Gear motor handbook:
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| Format: | Book |
|---|---|
| Language: | German |
| Published: |
Berlin [u.a.]
Springer
1995
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Literaturangaben |
| Physical Description: | XXVII, 606 S. graph. Darst. |
| ISBN: | 3540589880 0387589880 9783540589884 |
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| LEADER | 00000nam a2200000 c 4500 | ||
|---|---|---|---|
| 001 | BV010093985 | ||
| 003 | DE-604 | ||
| 005 | 20240215 | ||
| 007 | t | ||
| 008 | 950306s1995 gw d||| |||| 00||| ger d | ||
| 016 | 7 | |a 943723388 |2 DE-101 | |
| 020 | |a 3540589880 |c (Berlin ...) Pp. : DM 198.00 |9 3-540-58988-0 | ||
| 020 | |a 0387589880 |c (New York ...) Pp. |9 0-387-58988-0 | ||
| 020 | |a 9783540589884 |9 9783540589884 | ||
| 035 | |a (OCoLC)32132419 | ||
| 035 | |a (DE-599)BVBBV010093985 | ||
| 040 | |a DE-604 |b ger |e rakwb | ||
| 041 | 0 | |a ger | |
| 044 | |a gw |c DE | ||
| 049 | |a DE-91 |a DE-703 |a DE-573 |a DE-522 |a DE-83 | ||
| 050 | 0 | |a TJ184 | |
| 082 | 0 | |a 621.8/33 |2 20 | |
| 084 | |a ZL 4100 |0 (DE-625)158888: |2 rvk | ||
| 084 | |a ELT 830f |2 stub | ||
| 084 | |a MAS 350f |2 stub | ||
| 245 | 1 | 0 | |a Gear motor handbook |c Bonfiglioli Riduttori (ed.). With contributions by D. W. Dudley ... |
| 264 | 1 | |a Berlin [u.a.] |b Springer |c 1995 | |
| 300 | |a XXVII, 606 S. |b graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Literaturangaben | ||
| 650 | 4 | |a Gearing |v Handbooks, manuals, etc | |
| 650 | 0 | 7 | |a Elektromotor |0 (DE-588)4014315-6 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Getriebe |0 (DE-588)4020807-2 |2 gnd |9 rswk-swf |
| 689 | 0 | 0 | |a Getriebe |0 (DE-588)4020807-2 |D s |
| 689 | 0 | 1 | |a Elektromotor |0 (DE-588)4014315-6 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Riduttori, Bonfiglioli |e Sonstige |4 oth | |
| 700 | 1 | |a Dudley, Darle W. |e Sonstige |4 oth | |
| 856 | 4 | 2 | |m DNB Datenaustausch |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006700078&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 943 | 1 | |a oai:aleph.bib-bvb.de:BVB01-006700078 | |
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| _version_ | 1807684099057385472 |
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| adam_text |
TABLE
OF
CONTENTS
PART
I
EDITOR:
DARLE
W.
DUDLEY
1
INTRODUCTION
.
3
1.1
HISTORY
OF
THE
ART
OF
GEAR
MAKING
.
3
1.2
DEVELOPMENT
OF
GEAR
TECHNOLOGY
.
7
1.3
DEVELOPMENT
OF
GEAR
MANUFACTURING
ORGANIZATIONS
.
7
1.4
DEVELOPMENTS
AT
BONFIGLIOLI
RIDUTTORI
.
8
1.5
THE
CONTENT
OF
THIS
TECHNICAL
HANDBOOK
.
11
PART
II
EDITOR:
JACQUES
SPRENGERS
1
THE
DYNAMICS
OF
SOLIDS
.
21
1.1
INTRODUCTION
.
21
1.2
GRAVITY
CENTRE
OF
SOLIDS
.
21
1.3
MOVEMENTS
OF
SOLIDS
.
23
1.4
RECTILINEAR
TRANSLATING
MOVEMENT
.
23
1.5
MOVEMENT
OF
ROTATION
.
23
1.6
MECHANICAL
ENERGY,
WORK
AND
POWER
.
23
1.6.1
INTRODUCTION
.
23
1.6.2
POTENTIAL
ENERGY
.
23
1.6.3
KINETIC
ENERGY
.
24
1.6.4
WORK
IN
THE
UNIFORM
RECTILINEAR
MOVEMENT
.
26
1.6.5
WORK
IN
THE
UNIFORM
MOVEMENT
OF
ROTATION
.
26
1.6.6
POWER
IN
THE
UNIFORM
RECTILINEAR
MOVEMENT
.
27
1.6.7
POWER
IN
THE
MOVEMENT
OF
ROTATION
.
27
1.7INERTIA
.
28
1.7.1
INTRODUCTION
.
28
1.7.2
INERTIAOF
SOLIDS
DUERING
TRANSLATION
.
28
1.7.3
BALANCE
OF
ROTORS.
IMBALANCES
.
30
1.7.4
INERTIA
DUERING
ACCELERATED
ROTATION.
MOMENTS
OF
INERTIA
OF
SOLIDS
31
X
TABLE
OF
CONTENTS
1.8
FRICTION
.
34
1.8.1
FUNDAMENTAL
EQUATION
.
34
1.8.2
ANGULAR
VALUE
OF
THE
COEFFICIENT
OF
FRICTION
.
34
1.8.3
WEDGE
EFFECT
.
35
1.8.4
FRICTION
OF
A
ROLLER
ON
ITS
AXIS
.
37
1.8.5
FRICTION
OF
A
BELT
AROUND
ITS
PULLEY
.
38
1.8.6
ADHESION
.
40
1.8.7
FRICTION
ON
DISKS
.
41
1.8.8
VALUES
OF
SOME
COEFFICIENTS
OF
FRICTION
.
42
1.9
ROLLING
RESISTANCE
.
43
1.10
TORQUE
NECESSARY
FOR
A
ROLLER
OF
TRANSLATION
.
44
1.11
CRANKING
TORQUE
.
44
1.12
KINEMATIC
CHAIN
.
45
1.12.1
DEFINITION
.
45
1.12.2
TORQUES
.
45
1.12.3
MOMENTS
OF
INERTIA
.
45
1.12.4
ELASTIC
CONSTANTS
OF
SHAFTS
.
46
1.12.5
APPLICATION
OF
A
LIFTING
WINCH
ON
BRIDGE
CRANE
.
47
2
STRENGTH
OF
MATERIALS
.
48
2.1
SINGLE
TRACTION
OR
COMPRESSION
.
48
2.2SHEARING
.
49
2.3
SIMPLE
BENDING
.
50
2.3.1
PLANE
BENDING
.
50
2.3.2
LEFT
BENDING
.
52
2.4
TORSION
.
53
2.5
BUECKLING
.
54
2.6
COMPOSITION
OF
SIMPLE
STRESSES
.
56
PART
III
EDITOR:
JACQUES
SPRENGERS
1
STRESSES
AND
MATERIALS
.
61
1.1
INTRODUCTION
.
61
1.2
STRESSES
.
61
1.3
MATERIALS:
PROPERTIES
AND
FEATURES
.
62
1.3.1
PERMISSIBLE
STATIC
STRESS
.
62
1.3.2
FATIGUE.
ENDURANCE
LIMIT
.
63
1.4
MATERIALS
.
69
TABLE
OF
CONTENTS
XI
1.4.1
GENERAL
FEATURES
.
69
1.4.2
FERROUS
MATERIALS
.
69
1.4.3
BRONZES
.
73
2
GEOMETRY
AND
GEARS
.
74
2.1
GENERAL
FEATURES
.
74
2.2
INVOLUTE
TO
A
CIRCLE
.
75
2.3
ELEMENTARY
GEOMETRIE
WHEEL.
MESHING
THEORY
.
77
2.4
STANDARD
BASIC
RACK
TOOTH
PROFILE
.
80
2.5
GEOMETRICAL
WHEEL
-
BASIC
RACK
PROFILE
.
80
2.6
TOOTH
THICKNESS
.
82
2.7
INFLUENCE
OF
THE
RACK
SHIFT
FACTOR.
UNDERCUT
AND
MESHING
INTERFERENCE
84
2.8
REFERENCE
CENTRE
DISTANCE.
MODIFIED
CENTRE
DISTANCE
.
86
2.9
CONTACT
RATIO
.
88
2.10
CALCULATION
OF
AN
ANGLE
STARTING
FROM
ITS
INVOLUTE
.
91
3
MECHANICAL
GEARS
.
92
3.1
GENERAL
SPUR
FEATURES
.
92
3.2
CYLINDRICAL
WHEELS
.
92
3.2.1
DEFINITION
.
92
3.2.2
GEOMETRY
.
92
3.2.3
STANDARDIZED
BASIC
PROFILE
AND
MODULES
.
93
3.2.4
FACEWIDTH
.
94
3.2.5
UNDERCUT
.
94
3.2.6
TOOTH
THICKNESS
.
94
3.2.7
INTERNAL
TOOTHING
.
95
3.3
PARALLEL
SPUR
GEARS
.
96
3.4
HELICAL
GEARS.
INVOLUTE
HELICOID
.
98
3.4.1
HELICAL
WHEEL
.
100
3.4.2
HELICAL
PARALLEL
GEAR
PAIRS
.
105
3.4.3
SLIDING
.
110
3.4.4
FORCES
.
115
3.4.5
GEAR
RATIO
-
SPEED
RATIO
.
117
3.4.6
NORMAL
PRESSURE
.
118
3.4.7
RACK
SHIFT
FACTOR
.
119
3.4.8
GEARS
THAT
REDUCE
SPEED/GEARS
THAT
INCREASE
SPEED
.
120
3.4.9
TOOTH
MODIFICATIONS
.
121
3.4.10
MECHANICAL
LOSSES
IN
GEARS
.
123
3.5
BEVEL
GEAR
PAIR
.
124
3.5.1
DEFINITION
.
124
3.5.2
EQUIVALENT
GEARS.
TRESTGOLD
'
S
HYPOTHESIS
.
127
3.5.3
CONSTANT
TOOTH
DEPTH
BEVEL
GEAR
.
129
XII
TABLE
OF
CONTENTS
3.5.4
CONSTANT
TOOTH
DEPTH
GEAR
.
130
3.5.5
FORCES
ON
BEVEL
GEAR
PAIRS
.
131
3.5.6
DIMENSIONS
OF
THE
BLANKS
FORMING
THE
GEARS
.
132
3.6
WORMS
AND
WORIN
WHEELS
.
135
3.6.1
DEFINITION
.
135
3.6.2
MAIN
DIMENSION
.
135
3.6.3
EFFICIENCY
OF
WORMS
AND
WORM
WHEELS.
REVERSING
.
138
3.6.4
TOOTH
PROFILE
.
139
3.6.5
FORCES
.
140
3.7
SINGLE
PLANETARY
GEAR
TRAIN
.
142
3.7.1
DESCRIPTION
.
142
3.7.2
KINEMATIC
RELATION
.
143
3.7.3
FORCES
.
144
3.7.4
ADVANTAGES
DERIVED
FIROM
THE
USE
OF
PLANETARY
TRAIN
GEARS
.
145
4
GEAR
MEASURING
.
146
4.1
MEASUREMENT
OF
THE
TOOTH
THICKNESS
.
146
4.1.1
BASE
TANGENT
MEASUREMENT
.
R
.
146
4.1.2
NORMAL
CHORDAL
TOOTH
THICKNESS
MEASUREMENT
.
148
4.1.3
MEASURING
BY
BALLS
AND
PINS
.
150
4.2
PITCH
MEASUREMENT
.
151
4.3
PROFILE
MEASUREMENTS
.
154
4.4
MEASUREMENT
OF
THE
HELIX
DEVIATION
.
157
4.5
COMPOSITE
TANGENTIAL
DEVIATION
.
158
4.6
COMPOSITE
RADIAL
DEVIATION
(MEASUREMENT
ON
THE
TWO
FLANKS)
.
159
4.7
ECCENTRICITY
.
161
4.8
PRECISION
IN
GEAR
BLANK
.
162
4.9
CENTRE
DISTANCE
DEVIATION
AND
AXIS
PARALLELISM
.
163
4.10
INFORMATION
ON
STANDARDS
.
163
4.11BACKLASH
.
164
4.12
CONTACT
PATTEM
MEASUREMENT
.
167
5
GEAR
CALCULATION
.
168
5.1
ASPECTS
OF
TEETH
AFTER
OPERATION
.
168
5.2
PARALLEL
GEAR
AND
BEVEL
GEAR
PAIR
LOAD
CAPACITY
.
169
5.2.1
PREVENTION
OF
PITTING
(CONTACT
STRESS)
.
169
5.2.2
STRESS
APPLIED
TO
THE
TOOTH
ROOT
.
170
5.3
STANDARD
ISO
6336
(OR
DIN
3990)
.
172
5.3.1
INTRODUCTION
.
172
5.3.2
INFLUENCE
FACTORS
.
173
5.3.3
CONTACT
STRESS
CALCULATION
.
180
5.3.4
CALCULATION
OF
THE
TOOTH
BENDING
STRENGTH
.
185
5.3.5
ALLOWABLE
STRESS
NUMBER
.
191
TABLE
OF
CONTENTS
XIII
5.4
STANDARD
ISO
10300
(BEVEL
GEAR
PAIRS)
.
191
5.4.1
INTRODUCTION
.
191
5.4.2
INFLUENCE
FACTORS
.
192
5.4.3
CONTACT
AREA
.
193
5.4.4
CONTACT
STRESS
CALCULATION
.
195
5.4.5
CALCULATION
OF
TOOTH
BENDING
STRENGTH
.
198
5.4.6
MATERIALS
.
199
5.5
CALCULATION
WITH
A
LOAD
SPECTRUM
.
200
5.5.1
COMPLEX
CALCULATION
.
200
5.5.2
APPROXIMATE
CALCULATION
.
200
5.6
WORM
AND
WORIN
WHEEL
CALCULATION
.
201
5.6.1
GENERAL
FEATURES
.
201
5.6.2
LOAD
CAPACITY
FOR
CONTACT
STRESS
.
201
5.6.3
WEAR
PREVENTION
.
203
5.6.4
TOOTH
STRENGTH
.
204
5.6.5
STANDARD
INFORMATION
.
205
5.6.6
REVERSING
AND
EFFICIENCY
.
205
6
SHAFTS
.
207
6.1
DEFINITION
AND
FUNCTION
.
207
6.2
SHAFTS
AND
FORCES
IN
GEARS
.
207
6.3
STUDY
OF
THE
THEORETICAL
STRESSES
.
207
6.3.1
BENDING
.
207
6.3.2
TORSION
.
212
6.3.3
NORMAL
STRESS
.
213
6.3.4
EXTERNAL
COMPRESSION
.
213
6.4
REAL
STRESSES
(STRESS
CONCENTRATION
FACTOR
-
FORM
FACTOR)
.
213
6.5
STATIC
ALLOWABLE
STRESS
.
214
6.5.1
STATIC
BREAKING
STRESS
DUE
TO
TRACTION
.
214
6.5.2
ELASTIC
LIMIT
.
214
6.5.3
ALLOWABLE
STATIC
STRESS
.
215
6.6
ALLOWABLE
STRESS
FOR
AN
UNLIMITED
DURATION
.
215
6.6.1
ENDURANCE
(ENDURANCE
FACTOR
YC)
.
215
6.6.2
FACTOR
MODIFYING
ENDURANCE
.
216
6.6.3
ALLOWABLE
STRESS
FOR
UNLIMITED
LIFE
DURATION
.
217
6.7
ALLOWABLE
STRESS
.
217
6.8
STRESS
CONCENTRATION
FACTOR
.
218
6.8.1
DEFINITION
.
218
6.8.2
NOTCH
SENSIBILITY
FACTOR
.
219
6.8.3
NOTCH
GRADIENT
.
219
6.8.4
NOTCH
FACTOR
.
219
6.8.5
VALUES
OF
THE
ALLOWABLE
STRESS
CONCENTRATION
COEFFICIENT
AND
NOTCH
GRADIENT
.
220
XIV
TABLE
OF
CONTENTS
6.8.6
STATIC
STRESS
CONCENTRATION
FACTOR
.
224
6.9
FORM
FACTOR
.
224
6.10
REAL
STRESS
.
224
6.11
SAFETY
FACTORS
.
225
6.11.1
SIMPLE
STRESS
.
225
6.11.2
STRESS
REDUCED
TO
REFERENCE
STRESS
.
225
6.11.3
COMPOSITION
OF
STRESSES
FOLLOWING
THE
SAME
DIRECTION
.
226
6.11.4
STRESSES
HAVING
ANY
DIRECTION
.
226
6.11.5
STRESSES
GENERATED
BY
A
SPECTRUM
OF
LOADS
.
228
6.12
STRESS
CONCENTRATION
IMPORTANCE
.
229
6.13
SHAFT
DESIGNING
.
230
6.14
DISTORTION
OF
THE
SHAFT
.
231
7
FITS
BETWEEN
THE
SHAFT
AND
THE
HUB
AND
FITS
BETWEEN
THE
SHAFT
AND
THE
SHAFT
.
234
7.1
ISO
SYSTEM
CONCEMING
TOLERANCES
.
234
7.2
MEASUREMENT
OF
ROUGHNESS
.
237
7.3
FIXING
BY
MEANS
OF
PRISMATIC
KEY
.
238
7.4
INTERFERENCE
MOUNTING
.
241
7.5
FRETTING
CORROSION
.
243
7.6
SPLINES
.
245
7.7
COUPLINGS
-
GENERALITIES
.
247
7.8
RIGID
COUPLINGS
.
248
7.9
ELASTIC
COUPLINGS
.
250
7.10
GEAR
TOOTHING
COUPLINGS
.
251
7.11
CLUTCH
COUPLINGS
.
251
7.12
COUPLINGS
BY
MEANS
OF
SHRINK
DISKS
.
252
8
BEARINGS
.
254
8.1
GENERALITIES
.
254
8.2
CLASSIFICATION
OF
BEARINGS
ON
THE
BASIS
OF
THE
ROLLING
ELEMENTS
.
254
8.3
CLASSIFICATION
OF
BEARINGS
ON
THE
BASIS
OF
THEIR
POSITIONING
.
255
8.4
CALCULATION
OF
BEARINGS
.
255
8.5
VARIABLE
LOADS
.
257
8.6
STATIC
CAPACITY
.
257
8.7
DIMENSIONS
OF
BEARINGS
.
257
8.8
RADIAL
DEEP
GROOVE
BALL
BEARINGS
.
258
8.9
DOUBLE
ROW
SELF-ALIGNING
BALL
BEARINGS
.
259
8.10
CYLINDRICAL
ROLLER
BEARINGS
.
260
8.11
DOUBLE
ROW
SELF-ALIGNING
ROLLER
BEARINGS
.
261
8.12
ANGULAR
CONTACT
BALL
BEARINGS
.
262
8.13
TAPER
ROLLER
BEARINGS
.
263
TABLE
OF
CONTENTS
XV
8.14
SELECTION
OF
BEARINGS
.
265
8.15
HEARING
FIXINGS
.
266
8.16
DISMOUNTING
OF
BEARINGS
.
269
8.17
MAXIMUM
SPEED
AND
NUMBER
OF
CYCLES
.
270
8.18
OIL
SEALS
.
270
9
LUBRICANTS
AND
LUBRICATION
.
273
9.1
FUNCTION
OF
LUBRICATION
.
273
9.2
LUBRICANTS
.
273
9.3
MINERAL
LUBRICANTS
.
273
9.4
GREASES
.
274
9.5
SYNTHETIC
LUBRICANTS
.
274
9.6
VISCOSITY
.
275
9.6.1
DEFINITION
.
275
9.6.2
VARIATION
OF
VISCOSITY
BY
TEMPERATURE
.
276
9.6.3
VISCOSITY
VARIATION
DUE
TO
PRESSURE
.
277
9.6.4
MEASUREMENT
OF
VISCOSITY
.
277
9.6.5
STANDARDIZED
DESIGNATION
OF
VISCOSITY
(ISO)
.
278
9.7
OTHER
PROPERTIES
OF
LUBRICANTS
.
278
9.8
CAUSES
OF
DETERIORATION
.
279
9.9
SELECTION
OF
LUBRICANTS
.
279
9.10
WORKING
AT
LOW
TEMPERATURES
.
280
9.11
WORKING
AT
HIGH
TEMPERATURES
.
280
9.12
MODALITIES
OF
LUBRICATION
OF
GEARING
.
281
9.13
ELASTO-HYDRO-DYNAMIC
STATE
(EHD)
.
281
9.14SCORING
.
282
10
HOUSINGS
.
284
10.1
DEFINITIONS
AND
FUNCTION
.
284
10.2
MATERIALS
.
284
10.3
PRIMARY
FUNCTION:
SUPPORT
THE
BEARINGS
.
284
10.4
CALCULATION
WITH
FINITE
ELEMENTS
.
285
10.5
SECOND
FUNCTION:
SEAL
.
288
10.6
THIRD
FUNCTION:
EXTEMAL
FIXING
.
288
10.7
ACCESSORIES
.
289
10.8
WORKING
AND
PRECISION
OF
HOUSINGS
.
289
10.9
MOUNTING
SCREWED
ELEMENTS
(BOLTS
AND
NUTS)
.
290
10.10
ECONOMIC
CONDITIONS
INFHIENCING
THE
SELECTION
OF
HOUSINGS
.
294
11
STANDARD
GEAR
UNITS
.
295
11.1
DEFINITION
AND
FIELDS
OF
APPLICATION
.
295
11.2
DESIGN
PRINCIPLE
.
296
XVI
TABLE
OF
CONTENTS
11.3
TYPES
OF
GEARBOXES
.
297
11.4
SELECTION
OF
A
GEAR
UNIT
.
298
11.5
SERVICE
FACTOR
.
298
11.6
EQUIVALENT
POWER
.
299
11.7
EXAMPLE
OF
CALCULATION
.
299
11.8
FACTORS
THAT
INFLUENCE
THE
OPERATION
FACTOR
.
300
11.9
PARTICULAR
PRECAUTIONS
.
300
11.10
GEAR
MOTORS
.
301
12
VIBRATIONS
AND
NOISES
.
302
12.1
NATURAL
VIBRATION
.
302
12.2
FORCED
VIBRATION
.
303
12.3
VIBRATION
MODALITIES
.
303
12.4
FLEXION
VIBRATION
.
304
12.5
TORSION
VIBRATION
.
305
12.6
SINUSOIDAL
VIBRATION
FUNCTION
.
306
12.7
PERIODIC
VIBRATION
FUNCTION
(FOURIER)
.
307
12.8
MODAL
ANLYSIS
.
307
12.9
MEASUREMENT
OF
VIBRATIONS
.
307
12.10
CAUSES
OF
VIBRATIONS
IN
GEARBOXES.
FREQUENCY
OF
MESHING
.
308
12.11
EFFECTS
OF
VIBRATIONS
.
309
12.12
NOISE
.
310
12.13
MEASUREMENT
OF
THE
NOISE
.
310
12.14
WELL-CONSIDERED
SCALES
(DB
A
)
.
311
12.15
MEASUREMENT
OF
THE
NOISE
PRODUCED
BY
GEAR
UNITS
.
312
13
THERMAL
POWER
OF
THE
GEARING
.
314
13.1
DEFINITION
.
314
13.2
LOSSES
IN
GEARBOXES
.
314
13.3
LOSSES
DUERING
THE
MESHING
.
315
13.4
LOSSES
DUE
TO
DIPPING
.
316
13.5
LOSSES
IN
HEARINGS
.
317
13.6
LOSSES
IN
SEALINGS
.
320
13.7
TOTAL
LOSSES
.
320
13.8
DISSIPATION
OF
HEAT
.
320
13.9
EFFICIENCY
OF
GEARBOXES
.
322
13.10
MEASUREMENT
OF
THE
EFFICIENCY
OF
GEARBOXES
.
322
13.10.1
OPEN
CIRCUIT
MEASUREMENT
.
322
13.10.2
BACK
TO
BACK
MEASUREMENT
.
323
13.11
COMPARISON
BETWEEN
THE
DIFFERENT
TYPES
OF
GEAR
UNITS
.
325
TABLE
OF
CONTENTS
XVII
14
THE
MANUFACTURING
OF
GEARBOXES
.
326
14.1
INTRODUCTION
.
326
14.2
THE
RAW
MATERIAL
.
327
14.3
THE
PROCESSING
OF
CARTERS
.
328
14.4
THE
PROCESSING
OF
SHAFTS
.
330
14.5
THE
WORKING
OF
GEAR
BLANKS
.
331
14.6
CUTTING
CYLINDRICAL
SPUR
AND
HELICAL
GEARS
.
332
14.6.1
PARTICULARS
.
332
14.6.2
PROCESSING
BY
MILLING
WITH
FORM
TOOLS
.
332
14.6.3
PROCESSING
BY
GENERATION.
PRINCIPLE
.
332
14.6.4
CUTTING
BY
RACK-TOOL
.
333
14.6.5
CUTTING
BY
PINION-TOOL
.
335
14.6.6
PROCESSING
BY
LEAD-MILLER
(HOB)
.
336
14.6.7
PROCESSING
BY
A
TOOL
OF
CARBIDE
OR
FIRED
CLAY
.
337
14.7
THE
PROCESSING
OF
BEVEL
GEARS
.
338
14.8
THE
PROCESSING
OF
WORIN
AND
WORIN
WHEELS
.
338
14.9
THE
FINISHING
OF
CYLINDRICAL
GEARS
.
340
14.9.1
GRINDING
.
340
14.9.2
SHAVING
.
342
14.9.3
HONING
.
343
14.9.4
SKIVING
.
343
14.10
FINISHING
OF
BEVEL
GEARS
.
343
14.11
GRINDING
OF
WORMS
.
344
14.12
ASSEMBLY
.
344
15
APPLICATIONS
.
345
15.1
THE
APPLICATION
OF
GEARS
.
345
15.2
HOISTING
INSTRUMENTS
.
346
15.2.1
BRIDGE
CRANES
.
346
15.2.2
CRANES
.
347
15.3
CONVEYORS
.
348
15.3.1
BELT
CONVEYORS
.
348
15.3.2
CHAIN
CONVEYORS
.
349
15.3.3
ROLLER
CONVEYORS
.
350
15.3.4
SCREW
CONVEYORS
.
351
15.4
WASTE
AND
TREATMENT
OF
USED
WATER
.
351
15.4.1
WASTE
TREATMENT
.
351
15.4.2
THE
TREATMENT
OF
USED
WATERS
.
352
15.5
SPECIAL
VEHICLES
AND
FARM
MACHINES
.
353
15.6
EQUIPMENTS
USED
FOR
INTERMITTENT
OPERATION
.
354
15.7
PRECISION
POSITIONERS
.
354
XVIII
TABLE
OF
CONTENTS
APPENDIX.
HYDRAULIC
MOTORS
AND
VARIATORS
.
357
A.L
HYDRAULIC
MOTORS
.
357
A.2
SPEED
VARIATORS
.
359
A.2.
1
BELT
VARIATORS
.
359
A.2.2
PLANETARY
VARIATORS
.
360
THE
ISO
STANDARDS
RELATING
TO
GEARS
(TC
60)
.
362
BIBLIOGRAPHY
.
365
PART
IV
EDITOR:
DIERK
SCHROEDER
1
ELECTRIC
MACHINES
-
STANDARDS
AND
DEFINITIONS
.
369
1.1
INTRODUCTION
AND
STANDARDS
.
369
1.2
DUTY
AND
RATING
.
371
1.3
MACHINES
WITH
DIFFERENT
DUTY
TYPES
.
380
1.4
OPERATING
CONDITIONS:
ALTITUDE,
AMBIENT
TEMPERATURES
AND
COOLANT
TEMPERATURES
.
381
1.5
ELECTRICAL
CONDITIONS
.
382
1.6
SYSTEM:
PRODUCTION
MACHINE-DRIVING
MACHINE
.
386
1.6.1
STATIONARY
BEHAVIOUR
OF
THE
PRODUCTION
MACHINE
.
386
1.6.2
STATIONARY
BEHAVIOUR
OF
THE
DRIVING
MACHINE:
T
M
=
F(N, P)
.
388
1.6.3
STATIC
STABILITY
AT
THE
OPERATING
POINT
.
390
1.6.4
RATING
OF
THE
ELECTRICAL
DRIVE
SYSTEM
.
392
2
ELECTRIC
MACHINES
.
395
2.1
DIRECT-CURRENT
MACHINE
.
395
2.2
ROTATING-FIELD
MACHINES
.
397
2.2.1
FUNDAMENTAL
PRINCIPLE
OF
THE
ROTATING-FIELD
MACHINES
.
400
2.2.2
SYNCHRONOUS
MACHINES
.
403
3
DIRECT-CURRENT
MACHINE
.
406
3.1
SIGNAL-FLOW
GRAPH
OF
SEPARATELY
EXCITATED
DC-MACHINE
ARMATURE
CIRCUIT
.
406
3.1.1
NORMALIZATION
.
409
3.1.2
FIELD
CIRCUIT
EXCITATION
CIRCUIT
.
413
3.2
TRANSFER-FUNCTIONS
TRANSIENT
RESPONSES
.
414
3.2.1
VARIABLE
COMMAND
BEHAVIOUR
AND
VARIABLE
COMMAND
TRANSFER
FUNCTION
.
414
TABLE
OF
CONTENTS
XIX
3.2.2
LOAD
BEHAVIOUR
AND
DISTURBANCE
TRANSFER-FUNCTION
.
418
3.2.3
INFLUENCE
OF
P
ON
N
(FIELD
WEAKENING)
.
418
3.3
OPEN-LOOP
SPEED
CONTROL
.
420
3.3.1
OPEN-LOOP
SPEED
CONTROL
BY
MEANS
OF
ARMATURE
VOLTAGE
.
420
3.3.2
OPEN-LOOP
CONTROL
THROUGH
FIELD
WEAKENING
.
422
3.3.3
CONTROL
THROUGH
ARMATURE
AND
FIELD-VOLTAGE
.
423
3.3.4
CONTROL
WITH
A
SERIES-RESISTOR
ON
THE
ARMATURE
CIRCUIT
.
423
4
CONVERTERS
AND
DC-MACHINE
CONTROL
.
426
4.1
DC-DC-CONVERTER
.
426
4.1.1
DC-DC-CONVERTER
PRINCIPLE
.
426
4.1.2
CONTROL
STRATEGIES
FOR
DC-DC-CONVERTERS
.
429
4.1.3
DC-DC-CONVERTERS
FOR
ONE
OR
MULTIPLE
QUADRANT
OPERATION
OF
DC-DC-MOTORS
.
434
4.2
LINE
COMMUTATED
CONVERTERS
.
439
4.2.1
THREE
PHASE
"
Y
"
HALF
WAVE
CONVERTER
.
440
4.2.2
SINGLE-PHASE
CONVERTERS
.
445
4.2.3
THREE-PHASE
BRIDGE-CONVERTER
.
448
4.2.4
OPERATING
LIMITS
CONVERTER
AND
MACHINE
.
450
4.2.5
TORQUE
REVERSAL
OF
DC-MACHINES
SUPPLIED
BY
CONVERTERS
.
454
4.3
CONTROL
OF
DC-DRIVES
(CURRENT-CONTROL,
SPEED
CONTROL)
.
458
4.3.1
CONTROL
OF
THE
ARMATURE
CURRENT
.
459
4.3.2
SPEED
CONTROL
.
463
5
THREE-PHASE
AC-MACHINES
SIGNAL
FLOW
GRAPHS
.
466
5.1
SPACE-VECTOR
THEORY
-PHASORS
.
466
5.2
GENERAL
ROTATING
FIELD
MACHINE
.
469
5.3
INDUCTION
MACHINE
IN
THE
STEADY
STATE
SUPPLIED
FROM
THE
MAINS
.
477
5.3.1
MAINS
AND
CONVERTER
POWER
SUPPLY
.
477
5.4
SINGLE-PHASE
EQUIVALENT
CIRCUIT
IN
STEADY-STATE
OPERATION
.
483
5.4.1
EQUIVALENT
ELECTRICAL
CIRCUIT
FOR
THE
IM
.
483
5.5
INDUCTION
MACHINE
SUPPLIED
BY
INVERTER
.
485
5.5.1
CONTROL
STRATEGIES
BASED
ON
CONSTANT
STATOR
FLUX
.
486
5.5.2
CONTROL
STRATEGIES
BASED
ON
CONSTANT
ROTOR
FLUX
.
490
6
SYNCHRONOUS
MACHINE
.
495
6.1
SYNCHRONOUS
MACHINE
WITH
SALIENT
POLE
ROTOR
.
496
6.6.1
MACHINE
WITH
SALIENT
POLE
ROTOR
WITH
IMPRESSED
STATOR
VOLTAGE-SIGNAL
FLOW
GRAPH
.
496
6.2
SYNCHRONOUS
MACHINE
WITH
NON-SALIENT
POLE
ROTOR
.
502
6.3
NON-SALIENT
POLE
ROTOR
SYNCHRONOUS
MACHINE
CONTROL
.
504
XX
TABLE
OF
CONTENTS
7
INVERTER
DRIVES
.
509
7.1
CYCLOCONVERTER
.
509
7.2
WOUND
ROTOR
INDUCTION
MACHINE
WITH
SLIP-POWER
RECOVERY
(SUBSYNCHRONOUS
CASCADE;
SCHERBIUS
DRIVE)
.
511
7.3
DOUBLE
FED
INDUCTION
MACHINE
.
516
7.4
THE
LOAD-COMMUTATED
INVERTER
DRIVE
.
516
7.5
FORCED
COMMUTATION
CURRENT
SOURCE
INVERTER
WITH
THYRISTORS
.
522
7.6
VOLTAGE
SOURCE
INVERTER
WITH
INTERMEDIATE
DIRECT
VOLTAGE
(VSI)
.
527
7.6.1
VSI
WITH
VARIABLE
DC-VOLTAGE
.
528
7.6.2
VSI
WITH
CONSTANT
INTERMEDIATE
DIRECT
VOLTAGE
.
530
8
BASIC
CONSIDERATIONS
FOR
THE
CONTROL
OF
ROTATING
FIELD
MACHINES
.
534
8.1
DECOUPLING
.
535
8.2
FIELD
ORIENTATION
.
540
9
PERMANENT
MAGNET
MACHINES
.
543
9.1
PERMANENT
MAGNET
SYNCHRONOUS
MACHINE
.
543
9.2
BRUSHLESS
DC-MACHINE
.
547
PARTV
EDITOR:
HAIJME
YAMASHINA
1
OUTLINE
OF
TOTAL
QUALITY
MANAGEMENT
.
551
1.1
DEFINITION
OF
QUALITY
.
551
1.2
BRIEF
HISTORY
OF
TOTAL
QUALITY
MANAGEMENT
IN
JAPAN
.
552
1.2.1
INTRODUCTION
OF
SQC
(STATISTICAL
QUALITY
CONTROL)
.
552
1.2.2
NECESSITY
OF
QUALITY
ASSURANCE
.
554
1.2.3
TOWARD
TOTAL
QUALITY
MANAGEMENT
.
555
1.3
IMPORTANCE
OF
PRODUCTION
TECHNIQUES
TO
BUILD-IN
QUALITY
IN
NEW
INNOVATIVE
PRODUCT
DEVELOPMENT
.
556
1.3.1
PRODUCT
AND
PROCESS
TECHNOLOGY
.
556
1.3.2
A
CLOSER
LOOK
AT
THE
PRODUCTION
PROCESS
.
558
1.3.3
MATCHING
MANUFACTURING
TO
MARKET
CHANGES
.
560
1.3.4
COSTS
OF
DIVERSIFICATION
.
560
1.3.5
MOBILE
COMPETITIVE
EDGE
.
562
TABLE
OF
CONTENTS
XXI
2
THE
QC
VIEWPOINT
.
565
2.1
CUSTOMER
ORIENTATION
.
565
2.2
CUSTOMER
'
S
QUALITY
REQUIREMENTS
.
566
2.2.1
QUALITY
REQUIREMENTS
AND
SUBSTITUTIONAL
CHARACTERISTICS
.
566
2.2.2
HOW
TO
EXPRESS
QUALITY
.
566
2.3
MANAGEMENT
THROUGH
QUALITY
TO
SATISFY
CUSTOMERS
.
569
2.3.1
PROBLEMS
IN
CONVENTIONAL
MANAGEMENT
.
569
2.3.2
MANAGEMENT
BY
ROTATING
THE
PLAN-DO-CHECK-ACT
CYCLE
.
569
3
QUALITY
ASSURANCE
.
575
3.1
BASIC
QUALITY
ASSURANCE
POLICY
.
575
3.2
QUALITY
ASSURANCE
ORGANIZATION
.
575
3.3
QUALITY
ASSURANCE
PROCESS
.
578
3.4
QUALITY
ASSURANCE
SYSTEM
DIAGRAM
.
579
4
MAIN
QUALITY
CONTROL
ACTIVITIES
.
583
4.1
QUALITY
CONTROL
AT
THE
PRODUCT
DESIGN
STAGE
.
583
4.1.1
QUALITY
ENGINEERING
.
583
4.1.2
FMEA
AND
FTA
.
585
4.2
QUALITY
CONTROL
AT
THE
PREPARATION
STAGE
FOR
PRODUCTION
.
585
4.2.1
QUALITY
ENGINEERING
.
585
4.2.2
PROCESS
FMEA
.
586
4.2.3
PROCESS
CAPABILITY
ASSESSMENT
.
586
4.2.4
FOOL-PROOF
SYSTEM
.
589
4.2.5
QUALITY
CONTROL
OF
PURCHASED
GOODS
.
590
4.3
QUALITY
CONTROL
AT
THE
DAILY
PRODUCTION
STAGE
.
590
4.3.1
STATISTICAL
PROCESS
CONTROL
(SPC)
BY
USING
THE
CONTROL
CHART
.
590
4.3.2
EVERY
ASPECT
OF
INSPECTION
.
592
4.3.3
QA
NETWORK
.
595
4.3.4
ESTABLISHMENT
OF
THE
STANDARD
OPERATION
.
596
4.3.5
ROLE
OF
THE
FOREMAN
.
597
4.3.6
QUALITY
MAINTENANCE
.
597
4.3.7
QC
CIRCLE
ACTIVITIES
.
598
4.3.8
QUALITY
CONTROL
OF
PURCHASED
GOODS
.
598
4.4
NECESSITY
OF
EDUCATION
AND
TRAINING
AND
TRAINING
ON
THE
QC-TOOLS
.
600
AUTHOR
AND
SUBJECT
INDEX
.
603 |
| any_adam_object | 1 |
| building | Verbundindex |
| bvnumber | BV010093985 |
| callnumber-first | T - Technology |
| callnumber-label | TJ184 |
| callnumber-raw | TJ184 |
| callnumber-search | TJ184 |
| callnumber-sort | TJ 3184 |
| callnumber-subject | TJ - Mechanical Engineering and Machinery |
| classification_rvk | ZL 4100 |
| classification_tum | ELT 830f MAS 350f |
| ctrlnum | (OCoLC)32132419 (DE-599)BVBBV010093985 |
| dewey-full | 621.8/33 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 621 - Applied physics |
| dewey-raw | 621.8/33 |
| dewey-search | 621.8/33 |
| dewey-sort | 3621.8 233 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Maschinenbau / Maschinenwesen Elektrotechnik Maschinenbau |
| format | Book |
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| id | DE-604.BV010093985 |
| illustrated | Illustrated |
| indexdate | 2024-08-18T00:44:57Z |
| institution | BVB |
| isbn | 3540589880 0387589880 9783540589884 |
| language | German |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-006700078 |
| oclc_num | 32132419 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM DE-703 DE-573 DE-522 DE-83 |
| owner_facet | DE-91 DE-BY-TUM DE-703 DE-573 DE-522 DE-83 |
| physical | XXVII, 606 S. graph. Darst. |
| publishDate | 1995 |
| publishDateSearch | 1995 |
| publishDateSort | 1995 |
| publisher | Springer |
| record_format | marc |
| spelling | Gear motor handbook Bonfiglioli Riduttori (ed.). With contributions by D. W. Dudley ... Berlin [u.a.] Springer 1995 XXVII, 606 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Gearing Handbooks, manuals, etc Elektromotor (DE-588)4014315-6 gnd rswk-swf Getriebe (DE-588)4020807-2 gnd rswk-swf Getriebe (DE-588)4020807-2 s Elektromotor (DE-588)4014315-6 s DE-604 Riduttori, Bonfiglioli Sonstige oth Dudley, Darle W. Sonstige oth DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006700078&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Gear motor handbook Gearing Handbooks, manuals, etc Elektromotor (DE-588)4014315-6 gnd Getriebe (DE-588)4020807-2 gnd |
| subject_GND | (DE-588)4014315-6 (DE-588)4020807-2 |
| title | Gear motor handbook |
| title_auth | Gear motor handbook |
| title_exact_search | Gear motor handbook |
| title_full | Gear motor handbook Bonfiglioli Riduttori (ed.). With contributions by D. W. Dudley ... |
| title_fullStr | Gear motor handbook Bonfiglioli Riduttori (ed.). With contributions by D. W. Dudley ... |
| title_full_unstemmed | Gear motor handbook Bonfiglioli Riduttori (ed.). With contributions by D. W. Dudley ... |
| title_short | Gear motor handbook |
| title_sort | gear motor handbook |
| topic | Gearing Handbooks, manuals, etc Elektromotor (DE-588)4014315-6 gnd Getriebe (DE-588)4020807-2 gnd |
| topic_facet | Gearing Handbooks, manuals, etc Elektromotor Getriebe |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006700078&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT riduttoribonfiglioli gearmotorhandbook AT dudleydarlew gearmotorhandbook |