the field equations to obtain the discretized equation for each mode. Using the solutions of the discretized equations that account for the boundary forcing terms, the critical speed for a dual traveling force for each mode could be computed.

This paper presents the design, simulation, fabrication, and testing processes of a new microelectromechanical systems (MEMS) microgripper, which integrates an electrostatic actuator and a capacitive force sensor. One advantage of the presented gripper is that the gripping force and interaction force in two orthogonal directions can be, respectively, detected by a single force sensor. The whole gripper structure consists of the left actuating part and right sensing part. It owns a simple structure and compact footprint. The actuator and sensor are fixed and linearly guided by four leaf flexures, respectively. The left arm of the gripper is driven through a lever amplification mechanism. By this structure, the displacement from the electrostatic actuator is transmitted and enlarged at the gripper tip. The right arm of the gripper is designed to detect the gripping and interaction forces using a capacitive sensor. The MEMS gripper is manufactured by SOIMUMPs process. The performance of the designed gripper is verified by conducting finite element analysis (FEA) simulation and experimental studies. Moreover, the demonstration of biocellulose gripping confirms the feasibility of the developed gripper device. 2351a5e196