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Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust vibration
- Configuration: Power: Electric
- Force: 70 lbs
- Motor / Rotary Speed: 3000 rpm
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Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust vibration
- Configuration: Power: Electric
- Force: 30 lbs
- Motor / Rotary Speed: 3600 rpm
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Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust vibration
- Configuration: Power: Electric
- Force: 30 lbs
- Motor / Rotary Speed: 3000 rpm
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Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust vibration
- Configuration: Power: Electric
- Force: 10 lbs
- Motor / Rotary Speed: 3000 rpm
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Designing articulated legs for running machines
The articulated leg has a rotary ankle joint and stores hopping energy in a fiberglass leaf spring foot.
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Design and Optimization of the University of Wisconsin's Parallel Hybrid-Electric Sport Utility Vehicle
Because we are utilizing custom fiberglass leaf springs , the frame was modified so the leaf springs mount directly under the rear frame rails - eliminating torsional loads on the frame.
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A survey of bio-inspired compliant legged robot designs
The implementation of fibreglass leaf springs on leg design for elastic energy storage can be dated back to the Monopod which uses a rotary ankle joint for control of leg length [61].
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Mechanisms and Mechanical Devices Sourcebook, Fifth Edition > STATIONARY AND MOBILE ROBOTS
All of the legs have bowed fiberglass leaf springs fastened between their upper and lower rungs.
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Design of a high torque, lightweight clutch for use in an exoskeleton to augment human running
The exoskeleton currently uses fiberglass leaf springs with rectangular cross sections as its load bearing structure, but these are heavy and slow to interchange.
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Exoskeletons and orthoses: classification, design challenges and future directions
The exoskeleton, shown in Figure 2b, comprises fiberglass leaf springs that span the entire leg, and is capable of transferring body weight directly to the ground during the stance period.
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Materials Handling Handbook 2nd Edition Complete Document
Fig. 22.2.18 Vibrating feeder with an indirect force resulting from an alternating direct current vibrator coupled to the pan by metal or fiberglass leaf springs .
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CR4 - Thread: Detecting Medium or High Voltage Inside an Electrical Panel
…NO other way, isolate ALL conductors and devices not involved with cloth made of neoprene-encapsulated fiberglass hung over the panel from the top and clamped to the isolating cover using fiberglass spring clamps (with fiberglass leaf springs formed to fit internally…
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Load Bearing Fibre Composites
An important innovation here though is the fibreglass leaf spring .
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Compliant Link Suspension
Using an off-the shelf fiberglass leaf spring cut to the design length to replace the upper link of the OEM suspension, we obtained elasto-kinematic behavior similar to the OEM suspension.