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This page displays all 「FI」 in main group F16F15/00. |
HB:Handbook | ||||
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CC:Concordance | |||||
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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) | HB | CC | 3J048 | |
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.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) | HB | CC | 3J048 | |
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Vibration control by the vibratio control, e.g. active damping | HB | CC | 3J048 | |
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.in vehicles | HB | CC | 3J048 | |
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Vibration prevention using mass bodies (A takes precedence) | HB | CC | 3J048 | |
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Vibration control by bracing | HB | CC | 3J048 | |
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Vibration control using the frictional force | HB | CC | 3J048 | |
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Vibration control by covering damping materials | HB | CC | 3J048 | |
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Vibration control by filling damping materials (rubber filling 15/08) | HB | CC | 3J048 | |
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Vibration preventionv by using characteristics in shapes and structures of anti-vibration bodies | HB | CC | 3J048 | |
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Flexible mounting (flexible mounting by using elastic bodies) (N takes precedence) | HB | CC | 3J048 | |
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.Vibration control stands | HB | CC | 3J048 | |
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.Suspended supports | HB | CC | 3J048 | |
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.Vibration control of the rotating mechanism | HB | CC | 3J048 | |
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Damping materials; damping boards | HB | CC | 3J048 | |
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.Characterized by shapes of damping boards | HB | CC | 3J048 | |
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.Characterized by mounting structures of damping boards | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..using fluid means [6] | HB | CC | 3J048 | |
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using fluid flow resistance | HB | CC | 3J048 | |
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using fluid flow straightening [example: carman vortex prevention] | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...comprising control arrangements [6] | HB | CC | 3J048 | |
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..using electromagnetic means (F16F 9/53 takes precedence) [5] | HB | CC | 3J048 | |
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Vibration prevention by directly supporting vibrating bodies by using magnetic repulsion force (J takes precedence) | HB | CC | 3J048 | |
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.Supported by only resiliency of magnets | HB | CC | 3J048 | |
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.Supported by resiliency of magnets and metal springs | HB | CC | 3J048 | |
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.Supported by resiliency of magnets and rubber springs | HB | CC | 3J048 | |
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.Supported by resiliency of magnets and fluid springs | HB | CC | 3J048 | |
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.Supported by resiliency of magnets and magnetic fluids | HB | CC | 3J048 | |
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Vibration prevention by restricting vibration of vibrating bodies by using dampering force by magnets (J takes precedence) | HB | CC | 3J048 | |
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.Viscosity resistance of fluids being concurrently used | HB | CC | 3J048 | |
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Vibration control of rotators | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..using elastic means (single elements or their attachment F16F 1/00-F16F 13/00) [2] | HB | CC | 3J048 | |
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Flexible mounting by elastic bodies (H takes precedence) | HB | CC | 3J048 | |
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.Supporting by rubber springs and metal springs | HB | CC | 3J048 | |
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..Supports of compressors | HB | CC | 3J048 | |
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.Means of reducing friction being concurrently used | HB | CC | 3J048 | |
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.by means of reducing friction of rolling bearings and sliding bearings | HB | CC | 3J048 | |
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.Vibration control stands | HB | CC | 3J048 | |
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..Possible to adjust the height | HB | CC | 3J048 | |
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.Suspended supports by using elastic bodies | HB | CC | 3J048 | |
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.Attachment of vibration control handles | HB | CC | 3J048 | |
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.Vibration prevention by applying spreading or pushing force by using elastic bodies | HB | CC | 3J048 | |
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.Vibration control by the bracing using elastic bodies | HB | CC | 3J048 | |
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.Vibration control of the rotating mechanism (M takes precedence) | HB | CC | 3J048 | |
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.using laminated type elastic body | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...with metal springs (with rubber springs also F16F 15/08) | HB | CC | 3J048 | |
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Flexible mounting by using metal springs (D takes precedence) | HB | CC | 3J048 | |
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.Supports of compressors | HB | CC | 3J048 | |
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.Vibration control stands | HB | CC | 3J048 | |
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.Spring couples | HB | CC | 3J048 | |
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.Vibration prevention by applying spreading force or pushing force by using metal springs | HB | CC | 3J048 | |
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Others (metal springs themselves 1/00) | HB | CC | 3J048 | |
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....using only wound springs [6] | HB | CC | 3J048 | |
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....using only leaf springs [6] | HB | CC | 3J048 | |
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...with rubber springs | HB | CC | 3J048 | |
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Vibration control rubber itself | HB | CC | 3J048 | |
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.Vibration control rubber characterized by special functions or materials | HB | CC | 3J048 | |
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..with means of restricting displacement | HB | CC | 3J048 | |
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..Characterized by materials | HB | CC | 3J048 | |
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Vibration control rubber used mainly for vibration control attachment (B to D take precedence) | HB | CC | 3J048 | |
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.for attaching covers or the like | HB | CC | 3J048 | |
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.for attaching or connecting pipes, rods or similar things (M takes precedence) | HB | CC | 3J048 | |
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.Rubber bushes | HB | CC | 3J048 | |
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.Rubber legs | HB | CC | 3J048 | |
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.for suspended supports | HB | CC | 3J048 | |
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.by covering or filling rubber | HB | CC | 3J048 | |
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.Mounting of radiators | HB | CC | 3J048 | |
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.in elevators | HB | CC | 3J048 | |
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.Torque rods | HB | CC | 3J048 | |
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.Supports of compressors | HB | CC | 3J048 | |
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.Supports of engines | HB | CC | 3J048 | |
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.Vibration control stands | HB | CC | 3J048 | |
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.Vibration control of the rotation mechanism by using rubber | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.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) | HB | CC | 3J048 | |
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Vibration control of the rotation mechanism which is not categorized as other titles | HB | CC | 3J048 | |
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Shafts themselves, e.g. propeller shafts: using springs and friction 15/12 | HB | CC | 3J048 | |
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Characterized by materials and means of manufacturing | HB | CC | 3J048 | |
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Characterized by limiting such values as moments | HB | CC | 3J048 | |
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Characterized by limits of movable range, e.g. stoppers | HB | CC | 3J048 | |
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Arranging mass which can relatively rotate with shafts linearly | HB | CC | 3J048 | |
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Arranging mass which can relatively rotate with shafts in parallel | HB | CC | 3J048 | |
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Others and accessories | HB | CC | 3J048 | |
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..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] | HB | CC | 3J048 | |
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with means of cooling | HB | CC | 3J048 | |
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for rotating shafts and shaft couplings (damping mechanism of shafts themselves 15/10) | HB | CC | 3J048 | |
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.with sockets | HB | CC | 3J048 | |
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.Attaching on the peripheral face of shafts | HB | CC | 3J048 | |
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.Attaching to shaft damping sections | HB | CC | 3J048 | |
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.for power transmission members (pulleys and gears) | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...using springs as elastic members, e.g. metallic springs (F16F 15/131 takes precedence) [6] | HB | CC | 3J048 | |
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Blade springs | HB | CC | 3J048 | |
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with means of changing the vibration damping, e.g. play and step operations | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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....Wound springs [6] | HB | CC | 3J048 | |
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Multiple helical springs placed on the circumference | HB | CC | 3J048 | |
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Double or two-stage type helical springs | HB | CC | 3J048 | |
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.Characterized by displacement inside window sections, e.g. telescopic) | HB | CC | 3J048 | |
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Characterized by supports, e.g. sheets and frames | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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....Plastics springs, e.g. made of rubber (F16F 15/123 takes precedence) [6] | HB | CC | 3J048 | |
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Characterized by means of manufacturing | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.....consisting of at least one annular element surrounding the axis of rotation [6] | HB | CC | 3J048 | |
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Disc-shaped rubber | HB | CC | 3J048 | |
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Cylindrical rubber | HB | CC | 3J048 | |
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Complex type | HB | CC | 3J048 | |
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Characterized by details | HB | CC | 3J048 | |
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Others (engagement type) | HB | CC | 3J048 | |
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....using plastics springs combined with other types of springs [6] | HB | CC | 3J048 | |
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Multiple springs placed on the circumference | HB | CC | 3J048 | |
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Double or two-stage springs | HB | CC | 3J048 | |
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.Characterized by displacement inside window sections, e.g. telescopic | HB | CC | 3J048 | |
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Characterized by supports, e.g. sheets and frames | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...characterised by friction-damping means (F16F 15/131 takes precedence) [6] | HB | CC | 3J048 | |
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with means of changing the vibration damping, e.g. play and step operations | HB | CC | 3J048 | |
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.Combined with springs | HB | CC | 3J048 | |
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..Characterized by hysteresis, e.g. hysteresis graph | HB | CC | 3J048 | |
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Characterized by details | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...the rotating system comprising two or more gyratory masses [6] | HB | CC | 3J048 | |
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....using springs as elastic members, e.g. metallic springs [6] | HB | CC | 3J048 | |
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Blade springs | HB | CC | 3J048 | |
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with means of changing the vibration damping, e.g. play and step operations | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.....Wound springs [6] | HB | CC | 3J048 | |
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Multiple helical springs placed on the circumference | HB | CC | 3J048 | |
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Double or two-stage helical springs | HB | CC | 3J048 | |
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.Characterized by displacement inside window sections, e.g. telescopic | HB | CC | 3J048 | |
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Characterized by supports, e.g. sheets and frames | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.....Plastics springs, e.g. made of rubber (F16F 15/134 takes precedence) [6] | HB | CC | 3J048 | |
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Engaging with protrusion in the radial direction | HB | CC | 3J048 | |
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Engaging with protrusion in the axial direction | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.....the elastic members consisting of two or more springs of different types [6] | HB | CC | 3J048 | |
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Multiple helical springs placed on the circumference | HB | CC | 3J048 | |
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Double or two-stage helical springs | HB | CC | 3J048 | |
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.Characterized by displacement inside window sections, e.g. telescopic | HB | CC | 3J048 | |
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Characterized by supports, e.g. sheets and frames | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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....characterised by friction-damping means [6] | HB | CC | 3J048 | |
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with means of changing the vibration damping, e.g. play and step operations | HB | CC | 3J048 | |
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.Combined with springs | HB | CC | 3J048 | |
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..Characterized by hysteresis, e.g. hysteresis graph | HB | CC | 3J048 | |
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Characterized by details | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..using freely-swinging masses rotating with the system | HB | CC | 3J048 | |
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External expansion (governor type) [figure] | HB | CC | 3J048 | |
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Internal expansion [figure] | HB | CC | 3J048 | |
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Others [figure] | HB | CC | 3J048 | |
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..using a fluid (devices connecting input and output members F16D) | HB | CC | 3J048 | |
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Hydrodynamic inertia bodies [figure] | HB | CC | 3J048 | |
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Fluid control type [figure] | HB | CC | 3J048 | |
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for couplings (A to E take precedence) [figure] | HB | CC | 3J048 | |
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with means of changing the vibration damping, e.g. play and step operations | HB | CC | 3J048 | |
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.with springs | HB | CC | 3J048 | |
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.with orifices | HB | CC | 3J048 | |
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.with friction members | HB | CC | 3J048 | |
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.Characterized by hysteresis, e.g. hysteresis graph | HB | CC | 3J048 | |
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Characterized by details | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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...having an inertia member, e.g. ring [6] | HB | CC | 3J048 | |
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Fluid and rubber supported rigid inertia bodies | HB | CC | 3J048 | |
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Axial direction both face rubber supports | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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....provided within a closed housing [6] | HB | CC | 3J048 | |
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with means of reducing friction, e.g. bearings and coatings | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..using electric means (dynamo-electric devices H02K) | HB | CC | 3J048 | |
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Using magnetic means, e.g. magnetic dampers | HB | CC | 3J048 | |
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Others, e.g. electric control | HB | CC | 3J048 | |
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.Suppression of vibrations of rotating systems by favourable grouping or relative arrangement of the moving members of the system or systems | HB | CC | 3J048 | |
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.Compensation of inertia forces | HB | CC | 3J048 | |
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for rotators | HB | CC | 3J048 | |
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.for the crank mechanisms | HB | CC | 3J048 | |
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for vibrating bodies | HB | CC | 3J048 | |
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Others (for non-rotators) | HB | CC | 3J048 | |
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..of crankshaft systems by particular disposition of cranks, pistons, or the like | HB | CC | 3J048 | |
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Special displacement of cranks, pistons or similar things | HB | CC | 3J048 | |
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Related to the number of engine cylinders (A takes precedence) | HB | CC | 3J048 | |
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Others, e.g. crank cases | HB | CC | 3J048 | |
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..of crankshaft systems using solid masses, other than the ordinary pistons, moving with the system | HB | CC | 3J048 | |
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by rigid mass in crank shafts (others) | HB | CC | 3J048 | |
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.Balancer weights and counter weights | HB | CC | 3J048 | |
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..Balancer devices moving linearly | HB | CC | 3J048 | |
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.Crankshafts | HB | CC | 3J048 | |
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.Related to the number of engine cylinders | HB | CC | 3J048 | |
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by balancer shafts themselves, e.g. drives | HB | CC | 3J048 | |
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.Balancer shafts themselves | HB | CC | 3J048 | |
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.Details (housings, pipe lines, bearings and lubrication) | HB | CC | 3J048 | |
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.Related to the number of engine cylinders | HB | CC | 3J048 | |
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by two balancer shafts | HB | CC | 3J048 | |
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.Details (housings, pipe lines, bearings and lubrication) | HB | CC | 3J048 | |
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.Related to the number of engine cylinders | HB | CC | 3J048 | |
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Characterized by the attaching structure and displacement of balancer shafts | HB | CC | 3J048 | |
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.Characterized by two balancer shafts | HB | CC | 3J048 | |
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Characterized by linking of rotation and phase | HB | CC | 3J048 | |
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.Characterized by two balancer shafts | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.Counterweights; Attaching or mounting same (for roll-type closures E06B 9/62) | HB | CC | 3J048 | |
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Avoidance of unbalance (balancing spring type) | HB | CC | 3J048 | |
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Wire suspension type balancing weights | HB | CC | 3J048 | |
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Mounting of balance weights | HB | CC | 3J048 | |
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Balance weights themselves; superimposable adjustment weights | HB | CC | 3J048 | |
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for liquid pressure operation devices | HB | CC | 3J048 | |
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Others, e.g. for link mechanisms | HB | CC | 3J048 | |
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.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] | HB | CC | 3J048 | |
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Characterized by materials | HB | CC | 3J048 | |
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.Made form sheet materials | HB | CC | 3J048 | |
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with frictional damping sections | HB | CC | 3J048 | |
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.by coil springs provided at the circumference | HB | CC | 3J048 | |
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.by way of elastic rubber | HB | CC | 3J048 | |
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with governors and internal expanding members | HB | CC | 3J048 | |
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Bearing sections | HB | CC | 3J048 | |
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.Bearings | HB | CC | 3J048 | |
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Divided type flywheels | HB | CC | 3J048 | |
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with gears | HB | CC | 3J048 | |
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Attachment, e.g. cooling and display | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..made of plastics, e.g. fibre reinforced plastics [FRP] [2006.01] | HB | CC | 3J048 | |
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Made of fiber materials | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..characterised by means for varying the moment of inertia [6] | HB | CC | 3J048 | |
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Adjustable rotating inertia force | HB | CC | 3J048 | |
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.Made from multiple flywheels | HB | CC | 3J048 | |
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.with mass bodies moving in the radial direction | HB | CC | 3J048 | |
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..Governor bodies | HB | CC | 3J048 | |
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..Spheres | HB | CC | 3J048 | |
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..Fluids | HB | CC | 3J048 | |
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.Controllable externally | HB | CC | 3J048 | |
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..by the magnetic control | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..characterised by their supporting arrangement, e.g. mountings, cages, securing inertia member to shaft (F16F 15/31 takes precedence) [6] | HB | CC | 3J048 | |
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Mounting to rotary shafts | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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.Correcting- or balancing-weights or equivalent means for balancing rotating bodies, e.g. vehicle wheels [2,5] | HB | CC | 3J048 | |
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Mounting of adjustment weights; rotating disc end face | HB | CC | 3J048 | |
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Mounting of adjustment weights; circumferential face of rotating disc | HB | CC | 3J048 | |
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Mounting of adjustment weights; outer circumferential face of rotating shaft | HB | CC | 3J048 | |
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Mounting of adjustment weights; others | HB | CC | 3J048 | |
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Fluid type weight (see L for those for vertically rotating devices) | HB | CC | 3J048 | |
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Adjustment by notches and boring | HB | CC | 3J048 | |
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for vertically rotating devices, e.g. dehydrators, [figure] | HB | CC | 3J048 | |
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.Rigid weights, e.g. wheels: pendulums, etc. | HB | CC | 3J048 | |
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..Spheres | HB | CC | 3J048 | |
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.Fluid weights (fluid balancer) | HB | CC | 3J048 | |
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..Toroidal room of two-room dividing type | HB | CC | 3J048 | |
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..with flow resistors, e.g. baffleplates | HB | CC | 3J048 | |
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.Fluid weights + rigid body weights (combination) | HB | CC | 3J048 | |
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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) | HB | CC | 3J048 | |
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.Fastened type weight | HB | CC | 3J048 | |
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..Installation by a screw | HB | CC | 3J048 | |
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..Installation by a clip | HB | CC | 3J048 | |
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.Installation by bonding | HB | CC | 3J048 | |
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.Movable weight | HB | CC | 3J048 | |
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.characterized by the installed position | HB | CC | 3J048 | |
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..installed on the wheel | HB | CC | 3J048 | |
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...installed on the wheel cap | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |
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..Fastening arrangements therefor [5] | HB | CC | 3J048 | |
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..operating automatically [5] | HB | CC | 3J048 | |
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Balance adjustment control | HB | CC | 3J048 | |
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Others | HB | CC | 3J048 | |