F-Term-List

3C032 Gripping on spindles
B23B31/00 -33/00@Z
B23B31/00-31/39 AA AA00
HOLDING OF TAPERED-SHANK TOOLS
AA01 AA02 AA03 AA05 AA06 AA07
. Variants that use drawbars that move axially only . . Drawbar driving mechanisms . . . Changeable relationship between driving sources and drawbars . . Gripping portions . . . Fastening pawls that deform elastically . . . Variants that have balls that move radially
AA11 AA12 AA13 AA15 AA16 AA17 AA18
. Variants that use drawbars that rotate . . Driving mechanisms . . Grasping of pull studs . Holding by friction alone . Variants that use members that fit into notch sections . Variants that use cap nuts . Surfaces where holders and main spindles are joined
BB BB00
HOLDING OF STRAIGHT-SHANK TOOLS
BB01 BB02 BB03 BB04 BB05 BB06 BB08 BB09
. Variants that use grasping pawls . . Pawl shape or structure . . Pawls that move on a conical surface . . . Pawl driving means . . Loose-stopping mechanisms . . Casing structure . . Pawls that move radially . . . Pawls driven by tapered cams
BB11 BB12 BB13 BB14 BB15 BB16
. Variants wherein the outer circumference is held by elastically-deforming members . . Collet chucks . . Holding by elastically deforming tubular bodies . . . Variants with spirally arranged needles along the circumference . . . Variants with spirally arranged balls along the circumference . . . Structure of the elastically deformed tubes
BB21 BB22 BB23 BB24 BB25 BB26 BB28 BB29
. Holding by notch sections formed around the circumference . . Balls that fit into notch sections . . . Balls that move by axial movement of rings . . . Balls that move by the rotation of rings . . . Balls that move by the action of inserting tools . . Rollers that fit into notch sections . Variants that use lock screws . Variants that have bayonet mechanisms at their ends
B23B31/113 CC CC00
BAYONET HOLDING OF TOOLS
CC01 CC02 CC03 CC04
. Fastening sections . . Variants that have radial fastening sections . . Axial fastening sections that are inserted into holes . . Variants that have L-grooves in tube sections
CC11 CC12 CC13 CC14 CC15 CC16 CC17
. Retracting means . . Variants that use cylinders . . Variants that use oblique cams . . . Variants that have peaked cams . . Variants that use eccentric pins . . Variants that use springs . . Variants that use screws
B23B31/00-31/39 DD DD00
HOLDING OF OTHER TOOLS
DD01 DD02 DD04
. Variants that use screws . . Variants that have loose-fastening mechanisms . Holding of attachments
B23B31/00-33/00 FF FF00
COMMON COMPONENTS
FF01 FF02 FF03 FF04 FF05 FF06 FF07 FF09 FF10
. Components common to tool holding . . Chuck handles . . Tool length adjustment . . Confirmation of clamping . . Prevention of intrusion of cutting dust . . . Variants that use sealing members . . . Variants that expel cutting dust . Tool removal . . Variants that use wedges
FF11 FF12 FF13 FF14
. Components common to work holding . . Work mounting or removal . . . Removal only . . Prevention of intrusion by cutting dust or expulsion thereof
B23B31/00-31/42 GG GG00
GRIPPING APPARATUSES AND OPERATING MEANS THEREFOR
GG01 GG02 GG03 GG05 GG07 GG09 GG10
. Pawl shape or structure . . Shape of pawl tip . . . Work contact surfaces . . Separate pawl tips . . Pawls for gripping the inner diameter . Adjustment of pawl position . . Auxiliary fittings
GG11 GG13 GG14 GG15
. Pawls that move separately . Eccentric chucks . . Phase indexing or positioning . . Variants that have balance weights
GG21 GG23 GG24 GG25 GG26 GG27 GG28 GG29
. Automatic chuck replacement . Variants that have jigs or auxiliary fittings for work . . Stoppers (e.g., limiting of depth) . . Accepting of work in conjunction with pawls . . Adapters for large-diameter or small-diameter work . Gripping for specific work . Adjusting tools for sharpening pawls . Facilitation of pawl replacement
GG31 GG32 GG33 GG34 GG35 GG36 GG37 GG38 GG39
. Prevention of work floating . Prevention of work deformation . Variants that take centrifugal force into account . Variants that include sensing mechanisms . Power-driven chuck tightening tools . Automatic pawl replacement . . Storage magazines . . Simultaneous replacement of multiple pawls . . Operating technology
B23B31/12-31/19;31/22 HH HH00
VARIANTS WITH MOVING PAWLS
HH01 HH03 HH06 HH08 HH10
. Pawls that move on conical surfaces . Pawls that turn in planes perpendicular to the spindle . Variants that use centrifugal force . Pawls that move parallel to the spindle . Ring-shaped pawls
HH11 HH12 HH13 HH15 HH16 HH17 HH18 HH19
. Pawls that move radially . . Pawls that move obliquely . . . Individual tips that only move obliquely . Mechanisms that move pawls . . Variants that operate via levers . . Variants that operate via wedges . . Variants that operate via inclined racks . . Variants that operate via scroll plates
HH21 HH22 HH23 HH24 HH25 HH26 HH28
. Pawls that turn in a plane that includes the spindle . . Gripping of the inner diameter . . . Thin work . . Gripping of the outer diameter . . . Disk-shaped work . . . Round pillar-shaped work . Pawls that are accompanied by movement parallel to the spindle
B23B31/20 JJ JJ00
COLLET CHUCKS
JJ01 JJ02 JJ03 JJ04 JJ05 JJ07 JJ08 JJ09 JJ10
. Variants that grip the outer diameter of work . . Work that passes through the chuck . . . Variants that have tightening members at both ends . Variants that grip the inner diameter of work . . Gripping of thin work . Collet units . . Structure of slide-apart sections . . Variants that grip angular angular pillars . . Variants that can expand and contract at both ends
JJ11 JJ12 JJ13 JJ14 JJ15 JJ16 JJ17 JJ18 JJ20
. Mechanisms for binding . . Variants that use binding nuts . . . Variants that have bearings . . Tensioning of the rear end of the collet . . . Variants that use springs . . . Variants that use screw mechanisms . . Variants that use spheres . . Variants that use fluid cylinders . Variants that are attached to other than main spindles
B23B31/24;31/26;31/28;31/30;31/34;31/38 KK KK00
SPACING OF CHUCKS
KK01 KK02 KK03 KK04 KK06 KK07 KK08 KK09
. Detection of binding operations . . Detection of rotary operation by operating rods . . Detection of extension or retraction by operating rods . . Variants that have detectors on pawls . Variants that use mechanical transmission means that pass through the main spindle . . Operating rods that are extended or retracted by levers . . Variants that use screw mechanisms . . Variants that use gear mechanisms
KK11 KK12 KK13 KK14 KK15 KK16 KK17 KK18 KK19 KK20
. Variants that use fluid cylinders . . Pressure of fluid fed to rotary sections . . Check valves or the like that are integrally incorporated . . Variants that adjust stroke . . Rotary hydraulic cylinders . Variants that use electric motors . Adjustment or control of gripping force . . Variants that compensate for centrifugal force of pawls . Chucks that can invert or slant work . Chucks with overload clutches
B23B31/32 LL LL00
DIAPHRAGM CHUCKS
LL01 LL02 LL04 LL06 LL08
. Variants that release by fluid pressure . Release by cams or levers . Variants that adjust gripping pressure . Pawl attachment mechanisms . Variants that have separate pressing pawls for the front of the work
B23B31/40;31/42 MM MM00
EXPANSION MANDRELS
MM01 MM02 MM03 MM05 MM06 MM07 MM08 MM09
. Variants that use fluid pressure . . Expansion of elastic bodies . Elastic bodies that are contracted from the axial orientation . Variants that use the action of wedges . . Variants that use collettes . Variants that use linking mechanisms . Variants that use spheres . Variants that use cam mechanisms
B23B31/36;33/00 NN NN00
FLOATING CHUCKS AND WORK DRIVERS
NN01 NN02 NN03 NN04 NN05 NN08 NN09
. Floating chucks . . Variants that use cam plates that turn . . Variants that use pawls that move radially . . Variants that use screw tightening . . Variants that have separate uncranking mechanisms . Adjustability of eccentricity relative to the center . . Variants that use eccentric rings
NN11 NN12 NN13 NN14 NN15 NN16 NN18 NN19 NN20
. Lathe dogs that are separate from the main spindle . . Variants that tighten with screws . . Variants that use cam plates . Turning of non-circular end faces . . End faces with gear wheel-like or key grooves . . Angular pillar-shaped end faces . Centers that drive by pressing end faces . . Ring-shaped drive plates . . Multiple drive pawls that can be extended and retracted
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