Brakes patents
Featured patents
Hydraulic Energy Transfer
US 08839920 B2, Sept. 23, 2014, Having means for filling or recharging, Zackary M. Anderson et al. / Levant Power Corporation (Woburn, US)
A shock absorber comprising:…
Bicycle Brake Arm
US 08813920 B2, Aug. 26, 2014, Specific actuator element structure, Kazuhito Minami et al. / Shimano Inc. (Osaka, JP)
A bicycle brake arm comprising:…
Front Fork
US 08813922 B2, Aug. 26, 2014, With valve controlling fluid flow between chambers or compartments of the chamber, Takahisa Mochizuki / Kayaba Industry Co., Ltd. (Tokyo, JP)
A front fork, comprising:…
Multi-Disc Brake
US 08733511 B2, May 27, 2014, Plural rotating elements, Johann Baumgartner et al. / KNORR-BREMSE Systeme fuer Nutzfaurzeuge GmbH (Munich, DE)
A multi-disc brake for a road vehicle, comprising:…
Long Travel Shock Absorber
US 08714321 B2, May 6, 2014, With reservoir for fluid, Douglas Hunter Powell
A fluid based shock absorber, the fluid based shock absorber comprising:…
Brake Operating Device of Electric Bicycle With Sensor
US 08622181 B2, Jan. 7, 2014, Velocipede, Szu-Fang Tsai / Tektro Technology Corporation (Changhua, TW)
A brake operating device of an electric bicycle comprising:…
Railroad Freight Car Brake Beam Assembly
US 08602180 B2, Dec. 10, 2013, With strut-type fulcrum, Joseph Centeno et al. / Powerbrace Corporation (Kensoha, US)
A railroad freight car brake beam assembly having two ends, with each end…
Brake Piston With Steel Core and Phenolic Outer Layer
US 08561762 B2, Oct. 22, 2013, By fluid pressure piston, Peter Schupska et al. / Honda Motor Co., Ltd. (Tokyo, JP)
A brake system comprising:…
Braking Apparatus for a Skateboard
US 08522928 B2, Sept. 3, 2013, Ground-engaging, Douglas Orcutt
A braking apparatus for a skateboard board with a front end and a rear…
Friction Couple
US 08469161 B2, June 25, 2013, Metallic surfaces, Hiroyuki Fujikawa et al. / Toyota Jidosha Kabushiki Kaisha (Toyota-shi, JP)
A friction couple comprising:…
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- With Condition Indicator 2
- Wear 1
- Electrical 5
- Electrical 5
- To Retard Rolling of Caster 7
- Wheel and Ground 4
- Ground-Engaging 2
- Independent Wheel 1
- Disc Brakes 2
- Cart 1
- Children's Carriages 3
- Including Mechanism for Opposed Gripping of Wheel Rim or Tire 5
- Wheel Rim Configured to Cooperate With Components 2
- With Means to Lock Brake in Actuated Position 1
- Having Means to Adjust Spacing Between Brake Component and Wheel Rim or Tire 1
- Having Center-Pull, Cable-Type Actuator for Mechanism 1
- Specific Actuator Element Structure 17
- Positive Lock 2
- On Ground 8
- Chock 2
- Rail 1
- Grippers 1
- Automatic 1
- Four Wheel Spreading 1
- Locomotive Type 1
- On Track 3
- Bowdin Wire-Operated 7
- Wheelchair Brakes 2
- Strand 5
- With Attaching Means 3
- Plural Brakes 1
- Rod 5
- Frictional and Positive 2
- Positive Lock 3
- Axially Movable Brake Element or Housing Therefor 3
- Plural Rotating Elements 9
- With Means for Cooling Brake 5
- With Means to Adjust for Wear of Brake 2
- Self-Adjusting Means 6
- Including Unidirectionally Rotating Screw 3
- With Means for Actuating Brake Element 12
- Self-Force-Increasing Means 6
- And Means for Retracting Brake Element 5
- By Fluid Pressure Piston 11
- Piston for Each of Plural Elements 3
- And / or Mechanical Linkage 4
- By Inclined Surface 9
- Screw or Helical Cam 8
- By Pivoted Lever 6
- Structure of Brake Element 5
- Retainer for Brake Element 6
- Having Means to Facilitate Changing Brake Element 4
- Having Actuator and Means to Prevent Vibration Thereof 1
- Including Means to Prevent Vibration of Brake Element 2
- Having Means to Prevent Vibration of Brake Element 3
- Spring 6
- Including Torque Member Supporting Brake Element 3
- Including Actuator Pivotable in Plane Parallel to Axis of Rotation of Wheel 1
- On Axially Extending Pin 2
- Having Closed Loop Type Housing 1
- Transversely Movable 3
- Wrap Band Type 1
- Expanding 2
- Two Shoes 3
- Common Anchor Pivot or Abutment 1
- Actuated by Brake Operating Lever 1
- Plastic Deformation or Breakage of Retarder Element 7
- And Subsequent Reverse Deformation 2
- Element Severed by Cutting Tool 1
- Frangible Element 2
- Crushable Element 7
- Inertia of Damping Mass Dissipates Motion 11
- Resiliently Supported Damping Mass 8
- Supported by Mechanical Spring 6
- Internal-Resistance Motion Retarder 5
- Using Magnetic Flux 8
- Electroviscous or Electrorheological Fluid 3
- Magnetic Fluid or Material 13
- Motion Damped From Condition Detected Outside of Retarder 3
- Condition Actuates Valve or Regulator 2
- Of the Rotary Type 1
- Of the Pulsating or Reciprocating Type 2
- Side Mounted 4
- Piezoelectric 2
- Using Yieldable or Fluent Solid or Semisolid 3
- Using Diverse Fluids 2
- Combined With Surface-Friction Brake 1
- With Heat Exchanger 1
- With Fluid Regulated in Response to Inertia of Valve Member 5
- With Means Compensating for Change in Temperature or Viscosity 3
- Manually Adjustable 1
- Relative Speed of Thrust Member or Fluid Flow 7
- Resistance Alters Relative to Direction of Thrust Member 2
- Via Valved Orifice in Thrust Member 1
- System Having Distinct Selections 3
- Flexible Flap-Type Valve 1
- Having Flow Passage, Cutout, Aperture, Slot, Etc. 4
- Ball-Type Valve 1
- Spring-Loaded Valve 1
- Piston Having a Restrictable Opening in a Fixed Volume Chamber 2
- Position of Thrust Member Relative to Chamber 6
- Having a Fluid Flow Passage Adjusted Manually 4
- Having Aperture in Chamber Wall 1
- Plural, Successively Encountered Apertures 2
- Having Varying Area of Chamber Passageway for Thrust Member 2
- Having Varying Area of Metering Rod Extending Through Orifice in Thrust Member 2
- Using a Rotary-Type Fluid Damper 9
- Gear Pump 1
- Driving Radial Vanes Which Cause Toroidal Flow of Brake Fluid 2
- Having a Thrust Member With a Variable Volume Chamber 7
- Arcuately Oscillating Thrust Member 1
- Resilient or Radially Urged Vane 1
- Having Piston Rod Extending Through Ends of Chamber 1
- With Valve Controlling Fluid Flow Between Chambers or Compartments of the Chamber 5
- With Reservoir for Fluid 3
- Annular Reservoir 5
- Fluid Through or Around Piston Within Chamber 1
- And Passage Venting Fluid External to Chamber 3
- Having an Orifice Adjustment for Both Jounce or Bound (Compression) and Rebound 2
- Orifice Size Varied Using a Hand or Hand Tool 1
- Valve Structure or Location 10
- Foot Valve 2
- Piston Valve Detail 13
- Including Seal or Guide 3
- Between Piston Rod and Cylinder 1
- Between Piston and Cylinder 1
- Cylinder Structure 5
- Having Connection for Side-Mounted Valve Type 1
- Having Means for Filling or Recharging 2
- Thrust Member or Piston Structure 2
- Including Means Connecting Thrust Member to Load 3
- Controlled by an Operator Remote From Retarder 2
- With Means for Locking Parts Together Temporarily 2
- Frictional Vibration Damper 7
- Vehicle 1
- Railway 1
- Fluid and Mechanical 2
- Plural Systems 1
- Train 3
- Differential Movement 1
- Fluid Pressure 1
- Road Vehicle 1
- Velocipede 9
- With Multiple Master Cylinders 2
- With Hydraulic Lock 1
- And Manual 1
- Axially Acting Motor 1
- Spot Type 2
- Rail Vehicle 2
- Fluid Current 1
- Electric and Mechanical 7
- Electric 3
- Electromagnet 2
- Rotary Motor 2
- Magnetic Circuit 3
- Spring 1
- Fluid-Pressure Release 5
- Electric Release 4
- Regulators 2
- Slack 1
- Screw 2
- Combined 1
- Rotatable 3
- Screw, Shim or Cam 2
- Equalizers 1
- Brake Element 2
- Brake Wheels 2
- Disk Type 31
- Dust Guard 2
- With Strut-Type Fulcrum 2
- With Guides and / or Guards 2
- Locomotive Type 1
- Longitudinal Insertion 1
- Cast In 1
- Shoes 1
- Composite 1
- Materials 3
- Metallic Surfaces 2
- Web and Flange Connections 2
- Slotted Shoes and Vibration Dampers 1
- Anchor and Operator Fittings 1
- Surfaces and Fasteners 5
- Shoe Construction 5
- Cooling and Lubricating 1
- Air-Cooled, Axially Engaging 3
- Auto Wheel Type 1
- Lubrication 1
- Liquid Cool 2
- Operating Fluid Cooling 1
- With Pump 1
- Locks 3