Class   188	BRAKES
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1.11R

WITH CONDITION INDICATOR

1.11W

. (1 indent ) Wear

1.11L

.. (2 indent ) Electrical

1.11E

. (1 indent ) Electrical

1.12

TO RETARD ROLLING OF CASTER

2R

VEHICLE

3R

. (1 indent ) Train

3H

.. (2 indent ) Fluid pressure vehicle

4R

. (1 indent ) Wheel and ground

4B

.. (2 indent ) Rotary brake member

5

. (1 indent ) Ground-engaging

6

.. (2 indent ) Sprag

7

.. (2 indent ) Anchors

8

.. (2 indent ) Sled

9

. (1 indent ) Wagon

10

.. (2 indent ) Four-wheel

11

.. (2 indent ) Divided beam

12

.. (2 indent ) Running gear support

13

... (3 indent ) Divided beam

14

.. (2 indent ) Hayrack type

15

.. (2 indent ) Retreating shoe

16

. (1 indent ) Independent wheel

17

. (1 indent ) Hub or disk

18R

.. (2 indent ) Motor vehicle

18A

... (3 indent ) Disc brakes

19

. (1 indent ) Cart

20

. (1 indent ) Children's carriages

21

. (1 indent ) Truck

22

.. (2 indent ) Two-wheel

23

... (3 indent ) Ground-engaging

24.11

. (1 indent ) Velocipede (e.g., bicycle, etc.)

24.12

.. (2 indent ) Including mechanism for opposed gripping of wheel rim or tire

24.13

... (3 indent ) Wheel rim configured to cooperate with components

24.14

... (3 indent ) Having means to increase braking force (e.g., self-energizing brake, etc.)

24.15

.... (4 indent ) Variable leverage actuator

24.16

.... (4 indent ) Plural brakes having common actuator

24.17

... (3 indent ) Actuation controlled by back-pedalling

24.18

... (3 indent ) With means to lock brake in actuated position

24.19

... (3 indent ) Having means to adjust spacing between brake component and wheel rim or tire

24.21

... (3 indent ) Having center-pull, cable-type actuator for mechanism

24.22

... (3 indent ) Specific actuator element structure

25

.. (2 indent ) Roller

26

.. (2 indent ) Hub or disk

27

.. (2 indent ) Pivoted wheel

28

. (1 indent ) Clasp

29

. (1 indent ) Top shoes

30

. (1 indent ) One-way

31

. (1 indent ) Positive lock

32

. (1 indent ) On ground

33

. (1 indent ) Railway

34

.. (2 indent ) Train

35

.. (2 indent ) Wheel and rail

36

... (3 indent ) Chock

37

.... (4 indent ) Roller shoe

38

.. (2 indent ) Track

38.5

... (3 indent ) Plural abutments selectively engageable by vehicle-carried means, e.g., car spotter

39

... (3 indent ) Rotary shoe

40

... (3 indent ) Slot

41

.. (2 indent ) Rail

42

... (3 indent ) Carrier type

43

... (3 indent ) Grippers

44

.... (4 indent ) Automatic

45

.... (4 indent ) Wheel clamps

46

.. (2 indent ) Equalizing series

47

.. (2 indent ) Connected trucks

48

.. (2 indent ) Maximum traction type

49

.. (2 indent ) Four wheel opposing

50

... (3 indent ) Open center

51

... (3 indent ) Divided beam

52

.. (2 indent ) Four wheel spreading

53

... (3 indent ) Divided beam

54

.... (4 indent ) Locomotive type

55

.... (4 indent ) Mine car type

56

.. (2 indent ) Clasp

57

.. (2 indent ) Top shoes

58

.. (2 indent ) Disk on axle

59

... (3 indent ) Side shoes

60

.. (2 indent ) Positive lock

61

.. (2 indent ) One-way

62

.. (2 indent ) On track

63

... (3 indent ) Catchers

2A

. (1 indent ) Braking torque regulators

2D

. (1 indent ) Bowdin wire-operated

2F

. (1 indent ) Wheelchair brakes

64

WHEEL AND STRAND

65.1

STRAND

65.2

. (1 indent ) With attaching means

65.3

. (1 indent ) Plural brakes

65.4

. (1 indent ) Tortuous grip

65.5

.. (2 indent ) Adjustable

67

ROD

WHEEL

68

. (1 indent ) Frictional and positive

69

. (1 indent ) Positive lock

70R

. (1 indent ) Axially and transversely movable

70B

.. (2 indent ) Self-energizing

71.1

. (1 indent ) Axially movable brake element or housing therefor

71.2

.. (2 indent ) With clutch between load and brake assemblage

71.3

.. (2 indent ) Antipodal, relatively separable brake elements

71.4

... (3 indent ) Annular elements

71.5

.. (2 indent ) Plural rotating elements (e.g., "multidisc")

71.6

.. (2 indent ) With means for cooling brake

71.7

.. (2 indent ) With means to adjust for wear of brake

71.8

... (3 indent ) Self-adjusting means

71.9

.... (4 indent ) Including unidirectionally rotating screw

72.1

.. (2 indent ) With means for actuating brake element

72.2

... (3 indent ) Self-force-increasing means

72.3

... (3 indent ) And means for retracting brake element

72.4

... (3 indent ) By fluid pressure piston

72.5

.... (4 indent ) Piston for each of plural elements

72.6

.... (4 indent ) And/or mechanical linkage

72.7

... (3 indent ) By inclined surface (e.g., wedge, cam or screw)

72.8

.... (4 indent ) Screw or helical cam

72.9

... (3 indent ) By pivoted lever

73.1

.. (2 indent ) Structure of brake element

73.2

... (3 indent ) Circumferential or circumferentially spaced

73.31

.. (2 indent ) Retainer for brake element

73.32

... (3 indent ) Having means to facilitate changing brake element

73.33

.... (4 indent ) By manipulation of brake actuator

73.34

....• (5 indent ) Pivotable actuator

73.35

... (3 indent ) Having actuator and means to prevent vibration thereof

73.36

.... (4 indent ) Including means to prevent vibration of brake element

73.37

... (3 indent ) Having means to prevent vibration of brake element

73.38

.... (4 indent ) Spring

73.39

... (3 indent ) Including torque member supporting brake element

73.41

... (3 indent ) Including actuator pivotable in plane parallel to axis of rotation of wheel

73.42

.... (4 indent ) And slidable in that plane

73.43

... (3 indent ) Including actuator slidable in plane parallel to axis of rotation of wheel

73.44

.... (4 indent ) On axially extending pin

73.45

....• (5 indent ) Plural pins

73.46

... (3 indent ) Including actuator fixed on torque member

73.47

... (3 indent ) Having closed loop type housing

74

. (1 indent ) Transversely movable

75

.. (2 indent ) Opposing

76

... (3 indent ) Rim grip

77R

.. (2 indent ) Strap

77W

... (3 indent ) Wrap band type

78

.. (2 indent ) Expanding

79

... (3 indent ) Multiple sets

323

... (3 indent ) Three shoes

324

.... (4 indent ) Rotary cam operatively abutting shoe ends

325

... (3 indent ) Two shoes

326

.... (4 indent ) Operators at both ends of each shoe

327

.... (4 indent ) Anchors adjacent unoperated ends

328

....• (5 indent ) Common anchor pivot or abutment

329

....•. (6 indent ) Rotary cam abutting shoe ends

330

....• (5 indent ) Rotary cam abutting shoe ends

331

.... (4 indent ) Adjacent ends operatively connected and not anchored to support

332

....• (5 indent ) Rotary cam abutting shoe ends

333

....• (5 indent ) One end anchored

334

.... (4 indent ) Anchors at alternate ends

335

... (3 indent ) Radially guided shoe

336

... (3 indent ) Continuous split band

337

.... (4 indent ) Anchored intermediate ends

338

....• (5 indent ) Rotary cam operatively abutting band ends

339

.... (4 indent ) Rotary cam operatively abutting band ends

340

... (3 indent ) Lateral guide for shoe

341

... (3 indent ) Anchor

342

... (3 indent ) Self-energizing

343

... (3 indent ) Wedge operator

79.51

.. (2 indent ) Having wear take up or compensating structure

79.52

... (3 indent ) Temperature responsive

79.53

... (3 indent ) Feeler actuated

79.54

... (3 indent ) Actuated in conjunction with other braking element

79.55

... (3 indent ) Actuated by brake operating lever

79.56

... (3 indent ) Having separate adjustment actuator mechanism

79.57

... (3 indent ) Manually operated

79.58

.... (4 indent ) Brake operator length adjusted

79.59

.... (4 indent ) Mounted between shoe and a support member

79.61

....• (5 indent ) Causes direct, simultaneous adjustment of plural shoes

79.62

... (3 indent ) Located on or in an operator

79.63

... (3 indent ) Mounted between shoe and a support member

79.64

.... (4 indent ) Between plural supporting shoes

80

. (1 indent ) Rotary shoes

82.1

. (1 indent ) One-way brakes

82.2

.. (2 indent ) Reversible

82.3

.. (2 indent ) With disabler

82.34

... (3 indent ) Integral with engager

82.4

.. (2 indent ) With hold out

82.5

.. (2 indent ) Combined or plural diverse types

82.6

.. (2 indent ) Biased flexible band

82.7

.. (2 indent ) Pivoting or flexing detent (e.g., pawl)

82.74

... (3 indent ) Axially moving

82.77

... (3 indent ) On rotating member

82.8

.. (2 indent ) Dragged wedging member

82.84

... (3 indent ) Rolling

82.9

.. (2 indent ) Axially moving

83

. (1 indent ) Continuous

84

. (1 indent ) Fixed brake

85

. (1 indent ) Intermittent

371

PLASTIC DEFORMATION OR BREAKAGE OF RETARDER ELEMENT (E.G., IMPACT ABSORBER)

372

. (1 indent ) And subsequent reverse deformation

373

. (1 indent ) Element twisted

374

. (1 indent ) Element extruded through or around tool

375

. (1 indent ) Element severed by cutting tool

376

. (1 indent ) Frangible element

377

. (1 indent ) Crushable element

378

INERTIA OF DAMPING MASS DISSIPATES MOTION (E.G., VIBRATION DAMPER)

379

. (1 indent ) Resiliently supported damping mass

380

.. (2 indent ) Supported by mechanical spring

266

INTERNAL-RESISTANCE MOTION RETARDER

267

. (1 indent ) Using magnetic flux

267.1

. (1 indent ) Electroviscous or electrorheological fluid

267.2

. (1 indent ) Magnetic fluid or material (e.g., powder)

266.1

. (1 indent ) Motion damped from condition (e.g., bump, speed change) detected outside of retarder

266.2

.. (2 indent ) Condition actuates valve or regulator

266.3

... (3 indent ) Of the rotary type

266.4

.... (4 indent ) Having plural openings

266.5

... (3 indent ) Of the pulsating or reciprocating type

266.6

.... (4 indent ) Side mounted

266.7

. (1 indent ) Piezoelectric

266.8

. (1 indent ) With failure or malfunction detection

268

. (1 indent ) Using yieldable or fluent solid or semisolid

269

. (1 indent ) Using diverse fluids

270

. (1 indent ) Operating against ambient atmosphere

271

. (1 indent ) Combined with surface-friction brake

272

. (1 indent ) Combined with mechanism retarded by brake

273

.. (2 indent ) Restricting exhaust from engine

274

. (1 indent ) With heat exchanger

275

. (1 indent ) With fluid regulated in response to inertia of valve member

276

. (1 indent ) With means compensating for change in temperature or viscosity

277

.. (2 indent ) Thermostatic valve type

278

... (3 indent ) Manually adjustable

280

. (1 indent ) Relative speed of thrust member or fluid flow

281

. (1 indent ) Resistance alters relative to direction of thrust member (e.g., high resistance in one direction, low in the other)

282.1

.. (2 indent ) Via valved orifice in thrust member

282.2

... (3 indent ) Valve actuated by electrical system

282.3

.... (4 indent ) System initiated by a pressure change or feedback

282.4

.... (4 indent ) System having distinct selections (e.g., hard, medium, soft)

282.5

... (3 indent ) Flexible flap-type valve (e.g., compression washers)

282.6

.... (4 indent ) Having flow passage, cutout, aperture, slot, etc.

282.7

... (3 indent ) Ball-type valve

282.8

... (3 indent ) Spring-loaded valve

282.9

.... (4 indent ) Adjusting the tension via (a) compressing or expanding or (b) different strength springs

283

. (1 indent ) Piston having a restrictable opening (e.g., apertured plate) in a fixed volume chamber

283.1

.. (2 indent ) Vortex flow passages

284

. (1 indent ) Position of thrust member relative to chamber

285

.. (2 indent ) Having a fluid flow passage adjusted manually (e.g., threaded plug, threaded rod, gearing)

286

.. (2 indent ) Having aperture in chamber wall

287

... (3 indent ) Plural, successively encountered apertures

288

.. (2 indent ) Having varying area of chamber passageway for thrust member

289

.. (2 indent ) Having varying area of metering rod extending through orifice in thrust member

290

. (1 indent ) Using a rotary-type fluid damper

291

.. (2 indent ) Including clutch

292

.. (2 indent ) Gear pump

293

.. (2 indent ) Driving relatively moving element which causes flow of brake fluid

294

... (3 indent ) With means for regulating movement of element

295

... (3 indent ) Comprising rectilinearly reciprocating piston

296

.. (2 indent ) Driving radial vanes which cause toroidal flow of brake fluid

297

. (1 indent ) Having a thrust member with a variable volume chamber (e.g., coaxial or telescoping tubes, compensating reservoir)

298

.. (2 indent ) Forming flexible wall enclosure for fluid

301

.. (2 indent ) Causing air suction in chamber

302

.. (2 indent ) Rectilinear reciprocation of piston caused by arcuately oscillating frame, shaft, arm, axle, etc.

303

... (3 indent ) Pistons reciprocating oppositely in nonaligned cylinders

304

... (3 indent ) Dual pistons

305

... (3 indent ) Piston reciprocating along axis of oscillation

306

.. (2 indent ) Arcuately oscillating thrust member

307

... (3 indent ) Resilient or radially urged vane

308

... (3 indent ) Causing fluid flow through hub of thrust

309

.... (4 indent ) With manually adjusted valve in hub

310

... (3 indent ) With means for manually adjusting fluid flow

312

.. (2 indent ) Having piston rod extending through ends of chamber

313

.. (2 indent ) With valve controlling fluid flow between chambers or compartments of the chamber

314

... (3 indent ) With reservoir for fluid

315

.... (4 indent ) Annular reservoir

316

.. (2 indent ) Fluid through or around piston within chamber

317

... (3 indent ) Via fixed or variable orifice in piston

318

.... (4 indent ) And passage venting fluid external to chamber

319.1

.... (4 indent ) Having an orifice adjustment for both jounce or bound (compression) and rebound

319.2

.... (4 indent ) Orifice size varied using a hand or hand tool

320

.... (4 indent ) Tortuous path orifice

322.13

. (1 indent ) Valve structure or location

322.14

.. (2 indent ) Foot valve

322.15

.. (2 indent ) Piston valve detail (e.g., seat design, structural arrangement, metering element)

322.16

. (1 indent ) Including seal or guide

322.17

.. (2 indent ) Between piston rod and cylinder

322.18

.. (2 indent ) Between piston and cylinder

322.19

. (1 indent ) Cylinder structure

322.2

.. (2 indent ) Having connection for side-mounted valve type

322.21

.. (2 indent ) Having means for filling or recharging

322.22

. (1 indent ) Thrust member or piston structure

322.12

. (1 indent ) Including protective shield for retarder

321.11

. (1 indent ) Including means connecting thrust member to load

299.1

. (1 indent ) Controlled by an operator (e.g., vehicle driver) remote from retarder

300

. (1 indent ) With means for locking parts together temporarily

322.5

. (1 indent ) Using viscosity of fluid medium

381

FRICTIONAL VIBRATION DAMPER

OPERATORS

105

. (1 indent ) Multiple

106R

.. (2 indent ) Vehicle

107

... (3 indent ) Railway

106F

... (3 indent ) Fluid and mechanical

106A

... (3 indent ) Inside wheel

106P

... (3 indent ) Plural systems

108

. (1 indent ) Vehicle step

109

. (1 indent ) Seat

110

. (1 indent ) Automatic

.. (2 indent ) Vehicle

111

... (3 indent ) Trips

112R

... (3 indent ) Train

112A

.... (4 indent ) Anti-sway control

113

... (3 indent ) Four-wheel

114

... (3 indent ) Hub

... (3 indent ) Auxiliary mechanism on tongue

115

.... (4 indent ) Rear wheel

116

....• (5 indent ) Divided beam

117

.... (4 indent ) Front wheel

118

....• (5 indent ) Divided beam

... (3 indent ) Movable tongue

119

.... (4 indent ) Rising and falling

120

.... (4 indent ) Rear wheel

121

....• (5 indent ) Divided beam

122

.... (4 indent ) Front wheel

123

....• (5 indent ) Divided beam

... (3 indent ) Railway

124

.... (4 indent ) Train

125

....• (5 indent ) Drawbar

126

....•. (6 indent ) Speed-responsive

127

.... (4 indent ) Strain release

128

... (3 indent ) Sled

129

... (3 indent ) Rise and fall

130

.... (4 indent ) Rotary

131

... (3 indent ) Turning

132

... (3 indent ) Horse pull

134

.. (2 indent ) Differential movement

135

.. (2 indent ) Momentum

136

... (3 indent ) Wedging shoe

137

... (3 indent ) Electric control

138

.... (4 indent ) Vehicle

139

... (3 indent ) Gravity control

140R

... (3 indent ) Vehicle

141

.... (4 indent ) Fluid-pressure control

142

.... (4 indent ) Draft control

143

.... (4 indent ) Wheel and ground

144

.... (4 indent ) Railway

145

....• (5 indent ) Winding

146

....•. (6 indent ) Axle

147

....• (5 indent ) Train

148

....•. (6 indent ) Push rod

149

....•. (6 indent ) Drawbar

150

....•.. (7 indent ) Speed-responsive

140A

.... (4 indent ) Servo brake

151R

. (1 indent ) Fluid pressure

152

.. (2 indent ) Road vehicle

344

... (3 indent ) Velocipede

345

... (3 indent ) With multiple master cylinders

346

... (3 indent ) With friction drag response

347

... (3 indent ) With hydraulic quick-slack-take-up pulsator

348

... (3 indent ) With power quick-slack-take-up

349

... (3 indent ) With front rear brake apportioner

350

... (3 indent ) With steering gear control

351

... (3 indent ) With hydraulic automatic slack adjuster

352

... (3 indent ) With bleeding or filling device

353

... (3 indent ) With hydraulic lock

354

... (3 indent ) With independent wheel control

355

... (3 indent ) With nonmanual fluid-power source

356

.... (4 indent ) Vacuum power

357

....• (5 indent ) And manual

358

.... (4 indent ) Liquid power

359

....• (5 indent ) And manual

360

.... (4 indent ) And manual

361

... (3 indent ) Wheel brake operating assembly

362

.... (4 indent ) With transversely movable internal brake

363

....• (5 indent ) Motor between shoe ends

364

....•. (6 indent ) Dual opposed piston motor

365

.... (4 indent ) Radially acting motor

366

.... (4 indent ) Arcuate or annular motor

367

....• (5 indent ) Axially acting

368

.... (4 indent ) Axially acting motor

369

.... (4 indent ) With axially movable brake member

370

....• (5 indent ) Spot type

153R

.. (2 indent ) Rail vehicle

153D

... (3 indent ) Diaphragm

153A

... (3 indent ) Rim grip type

154

.. (2 indent ) Exhaust of propelling motor

151A

.. (2 indent ) Safety devices

155

. (1 indent ) Fluid current

156

. (1 indent ) Electric and mechanical

157

.. (2 indent ) Electric motor on staff

158

. (1 indent ) Electric

159

.. (2 indent ) Dynamic

160

... (3 indent ) Additional current

161

.. (2 indent ) Electromagnet

162

... (3 indent ) Rotary motor

163

... (3 indent ) Solenoid

164

... (3 indent ) Magnetic circuit

165

.... (4 indent ) Rail-engaging

166

. (1 indent ) Spring

167

.. (2 indent ) Vehicle

168

... (3 indent ) Draft release

169

.... (4 indent ) Wagon

170

.. (2 indent ) Fluid-pressure release

171

.. (2 indent ) Electric release

173

... (3 indent ) Vehicle

174

. (1 indent ) Weight

175

.. (2 indent ) Draft control

176

.. (2 indent ) Vehicle body

177

... (3 indent ) Inclined

178

... (3 indent ) Longitudinally movable

179

.. (2 indent ) Float

. (1 indent ) Speed-responsive

180

.. (2 indent ) Regulators

181R

... (3 indent ) Vehicle

181A

.... (4 indent ) Acceleration responsive

181C

.... (4 indent ) Comparative

181T

.... (4 indent ) Torque-responsive

182

... (3 indent ) Fluid and electric control

184

... (3 indent ) Transversely expanding

185

.... (4 indent ) Radial

186

... (3 indent ) Transversely contracting

187

... (3 indent ) Axially moving

188

... (3 indent ) Strand-engaging

189

.. (2 indent ) Stops

POSITION ADJUSTERS

190

. (1 indent ) Vehicle body movement

191

.. (2 indent ) Radius rod

192

.. (2 indent ) Turning

193

... (3 indent ) Railway

194

... (3 indent ) Pivoted wheel

195

. (1 indent ) Load

196R

. (1 indent ) Slack

197

.. (2 indent ) Railway car

198

... (3 indent ) Automatic

199

.... (4 indent ) Friction clutch

200

.... (4 indent ) Ratchet bar

201

.... (4 indent ) Shims

202

.... (4 indent ) Screw

203

....• (5 indent ) Fluid-operated

196A

.. (2 indent ) Fluid

196C

.. (2 indent ) Combined

196F

.. (2 indent ) Torsional spring

196M

.. (2 indent ) Manual

196P

.. (2 indent ) Friction

196B

.. (2 indent ) Ratchet

196BA

... (3 indent ) Rotatable

196D

.. (2 indent ) Frictional rotation

196V

.. (2 indent ) Screw, shim or cam

204R

. (1 indent ) Equalizers

204A

.. (2 indent ) For strap brakes

205R

. (1 indent ) Supports

206R

.. (2 indent ) Brake element

207

... (3 indent ) Beam

208

.... (4 indent ) Road vehicle

209

.... (4 indent ) Brackets

210

.... (4 indent ) Safety

211

.... (4 indent ) Locks

212

.... (4 indent ) Parallel motion

213

....• (5 indent ) Multiple-point support

214

.... (4 indent ) Wear compensation

215

....• (5 indent ) Brake shoes

206A

... (3 indent ) Anchor

205A

.. (2 indent ) Antirattler

216

. (1 indent ) Release mechanism

217

. (1 indent ) Brake-thrust distributors

ELEMENTS

218R

. (1 indent ) Brake wheels

218XL

.. (2 indent ) Disk type

218A

.. (2 indent ) Dust guard

219.1

. (1 indent ) Beams or beam assemblies

219.6

.. (2 indent ) With movable, reversible or adjustable heads

220.1

... (3 indent ) Pivoted head

220.6

.... (4 indent ) Lockingly adjustable

221.1

....• (5 indent ) Yieldably readjustable

222.1

.. (2 indent ) With fixed head or thrust block

222.6

... (3 indent ) Integral head and beam

223.1

... (3 indent ) Trussed beam

223.6

.... (4 indent ) Head or block held by tension element

224.1

....• (5 indent ) Tension adjusted by terminal nut

225.6

.. (2 indent ) Trussed beam

226.1

... (3 indent ) Integral tension and compression member

228.1

... (3 indent ) Tubular compression member

228.6

... (3 indent ) H, I, L, T, U, V, or X cross section compression member

229.1

... (3 indent ) With strut-type fulcrum

229.6

.... (4 indent ) Reversible

231

.. (2 indent ) With fulcrum

232

... (3 indent ) Reversible

233

... (3 indent ) Spaced

233.3

.. (2 indent ) With guides and/or guards

233.7

.. (2 indent ) H, I, L, T, U, V, or X cross section beam

234

. (1 indent ) Shoe fasteners

235

.. (2 indent ) Locomotive type

236

.. (2 indent ) Heads

237

.. (2 indent ) Combined wheel guards

238

.. (2 indent ) Multiple shoes

239

... (3 indent ) Superposed

240

... (3 indent ) Linear arrangement

241

.... (4 indent ) Frangible connection

242

.. (2 indent ) Interlocking heads and shoes

243

... (3 indent ) Longitudinal key

244

... (3 indent ) Longitudinal insertion

245

... (3 indent ) Side insertion

246

... (3 indent ) Clamps

247

.. (2 indent ) Shoe-back lugs

248

... (3 indent ) Cast in

249

.. (2 indent ) Flexible shoes

250R

. (1 indent ) Shoes

251R

.. (2 indent ) Composite

252

... (3 indent ) Flanged

253

.... (4 indent ) Recessed

254

... (3 indent ) Shells

255

... (3 indent ) Cast metal matrix

256

.... (4 indent ) Nonmetallic inserts

257

.... (4 indent ) Faces

258

.... (4 indent ) Backs

259

... (3 indent ) Flexible

251A

... (3 indent ) Materials

251M

... (3 indent ) Metallic surfaces

260

.. (2 indent ) Chills

261

.. (2 indent ) Recessed

262

.. (2 indent ) Rotary

250A

.. (2 indent ) Transversely expandable

250H

.. (2 indent ) One-piece

250C

.. (2 indent ) Multiple web

250D

.. (2 indent ) Web and flange connections

250E

.. (2 indent ) Slotted shoes and vibration dampers

250F

.. (2 indent ) Anchor and operator fittings

250G

.. (2 indent ) Surfaces and fasteners

250B

.. (2 indent ) Shoe construction

264R

. (1 indent ) Cooling and lubricating

264A

.. (2 indent ) Air-cooled, axially engaging

264AA

... (3 indent ) Auto wheel type

264B

.. (2 indent ) Lubrication

264D

.. (2 indent ) Liquid cool

264E

.. (2 indent ) Wet friction surface and internal resistance

264F

.. (2 indent ) Operating fluid cooling

264CC

.. (2 indent ) Contained coolant

264G

.. (2 indent ) Insulators

264P

.. (2 indent ) With pump

264W

.. (2 indent ) External wheel covers

265

. (1 indent ) Locks

382

MISCELLANEOUS

	FOREIGN ART COLLECTIONS

FOR000

CLASS-RELATED FOREIGN DOCUMENTS

	DIGESTS

DIG1

PANIC BRAKING

DIG2

HILL HOLDER

DIG3

PROGRESSIVE BRAKING

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