F16F   1/00  \	0	0	3J059	F16F   1/00	18	Ф͡ήΤѤΣƣƣƣƣ	Springs (working with fluid F16F 5/00, F16F 9/00)
F16F   1/02  \	1	1	3J059	F16F   1/02	28	໤ιŴޤϤ¾κʤΡʣƣƣͥˡĤ봬Фͤ͡Ф͡ĤФ͡Ф͡ؤФͤޤΤФͤǡФͤκ˴ϢʤΡΣ	made of steel or other material having low internal friction
F16F   1/02  A	1	0	3J059	F16F   1/02	416	°Фͤκ	Materials of metal springs
F16F   1/02  B	1	0	3J059	F16F   1/02	506	°Фͤ¤	Manufacturing of metal springs
F16F   1/02  C	1	0	3J059	F16F   1/02	72	°ФͤʬΥޤΩ	Separation, supply and assembly of metal springs
F16F   1/02  Z	1	0	3J059	F16F   1/02	229	¾Τ	Others
F16F   1/04  \	2	2	3J059	F16F   1/04	160	Ĥ봬Ф	Wound springs
F16F   1/06  \	3	3	3J059	F16F   1/06	108	ɽ̾˴	with turns lying in cylindrical surfaces
F16F   1/06  A	3	0	3J059	F16F   1/06	400	ФͤǺޤˡħΤ	Characterized by materials and manufacturing methods of springs
F16F   1/06  B	3	1	3J059	F16F   1/06	80	ƣңΤ	Made of FRP
F16F   1/06  C	3	1	3J059	F16F   1/06	191	Ǻ̤߷Τ	Non-circular material cross section
F16F   1/06  D	3	1	3J059	F16F   1/06	35	Ǻ̤Τ	Hollow material cross section
F16F   1/06  E	3	1	3J059	F16F   1/06	50	Ǻ̤Ѳ	Changeable material cross section
F16F   1/06  J	3	0	3J059	F16F   1/06	169	ħΤ	Characterized by winding forms
F16F   1/06  K	3	1	3J059	F16F   1/06	175	¤Ѳ	Changeable winding diameter
F16F   1/06  L	3	1	3J059	F16F   1/06	134	ԥåѲ	Changeable winding pitch
F16F   1/06  M	3	1	3J059	F16F   1/06	33	Ѳ	Changeable winding direction
F16F   1/06  N	3	1	3J059	F16F   1/06	295	üħΤ	Characterized by edge forms (including hooks)
F16F   1/06  Z	3	0	3J059	F16F   1/06	264	¾Τ	Others
F16F   1/08  \	3	3	3J059	F16F   1/08	121	˱ߤɽ̾˴	with turns lying in mainly conical surfaces
F16F   1/10  \	3	3	3J059	F16F   1/10	538	¼Ūʿ̾˴Ф	Spiral springs with turns lying substantially in plane surfaces
F16F   1/12  \	3	3	3J059	F16F   1/12	107	°ʡ	Attachments or mountings
F16F   1/12  A	3	0	3J059	F16F   1/12	346	ͤФͤ˴ؤ	Related to torsion springs
F16F   1/12  B	3	0	3J059	F16F   1/12	167	ФͰĴ	Adjustment of spring pressure
F16F   1/12  C	3	0	3J059	F16F   1/12	92	ɽ̽	Surface treatment
F16F   1/12  D	3	0	3J059	F16F   1/12	50	ɤˤʤ	Covered by pipes
F16F   1/12  E	3	0	3J059	F16F   1/12	43	ץ󥰥С	Spring covers
F16F   1/12  F	3	0	3J059	F16F   1/12	48	ɿʤޤϿưʤĤ	with means of controlling and reducing vibration
F16F   1/12  G	3	1	3J059	F16F   1/12	70	볰	Coil outer radius members
F16F   1/12  H	3	1	3J059	F16F   1/12	62		Coil inner radius members
F16F   1/12  J	3	1	3J059	F16F   1/12	15	⳰	Coil radius retaining members
F16F   1/12  K	3	0	3J059	F16F   1/12	420	üθꡦٻʤħΤ	Characterized by means of fixing supporting edges
F16F   1/12  L	3	1	3J059	F16F   1/12	167	եåΰĤ	with  hook members of hooks
F16F   1/12  M	3	1	3J059	F16F   1/12	143	礹Ĥ	with mounting members screwed with coils
F16F   1/12  N	3	1	3J059	F16F   1/12	582	ФͼĤ	with spring bearings
F16F   1/12  P	3	1	3J059	F16F   1/12	36	ľϢ뤹	Connecting coils in the ring shape
F16F   1/12  Q	3	0	3J059	F16F   1/12	99	ФưѤΥĤ	with guide members for sliding springs
F16F   1/12  Z	3	0	3J059	F16F   1/12	495	¾Τ	Others
F16F   1/13  \	4	4	3J059	F16F   1/13	28	ФͤεŪޤʪŪѤ뤿ˡδ֤ʪޤϥڡƤΡΣ	comprising inserts or spacers between the windings for changing the mechanical or physical characteristics of the spring
F16F   1/14  \	2	2	3J059	F16F   1/14	418	ɤʤͤФ	Torsion springs consisting of bars or tubes
F16F   1/16  \	3	3	3J059	F16F   1/16	455	°ʡ	Attachments or mountings
F16F   1/18  \	2	2	3J059	F16F   1/18	106	ĤФ	Leaf springs
F16F   1/18  G	2	0	3J059	F16F   1/18	418	ξĤФ	blade springs (A to F take precedence)
F16F   1/18  Z	2	0	3J059	F16F   1/18	954	¾Τ	Others
F16F   1/20  \	3	3	3J059	F16F   1/20	148	ĤФʹ֤ء㡥ءޤϥĤ	with layers, e.g. anti-friction layers, or with rollers between the leaves
F16F   1/22  \	3	3	3J059	F16F   1/22	199	ФĴ᤹ˡĤ	with means for modifying the spring characteristic
F16F   1/24  \	3	3	3J059	F16F   1/24	37	ꡨС㡥α뤿ʤ	Lubrication; Covers, e.g. for retaining lubricant
F16F   1/26  \	3	3	3J059	F16F   1/26	426	°ʤޤʡʣ£ǣͥˡΣ	Attachments or mountings (B60G 11/10 takes precedence) [5]
F16F   1/28  \	4	4	3J059	F16F   1/28	135	̩夷꡼˿°ԥ󤫤ʤ	comprising cylindrical metal pins pivoted in close-fitting sleeves
F16F   1/30  \	4	4	3J059	F16F   1/30	91	ࡤϡʤʤĤ	comprising intermediate pieces made of rubber or similar elastic material
F16F   1/32  \	2	2	3J059	F16F   1/32	644	å׾Ф͡Ф͡ʥեƣʣ	Cup springs; Dished disc springs (diaphragms F16J 3/00)
F16F   1/34  \	2	2	3J059	F16F   1/34	46	ؤФ͡ʤʣδľΤٽŤ٤Ⱦ¤ۤʤ餻Ф	Ring springs, i.e. annular bodies deformed radially due to axial load
F16F   1/36  \	1	1	3J059	F16F   1/36	43	ʤΡ㡥ץ饹åࡨ໤ĺʤ	made of plastics, e.g. rubber; made of material having high internal friction
F16F   1/36  B	1	0	3J059	F16F   1/36	311	¤ˡħ	Characterized by manufacturing methods
F16F   1/36  C	1	0	3J059	F16F   1/36	714	ħ	Characterized by materials
F16F   1/36  E	1	1	3J059	F16F   1/36	164	ۼκʤ	Made from different materials
F16F   1/36  G	1	0	3J059	F16F   1/36	209	ͭΡʣƣƣͥ	with supplemental members
F16F   1/36  K	1	0	3J059	F16F   1/36	575	դħ	Characterized by attaching sections
F16F   1/36  M	1	1	3J059	F16F   1/36	91	ĴǽʤΡ㡥ͤĴ᤹	Adjustable, e.g. adjustment by using screws
F16F   1/36  N	1	1	3J059	F16F   1/36	202	Ĥη˥뤳Ȥˤդ	Attachment by filling rubber in holes of boards
F16F   1/36  Y	1	0	3J059	F16F   1/36	210	դΤħͭ	Characterized by attached things
F16F   1/36  Z	1	0	3J059	F16F   1/36	167	¾Τ	Others
F16F   1/362  \	2	2	3J059	F16F   1/362	54	륦ޤϰ̤줿ӤʤΡΣ	made of steel wool or compressed hair
F16F   1/364  \	2	2	3J059	F16F   1/364	1	륯ںޤκʤΡΣ	made of cork, wood or the like material
F16F   1/366  \	2	2	3J059	F16F   1/366	19	ݶ餫ʤΡΣ	made of fibre reinforced plastics
F16F   1/368  \	3	3	3J059	F16F   1/368	1	ĤФ͡Σ	Leaf springs
F16F   1/368  A	3	0	3J059	F16F   1/368	109	ĺ༫ΤħΤ	characterized by board per se
F16F   1/368  B	3	0	3J059	F16F   1/368	67	ܶʬħΤ	characterized by eye part
F16F   1/368  C	3	0	3J059	F16F   1/368	22	ɻߤħΤ	characterized by wear prevention
F16F   1/368  D	3	0	3J059	F16F   1/368	127	ޤϼħΤ	characterized by fixed member or mounting member
F16F   1/368  E	3	0	3J059	F16F   1/368	58	ƣңĤФͤȹĤФͤȤȹ礻	combination of glass fiber reinforced plastic leaf spring and steel leaf spring
F16F   1/368  Z	3	0	3J059	F16F   1/368	182	¾Τ	others
F16F   1/37  \	2	2	3J059	F16F   1/37	41	ˢʤΡ㡥ݥ󥸥	of foam-like material, e.g. sponge rubber
F16F   1/37  A	2	0	3J059	F16F   1/37	180	ĤĤ³ޤĤȼ³˼դΡ㡥ڡ	Attaching between plates or bonding sections of shafts, e.g. spacers
F16F   1/37  B	2	0	3J059	F16F   1/37	64	žưΡ㡥󥰥बž	Rolling, e.g. rotating ring rubber
F16F   1/37  C	2	0	3J059	F16F   1/37	81	ߤ̤ͭΡ㡥٥ݥΤ	with cone faces, e.g. bellow type
F16F   1/37  D	2	0	3J059	F16F   1/37	90	ޤȴͭ	with hollow or lightening sections
F16F   1/37  E	2	1	3J059	F16F   1/37	133	ɽ̷ħΡ㡥¤	Characterized by surface forms, e.g. slots or irregularity
F16F   1/37  F	2	1	3J059	F16F   1/37	34	ƶͭΡ㡥Ωζƶ֤ͭ	with hollow sections, e.g., with cubic crystal type hollow arrangement
F16F   1/37  Z	2	0	3J059	F16F   1/37	34	¾Τ	Others
F16F   1/371  \	2	2	3J059	F16F   1/371	49	ʪޤĹˤäħŤΡ㡥ŤΡʣƣƣƣƣͥˡΣ	characterised by inserts or auxiliary extension elements, e.g. for rigidification (F16F  1/366, F16F  1/387 take precedence);;
F16F   1/373  \	2	2	3J059	F16F   1/373	463	üʷĤȤħΤΡΣ	characterised by having a particular shape
F16F   1/374  \	3	3	3J059	F16F   1/374	17	ޤηͭΡΣ	having a spherical or the like shape
F16F   1/376  \	3	3	3J059	F16F   1/376	12	ʤȤ̤͵åɡݥޤΤΤͭΡʣƣƣͥˡΣ	having projections, studs, serrations or the like on at least one surface (F16F  1/387 takes precedence);;
F16F   1/377  \	3	3	3J059	F16F   1/377	151	ޤϳͭΡʣƣƣͥˡΣ	having holes or openings (F16F  1/387 takes precedence);;
F16F   1/379  \	2	2	3J059	F16F   1/379	7	Фͤβ٤Ĵ֤᤹ˤäħŤΡ㡥ѤˤΡΣ	characterised by arrangements for regulating the spring temperature, e.g. by cooling
F16F   1/38  \	2	2	3J059	F16F   1/38	24	¦꡼֤ȷ¦꡼֤ޤϥԥȤδ֤ʤ륹꡼֤Ĥ	with a sleeve of elastic material between a rigid outer sleeve and a rigid inner sleeve or pin
F16F   1/38  F	2	0	3J059	F16F   1/38	619	¤ˡħ	Characterized by manufacturing methods
F16F   1/38  G	2	0	3J059	F16F   1/38	234	ͤٽŤ򤦤	Getting twisting loads
F16F   1/38  H	2	0	3J059	F16F   1/38	213	ݥ󥰤򤦤Ρ㡥ԥݥܡݥ֥å	Receiving yawing, e.g. pillow ball bushes
F16F   1/38  S	2	0	3J059	F16F   1/38	756	դħ㡥֥饱åȤħ	Characteristics of attaching sections, e.g. characteristics of blackets
F16F   1/38  T	2	0	3J059	F16F   1/38	79	Ѥμ뤿Ĥ	with members for receiving variable period characteristics
F16F   1/38  U	2	0	3J059	F16F   1/38	373	Τͽ̤Ϳ	Imposing pre-load contraction to elastic bodies
F16F   1/38  W	2	0	3J059	F16F   1/38	223	໤񹳤򸺾ࡤʤͭ	with members and parts reducing the friction drag
F16F   1/38  X	2	0	3J059	F16F   1/38	110	ݸ˴ؤΡ㡥ݥ	Related to protection, e.g. seals
F16F   1/38  Y	2	0	3J059	F16F   1/38	56	դΤħͭ	Characterized by attached things
F16F   1/38  Z	2	0	3J059	F16F   1/38	200	¾Τ	Others
F16F   1/387  \	3	3	3J059	F16F   1/387	7	ιʤޤΡΣ	comprising means for modifying the rigidity in particular directions
F16F   1/387  A	3	0	3J059	F16F   1/387	602	βٽŤΤΡ㡥ưФ륹ȥåѤĤ	load applied to axial direction, e.g. having stopper against movement in axial direction
F16F   1/387  B	3	1	3J059	F16F   1/387	118	ݥ֤ȴߤݥ֤ͭ	rigid sleeve having retainer for elastic sleeve
F16F   1/387  C	3	0	3J059	F16F   1/387	426	ȾβٽŤ򤦤Ρ㡥ȴȾˤ餫	load applied to radial direction, e.g. thinning structure made soft in radial direction
F16F   1/387  D	3	1	3J059	F16F   1/387	217	˷֥ݥ֤ͭ	having rigid intermediate sleeve inside rubber
F16F   1/387  E	3	1	3J059	F16F   1/387	349	ȾٽŤ򤦤Ρ㡥˽餫	load applied to specific radial direction, e.g. structure made soft in specific direction
F16F   1/387  F	3	2	3J059	F16F   1/387	383	ΰۤʤΡȥåѤĤ	elasticity being different; having stopper
F16F   1/387  Z	3	0	3J059	F16F   1/387	8	¾Τ	others
F16F   1/393  \	3	3	3J059	F16F   1/393	42	ޤϱ߿Υ꡼֤ͭΡΣ	with spherical or conical sleeves
F16F   1/40  \	2	2	3J059	F16F   1/40	1088	ؤʬΥ줿ƱǤؤʤ	consisting of a stack of similar elements separated by non-elastic intermediate layers
F16F   1/41  \	3	3	3J059	F16F   1/41	80	̤˱߿֤फʤΡΣ	the spring consisting of generally conically arranged elements
F16F   1/42  \	2	2	3J059	F16F   1/42	430	Ͼ֤ˤäħդ	characterised by the mode of stressing
F16F   1/44  \	3	3	3J059	F16F   1/44	329	˰̤ˤٽŤ	loaded mainly in compression
F16F   1/46  \	3	3	3J059	F16F   1/46	40	˰ĥˤٽŤ	loaded mainly in tension
F16F   1/48  \	3	3	3J059	F16F   1/48	127	ˤͤˤٽŤ	loaded mainly in torsion
F16F   1/50  \	3	3	3J059	F16F   1/50	77	ˤǤˤٽŤ	loaded mainly in shear
F16F   1/52  \	3	3	3J059	F16F   1/52	31	Ȥ߹蘆줿ϤˤٽŤ	loaded in combined stresses
F16F   1/54  \	4	4	3J059	F16F   1/54	91	̤ӤǤˤٽŤ	loaded in compression and shear
F16F   3/00  \	0	0	3J059	F16F   3/00	43	ĤΤФͤʤФ֡㡥פΤФ⤿뤿ΤФ֡ήΤФͤޤΣƣƣƣƣ	Spring units consisting of several springs, e.g. for obtaining a desired spring characteristic (including fluid springs F16F 5/00, F16F 13/00)
F16F   3/02  \	1	1	3J059	F16F   3/02	282	ݤޤ໤¾κʤФͤĤ	with springs made of steel or of other material having low internal friction
F16F   3/04  \	2	2	3J059	F16F   3/04	57	Ĥ봬ФͤΤߤʤ	composed only of wound springs
F16F   3/04  A	2	0	3J059	F16F   3/04	139	ȳȹ礻	Combining inner cylinders and outer cylinders
F16F   3/04  B	2	0	3J059	F16F   3/04	42	¿򼰤ȹ礻	Combining in the multiple thread method
F16F   3/04  C	2	0	3J059	F16F   3/04	16	礵Ρʣƣƣͥ	Screwed (B takes precedence)
F16F   3/04  D	2	0	3J059	F16F   3/04	31	Фͤȹ礻	Combining with shape memory alloy springs
F16F   3/04  Z	2	0	3J059	F16F   3/04	272	¾Τ	Others
F16F   3/06  \	3	3	3J059	F16F   3/06	23	ߤ໤ˤ긺ꤷ褦˰ΤФͤ¾ΤФͤγ֤줿	of which some are placed around others in such a way that they damp each other by mutual friction
F16F   3/07  \	2	2	3J059	F16F   3/07	51	ޤϱΤȤ߹蘆줿	combined with chambers filled with gas or liquid
F16F   3/08  \	1	1	3J059	F16F   3/08	207	໤ĺʤФͤĤΡ㡥	with springs made of a material having high internal friction, e.g. rubber
F16F   3/087  \	2	2	3J059	F16F   3/087	132	ޤκǺäĤΤФͤʤ빽ñ̡ʣƣƣͥˡΣ	Units comprising several springs made of plastics or the like material (F16F  1/40 takes precedence);;
F16F   3/093  \	3	3	3J059	F16F   3/093	53	ФͤۤʤʤΡ㡥ۤʤΥͭΡΣ	the springs being of different materials, e.g. having different types of rubber
F16F   3/10  \	2	2	3J059	F16F   3/10	14	໤ĹŴޤϤ¾κǺ줿ФͤȤ߹蘆줿	combined with springs made of steel or other material having low internal friction
F16F   3/10  A	2	0	3J059	F16F   3/10	216	Ĥ봬Фͤͭ	with helical springs
F16F   3/10  D	2	1	3J059	F16F   3/10	7	ФϢ³Ѳ	Spring constant changing discontinuously
F16F   3/10  H	2	0	3J059	F16F   3/10	90	ĤФͤͭ	with plate springs
F16F   3/10  K	2	0	3J059	F16F   3/10	8	ФϢ³ѲΡ̣ͥ	Spring constant changing discontinuously (D takes precedence)
F16F   3/10  M	2	0	3J059	F16F   3/10	2	¶ѤˤĤ	Getting the non-linear property by the buckling action
F16F   3/10  Z	2	0	3J059	F16F   3/10	94	¾Τ	Others
F16F   3/12  \	3	3	3J059	F16F   3/12	3	ŴФͤФͤܿƤΡ㡥ޤƤΡΣ	the steel spring being in contact with the rubber spring, e.g. being embedded in it
F16F   3/12  A	3	0	3J059	F16F   3/12	160	Ĥ봬Фͤ໤ܿƤ	helical spring contacting high internal friction material
F16F   3/12  B	3	0	3J059	F16F   3/12	124	Ĥ봬Фͤ໤ˤޤƤ	helical spring embedded in high internal friction material
F16F   3/12  Z	3	0	3J059	F16F   3/12	84	¾Τ	others
F16F   5/00  \	0	0	3J059	F16F   5/00	118	Τ̡㡥ʤѤȷ礷ˤФͤΤ褦ʺѤ򤹤ΤФ͡ΤФͤޤ֤Ȥ߹碌	Liquid springs in which the liquid works as a spring by compression, e.g. combined with throttling action; Combinations of devices including liquid springs
F16F   6/00  \	0	0	3J059	F16F   6/00	348	ФФ͡ήμФФ	Magnetic springs; Fluid magnetic springs
F16F   7/00  \	0	0	3J066	F16F   7/00	45	ư֡˾֡ήΤѤΣƣƣƣƣžͭΤΣƣƣ	Vibration-dampers; Shock-absorbers (using fluid F16F 5/00, F16F 9/00; specific for rotary systems F16F 15/10)
F16F   7/00  A	0	0	3J066	F16F   7/00	343	˾״˴ؤΡʣƣƣʡƣƣͥ	Related to buffers (J to N take precedence)
F16F   7/00  B	0	1	3J066	F16F   7/00	1772	˾ǤޤϹǤΡʣƣƣʡƣƣͥ	Buffer elements made of rubber or synthetic resin (J to N take precedence)
F16F   7/00  C	0	1	3J066	F16F   7/00	423	˾Ǥ°ФͤǤΡʣƣƣʡƣƣͥ	Buffer elements made from metal springs (J to N take precedence)
F16F   7/00  D	0	1	3J066	F16F   7/00	197	˾ǤۼΤФͤȹ礻ǤΡʣƣƣʡƣƣͥ	Buffer elements made from different springs (J to N take precedence)
F16F   7/00  E	0	0	3J066	F16F   7/00	303	δ˾פ˴ؤΡʣƣƣʡƣƣͥ	Related to buffer of the mechanism (J to N take precedence)
F16F   7/00  F	0	1	3J066	F16F   7/00	1046	ޤϹδ˾ΤˤΡʣƣƣʡƣƣͥ	Buffer made of buffer or synthetic resin (J to N take precedence)
F16F   7/00  G	0	1	3J066	F16F   7/00	362	°Фͤδ˾ΤˤΡʣƣƣʡƣƣͥ	Buffer made from metal springs (J to N take precedence)
F16F   7/00  H	0	1	3J066	F16F   7/00	116	ۼΤФͤȹ礻˾ΤˤΡʣƣƣʡƣƣͥ	Buffer made from different springs (J to N take precedence)
F16F   7/00  J	0	0	3J066	F16F   7/00	611	ư֤줿ݸѤδ˾֤˴ؤ	Related to buffer devices for protecting passengers which are provided with automobiles
F16F   7/00  K	0	1	3J066	F16F   7/00	512	Хѡ֤˴ؤ	Related to bumpers
F16F   7/00  L	0	1	3J066	F16F   7/00	269	ƥ֤˴ؤ	Related to steerings
F16F   7/00  M	0	0	3J066	F16F   7/00	32	Ѵ˾Τ˴ؤ	Related to buffer for driving stakes
F16F   7/00  N	0	0	3J066	F16F   7/00	62	ɸ˴ؤ	Related to fenders
F16F   7/00  Z	0	0	3J066	F16F   7/00	98	¾Τ	Others
F16F   7/01  \	1	1	3J066	F16F   7/01	199	ͷΥγҴ֤໤ѤΡ㡥Σ	using friction between loose particles, e.g. sand
F16F   7/02  \	1	1	3J066	F16F   7/02	95	˲ĤŪ˲žǽ໤ɽ̤ĤΡʣƣƣͥ表ʤΣĤФͤǤУƣƣˡΣ	with relatively-rotatable friction surfaces that are pressed together (one of the members being a spring F16F 13/02)
F16F   7/04  \	2	2	3J066	F16F   7/04	249	žˤĤ	in the direction of the axis of rotation
F16F   7/06  \	2	2	3J066	F16F   7/06	214	ž˿ľޤϷˤĤ	in a direction perpendicular or inclined to the axis of rotation
F16F   7/08  \	1	1	3J066	F16F   7/08	908	ߤľŪư໤ɽ̤ĤΡʣƣƣͥˡΣ	with friction surfaces rectilinearly movable along each other
F16F   7/09  \	2	2	3J066	F16F   7/09	81	ԥȥ󷿤ǤΡΣ	in dampers of the cylinder-and-piston type
F16F   7/10  \	1	1	3J066	F16F   7/10	421	̤Ѥ	using inertia effect
F16F   7/104  \	2	2	3J066	F16F   7/104	77	बŪ˼դΡΣ	the inertia member being resiliently mounted
F16F   7/108  \	3	3	3J066	F16F   7/108	71	Ф;˼դΡΣ	on plastics springs
F16F   7/112  \	3	3	3J066	F16F   7/112	2	ήΤФ;˼դΡΣ	on fluid springs
F16F   7/116  \	3	3	3J066	F16F   7/116	130	°Ф;˼դΡΣ	on metal springs
F16F   7/12  \	1	1	3J066	F16F   7/12	3278	ʤβŪѷѤ	using plastic deformation of members
F16F   7/14  \	1	1	3J066	F16F   7/14	78	֥ٻΤΡʤ໤ˤդ줿롼פ륱֥Ѥ	of cable-support type, i.e. frictionally-engaged loop-forming cables
F16F   9/00  \	0	0	3J069	F16F   9/00	32	ΤȤήΤޤϤζʪѤФ͡ư֡˾֡ޤϤƱͤεǽȤΩƤ줿ư֡ʣƣƣͥ表ıǽΤؤۤμդ£ãήưĥɥ֣ţơ	Springs, vibration-dampers, shock-absorbers, or similarly-constructed movement-dampers using a fluid or the equivalent as damping medium (F16F 5/00 takes precedence; connection of valves to inflatable elastic bodies B60C 29/00; door-operating appliances with fluid braking systems E05F)
F16F   9/00  A	0	0	3J069	F16F   9/00	859	ץ	Gas springs
F16F   9/00  B	0	1	3J069	F16F   9/00	329	ήϩĤˤäĹĴ	Adjusting the length by opening and closing the passage
F16F   9/00  C	0	0	3J069	F16F   9/00	177	å	Cylinder cushions
F16F   9/00  Z	0	0	3J069	F16F   9/00	629	¾	Others
F16F   9/02  \	1	1	3J069	F16F   9/02	1423	ΤߤѤ	using gas only
F16F   9/04  \	2	2	3J069	F16F   9/04	1491	ɤļˤ	in a chamber with a flexible wall
F16F   9/05  \	3	3	3J069	F16F   9/05	531	ɤ󥰥ե෿ǤΡΣ	the flexible wall being of the rolling diaphragm type [5]
F16F   9/06  \	1	1	3J069	F16F   9/06	939	ӱΤξѤ	using both gas and liquid
F16F   9/08  \	2	2	3J069	F16F   9/08	381	ɤļˤ	in a chamber with a flexible wall
F16F   9/084  \	3	3	3J069	F16F   9/084	436	줿ФͤʤΤǡɤήΤܿƤʤΡʤꥷ˳¦դΡΣ	comprising a gas spring contained within a flexible wall, the wall not being in contact with the damping fluid, i.e. mounted externally on the damper cylinder
F16F   9/088  \	3	3	3J069	F16F   9/088	2	ñΥԥȥޤʣ줿ɤͭ륬ФͤʤΡΣ	comprising a gas spring with a flexible wall provided within the cylinder on the piston rod of a monotubular damper or within the inner tube of a bitubular damper
F16F   9/092  \	3	3	3J069	F16F   9/092	1	ʣδ֤줿ɤͭ륬ФͤʤΡΣ	comprising a gas spring with a flexible wall provided between the tubes of a bitubular damper
F16F   9/096  \	3	3	3J069	F16F   9/096	1	ξüޤϲüˡޤȤ̤ˡޤ¦̤줿췿οȶκѤˤ˾״狼ʤΡΣ	comprising a hydropneumatic accumulator of the membrane type provided on the upper or the lower end of a damper or separately from or laterally on the damper
F16F   9/10  \	1	1	3J069	F16F   9/10	808	ΤΤߤѤΡ˽ΤʤήΤѤ	using liquid only; using a fluid of which the nature is immaterial
F16F   9/12  \	2	2	3J069	F16F   9/12	916	ήǲž룱İʾβž֤ǡʤ̤פǤʤ	Devices with one or more rotary vanes turning in the fluid, any throttling effect being immaterial
F16F   9/14  \	2	2	3J069	F16F   9/14	43	Ǽͳưİʾࡤ㡥ԥȥ㡤֤ǹʤ̤Ѥ	Devices with one or more members, e.g. pistons, vanes, moving to and fro in chambers and using throttling effect
F16F   9/14  A	2	0	3J069	F16F   9/14	1043	ž	Rotary type
F16F   9/14  Z	2	0	3J069	F16F   9/14	119	¾	Others
F16F   9/16  \	3	3	3J069	F16F   9/16	698	ͭʬľưΤߤޤǤ	involving only straight-line movement of the effective parts
F16F   9/18  \	4	4	3J069	F16F   9/18	337	İʾκѶ֤ʬƤ̩Ĥ줿ӥԥȥĤ	with a closed cylinder and a piston separating two or more working spaces therein
F16F   9/19  \	5	5	3J069	F16F   9/19	620	ĤΥĤ	with a single cylinder
F16F   9/20  \	5	5	3J069	F16F   9/20	466	ξṳ̈äƿӤƤԥȥĤ	with the piston-rod extending through both ends of the cylinder
F16F   9/22  \	4	4	3J069	F16F   9/22	44	ԥȥޤϥץ󥸥ˤ̩Ĥ졤ĤκѶ֤򤽤줾ͭ룱İʾΥĤ	with one or more cylinders, each having a single working space closed by a piston or plunger
F16F   9/24  \	5	5	3J069	F16F   9/24	123	ĤΥȡĤΥԥȥޤϥץ󥸥Ĥ	with a single cylinder and a single piston or plunger
F16F   9/26  \	5	5	3J069	F16F   9/26	97	ľ¤ĤΥȡϢ뤵줿ĤΥԥȥޤϥץ󥸥Ĥ	with two cylinders in line and with the two pistons or plungers connected together
F16F   9/28  \	5	5	3J069	F16F   9/28	83	¤ĤΥȡϢ뤵줿ĤΥԥȥޤϥץ󥸥Ĥ	with two parallel cylinders and with the two pistons or plungers connected together
F16F   9/30  \	1	1	3J069	F16F   9/30	571	ΤȤƸΤޤȾξʪ㡥ҾʪĤ	with solid or semi-solid material, e.g. pasty masses, as damping medium
F16F   9/32  \	1	1	3J069	F16F   9/32	55		Details
F16F   9/32  A	1	0	3J069	F16F   9/32	335	ͥХ	Sprung coil spring devices
F16F   9/32  B	1	1	3J069	F16F   9/32	908	Хͼʣƣƣͥ	Spring bearings
F16F   9/32  C	1	1	3J069	F16F   9/32	464	˾׼֤Ρ㡥եȥե֤	Placed within buffer rooms, e.g. in front forks, B takes precedence
F16F   9/32  H	1	0	3J069	F16F   9/32	666	¤	Cylinder structures
F16F   9/32  J	1	1	3J069	F16F   9/32	907		Cylinder tubes
F16F   9/32  K	1	1	3J069	F16F   9/32	476	üĺɡʣƣƣѡƣƣͥ	Closing end sections (guide R Q and sealing R 9/36)
F16F   9/32  L	1	0	3J069	F16F   9/32	1121	ԥȥ¤ʣƣƣͥ	Piston structures (valves, squeezing section R 9/34)
F16F   9/32  M	1	1	3J069	F16F   9/32	240	ԥȥ	Piston rings
F16F   9/32  N	1	1	3J069	F16F   9/32	698	ԥȥå	Piston rods
F16F   9/32  P	1	1	3J069	F16F   9/32	417	եݥԥȥ	Free pistons
F16F   9/32  Q	1	0	3J069	F16F   9/32	562	⡤ɻ	Guide and vibration prevention
F16F   9/32  R	1	0	3J069	F16F   9/32	186		Lubrication
F16F   9/32  S	1	0	3J069	F16F   9/32	373	Сɽ	Detection and display
F16F   9/32  T	1	0	3J069	F16F   9/32	350	֥	Sub tanks (separately arranged)
F16F   9/32  U	1	0	3J069	F16F   9/32	111		Safety devices
F16F   9/32  V	1	0	3J069	F16F   9/32	379	Фͺ㡥ۡ	Details of air springs (control valves, flexible coatings or the like)
F16F   9/32  Z	1	0	3J069	F16F   9/32	476	¾	Others
F16F   9/34  \	2	2	3J069	F16F   9/34	3017	ü۹¤ʰŪۣƣˡˡʤη¤	Special valve constructions (valves in general F16K); Shape or construction of throttling passages
F16F   9/342  \	3	3	3J069	F16F   9/342	223	̥ԥˤѤʤ	Throttling passages operating with metering pins
F16F   9/344  \	3	3	3J069	F16F   9/344	57	ήϩΣ	Vortex flow passages
F16F   9/346  \	3	3	3J069	F16F   9/346	156	ɤ֤줿åȤη򤷤ʤ	Throttling passages in the form of slots arranged in cylinder walls
F16F   9/348  \	3	3	3J069	F16F   9/348	1277	ߤȿ˺ưľ׷ʤ	Throttling passages in the form of annular discs operating in opposite directions
F16F   9/36  \	2	2	3J069	F16F   9/36	1219	ԥȥ̩֡ޤü̩	Special sealings, including sealings or guides for piston-rods
F16F   9/38  \	2	2	3J069	F16F   9/38	741	ݸѤΤΥС	Covers for protection or appearance
F16F   9/40  \	2	2	3J069	F16F   9/40	30	Ωɻ	Arrangements for preventing froth
F16F   9/40  A	2	0	3J069	F16F   9/40	192	ꥶݥм饷ؤΥήɻ	Preventing gas from flowing from the reservoir room to the cylinder room
F16F   9/40  B	2	0	3J069	F16F   9/40	139	ή®ή	Controlling the flow speed and flow direction
F16F   9/40  Z	2	0	3J069	F16F   9/40	167	¾	Others
F16F   9/42  \	2	2	3J069	F16F   9/42	127		Cooling arrangements
F16F   9/43  \	2	2	3J069	F16F   9/43	335	Ƥ֡㡥	Filling arrangements, e.g. for supply of gas
F16F   9/44  \	2	2	3J069	F16F   9/44	2352	μưĴˡٽȤ߹碌ˡʣƣƣƣƣͥ表ٽΤߣƣƣˡΣ	Means on or in the damper for manual or non-automatic adjustment; such means combined with temperature correction (F16F 9/53 takes precedence; temperature correction only F16F 9/52) [5]
F16F   9/46  \	3	3	3J069	F16F   9/46	2722	椹	allowing control from a distance
F16F   9/48  \	2	2	3J069	F16F   9/48	1062	ΰۤʤʬǰۤʤä̤뤿Ĵ֡ʣƣƣƣƣͥˡΣ	Arrangements for providing different damping effects at different parts of the stroke (F16F 9/53 takes precedence) [5]
F16F   9/49  \	3	3	3J069	F16F   9/49	502	ήϩĺɡ㡥尵ĺ	Stops limiting fluid passage, e.g. hydraulic stops
F16F   9/50  \	2	2	3J069	F16F   9/50	3501	ưĴ֤üˡʣƣƣƣƣͥˡΣ	Special means providing automatic damping adjustment (F16F 9/53 takes precedence) [5]
F16F   9/504  \	3	3	3J069	F16F   9/504	1255	μʡΣ	Inertia-sensitive means
F16F   9/508  \	3	3	3J069	F16F   9/508	1461	ԥȥαư®٤˴ʤĤΡΣ	Means responsive to the velocity of movement of the piston
F16F   9/512  \	3	3	3J069	F16F   9/512	143	ؤβٽźѤޤήΰϤ˴ʤĤΡΣ	Means responsive to load action on the damper or fluid pressure in the damper
F16F   9/516  \	3	3	3J069	F16F   9/516	1678	̤ȤƼθ̤Ĺθ̤ȰۤʤΡΣ	resulting in the damping effects during contraction being different from the damping effects during extension
F16F   9/52  \	3	3	3J069	F16F   9/52	459	ѲʳĴȷ礵줿Σƣƣ	in case of change of temperature (combined with external adjustment F16F 9/44)
F16F   9/53  \	2	2	3J069	F16F   9/53	917	ήΤǴ٤Ѳ뤳Ȥˤ긺Ĵˡ㡥żŪˡΣ	Means for adjusting damping characteristics by varying fluid viscosity, e.g. electromagnetically [5]
F16F   9/54  \	2	2	3J069	F16F   9/54	2340		Arrangements for attachment
F16F   9/56  \	2	2	3J069	F16F   9/56	19	ФͤޤĹĴޤϸꤹ뤿μʡ㡥νˤΣ	Means for adjusting the length of, or for locking, the spring or damper, e.g. at the end of the stroke
F16F   9/56  A	2	0	3J069	F16F   9/56	256	ȥԥȥаݻ	device to maintain relative position of cylinder and piston
F16F   9/56  B	2	1	3J069	F16F   9/56	91	ڻå	locking device to activate at extension time
F16F   9/56  Z	2	0	3J069	F16F   9/56	38	¾	Others
F16F   9/58  \	2	2	3J069	F16F   9/58	4	»ߤᡤ㡥γ¦ǥԥȥ֤ΡʣƣƣͥˡΣ	Stroke limiting stops, e.g. arranged on the piston rod outside the cylinder (F16F  9/49 takes precedence);;
F16F   9/58  A	2	0	3J069	F16F   9/58	446	ڤ˾״֡㡥Хɥȥå׵ǽͭ	cutting shock relaxing and absorbing device, e.g. device having rebound stopping function
F16F   9/58  B	2	0	3J069	F16F   9/58	740	ǰ̻˾״֡㡥Хɥȥå׵ǽͭ	maximum compressing shock relaxing and absorbing device, e.g. device having bound stopping function
F16F   9/58  Z	2	0	3J069	F16F   9/58	4	¾	Others
F16F  11/00  \	0	0	3J047	F16F  11/00	78	ήΤ໤ξѤѤ뿶ư֤ޤϴ˾	Vibration-dampers or shock-absorbers working with both friction and a damping fluid
F16F  13/00  \	0	0	3J047	F16F  13/00	2457	ư֡˾֡ޤήΤФͤȤȤήηΤФͤޤФ֡ʣƣƣͥ	Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs (F16F 5/00 takes precedence)
F16F  13/02  \	1	1	3J047	F16F  13/02	310	ФͤưʤȤ໤ܿˤ긺ꤹΡ໤ѤΤĤ봬Фͣƣƣ	damping by frictional contact between the spring and braking means (frictionally coacting wound springs F16F 3/06)
F16F  13/02  A	1	0	3J047	F16F  13/02	92	ФͺѤ໤ư̤Ȥ໤ˤ	by friction between the frictional member and the sliding face which receive spring actions
F16F  13/02  B	1	1	3J047	F16F  13/02	150	ư̤̤ȵ̻پǤΡ㡥λٻ	Sliding face being the bearing of the cylinder internal surface and the spherical surface
F16F  13/02  C	1	0	3J047	F16F  13/02	57	Фͤư̤ľưܿ	Springs directly contacting the sliding face
F16F  13/02  D	1	1	3J047	F16F  13/02	45	ư̤ФͤȤФʤʤ̤Ǥ	Sliding faces being the covered face of springs and spring covering materials
F16F  13/02  Z	1	0	3J047	F16F  13/02	12	¾Τ	Others
F16F  13/04  \	1	1	3J047	F16F  13/04	582	ФͤξʤΡ㡥໤Σ	comprising both a plastics spring and a damper, e.g. a friction damper
F16F  13/06  \	2	2	3J047	F16F  13/06	6	郎ήǤΡ㡥ήμʬʤФ͡ʣƣƣͥˡΣ	the damper being a fluid damper, e.g. the plastics spring not forming a part of the wall of the fluid chamber of the damper (F16F 13/26 takes precedence);;
F16F  13/08  \	3	3	3J047	F16F  13/08	2	ήμɤξʤȤʬФͤǷƤΡʣƣƣƣƣͥˡΣ	the plastics spring forming at least a part of the wall of the fluid chamber of the damper (F16F 13/20-F16F 13/24;  take precedence);;
F16F  13/10  \	4	4	3J047	F16F  13/10	2	ɤΤʤȤޤΤΤǷƤΡʣƣƣƣƣͥˡΣ	the wall being at least in part formed by a flexible membrane or the like (F16F 13/12-F16F 13/18;  take precedence);;
F16F  13/10  A	4	0	3J047	F16F  13/10	298	ήꥴɿٻ֡㡥󥸥ޥ	fluid containing rubber flexible mounting device, e.g. engine mount
F16F  13/10  B	4	1	3J047	F16F  13/10	377	ɿΤ桤Ĵ	control or adjustment for vibration control or vibration isolation
F16F  13/10  C	4	2	3J047	F16F  13/10	279	ήμߤ줿۷¤ʣꥪեˤ	by multiple fixed orfice of different diameter mounted inside fluid chamber
F16F  13/10  D	4	2	3J047	F16F  13/10	732	ήμưѷˤ뼼ⰵϤĴˤ	by adjustment of room pressure caused by movable portion or deforming portion inside fluid chamber
F16F  13/10  E	4	2	3J047	F16F  13/10	581	Ѱ̵ʡʤȥåѡˤ	by displacement regulation means, i.e. stopper
F16F  13/10  F	4	1	3J047	F16F  13/10	217	¤Ūħ	structural character
F16F  13/10  G	4	2	3J047	F16F  13/10	483	ήƴڤӤήμι¤	fluid container, and structure and arrangement of its fluid chamber
F16F  13/10  H	4	3	3J047	F16F  13/10	476	ƴι¤	structure of wall part of container
F16F  13/10  J	4	2	3J047	F16F  13/10	1389	ĵڤӥեι¤Ȥμդ	structure and mounting of partition plate and diaphragm
F16F  13/10  K	4	2	3J047	F16F  13/10	866	եι¤	structure of orifice
F16F  13/10  L	4	1	3J047	F16F  13/10	683	¤Ωٻդ	manufacture; assembly; support; installment
F16F  13/10  Z	4	0	3J047	F16F  13/10	84	¾Τ	Others
F16F  13/12  \	4	4	3J047	F16F  13/12	316	ñ켼ʣƣƣͥˡΣ	Single chamber dampers (F16F 13/14 takes precedence);;
F16F  13/14  \	4	4	3J047	F16F  13/14	5	֥å巿ιñ̡Σ	Units of the bushing type
F16F  13/14  A	4	0	3J047	F16F  13/14	505	եι¤	structure of orifice
F16F  13/14  B	4	0	3J047	F16F  13/14	414	¤Ωٻդ	manufacture; assembly; support; installment
F16F  13/14  Z	4	0	3J047	F16F  13/14	1099	¾Τ	Others
F16F  13/16  \	5	5	3J047	F16F  13/16	320	ä˼ٽŤΤŬ礷ΡΣ	specially adapted for receiving axial loads
F16F  13/18  \	4	4	3J047	F16F  13/18	3	ʿռΰ֤ޤϷħΤΡ㡥ʿռФͤϤ뤫ޤϴľǤΡʣƣƣͥˡΣ	characterised by the location or the shape of the equilibration chamber, e.g. the equilibration chamber surrounding the plastics spring or being annular (F16F 13/14 takes precedence);;
F16F  13/20  \	3	3	3J047	F16F  13/20	295	Фͤʤ뤳ȤħΤΡʣƣƣͥˡΣ	characterised by comprising also a pneumatic spring (F16F 13/22 takes precedence);;
F16F  13/22  \	3	3	3J047	F16F  13/22	167	ưŪ狼ʤ뤳ȤħΤΡʴ̤Ѥ綠켫ΣƣƣˡΣ	characterised by comprising also a dynamic damper (dampers using inertia effect per se F16F  7/10)
F16F  13/24  \	3	3	3J047	F16F  13/24	2	ñ̤Ĥǻٻ졤ñ̤ξüñ¾ǻٻƤΡʤ֥륢ƥ󥰥ޥȡΣ	the central part of the unit being supported by one element and both extremities of the unit being supported by a single other element, i.e. double acting mounting
F16F  13/26  \	2	2	3J047	F16F  13/26	2	֤˴ĴޤĴ֤ħΤΡΣ	characterised by adjusting or regulating devices responsive to exterior conditions
F16F  13/26  A	2	0	3J047	F16F  13/26	665	ðʤˤήμⰵϤĴˤ	by adjusment of presure inside fluid chamber using external pressurization means
F16F  13/26  B	2	1	3J047	F16F  13/26	420	ήΤˤ	by external pressure control fluid
F16F  13/26  C	2	0	3J047	F16F  13/26	82	ʣƴήμϢ̤ˤ	by mutual communication among fluid chambers of multiple containers
F16F  13/26  D	2	0	3J047	F16F  13/26	545	ήμߤ줿ήϩγˤ	by open-close control of fluid channel established inside fluid container
F16F  13/26  E	2	0	3J047	F16F  13/26	230	ήμߤ줿եιʤˤ	by controlling squeezing of orifice established inside fluid dhamber
F16F  13/26  Z	2	0	3J047	F16F  13/26	68	¾Τ	Others
F16F  13/28  \	3	3	3J047	F16F  13/28	102	Ȥ˥֥åιñ̤Ŭ礹ΡʣƣƣͥˡΣ	specially adapted for units of the bushing type (F16F 13/30 takes precedence);;
F16F  13/30  \	3	3	3J047	F16F  13/30	231	ήΤǴѤʤʤΡ㡥ήΤޤŵǴήΡΣ	comprising means for varying fluid viscosity, e.g. of magnetic or electrorheological fluids
F16F  15/00  \	0	0	3J048	F16F  15/00	5	οưɻߡʾʪʷ֣£Σˡϡ㡥ưη̤Ȥϡޤϸˡޤ֡ʵޤϹ¤ʪŪޤưŪĤ礤ǣͣ	Suppression of vibrations in systems (vehicle seat suspension devices B60N 2/50); Means or arrangements for avoiding or reducing out-of-balance forces, e.g. due to motion (testing static or dynamic balance of machines or structures G01M 1/00)
F16F  15/02  \	1	1	3J048	F16F  15/02	3098	ž㡥ưοưɻߡžȶ˱ưʤѤžοưɻߡΣ£¡οưɻߣ£	Suppression of vibrations of non-rotating, e.g. reciprocating, systems; Suppression of vibrations of rotating systems by use of members not moving with the rotating system (layered products B32B; suppression of vibration in ships B63)
F16F  15/02  A	1	0	3J048	F16F  15/02	3095	ưˤɿ㡥ǽư	Vibration control by  the vibratio control, e.g. active damping
F16F  15/02  B	1	1	3J048	F16F  15/02	1581	ξˤ	in vehicles
F16F  15/02  C	1	0	3J048	F16F  15/02	4766	ΤѤɿʣͥ	Vibration prevention using mass bodies (A takes precedence)
F16F  15/02  D	1	0	3J048	F16F  15/02	298	ߤˤɿ	Vibration control by bracing
F16F  15/02  E	1	0	3J048	F16F  15/02	1147	໤ϤѤɿ	Vibration control using the frictional force
F16F  15/02  H	1	0	3J048	F16F  15/02	202	ɿʤ뤳Ȥˤɿʥʤƣƣˡʣͥ	Vibration control by covering damping materials
F16F  15/02  J	1	0	3J048	F16F  15/02	300	ɿŶ뤳ȤˤɿʥོŶƣƣˡʣͥ	Vibration control by filling damping materials (rubber filling 15/08)
F16F  15/02  K	1	0	3J048	F16F  15/02	933	ɿΤη乽¤Ūħˤɿ	Vibration preventionv by using characteristics in shapes and structures of anti-vibration bodies
F16F  15/02  L	1	0	3J048	F16F  15/02	2827	ɿٻΤˤɿٻƣƣ	Flexible mounting (flexible mounting by using elastic bodies) (N takes precedence)
F16F  15/02  M	1	1	3J048	F16F  15/02	389	ɿ	Vibration control stands
F16F  15/02  N	1	1	3J048	F16F  15/02	231	ߤ겼ٻ	Suspended supports
F16F  15/02  P	1	1	3J048	F16F  15/02	286	žɿʣͥ	Vibration control of the rotating mechanism
F16F  15/02  Q	1	0	3J048	F16F  15/02	2257	ࡨ	Damping materials; damping boards
F16F  15/02  R	1	1	3J048	F16F  15/02	305	ĤηħΤ	Characterized by shapes of damping boards
F16F  15/02  S	1	1	3J048	F16F  15/02	304	Ĥμդ¤ħΤ	Characterized by mounting structures of damping boards
F16F  15/02  Z	1	0	3J048	F16F  15/02	1313	¾	Others
F16F  15/023  \	2	2	3J048	F16F  15/023	106	ήμʤѤΡΣ	using fluid means [6]
F16F  15/023  A	2	0	3J048	F16F  15/023	1630	ήư񹳤ˤ	using fluid flow resistance
F16F  15/023  B	2	0	3J048	F16F  15/023	8	ήΤήѤѤΡ㡧ޥȯɻߡ	using fluid flow straightening [example: carman vortex prevention]
F16F  15/023  Z	2	0	3J048	F16F  15/023	645	¾	Others
F16F  15/027  \	3	3	3J048	F16F  15/027	310	֤ޤΡΣ	comprising control arrangements [6]
F16F  15/03  \	2	2	3J048	F16F  15/03	473	żФˤˡѤΡʣƣƣͥˡΣ	using electromagnetic means (F16F 9/53 takes precedence) [5]
F16F  15/03  A	2	0	3J048	F16F  15/03	130	ϤǿưΤľܻٻɿΡʣͥ	Vibration prevention by directly supporting vibrating bodies by using magnetic repulsion force (J takes precedence)
F16F  15/03  B	2	1	3J048	F16F  15/03	187	ϤΤߤǻٻ	Supported by only resiliency of magnets
F16F  15/03  C	2	1	3J048	F16F  15/03	123	Ϥȶ°Фͤˤٻ	Supported by resiliency of magnets and metal springs
F16F  15/03  D	2	1	3J048	F16F  15/03	110	ϤȥФͤˤٻ	Supported by resiliency of magnets and rubber springs
F16F  15/03  E	2	1	3J048	F16F  15/03	111	ϤήΤФͤˤٻ	Supported by resiliency of magnets and fluid springs
F16F  15/03  F	2	1	3J048	F16F  15/03	89	ϤȼήΤˤٻ	Supported by resiliency of magnets and magnetic fluids
F16F  15/03  G	2	0	3J048	F16F  15/03	662	ФˤưϤǿưΤοưɿΡ̣ͥ	Vibration prevention by restricting vibration of vibrating bodies by using dampering force by magnets (J takes precedence)
F16F  15/03  H	2	1	3J048	F16F  15/03	131	ήΤǴ񹳤ʻѤ	Viscosity resistance of fluids being concurrently used
F16F  15/03  J	2	0	3J048	F16F  15/03	179	žΤɿ	Vibration control of rotators
F16F  15/03  Z	2	0	3J048	F16F  15/03	366	¾	Others
F16F  15/04  \	2	2	3J048	F16F  15/04	1574	ʤѤΡñθѤ֤ޤϤμդƣƣƣƣˡΣ	using elastic means (single elements or their attachment F16F 1/00-F16F 13/00) [2]
F16F  15/04  A	2	0	3J048	F16F  15/04	3415	Τˤɿٻ	Flexible mounting by elastic bodies (H takes precedence)
F16F  15/04  B	2	1	3J048	F16F  15/04	553	Фͤȶ°Фͤǻٻ	Supporting by rubber springs and metal springs
F16F  15/04  C	2	2	3J048	F16F  15/04	165	̵λٻ	Supports of compressors
F16F  15/04  D	2	1	3J048	F16F  15/04	381	໤ʤʻѤ	Means of reducing friction being concurrently used
F16F  15/04  E	2	1	3J048	F16F  15/04	1396	پ䤹٤پʻѤ	by means of reducing friction of rolling bearings and sliding bearings
F16F  15/04  F	2	1	3J048	F16F  15/04	406	ɿ	Vibration control stands
F16F  15/04  G	2	2	3J048	F16F  15/04	96	⤵Ĵǽʤ	Possible to adjust the height
F16F  15/04  H	2	1	3J048	F16F  15/04	167	Τˤߤ겼ٻ	Suspended supports by using elastic bodies
F16F  15/04  K	2	1	3J048	F16F  15/04	189	ɿϥɥμդ	Attachment of vibration control handles
F16F  15/04  L	2	1	3J048	F16F  15/04	216	ΤˤŸĥϤ䲡ϤͿˤɿ	Vibration prevention by applying spreading or pushing force by using elastic bodies
F16F  15/04  M	2	1	3J048	F16F  15/04	197	ΤѤߤˤɿ	Vibration control by the bracing using elastic bodies
F16F  15/04  N	2	1	3J048	F16F  15/04	271	žɿʣͥ	Vibration control of the rotating mechanism (M takes precedence)
F16F  15/04  P	2	1	3J048	F16F  15/04	2161	طΤˤ	using laminated type elastic body
F16F  15/04  Z	2	0	3J048	F16F  15/04	188	¾	Others
F16F  15/06  \	3	3	3J048	F16F  15/06	908	°ФͤĤΡʥФͤĤΣƣƣ	with metal springs (with rubber springs also F16F 15/08)
F16F  15/06  A	3	0	3J048	F16F  15/06	739	°Фͤˤɿٻ	Flexible mounting  by using metal springs (D takes precedence)
F16F  15/06  C	3	1	3J048	F16F  15/06	231	̵λٻ	Supports of compressors
F16F  15/06  D	3	1	3J048	F16F  15/06	134	ɿ	Vibration control stands
F16F  15/06  F	3	1	3J048	F16F  15/06	49	ФͷѼ	Spring couples
F16F  15/06  G	3	1	3J048	F16F  15/06	198	°ФͤˤŸĥϤ䲡ϤͿˤɿ	Vibration prevention by applying spreading force or pushing force by using metal springs
F16F  15/06  Z	3	0	3J048	F16F  15/06	109	¾ʶ°ФͼΣƣƣ	Others (metal springs themselves 1/00)
F16F  15/067  \	4	4	3J048	F16F  15/067	744	Ĥ봬ФͤΤߤѤΡΣ	using only wound springs [6]
F16F  15/073  \	4	4	3J048	F16F  15/073	157	ĤФͤΤߤѤΡΣ	using only leaf springs [6]
F16F  15/08  \	3	3	3J048	F16F  15/08	4497	ФͤĤ	with rubber springs
F16F  15/08  A	3	0	3J048	F16F  15/08	181	ɿħΤ	Vibration control rubber itself
F16F  15/08  B	3	1	3J048	F16F  15/08	563	üʵǽŪħɿ	Vibration control rubber characterized by special functions or materials
F16F  15/08  C	3	2	3J048	F16F  15/08	815	Ѱ̵ʤĤ	with means of restricting displacement
F16F  15/08  D	3	2	3J048	F16F  15/08	986	ŪħĤ	Characterized by materials
F16F  15/08  E	3	0	3J048	F16F  15/08	4000	ɿˤٻաѤɿ	Vibration control rubber used mainly for vibration control attachment (B to D take precedence)
F16F  15/08  F	3	1	3J048	F16F  15/08	235	СѤΤ	for attaching covers or the like
F16F  15/08  G	3	1	3J048	F16F  15/08	540	ࡢμ³ѤΤΡʣͥ	for attaching or connecting pipes, rods or similar things (M takes precedence)
F16F  15/08  K	3	1	3J048	F16F  15/08	2086	֥åˤ	Rubber bushes
F16F  15/08  L	3	1	3J048	F16F  15/08	279	Ӥˤ	Rubber legs
F16F  15/08  M	3	1	3J048	F16F  15/08	349	ߤ겼ٻѤΤ	for suspended supports
F16F  15/08  P	3	1	3J048	F16F  15/08	271	ʤϽŶ뤳Ȥˤ	by covering or filling rubber
F16F  15/08  R	3	1	3J048	F16F  15/08	123	饸ݤμդ	Mounting of radiators
F16F  15/08  S	3	1	3J048	F16F  15/08	48	١ݥˤ	in elevators
F16F  15/08  T	3	1	3J048	F16F  15/08	376	ȥ륯åɤˤ	Torque rods
F16F  15/08  V	3	1	3J048	F16F  15/08	576	̵λٻ	Supports of compressors
F16F  15/08  W	3	1	3J048	F16F  15/08	1490	󥸥λٻ	Supports of engines
F16F  15/08  X	3	1	3J048	F16F  15/08	214	ɿ	Vibration control stands
F16F  15/08  Y	3	1	3J048	F16F  15/08	344	Ѥžɿ	Vibration control of the rotation mechanism by using rubber
F16F  15/08  Z	3	0	3J048	F16F  15/08	87	¾	Others
F16F  15/10  \	1	1	3J048	F16F  15/10	11	ȤȤ˱ưѤ뤳Ȥˤžοưɻߡ礤ˤΣƣƣưƤޤϴַŪưϤ߼֤ĤΣƣȡ	Suppression of vibrations in rotating systems by making use of members moving with the system (by balancing F16F 15/22; with flywheels acting variably or intermittently F16H)
F16F  15/10  A	1	0	3J048	F16F  15/10	280	¾ʬवʤžοưɻ	Vibration control of the rotation mechanism which is not categorized as other titles
F16F  15/10  B	1	0	3J048	F16F  15/10	403	Ρ㡥ץڥ饷եȡʤФ͡໤ѤΣƣƣˡֿޡ	Shafts themselves, e.g. propeller shafts: using springs and friction 15/12
F16F  15/10  C	1	0	3J048	F16F  15/10	109	¤ʤħΤ	Characterized by materials and means of manufacturing
F16F  15/10  D	1	0	3J048	F16F  15/10	60	⡼͸ħΤ	Characterized by limiting such values as moments
F16F  15/10  E	1	0	3J048	F16F  15/10	164	ưϰϤεħΤΡ㡢ȥåѡ	Characterized by limits of movable range, e.g. stoppers
F16F  15/10  X	1	0	3J048	F16F  15/10	16	вžǽʼ̤ľۤ	Arranging mass which can relatively rotate with shafts linearly
F16F  15/10  Y	1	0	3J048	F16F  15/10	47	вžǽʼ̤ۤ	Arranging mass which can relatively rotate with shafts in parallel
F16F  15/10  Z	1	0	3J048	F16F  15/10	49	¾°	Others and accessories
F16F  15/12  \	2	2	3J048	F16F  15/12	110	ޤ໤ưѤΡ㡥žȤξ˼դвžǽʼ̤δ֤ѤΡʣƣƣͥˡΣ	using elastic members or friction-damping members, e.g. between a rotating shaft and a gyratory mass mounted thereon (F16F 15/16 takes precedence) [6]
F16F  15/12  J	2	0	3J048	F16F  15/12	199	Ѽʤ	with means of cooling
F16F  15/12  L	2	0	3J048	F16F  15/12	386	žѼѡʼΤεۿ¤ƣƣ	for rotating shafts and shaft couplings (damping mechanism of shafts themselves 15/10)
F16F  15/12  M	2	1	3J048	F16F  15/12	65	åȤĤΡֿޡ	with sockets
F16F  15/12  Q	2	1	3J048	F16F  15/12	167	γ̤˼դ	Attaching on the peripheral face of shafts
F16F  15/12  R	2	1	3J048	F16F  15/12	112	Ѽ˼դ	Attaching to shaft damping sections
F16F  15/12  S	2	1	3J048	F16F  15/12	840	ưãʥס꡼֡	for power transmission members (pulleys and gears)
F16F  15/12  Z	2	0	3J048	F16F  15/12	147	¾	Others
F16F  15/121  \	3	3	3J048	F16F  15/121	10	ȤƤФͤѤΡ㡥°Ф͡ʣƣƣͥˡΣ	using springs as elastic members, e.g. metallic springs (F16F 15/131 takes precedence) [6]
F16F  15/121  A	3	0	3J048	F16F  15/121	212	ĤФ	Blade springs
F16F  15/121  B	3	0	3J048	F16F  15/121	256	ưϤѲʤͭΡ㡢ͷӡʳư	with means of changing the vibration damping, e.g. play and step operations
F16F  15/121  Z	3	0	3J048	F16F  15/121	96	¾	Others
F16F  15/123  \	4	4	3J048	F16F  15/123	5	Ĥ봬Ф͡Σ	Wound springs [6]
F16F  15/123  A	4	0	3J048	F16F  15/123	384	߼֤ʣΤĤ봬Ф	Multiple helical springs placed on the circumference
F16F  15/123  B	4	0	3J048	F16F  15/123	315	šʼĤ봬Ф	Double or two-stage type helical springs
F16F  15/123  C	4	1	3J048	F16F  15/123	42	֤ħΤΡ㡢Ҽ	Characterized by displacement inside window sections, e.g. telescopic)
F16F  15/123  D	4	0	3J048	F16F  15/123	216	ٻħΤΡ㡢ȡȡ	Characterized by supports, e.g. sheets and frames
F16F  15/123  Z	4	0	3J048	F16F  15/123	119	¾	Others
F16F  15/124  \	4	4	3J048	F16F  15/124	10	Ф͡㡥ǤǤΡʣƣƣͥˡΣ	Plastics springs, e.g. made of rubber (F16F 15/123 takes precedence) [6]
F16F  15/124  A	4	0	3J048	F16F  15/124	35	¤ʤħΤ	Characterized by means of manufacturing
F16F  15/124  Z	4	0	3J048	F16F  15/124	247	¾	Others
F16F  15/126  \	5	5	3J048	F16F  15/126	4	žϤྯʤȤĤδľफʤΡΣ	consisting of at least one annular element surrounding the axis of rotation [6]
F16F  15/126  A	5	0	3J048	F16F  15/126	345	ǥֿޡ	Disc-shaped rubber
F16F  15/126  B	5	0	3J048	F16F  15/126	1354	ֿޡ	Cylindrical rubber
F16F  15/126  C	5	0	3J048	F16F  15/126	796	ʣ緿	Complex type
F16F  15/126  D	5	0	3J048	F16F  15/126	166	ħΤ	Characterized by details
F16F  15/126  Z	5	0	3J048	F16F  15/126	80	¾ʷ	Others (engagement type)
F16F  15/127  \	4	4	3J048	F16F  15/127	0	¾ηΤФͤȹ礻ФͤѤΡΣ	using plastics springs combined with other types of springs [6]
F16F  15/127  A	4	0	3J048	F16F  15/127	62	߼֤ʣΤФ	Multiple springs placed on the circumference
F16F  15/127  B	4	0	3J048	F16F  15/127	10	šʼФ	Double or two-stage springs
F16F  15/127  C	4	1	3J048	F16F  15/127	5	֤ħΤΡ㡢Ҽ	Characterized by displacement inside window sections, e.g. telescopic
F16F  15/127  D	4	0	3J048	F16F  15/127	25	ٻħΤΡ㡢ȡȡ	Characterized by supports, e.g. sheets and frames
F16F  15/127  Z	4	0	3J048	F16F  15/127	11	¾	Others
F16F  15/129  \	3	3	3J048	F16F  15/129	11	໤ʤħΤΡʣƣƣͥˡΣ	characterised by friction-damping means (F16F 15/131 takes precedence) [6]
F16F  15/129  A	3	0	3J048	F16F  15/129	133	ưϤѲʤͭΡ㡢ͷӡʳư	with means of changing the vibration damping, e.g. play and step operations
F16F  15/129  B	3	1	3J048	F16F  15/129	227	ФͤȤȹ礻ˤ	Combined with springs
F16F  15/129  C	3	2	3J048	F16F  15/129	162	ҥƥꥷħΡ㡢ҥƥꥷա	Characterized by hysteresis, e.g. hysteresis graph
F16F  15/129  D	3	0	3J048	F16F  15/129	105	ħΤ	Characterized by details
F16F  15/129  Z	3	0	3J048	F16F  15/129	60	¾	Others
F16F  15/131  \	3	3	3J048	F16F  15/131	47	žϤİʾμвžǽʼ̤ʤΡΣ	the rotating system comprising two or more gyratory masses [6]
F16F  15/133  \	4	4	3J048	F16F  15/133	6	ȤƤФͤѤΡ㡥°Ф͡Σ	using springs as elastic members, e.g. metallic springs [6]
F16F  15/133  A	4	0	3J048	F16F  15/133	138	ĤФ	Blade springs
F16F  15/133  B	4	0	3J048	F16F  15/133	269	ưϤѲʤͭΡ㡢ͷӡʳư	with means of changing the vibration damping, e.g. play and step operations
F16F  15/133  Z	4	0	3J048	F16F  15/133	246	¾	Others
F16F  15/134  \	5	5	3J048	F16F  15/134	9	Ĥ봬Ф͡Σ	Wound springs [6]
F16F  15/134  A	5	0	3J048	F16F  15/134	1754	߼֤ʣΤĤ봬Ф	Multiple helical springs placed on the circumference
F16F  15/134  B	5	0	3J048	F16F  15/134	749	šʼĤ봬Ф	Double or two-stage helical springs
F16F  15/134  C	5	1	3J048	F16F  15/134	60	֤ħΤΡ㡢Ҽ	Characterized by displacement inside window sections, e.g. telescopic
F16F  15/134  D	5	0	3J048	F16F  15/134	550	ٻħΤΡ㡢ȡȡ	Characterized by supports, e.g. sheets and frames
F16F  15/134  Z	5	0	3J048	F16F  15/134	142	¾	Others
F16F  15/136  \	5	5	3J048	F16F  15/136	3	Ф͡㡥ǤǤΡʣƣƣͥˡΣ	Plastics springs, e.g. made of rubber (F16F 15/134 takes precedence) [6]
F16F  15/136  A	5	0	3J048	F16F  15/136	168	Ⱦ͵ȷ礹Ρֿޡ	Engaging with protrusion in the radial direction
F16F  15/136  B	5	0	3J048	F16F  15/136	200	͵ȷ礹Ρֿޡ	Engaging with protrusion in the axial direction
F16F  15/136  Z	5	0	3J048	F16F  15/136	111	¾	Others
F16F  15/137  \	5	5	3J048	F16F  15/137	1	बۤʤİʾΤФͤʤΡΣ	the elastic members consisting of two or more springs of different types [6]
F16F  15/137  A	5	0	3J048	F16F  15/137	97	߼֤ʣΤĤ봬Ф	Multiple helical springs placed on the circumference
F16F  15/137  B	5	0	3J048	F16F  15/137	22	šʼĤ봬Ф	Double or two-stage helical springs
F16F  15/137  C	5	1	3J048	F16F  15/137	10	֤ħΤΡ㡢Ҽ	Characterized by displacement inside window sections, e.g. telescopic
F16F  15/137  D	5	0	3J048	F16F  15/137	22	ٻħΤΡ㡢ȡȡ	Characterized by supports, e.g. sheets and frames
F16F  15/137  Z	5	0	3J048	F16F  15/137	20	¾	Others
F16F  15/139  \	4	4	3J048	F16F  15/139	9	໤ʤħΤΡΣ	characterised by friction-damping means [6]
F16F  15/139  A	4	0	3J048	F16F  15/139	164	ưϤѲʤͭΡ㡢ͷӡʳư	with means of changing the vibration damping, e.g. play and step operations
F16F  15/139  B	4	1	3J048	F16F  15/139	439	ФͤȤȹ礻ˤ	Combined with springs
F16F  15/139  C	4	2	3J048	F16F  15/139	715	ҥƥꥷħΡ㡢ҥƥꥷա	Characterized by hysteresis, e.g. hysteresis graph
F16F  15/139  D	4	0	3J048	F16F  15/139	145	ħΤ	Characterized by details
F16F  15/139  Z	4	0	3J048	F16F  15/139	39	¾	Others
F16F  15/14  \	2	2	3J048	F16F  15/14	23	ȤȤ˲žͳưѤ	using freely-swinging masses rotating with the system
F16F  15/14  A	2	0	3J048	F16F  15/14	118	ĥ̥Хʷֿ͡ޡ	External expansion (governor type) [figure]
F16F  15/14  B	2	0	3J048	F16F  15/14	150	ĥֿޡ	Internal expansion [figure]
F16F  15/14  Z	2	0	3J048	F16F  15/14	588	¾ֿޡ	Others [figure]
F16F  15/16  \	2	2	3J048	F16F  15/16	27	ήΤѤΡϡʬϢ뤵Ƥ֣ƣġ	using a fluid (devices connecting input and output members F16D)
F16F  15/16  A	2	0	3J048	F16F  15/16	135	ήμΡֿޡ	Hydrodynamic inertia bodies [figure]
F16F  15/16  E	2	0	3J048	F16F  15/16	334	ήưֿޡ	Fluid control type [figure]
F16F  15/16  F	2	0	3J048	F16F  15/16	298	Ѽѡ̣Ťֿͥ͡ޡ	for couplings (A to E take precedence) [figure]
F16F  15/16  G	2	0	3J048	F16F  15/16	86	ưϤѲʤͭΡ㡢ͷӡʳư	with means of changing the vibration damping, e.g. play and step operations
F16F  15/16  H	2	1	3J048	F16F  15/16	47	Фͤͭ	with springs
F16F  15/16  J	2	1	3J048	F16F  15/16	123	եͭ	with orifices
F16F  15/16  K	2	1	3J048	F16F  15/16	33	໤ͭ	with friction members
F16F  15/16  L	2	1	3J048	F16F  15/16	15	ҥƥꥷħΡ㡢ҥƥꥷա	Characterized by hysteresis, e.g. hysteresis graph
F16F  15/16  M	2	0	3J048	F16F  15/16	48	ħΤ	Characterized by details
F16F  15/16  Z	2	0	3J048	F16F  15/16	101	¾	Others
F16F  15/167  \	3	3	3J048	F16F  15/167	1	ͭΡ㡥ġΣ	having an inertia member, e.g. ring [6]
F16F  15/167  A	3	0	3J048	F16F  15/167	117	ήΡܥٻΡֿޡ	Fluid and rubber supported rigid inertia bodies
F16F  15/167  B	3	0	3J048	F16F  15/167	118	ξ̥ٻֿޡ	Axial direction both face rubber supports
F16F  15/167  Z	3	0	3J048	F16F  15/167	23	¾	Others
F16F  15/173  \	4	4	3J048	F16F  15/173	4	ĤϥΡΣ	provided within a closed housing [6]
F16F  15/173  A	4	0	3J048	F16F  15/173	248	໤ڸʤͭΡ㡢٥󥰡ƥ󥰡	with means of reducing friction, e.g. bearings and coatings
F16F  15/173  Z	4	0	3J048	F16F  15/173	46	¾	Others
F16F  15/18  \	2	2	3J048	F16F  15/18	14	ŵŪˡѤΡȯ֤ϣȣˡ	using electric means (dynamo-electric devices H02K)
F16F  15/18  A	2	0	3J048	F16F  15/18	129	ŪʤѤΡ㡥ѡݡ	Using magnetic means, e.g. magnetic dampers
F16F  15/18  Z	2	0	3J048	F16F  15/18	176	¾㡥ŵŪ	Others, e.g. electric control
F16F  15/20  \	1	1	3J048	F16F  15/20	60	ŬȤ߹碌ޤϱưʬŪĴˤžοưɻ	Suppression of vibrations of rotating systems by favourable grouping or relative arrangement of the moving members of the system or systems
F16F  15/22  \	1	1	3J048	F16F  15/22	8	Ϥ	Compensation of inertia forces
F16F  15/22  A	1	0	3J048	F16F  15/22	150	ž	for rotators
F16F  15/22  B	1	1	3J048	F16F  15/22	99	󥯵	for the crank mechanisms
F16F  15/22  C	1	0	3J048	F16F  15/22	12	ư	for vibrating bodies
F16F  15/22  Z	1	0	3J048	F16F  15/22	24	¾žѡ	Others (for non-rotators)
F16F  15/24  \	2	2	3J048	F16F  15/24	7	󥯼ˤơ󥯡ԥȥ󡤤ޤΤΤü֤ˤ	of crankshaft systems by particular disposition of cranks, pistons, or the like
F16F  15/24  A	2	0	3J048	F16F  15/24	84	󥯡ԥȥޤΤΤü	Special displacement of cranks, pistons or similar things
F16F  15/24  B	2	0	3J048	F16F  15/24	70	󥸥ȴطΡ̣ͥ	Related to the number of engine cylinders (A takes precedence)
F16F  15/24  Z	2	0	3J048	F16F  15/24	25	¾㡥󥯥ݥ	Others, e.g. crank cases
F16F  15/26  \	2	2	3J048	F16F  15/26	26	󥯼ˤơεȶ˱ư롤̾Υԥȥʳιμ̤Ѥ	of crankshaft systems using solid masses, other than the ordinary pistons, moving with the system
F16F  15/26  A	2	0	3J048	F16F  15/26	236	󥯼ˤμ̤ˤΡ̤¾	by rigid mass in crank shafts (others)
F16F  15/26  B	2	1	3J048	F16F  15/26	265	Х󥵥ȡ󥿥	Balancer weights and counter weights
F16F  15/26  C	2	2	3J048	F16F  15/26	94	ľư򤹤Х	Balancer devices moving linearly
F16F  15/26  D	2	1	3J048	F16F  15/26	130	󥯼	Crankshafts
F16F  15/26  E	2	1	3J048	F16F  15/26	97	󥸥ȴط	Related to the number of engine cylinders
F16F  15/26  F	2	0	3J048	F16F  15/26	313	Х󥵼ˤ	by balancer shafts themselves, e.g. drives
F16F  15/26  G	2	1	3J048	F16F  15/26	175	Х󥵼ΤħΤ	Balancer shafts themselves
F16F  15/26  H	2	1	3J048	F16F  15/26	307	̥ϥ󥰡ϩ	Details (housings, pipe lines, bearings and lubrication)
F16F  15/26  J	2	1	3J048	F16F  15/26	105	󥸥ȴϢ	Related to the number of engine cylinders
F16F  15/26  K	2	0	3J048	F16F  15/26	371	ܤΥХ󥵼ˤ	by two balancer shafts
F16F  15/26  L	2	1	3J048	F16F  15/26	442	̥ϥ󥰡ϩ	Details (housings, pipe lines, bearings and lubrication)
F16F  15/26  M	2	1	3J048	F16F  15/26	63	󥸥ȴϢ	Related to the number of engine cylinders
F16F  15/26  N	2	0	3J048	F16F  15/26	106	Х󥵼μչ¤֤ħΤ	Characterized by the attaching structure and displacement of balancer shafts
F16F  15/26  P	2	1	3J048	F16F  15/26	73	ܤΥХ󥵼ħΤ	Characterized by two balancer shafts
F16F  15/26  Q	2	0	3J048	F16F  15/26	43	žδϢդħΤ	Characterized by linking of rotation and phase
F16F  15/26  R	2	1	3J048	F16F  15/26	27	ܤΥХ󥵼ħΤ	Characterized by two balancer shafts
F16F  15/26  Z	2	0	3J048	F16F  15/26	78	¾	Others
F16F  15/28  \	1	1	3J048	F16F  15/28	3	礤ꡨμդ֡ʥ鼰ĺţ£	Counterweights; Attaching or mounting same (for roll-type closures E06B 9/62)
F16F  15/28  A	1	0	3J048	F16F  15/28	72	礤ʿդФͼ	Avoidance of unbalance (balancing spring type)
F16F  15/28  B	1	0	3J048	F16F  15/28	50	磻ⷿʿդ	Wire suspension type balancing weights
F16F  15/28  C	1	0	3J048	F16F  15/28	85	ʿդμդ	Mounting of balance weights
F16F  15/28  D	1	0	3J048	F16F  15/28	40	ʿդ꼫ΡžǽĴ	Balance weights themselves; superimposable adjustment weights
F16F  15/28  E	1	0	3J048	F16F  15/28	36	հ	for liquid pressure operation devices
F16F  15/28  Z	1	0	3J048	F16F  15/28	81	¾㡥󥯵ѡ	Others, e.g. for link mechanisms
F16F  15/30  \	1	1	3J048	F16F  15/30	19	Ϥ߼֡ʣƣƣͥ表ϤȤȤưޤ໤ѤžοưɻߣƣƣŪʲžΣƣãƣãˡΣ	Flywheels (F16F 15/16 takes precedence; suppression of vibrations in rotating systems using elastic members or friction-damping members moving with the system F16F 15/12; rotary-body aspects in general F16C 13/00, F16C 15/00) [6]
F16F  15/30  A	1	0	3J048	F16F  15/30	213	ħΤ	Characterized by materials
F16F  15/30  B	1	1	3J048	F16F  15/30	219	ĺʤ	Made form sheet materials
F16F  15/30  E	1	0	3J048	F16F  15/30	572	໤ư	with frictional damping sections
F16F  15/30  P	1	1	3J048	F16F  15/30	138	ߥФͤˤ	by coil springs provided at the circumference
F16F  15/30  Q	1	1	3J048	F16F  15/30	111	ߤ	by way of elastic rubber
F16F  15/30  R	1	0	3J048	F16F  15/30	78	Хʡ	with governors and internal expanding members
F16F  15/30  S	1	0	3J048	F16F  15/30	162		Bearing sections
F16F  15/30  T	1	1	3J048	F16F  15/30	98		Bearings
F16F  15/30  U	1	0	3J048	F16F  15/30	740	ʬ䷿ե饤ۥݥ	Divided type flywheels
F16F  15/30  V	1	0	3J048	F16F  15/30	183		with gears
F16F  15/30  W	1	0	3J048	F16F  15/30	202	°㡥ѡɽ	Attachment, e.g. cooling and display
F16F  15/30  Z	1	0	3J048	F16F  15/30	627	¾	Others
F16F  15/305  \	2	2	3J048	F16F  15/305	4	ʤΡ㡥ݶץ饹ƥåΣƣңСϡΣ	made of plastics, e.g. fibre reinforced plastics [FRP] [2006.01]
F16F  15/305  A	2	0	3J048	F16F  15/305	104	ݺʤ	Made of fiber materials
F16F  15/305  Z	2	0	3J048	F16F  15/305	4	¾	Others
F16F  15/31  \	2	2	3J048	F16F  15/31	3	⡼ȤѤʤħΤΡΣ	characterised by means for varying the moment of inertia [6]
F16F  15/31  A	2	0	3J048	F16F  15/31	119	žϤĴǽʤ	Adjustable rotating inertia force
F16F  15/31  B	2	1	3J048	F16F  15/31	206	ե饤ۥ뤬ʣ礫ʤ	Made from multiple flywheels
F16F  15/31  C	2	1	3J048	F16F  15/31	225	ȾưΤ	with mass bodies moving in the radial direction
F16F  15/31  D	2	2	3J048	F16F  15/31	121	Х	Governor bodies
F16F  15/31  E	2	2	3J048	F16F  15/31	62		Spheres
F16F  15/31  F	2	2	3J048	F16F  15/31	64	ή	Fluids
F16F  15/31  G	2	1	3J048	F16F  15/31	174	ǽʤ	Controllable externally
F16F  15/31  H	2	2	3J048	F16F  15/31	191	ˤ	by the magnetic control
F16F  15/31  Z	2	0	3J048	F16F  15/31	27	¾	Others
F16F  15/315  \	2	2	3J048	F16F  15/315	11	ٻˡħΡ㡥ޥƥ󥰡æɻߡʣƣƣͥˡΣ	characterised by their supporting arrangement, e.g. mountings, cages, securing inertia member to shaft (F16F 15/31 takes precedence) [6]
F16F  15/315  A	2	0	3J048	F16F  15/315	385	žؤμդ	Mounting to rotary shafts
F16F  15/315  Z	2	0	3J048	F16F  15/315	37	¾	Others
F16F  15/32  \	1	1	3J048	F16F  15/32	28	žʿĴᤪޤ礤ޤϤहΡ㡥ξѼءΣ	Correcting- or balancing-weights or equivalent means for balancing rotating bodies, e.g. vehicle wheels [2,5]
F16F  15/32  A	1	0	3J048	F16F  15/32	316	Ĵᤪμդžüֿ̡ޡ	Mounting of adjustment weights; rotating disc end face
F16F  15/32  B	1	0	3J048	F16F  15/32	132	Ĵᤪμդž׼ֿ̡ޡ	Mounting of adjustment weights; circumferential face of rotating disc
F16F  15/32  D	1	0	3J048	F16F  15/32	188	Ĵᤪμդžֿ̡ޡ	Mounting of adjustment weights; outer circumferential face of rotating shaft
F16F  15/32  E	1	0	3J048	F16F  15/32	147	Ĵᤪμդ¾ֿޡ	Mounting of adjustment weights; others
F16F  15/32  F	1	0	3J048	F16F  15/32	47	ήμ̤ƷžѤϣ̤ء	Fluid type weight (see L for those for vertically rotating devices)
F16F  15/32  G	1	0	3J048	F16F  15/32	15	ڤ礭ܡ󥰤ˤĴ	Adjustment by notches and boring
F16F  15/32  H	1	0	3J048	F16F  15/32	29	Ʒžѡ㡥æ嵡ֿ͡ޡ	for vertically rotating devices, e.g. dehydrators, [figure]
F16F  15/32  J	1	1	3J048	F16F  15/32	57	Τ㡥Ρң㡥	Rigid weights, e.g. wheels: pendulums, etc.
F16F  15/32  K	1	2	3J048	F16F  15/32	83		Spheres
F16F  15/32  L	1	1	3J048	F16F  15/32	66	ήμήΥХ󥵡	Fluid weights (fluid balancer)
F16F  15/32  M	1	2	3J048	F16F  15/32	16	ľʬ䷿	Toroidal room of two-room dividing type
F16F  15/32  N	1	2	3J048	F16F  15/32	48	ήưΡ㡥ġ	with flow resistors, e.g. baffleplates
F16F  15/32  P	1	1	3J048	F16F  15/32	21	ήμܹΤȹ碌	Fluid weights + rigid body weights (combination)
F16F  15/32  C	1	0	3J048	F16F  15/32	301	ξѤΥХ󥷥󥰥ȡ֡ʼؤβžХ󥹤򸫤¬ϣǣͣʬ	Balancing-weights for vehicles;  Arrangement thereof (testing machine, measuring instrument, etc.  for testing, measuring, etc. balancing of wheels are classified in G01M1/00 - 1/38)
F16F  15/32  R	1	1	3J048	F16F  15/32	49	꼰νſ	Fastened type weight
F16F  15/32  S	1	2	3J048	F16F  15/32	20	ͥˤ	Installation by a screw
F16F  15/32  T	1	2	3J048	F16F  15/32	183	åפˤ	Installation by a clip
F16F  15/32  U	1	1	3J048	F16F  15/32	154	ˤ	Installation by bonding
F16F  15/32  V	1	1	3J048	F16F  15/32	29	ưνſ	Movable weight
F16F  15/32  W	1	1	3J048	F16F  15/32	24	ָĽħ	characterized by the installed position
F16F  15/32  X	1	2	3J048	F16F  15/32	228	ؤ֤	installed on the wheel
F16F  15/32  Y	1	3	3J048	F16F  15/32	25	ۥ륭åϥݡ֤	installed on the wheel cap
F16F  15/32  Z	1	0	3J048	F16F  15/32	159	¾	Others
F16F  15/34  \	2	2	3J048	F16F  15/34	6	Τ֤դΡΣ	Fastening arrangements therefor [5]
F16F  15/36  \	2	2	3J048	F16F  15/36	5	ưŪ˺ưΡΣ	operating automatically [5]
F16F  15/36  A	2	0	3J048	F16F  15/36	213	Х󥹽	Balance adjustment control
F16F  15/36  Z	2	0	3J048	F16F  15/36	25	¾	Others
