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WO2005088158A1 - Fluid filling-in vibration resistant device - Google Patents

Fluid filling-in vibration resistant device Download PDF

Info

Publication number
WO2005088158A1
WO2005088158A1 PCT/JP2004/003366 JP2004003366W WO2005088158A1 WO 2005088158 A1 WO2005088158 A1 WO 2005088158A1 JP 2004003366 W JP2004003366 W JP 2004003366W WO 2005088158 A1 WO2005088158 A1 WO 2005088158A1
Authority
WO
WIPO (PCT)
Prior art keywords
liquid
elastic
force
opening
orifice
Prior art date
Application number
PCT/JP2004/003366
Other languages
French (fr)
Japanese (ja)
Inventor
Takanori Hiraoka
Original Assignee
Toyo Tire & Rubber Co. Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Toyo Tire & Rubber Co. Ltd. filed Critical Toyo Tire & Rubber Co. Ltd.
Priority to PCT/JP2004/003366 priority Critical patent/WO2005088158A1/en
Priority to PCT/JP2004/017171 priority patent/WO2005088157A1/en
Priority to JP2006510875A priority patent/JP4322278B2/en
Priority to DE602005000091T priority patent/DE602005000091T2/en
Priority to AT05004594T priority patent/ATE338230T1/en
Priority to CN200510054403.5A priority patent/CN1667292A/en
Priority to US11/076,062 priority patent/US7258332B2/en
Publication of WO2005088158A1 publication Critical patent/WO2005088158A1/en

Links

Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16F—SPRINGS; SHOCK-ABSORBERS; MEANS FOR DAMPING VIBRATION
    • F16F13/00—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs
    • F16F13/04—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs comprising both a plastics spring and a damper, e.g. a friction damper
    • F16F13/06—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs comprising both a plastics spring and a damper, e.g. a friction damper 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
    • F16F13/08—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs comprising both a plastics spring and a damper, e.g. a friction damper 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 the plastics spring forming at least a part of the wall of the fluid chamber of the damper
    • F16F13/10—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs comprising both a plastics spring and a damper, e.g. a friction damper 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 the plastics spring forming at least a part of the wall of the fluid chamber of the damper the wall being at least in part formed by a flexible membrane or the like
    • F16F13/105—Units comprising springs of the non-fluid type as well as vibration-dampers, shock-absorbers, or fluid springs comprising both a plastics spring and a damper, e.g. a friction damper 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 the plastics spring forming at least a part of the wall of the fluid chamber of the damper the wall being at least in part formed by a flexible membrane or the like characterised by features of partitions between two working chambers
    • F16F13/106—Design of constituent elastomeric parts, e.g. decoupling valve elements, or of immediate abutments therefor, e.g. cages

Definitions

  • the present invention provides a first mounting member, a cylindrical second mounting member, a rubber-like elastic material connecting these members, and a tilting plate attached to the return second mounting member.
  • a diaphragm that forms a liquid i ⁇ f chamber between them, and a ⁇ 3 ⁇ 4night chamber with tins ⁇ 3 ⁇ 4 ⁇ the first liquid chamber on the main side and the second liquid chamber on the itrts diaphragm side.
  • Ari Akira that makes the first liquid chamber and the second liquid chamber communicate with each other.
  • the ttjt3 ⁇ 4t body is equipped with a fiss, and the displacement amount of the bow single's I ⁇ raw t3 ⁇ 4o membrane and tin self-
  • the above liquid filling type is installed, for example, between the transmission of the automobile and the body frame. Then, when a large amplitude occurs due to the unevenness of the running road surface, the night body »passes between the two liquid chambers through the orifice, and causes the liquid # « 3 ⁇ 4 effect »to flow. On the other hand, when a thickness of ⁇ is generated, the liquid does not flow between the two liquid chambers, and the elastic partition membrane reciprocates and deforms, absorbing the internal pressure of the first liquid chamber and retaining it.
  • the fiber on the fiber surface between the elastic partition membrane and the transformer cannot be made too small, and the noise can be sufficiently reduced. Power that could not be suppressed. Then, the size of the opening for transmitting the pressure of the liquid in the first liquid chamber to the elastic membrane is narrowed by the size of the change control, and it is difficult to absorb the internal pressure of the first liquid chamber. Was.
  • An object of the present invention is to make it possible to sufficiently generate abnormal noise and to achieve a high frequency It is a point to make * a liquid filling type storage device. Disclosure of the invention
  • the present invention comprises: a first mounting member, a cylindrical second mounting member, a Fujimoto made of a rubber-like elastic material connecting them; and a tiitS second mounting member mounted on the tiitS second mounting member.
  • a diaphragm that forms a liquid between the customer and the book, and a partition that separates it into the first liquid chamber on the liquid side and the second liquid chamber on the diaphragm side
  • the tiitS is provided with a orifice that communicates the first liquid chamber with the second liquid chamber. It is a liquid-filled type that has a pair of transformations that are regulated from both sides!
  • the disgusting opening is made up of the first opening formed according to the ⁇ rule and the plurality of second openings dispersedly formed around the first opening. Consisting of
  • the film is disgusting tut self-elasticity ⁇ It is located within the opening ttn in the axial direction of the film ⁇
  • the thick part of the Mukonaka rule and the outward side of this thick part The thin part is located in the middle of the tins in the direction of the thickness of the meat part, and is located away from the unpleasant three-way change sound.
  • the stiffness on the outer peripheral side attached to the body and the titBJ? A plurality of first ribs that can be in contact with the appearance and the boundary between the thin and thick parts of the IfffiB And a plurality of second ribs whose tops can be abutted on the top of the change control.
  • the liquid does not flow between the first liquid chamber and the second liquid chamber, and the internal pressure Q) of the first liquid chamber changes.
  • the force is transmitted to the thick part of the elastic membrane through the first opening of the damper, and to the thin part of the elastic membrane through the second opening.
  • a large amplitude »occurs and the internal pressure of the first liquid chamber reaches a predetermined value the deformation of the thick part and the thin part reaches the limit, and the liquid passes between the two liquid chambers through the orifice.
  • the liquid « « »effect leaks the large key.
  • the top of the plurality of first ribs and the top of the plurality of second ribs are changed. Since it is only in contact with the material, the fibers on the surface of the insect between the elastic tfc film and the countermeasure control can be made sufficiently small. However, it is not a source of abnormal noise because it is fixed to the change control system.) In addition, since the plurality of first ribs and the second ribs are distributed around the thick portion, the thick portion can be supported with a uniform force from around the thick portion, and the force biased to the thick portion can be reduced. It can be prevented from humming.
  • the elastic tt ⁇ D film If the elastic t ⁇ D film is too deformed to follow the change in the internal pressure of the first liquid chamber, the elastic tt ⁇ O film will change at the desired internal pressure of the first liquid chamber when the cinnabar width response occurs. It is difficult to control (limit deformation), and it is difficult for the liquid to pass through the orifice. Since the pressure is increased, the displacement of the elastic partition membrane is restricted by the desired internal pressure of the first liquid chamber.
  • the width of the portion is so widened that the pressure can be sufficiently absorbed when absorbing the internal pressure of the first liquid chamber.
  • the thick portion from the periphery thereof It is possible to support with a more uniform force, and it is possible to further prevent the force from being biased to the thick part.
  • one of the pair of displacement restricting attachments is provided integrally with an annoyance tube between the inner peripheral surfaces of the cylindrical sound attachments having an orifice wisteria on an outer peripheral portion thereof,
  • the «displacement regulation sound is fitted into the mounting seat formed in the rigid opening of the body tube. If 5 is fixed, the number of parts can be reduced, and the structure can be simplified.
  • one of the pair of inflections is a ttllB tube sound between the outer surfaces of the tube with orifice-shaped fiber on the outer periphery.
  • the tube is connected to the outer periphery of the ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇ ⁇
  • the high frequency input ⁇ , elastic tt3 ⁇ 4) In this case, the internal pressure of the first liquid chamber is absorbed and the dynamic spring of the device is suppressed, but when a higher frequency is input, the deformation of the elastic tfc film increases iffi: It is considered that the springing is insufficient. Therefore, in the present invention, if the first liquid chamber-side orifice is formed between the outer peripheral edge of the tutB stirring counter and the inner peripheral surface of the first liquid chamber, stirring is provided in the first liquid chamber.
  • the liquid flowing through the first liquid chamber side orifice can be made to flow at high frequency (the tij3 ⁇ 4 wave number of the tiJf self-liquid is set to a high value), thereby reducing the dynamic spring of the device when high frequency is difficult. be able to.
  • the striE reference book is connected to one of the first attachments which is striE, and is connected to a medium-length rule of self-mixing.
  • Fig. 1 is a vertical sectional view of the installation.
  • Fig. 2 is a front view of the liquid-filled water bottle.
  • Fig. 3 is a plan view with a tube
  • Fig. 4 is a longitudinal front view with a tube sound
  • Fig. 5 is a plan view of the tb ⁇ body.
  • Fig. 6 is a plan view of the second firewood wing sound control
  • Fig. 7 is a vertical cross-sectional view with 2nd 4 *
  • Fig. 8 is a plan view of the elastic membrane.
  • Figure 9 is a plan view of the elastic ftgO membrane
  • FIG. 10 is a longitudinal sectional view of a main part of the elastic film
  • FIG. 11 is an Sf view showing the structure of the stirring counter and its surroundings. BEST MODE FOR CARRYING OUT THE INVENTION
  • Fig. 1, Fig. 2, and Fig. 11 show the liquid-filled type protection for FR vehicles.
  • This “retractable guard” is composed of a first mounting bracket 1 that is mounted on the transmission via the first mounting bracket 111 and a tubular mounting bracket that is mounted on the vehicle body side member via the second mounting bracket 110.
  • the second fixture 2 of the There are provided ⁇ l3 ⁇ 4f books 3 made of a rubber-like elastic material having a truncated cone shape for connecting these.
  • the first mounting bracket 1 has a stepped circle shape, and its lower end is bonoreto-connected to a first mounting bracket 114 having a U-shaped cross section.
  • the first mounting bracket 1 1 4 is covered with rubber 1 1 5.
  • Reference numeral 6 in FIG. 2 denotes a plurality of mounting bolts 6.
  • the second fitting 2 is composed of a lower cylindrical fitting 4 that is shaped like a fSf three-piece, and an upper cylindrical fitting 5 that is concentric with the lower tubular fitting 4 and a power tool.
  • the lower cylindrical fitting 4 is internally fitted and accommodated in a cylindrical accommodation fitting 107.
  • the 3 ⁇ 4g3 ⁇ 4f book 3 is vulcanized and bonded to the outer peripheral surface of the first fixture 1 and the inner peripheral surface of the lower cylindrical fitting 4 respectively.
  • a diaphragm made of a rubber film that forms a liquid ( ⁇ ) ” ⁇ 3 ⁇ 48 between ⁇ 53 ⁇ 43 ⁇ 4 of the upper cylindrical metal fitting 5 and the appendix 3 is provided.
  • the liquid inlet chamber 8 is attached. It ⁇ I body 1 2 in the first liquid chamber 11A on the third side and the second liquid chamber 11B on the diaphragm side 5 is fixed by a bent portion 5B on the upper end side and a stepped cylindrical appendix 1 32.
  • the lower part of 3 2 is provided with a flange 1 3 2 C force S. This flange 1 3 2 C is combined with the flange 4 A of the lower cylindrical fitting 4 and the flange 5 A of the upper cylindrical fitting 5 and the force S.
  • These three flanges 4A, 5A and 1332C are caulked and fixed together so as to be sandwiched.
  • the t-layer 12 includes a disk-shaped elastic decorative film 15 made of a rubber film and the elastic tl ⁇ D-layer 15, and has an inner peripheral surface.
  • the first variation provided integrally between them.
  • the second variation that covers the opening of the tube sound 16 that is received by the first 16 Consists of eight.
  • the first change control sound 17 and the second change control change 18 change the displacement of the film 15 from both sides of the film 15 Regulating.
  • Openings 54 and 84 are formed in the first change control sound attachment 17 and the second displacement control sound attachment 18, respectively.
  • the orifice 25 that connects the first liquid chamber 1 1A and the second liquid chamber 1 1B to each other is placed between the outer peripheral surface of the cylindrical attachment 16 and the inner peripheral surface of the upper cylindrical fitting 5 in detail. Is formed between the inner peripheral surface of the upper cylindrical metal fitting 5 and the rubber film 7 formed by force. As shown in FIG. 4, an orifice forming groove 83 is provided in the tube attachment 16. The orifice 25 communicates with the second fluid chamber 11 B through the upper notch 58 (see FIG. 3) of the cylinder sound 16, and through the opening formed in the cylinder 13. It is in communication with the first liquid chamber 1 1 ⁇ . As shown in FIG. 6 and FIG.
  • the second change control 18 is formed in a disk shape, and is press-fitted into the mounting seat 80 formed in the opening of the cylinder _t _t.
  • the opening portion 84 of the second variable female member 18 has a circular first opening 84A formed in the center and four arc-shaped portions formed to be dispersed around the first opening 84A.
  • the four second openings 84B have the same size and shape as each other, and are positioned around the axis of the first opening 84A in a symmetrical manner.
  • the opening portion 54 of the first change control mechanism 17 has a circular first opening 54A formed at the center in the »direction, and is dispersed around the first opening 54A. And four force-formed second arc-shaped second openings 54B.
  • the four second openings 54B have the same size and shape as each other, and are positioned around the axis of the first opening 54A.
  • the i-th opening 54A of the imi 7 and the second opening 84A of the m-control are the same size and shape as the i-th opening 84A, and the second opening 54B of the first changing the eye 17 It has the same size and shape as the second opening 84 ⁇ in Appendix 18 of the second modification.
  • the first opening 54 ⁇ of the first variable male control 17 and the first opening 84 ⁇ of the second variable control sound 18 are located at the same position.
  • the second openings 54B of the first change control system 17 and the second openings 84B of the second change control system 18 stand at the same position and overlap each other.
  • the three-piece raw partition HMo 15 is positioned inside the first opening 54A (84A) in the axial direction of the three-piece raw partition membrane 15.
  • the thick thick part 50 of the ⁇ rule is located outside the thick part 50, and the thickness direction of the unfavorable EJ ⁇ thick part 50 (the elastic tb® film 15 In the middle of the thick part 50 in the axial center direction), a pair of varieties are attached.
  • the thin part 51 which is located on the outer side, and the solid part 52 on the outer periphery, which is shown in FIGS.
  • the s-th rib 53A which is provided integrally with the boundary on one surface side of the thick part 50 and abuts the 1st mm ⁇ 17 on the top 81, and around the thick part 50
  • the thin part 51 and the thick part 50 are integrally provided at the boundary of the fte surface side, and the top 81 is attached to the other second male control.
  • the top 8 1 of the ⁇ second rib 5 3 B is separated from the second variable female system 18 of ftt, and the second variable female system 18 It may be configured to be brought into contact with the object.
  • the top 81 of the first rib 53A may be able to abut on one of the first changes ( ⁇ ⁇ ⁇ Appendix 17), and the top 81 of the second rib 53B is the second It only needs to be able to contact the displacement regulating member 18).
  • the plurality of first ribs 53A and the second ribs 53B are arranged radially with respect to the axis O of the thick portion 50 at regular angles of 45 °.
  • Each of the first ribs 53 A and each of the second ribs 53 B overlap with each other as viewed in the axial center direction of 15.
  • the farthest part from the thick part 50, and the top part 81A is the thick part 50. Slightly project outward in the thickness direction.
  • the solid portion 2 protrudes on both sides in the thickness direction of the thin film 5 1.
  • a protruding portion 86 having an arc-shaped cross section is formed at the protruding end.
  • the length between the top surfaces of the biconvex portions 86 is set longer than the thickness of the thick portion 50.
  • This solid ⁇ 52 is fixed by a pair of deformation control members 17 and 18.
  • the diameter of the first opening 54 A (84 A) is 27 mm
  • the diameter of the elastic partition membrane 15 is 50 mm
  • the outer diameter of the thick portion 50 is 25 mm
  • the thick portion 5 The thickness of 0 is 5.8 nim
  • the thickness of the thin part 51 is 2.9 mm
  • the thickness is 552 mm.
  • the height of 55 2 (the length of the elastic decorative film 15 in the axial direction) is 6.8 mm.
  • the thickness of the solid 52 (the thickness of the elastic decorative film 15 in the iS ⁇ direction) can be set to 2 mm. A better effect can be obtained when the diameter of the thick portion 50 is within the range of 2/5 to 3/5 of the diameter of the elastic tb3 ⁇ 4D film 15.
  • a disk-shaped stirring force 60 is provided, and the outer periphery 61 of the stirring 60 and the first liquid chamber 11A are provided.
  • a first liquid chamber side orifice 63 is formed between the inner peripheral surface 62 and the inner peripheral surface 62. That is, the stirrer 60 is attached to the upper part 65 of the first fixture 1 that has penetrated the sterile bacteria 3; A total of 1566 bulges upward.
  • the present invention can also be applied to a structure in which the first reaction chamber 11A is not provided with the stirring reaction force 60S.
  • the present invention can also be applied to a “reward ceremony!” Installed between an automobile engine and a body frame.
  • the second sight-seeing ⁇ 18 is press-fitted into the mounting seat 80 formed in the opening of the upper detachment line of the pipe attachment 16.
  • the cylindrical part connected to the outer peripheral side of the second The external force is fitted to the ⁇ of the force S cylinder sound 16 and the structure of the pair of control members 17 and 18 force S elastic ti] (This configuration is a configuration corresponding to claim 4).
  • abnormal noise can be sufficiently exerted, and at the same time, high-frequency vibration with a fine pitch width can be reduced by ⁇ , and a liquid-filled type protection device can be used.
  • the above effect is obtained.
  • a liquid-filled S3 ⁇ 4 ⁇ device that can absorb a wide range, ranging from transversal to high frequency, can be used.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Combined Devices Of Dampers And Springs (AREA)

Abstract

A fluid filling-in vibration resistant device, comprising a first fitting device (1), a second fitting device (2), a vibration resistant base body (3), a diaphragm (9), a partition body (12), and an orifice (25), the partition body (12) wall further comprising an elastic partition membrane (15) and a pair of displacement regulating members (17) and (18). Opening parts (54) and (84) are formed in the displacement regulating members (17) and (18). The opening parts (54) and (84) comprise first openings (54A) and (84A) formed on the radial center side of the device and a plurality of second openings (54B) and (84B). The elastic partition membrane (15) comprises a thick-walled part (50) on the radial center side of the device, a thin-walled part (51), a fixed part (52), a plurality of first ribs (53A), and a plurality of second ribs (53B).

Description

觀入式謝藤置 贿分野  Observation ceremony
本発明は、 第 1取付け具と、筒状の第 2取付け具と、 これらを連結するゴム状弾性材 力 成る辦應本と、 歸己第 2取付け具に取付けられて tilt己¾»f本との間に液 i^f入 室を形成するダイヤフラムと、 ΐΐϋ¾夜 入室を tins辦 ¾{本側の第 1液室と itrtsダイ ャフラム側の第 2液室に t¾Dる ϋίϋり体と、 lilt己第 1液室と第 2液室を連通させるォリ 明  The present invention provides a first mounting member, a cylindrical second mounting member, a rubber-like elastic material connecting these members, and a tilting plate attached to the return second mounting member. A diaphragm that forms a liquid i ^ f chamber between them, and a ΐΐϋ¾night chamber with tins 辦 ¾ {the first liquid chamber on the main side and the second liquid chamber on the itrts diaphragm side. Ari Akira that makes the first liquid chamber and the second liquid chamber communicate with each other.
フィスとを備え、 ttjt¾t¾り体は、 弓単' I·生 t ¾oり膜と、 tin己弹性t^り膜の変位量をその 田 The ttjt¾t body is equipped with a fiss, and the displacement amount of the bow single's I 生 raw t¾o membrane and tin self-
両側から規制する一対の変ィ 見制音附とから成り、 lifts—対の商 見制き附に開口部が それぞれ形成されている液封入式 離置に関する。 背景技術 Lifts—Liquid-filled type separations with openings formed in the pair of commercial restraints. Background art
上記の液封入式!? ¾ ^置は、 例えば、 自動車のトランスミッションと車体フレームと の間に設けれられている。そして、走行路面の凹凸に起因して大振幅の謹が生じると、 ί夜体がオリフィスを通って両液室間を »し、 その液 #«¾効果によって »を さ せる。 一方、 ¾辰幅の »が生じると、 両液室間を液体が流通することはなく、 弾性仕 切り膜が往復動変形し、 第 1液室の内圧を吸収して擁を^させる。  The above liquid filling type is installed, for example, between the transmission of the automobile and the body frame. Then, when a large amplitude occurs due to the unevenness of the running road surface, the night body »passes between the two liquid chambers through the orifice, and causes the liquid #« ¾ effect »to flow. On the other hand, when a thickness of 幅 is generated, the liquid does not flow between the two liquid chambers, and the elastic partition membrane reciprocates and deforms, absorbing the internal pressure of the first liquid chamber and retaining it.
この種の液封入式辦離置では、 m^ り膜が変ィ 見制音附に衝突したときに異音 力 S発生し付い。 そこで、 従来、 日本国特言松開平成 6年 2 2 1 3 6 8号公報に開示さ れてレ、るように、 弾性飾り膜と格子状の変ィぉ見制音附との翻虫面の赚が小さくなる ように、 変位規制き附に放射状のリブを設けてあった。  In this type of liquid-filled 辦 separation, abnormal sound power S is generated when the membrane collides with an uncontrollable sound. Therefore, as previously disclosed in Japanese Patent Disclosure No. Matsukai No. 213,368, as described in Japanese Patent Application Publication No. Radial ribs were provided on the displacement control to reduce the surface area.
上記従来の構成によれば、 ある^異音を ることができるものの、 弾性仕切り 膜と変ィ ¾a制奋附との纖虫面の繊をあまり小さくすることができず、 異音を十分に抑 制できな力 た。 そして、 弾性 t½0り膜に第 1液室の液体の圧力を伝えるための開口部 の薩が変 見制咅附の格 の分だけ狭くなって、 第 1液室の内圧を吸収しにくかつ た。  According to the above-described conventional configuration, although a certain noise can be generated, the fiber on the fiber surface between the elastic partition membrane and the transformer cannot be made too small, and the noise can be sufficiently reduced. Power that could not be suppressed. Then, the size of the opening for transmitting the pressure of the liquid in the first liquid chamber to the elastic membrane is narrowed by the size of the change control, and it is difficult to absorb the internal pressure of the first liquid chamber. Was.
本発明の目的は、 異音を十分に ることができ、 しかも、 '鎌幅の高周波数の振 動を させ レヽ液封入式辦鐵置を樹 * る点にある。 発明の開示 An object of the present invention is to make it possible to sufficiently generate abnormal noise and to achieve a high frequency It is a point to make * a liquid filling type storage device. Disclosure of the invention
本発明の顿敫は、 第 1取付け具と、 筒状の第 2取付け具と、 これらを;^結するゴム状 弾性材から成る辦藤本と、 tiitS第 2取付け具に取付けられて廳己辦顧本との間に液 ί«入室を形成するダイヤフラムと、 肅敲#¾入室を Ιίί 防 »ί本側の第 1液室と前 記ダイャフラム側の第 2液室に it©る仕切り体と、 tiitS第 1液室と第 2液室を連通させ る才リフィスとを備え、 it己仕切り体は、 弓単†生仕切り月莫と、 tiff己弓単†生 tt¾り膜の変位量 をその両側から規制する一対の変 ί!¾見制咅附と力 成り、 嫌己一対の変^ ¾見制音附に開 口部がそれぞれ形成されてレ、る液封入式 ^置であって、  The present invention comprises: a first mounting member, a cylindrical second mounting member, a Fujimoto made of a rubber-like elastic material connecting them; and a tiitS second mounting member mounted on the tiitS second mounting member. A diaphragm that forms a liquid between the customer and the book, and a partition that separates it into the first liquid chamber on the liquid side and the second liquid chamber on the diaphragm side The tiitS is provided with a orifice that communicates the first liquid chamber with the second liquid chamber. It is a liquid-filled type that has a pair of transformations that are regulated from both sides!
嫌己開口部は、嫌 S對鼓見制音附の敏向中 *ί則に形成された第 1開口と、 この第 1 開口の周りに分散して形成された複数の第 2開口とから成り、 The disgusting opening is made up of the first opening formed according to the ί rule and the plurality of second openings dispersedly formed around the first opening. Consisting of
^ aり膜は、嫌己 tut己弾性 ^り膜の軸芯方向視で ttn己第 ι開口内に位 & る ^向中 則の厚肉部と、 この厚肉部の敏向外方側に位置し、 爾 肉部の厚さ方 向で tins?肉部の中間部に位置するとともに嫌3—対の変ィ 見制音附から離間して位置 する薄肉部と、 編己変 見制き附に る外周側の固 と、 titBJ?肉部の周りに分散 して位置する状態に嫌己薄肉部と厚肉部の一方の面側の境界部に一体に設けられ、 頂部 力 s—方の変ィ 見制き附に当接可能な複数の第 1リブと、 膽禪肉部の周りに^ mして位 置する状態に IfffiB薄肉部と厚肉部の の面側の境界部に一体に設けられ、 頂部が » の変ィ 見制咅附に当接可能な複数の第 2リブとから成る点にある。  ^ The film is disgusting tut self-elasticity ^ It is located within the opening ttn in the axial direction of the film ^ The thick part of the Mukonaka rule and the outward side of this thick part The thin part is located in the middle of the tins in the direction of the thickness of the meat part, and is located away from the unpleasant three-way change sound. The stiffness on the outer peripheral side attached to the body and the titBJ? A plurality of first ribs that can be in contact with the appearance and the boundary between the thin and thick parts of the IfffiB And a plurality of second ribs whose tops can be abutted on the top of the change control.
上記の構成によれば、微辰幅の議が生じた齢、 第 1液室と第 2液室の間を液体が 流通することはなく、 第 1液室の内圧 Q ) 力変ィぉ見制き附の第 1開口を通って弾性 ¾Dり膜の厚肉部に伝わるとともに、第 2開口を通つて弾性 り膜の薄肉部に伝わり、 これにより、 厚肉部及ひ育肉部力往復動変形し、 第 1液室の内圧を吸収して '微辰幅の振 動を させる。 大振幅の »が生じて第 1液室の内圧力所定の値になると、 厚肉部及 ひ薄肉部の変形が限界に達し、 液体がオリフィスを通って両液室間を る。 その液 ί«»効果によって大鍵畐の漏を させる。  According to the above configuration, the age at which the controversy arises, the liquid does not flow between the first liquid chamber and the second liquid chamber, and the internal pressure Q) of the first liquid chamber changes. The force is transmitted to the thick part of the elastic membrane through the first opening of the damper, and to the thin part of the elastic membrane through the second opening. Dynamically deforms and absorbs the internal pressure of the first liquid chamber, causing it to vibrate in the width of a small diameter. When a large amplitude »occurs and the internal pressure of the first liquid chamber reaches a predetermined value, the deformation of the thick part and the thin part reaches the limit, and the liquid passes between the two liquid chambers through the orifice. The liquid «« »effect leaks the large key.
上記の構成では、 tiifE複数の第 1リブの頂部と複数の第 2リブの頂部とが変お見制部 材に当接するだけであるから、 弾性 tfc¾Dり膜と對ぉ見制咅附との翻虫面の繊を十分に 小さくすることができる （弾性t^り膜の固 15も変ィ纖賠附に翻虫しているが、 固 は変 ί 見制咅附に固定されていることから異音発生源とはならない)。また、複数の 第 1リブと第 2リブは厚肉部の周りに分散して位置するから、 厚肉部をその周りから均 一な力で支持できて、 厚肉部に偏った力力幼口わるのを防止することができる。 In the above configuration, the top of the plurality of first ribs and the top of the plurality of second ribs are changed. Since it is only in contact with the material, the fibers on the surface of the insect between the elastic tfc film and the countermeasure control can be made sufficiently small. However, it is not a source of abnormal noise because it is fixed to the change control system.) In addition, since the plurality of first ribs and the second ribs are distributed around the thick portion, the thick portion can be supported with a uniform force from around the thick portion, and the force biased to the thick portion can be reduced. It can be prevented from humming.
弾性 t ^Dり膜を第 1液室の内圧の変化に追従変形し付くしすぎると、 辰幅の應 が生じたときに弾性 tt^Oり膜を第 1液室の所望の内圧で変ィ 見制 （変形の制限） するの が困難になり、 液体がオリフィスを通りにくくなるが、 上言 3»成によれば、 弾性飾り 膜の径方向中央側を厚肉部にして岡 I胜を強くしてあるから、 所望の第 1液室の内圧で弾 性仕切り膜を変位規制しゃすくなる。  If the elastic t ^ D film is too deformed to follow the change in the internal pressure of the first liquid chamber, the elastic tt ^ O film will change at the desired internal pressure of the first liquid chamber when the cinnabar width response occurs. It is difficult to control (limit deformation), and it is difficult for the liquid to pass through the orifice. Since the pressure is increased, the displacement of the elastic partition membrane is restricted by the desired internal pressure of the first liquid chamber.
そして第 1開口を形成したことで、 a り膜の 向中 *ί則に格 ÷^力 s形成され なレ、から、 弾性 fc¾Dり膜に第 1液室の液体の圧力を伝えるための開口部の がそれだ け広くなって、 第 1液室の内圧を吸収する際に圧力を十分吸収し付くすることができ る。 And by forming the first opening, a Ri film Mukonaka * I rule the rated ÷ ^ force s formed such les from an opening for transmitting the pressure of the liquid in the first liquid chamber to the elastic fc¾D Ri film The width of the portion is so widened that the pressure can be sufficiently absorbed when absorbing the internal pressure of the first liquid chamber.
本発明において、 ΙίΐΙΒ複数の第 1リブと第 2リブは膽3¥肉部の軸芯に対して腿状 に、 力 、 均等な角度ごとに配置されていると、 厚肉部をその周りからより均一な力で 支持できて、 厚肉部に偏った力力幼口わるのをより防止することができる。  In the present invention, if the plurality of first ribs and the second ribs are arranged in a thigh-like manner with respect to the axial center of the thick portion at an equal angle to the thigh, the thick portion from the periphery thereof It is possible to support with a more uniform force, and it is possible to further prevent the force from being biased to the thick part.
本発明において、 前記一対の変位規制き附のうち一方の変位規制音附は、外周部にォ リフィス形藤を備えた筒音附の内周面間に嫌己筒き财と一体に設けられ、 «の変位 規制音附は、 嫌己筒咅附のー 剛の開口部に形成された取付け座に内嵌し、 ΙίίΐΒ—対 の変 { 見制咅附が嫌己弾性 tt¾り膜の固 (5を,固定していると、 部品点数を少なく することができて、 構造を簡素化することができる。  In the present invention, one of the pair of displacement restricting attachments is provided integrally with an annoyance tube between the inner peripheral surfaces of the cylindrical sound attachments having an orifice wisteria on an outer peripheral portion thereof, The «displacement regulation sound is fitted into the mounting seat formed in the rigid opening of the body tube. If 5 is fixed, the number of parts can be reduced, and the structure can be simplified.
本発明にぉレヽて、 編己一対の変 { 見制き附のうち一方の変ィ嫌制き附は、外周部に オリフィス形纖を備えた筒き附の內周面間に ttllB筒音附と一体に設けられ、 ί の変 ィ 見制咅附の外周部側に連設された筒部力 ¾ίί|Β筒咅附の一 に外嵌し、 嫌己一対の変 ^制音附が嫌己弹性 り膜の固 を 固定していると、部品点数を少なくする ことができて、 構造を簡素化することができる。  According to the present invention, one of the pair of inflections is a ttllB tube sound between the outer surfaces of the tube with orifice-shaped fiber on the outer periphery. The tube is connected to the outer periphery of the 変 ί Β 咅 咅 咅 外 周 Β Β Β Β Β Β 嫌 、 When the rigidity of the membrane is fixed, the number of parts can be reduced, and the structure can be simplified.
ところで、 高周波数の謹が入力した^^、 弾性 tt¾)り膜が往復動変形レ これによ り、 第 1液室の内圧を吸収して本装置の髙動ばね化を抑制するが、 より高い周波 の 観が入力すると、 弾性 tfc©り膜の変ィ iffi:が増大して、 低動ばね化が不十分になるこ とが考えられる。 そこで本発明において、 觸己第 1液室内に攪拌 カ設けられて、 tutB 攪拌反の外周縁と第 1液室の内周面との間に第 1液室側ォリフィスが形成されてレヽると、 第 1液室側オリフィスを流通する液体を高周波 «で«させることができ （tiJf己液体 の «j¾波数を高レ tに設定する)、高周波難での本装置の低動ばね化を図ることがで きる。 By the way, the high frequency input ^^, elastic tt¾) In this case, the internal pressure of the first liquid chamber is absorbed and the dynamic spring of the device is suppressed, but when a higher frequency is input, the deformation of the elastic tfc film increases iffi: It is considered that the springing is insufficient. Therefore, in the present invention, if the first liquid chamber-side orifice is formed between the outer peripheral edge of the tutB stirring counter and the inner peripheral surface of the first liquid chamber, stirring is provided in the first liquid chamber. The liquid flowing through the first liquid chamber side orifice can be made to flow at high frequency (the tij¾ wave number of the tiJf self-liquid is set to a high value), thereby reducing the dynamic spring of the device when high frequency is difficult. be able to.
本発明にぉレヽては、 striE 顧本を貫通した嫌 3第 1取付け具の一 に編己攪拌 の中^ ί則の連^^力 s連結された構成にすることができる。  According to the present invention, it is possible to adopt a structure in which the striE reference book is connected to one of the first attachments which is striE, and is connected to a medium-length rule of self-mixing.
図面の簡単な説明 Brief Description of Drawings
第 1図は "入 ¾¾¾¾置の縦断面図、  Fig. 1 is a vertical sectional view of the installation.
第 2図は液封入式附驟置の正面図、  Fig. 2 is a front view of the liquid-filled water bottle.
第 3図は筒き附の平面図、  Fig. 3 is a plan view with a tube,
第 4図は筒音附の縦断正面図、  Fig. 4 is a longitudinal front view with a tube sound,
第 5図は tb©り体の平面図、  Fig. 5 is a plan view of the tb © body.
第 6図は第 2薪翅制音附の平面図、  Fig. 6 is a plan view of the second firewood wing sound control,
第 7図は第 2変ィ4*見制音附の縦断面図、  Fig. 7 is a vertical cross-sectional view with 2nd 4 *
第 8図は弾性 ffi)り膜の平面図、  Fig. 8 is a plan view of the elastic membrane.
第 9図は弾性 ftgOり膜の 面図、  Figure 9 is a plan view of the elastic ftgO membrane,
第 1 0図は弾性 ^り膜の要部の縦断面図、  FIG. 10 is a longitudinal sectional view of a main part of the elastic film,
第 1 1図は攪拌反とその周りの構造を示す Sf面図である。 発明を実施するための最良の形態  FIG. 11 is an Sf view showing the structure of the stirring counter and its surroundings. BEST MODE FOR CARRYING OUT THE INVENTION
以下、本発明の の形態を図面に基づいて説明する。 第 1図， 第 2図， 第 1 1図に F R車用の液封入式防 置を示してある。 この "入式防 置は、 トランスミツシ ヨンに第 1取付けブラケット 1 1 4を介して取付けられる第 1取付け具 1と、 車体側の メンバーに第 2取付けブラケット 1 1 0を介して取付けられる筒状の第 2取付け具 2と、 これらを連結する円錐台状のゴム状弾性材から成る辦 l¾f本 3とを備えている。 Hereinafter, embodiments of the present invention will be described with reference to the drawings. Fig. 1, Fig. 2, and Fig. 11 show the liquid-filled type protection for FR vehicles. This “retractable guard” is composed of a first mounting bracket 1 that is mounted on the transmission via the first mounting bracket 111 and a tubular mounting bracket that is mounted on the vehicle body side member via the second mounting bracket 110. The second fixture 2 of the There are provided 辦 l¾f books 3 made of a rubber-like elastic material having a truncated cone shape for connecting these.
第 1取付け具 1は段付きの円 ^状で、 その下端部が、 断面コの字状の第 1取付けブ ラケット 1 1 4にボノレト連結している。 第 1取付けブラケット 1 1 4はゴム咅附 1 1 5 で覆われている。 第 2図の符号 6は複数の取付けボルト 6である。 第 2取付け具 2は、 辦 Sf本 3力幼口 形される下側の筒状金具 4と、 この下側の筒状金具 4に対して同芯 状の上側の筒状金具 5と力ら成り、 下側の筒状金具 4は筒状の収容金具 1 0 7に内嵌 · 収容されている。 ¾g¾f本 3は第 1取付け具 1の外周面と下側の筒状金具 4の内周面と にそれぞれ加硫接着してレ、る。  The first mounting bracket 1 has a stepped circle shape, and its lower end is bonoreto-connected to a first mounting bracket 114 having a U-shaped cross section. The first mounting bracket 1 1 4 is covered with rubber 1 1 5. Reference numeral 6 in FIG. 2 denotes a plurality of mounting bolts 6. The second fitting 2 is composed of a lower cylindrical fitting 4 that is shaped like a fSf three-piece, and an upper cylindrical fitting 5 that is concentric with the lower tubular fitting 4 and a power tool. The lower cylindrical fitting 4 is internally fitted and accommodated in a cylindrical accommodation fitting 107. The ¾g¾f book 3 is vulcanized and bonded to the outer peripheral surface of the first fixture 1 and the inner peripheral surface of the lower cylindrical fitting 4 respectively.
そして、上側の筒状金具 5の ±5¾¾に、 附纏本 3との間に液 ίΦ¾)"Λ¾8を形财る ゴム膜から成るダイヤフラム 9力幼ロ献形されて、 液樹入室 8に液体が封入されてい る。 また、 液 入室 8を附 本 3側の第 1液室 1 1 Aとダイヤフラム側の第 2液室 1 1 Bに る it^Iり体 1 2力 上側の筒状金具 5の上端側の折曲部 5 Bと段付き円筒 状の鍾咅附 1 3 2とで贿固定されている。
Figure imgf000007_0001
3 2の下 ® はフランジ 1 3 2 C力 S設けられており、 このフランジ 1 3 2 Cを下側の筒状金具 4のフランジ 4 Aと 上側の筒状金具 5のフランジ 5 Aと力 S挟み込んだ状態になるように、 これら 3枚のフラ ンジ 4 A, 5 A, 1 3 2 Cを一体にかしめ固定してある。 Then, a diaphragm made of a rubber film that forms a liquid (Φί) ”Λ¾8 between ± 5¾¾ of the upper cylindrical metal fitting 5 and the appendix 3 is provided. In addition, the liquid inlet chamber 8 is attached. It ^ I body 1 2 in the first liquid chamber 11A on the third side and the second liquid chamber 11B on the diaphragm side 5 is fixed by a bent portion 5B on the upper end side and a stepped cylindrical appendix 1 32.
Figure imgf000007_0001
The lower part of 3 2 is provided with a flange 1 3 2 C force S. This flange 1 3 2 C is combined with the flange 4 A of the lower cylindrical fitting 4 and the flange 5 A of the upper cylindrical fitting 5 and the force S. These three flanges 4A, 5A and 1332C are caulked and fixed together so as to be sandwiched.
第 1 1図にも示すように、 t^り体 1 2は、 ゴム膜から成る円板状の弾性飾り膜 1 5と、 この弾性 tl^Dり膜 1 5を収容して、 内周面間に一体に設けた第 1変ィ] ¾見制音附 1 7で受止める筒音附 1 6と、 この筒き附 1 6の一驗剛の開口を覆う第 2変ィ 見制き附 1 8とから成る。 つまり、 第 1変ィぉ見制音附 1 7と第 2^変 見帘賠附 1 8が弓寧十生 t ¾)り 膜 1 5の変位量をその弾 tt¾り膜 1 5の両側から規制している。 第 1変 見制音附 1 7と第 2変位ま見制き附 1 8に開口部 5 4 , 8 4をそれぞれ形成してある。  As shown in FIG. 11, the t-layer 12 includes a disk-shaped elastic decorative film 15 made of a rubber film and the elastic tl ^ D-layer 15, and has an inner peripheral surface. The first variation provided integrally between them.] The second variation that covers the opening of the tube sound 16 that is received by the first 16 Consists of eight. In other words, the first change control sound 17 and the second change control change 18 change the displacement of the film 15 from both sides of the film 15 Regulating. Openings 54 and 84 are formed in the first change control sound attachment 17 and the second displacement control sound attachment 18, respectively.
till己第 1液室 1 1 Aと第 2液室 1 1 B同士を連通させるオリフィス 2 5を、筒き附 1 6の外周面と上側の筒状金具 5の内周面との間、 詳しくは上側の筒状金具 5の内周面に 力ロ¾^したゴム膜 7との間に形成してある。 第 4図に示すように、 筒き附 1 6 部にォリフィス形成溝 8 3を備えて!/、る。 オリフィス 2 5は、 筒音附 1 6の上側切欠き 5 8 (第 3図参照） を介して第 2液室 1 1 Bと連通し、 ί ^附 1 3 2に形成された開 口を介して第 1液室 1 1 Αと連通している。 第 6図， 第 7図に示すように、 第 2変ィ 見制き附 18は円板状に形成され、 筒咅附 1 6の _t«醜の開口部に形成された取付け座 80に圧入内嵌している。 第 2変雌制部 材 18の開口部 84は、 向中央に形成された円形の第 1開口 84 Aと、 この第 1開 口 84 Aの周りに分散して形成された 4個の円弧状の第 2開口 84 Bと力、ら成る。 4個 の第 2開口 84 Bは互レヽに同一大きさ ·形状で、 第 1開口 84 Aの軸芯周りに点刘称に 位針る。 till The orifice 25 that connects the first liquid chamber 1 1A and the second liquid chamber 1 1B to each other is placed between the outer peripheral surface of the cylindrical attachment 16 and the inner peripheral surface of the upper cylindrical fitting 5 in detail. Is formed between the inner peripheral surface of the upper cylindrical metal fitting 5 and the rubber film 7 formed by force. As shown in FIG. 4, an orifice forming groove 83 is provided in the tube attachment 16. The orifice 25 communicates with the second fluid chamber 11 B through the upper notch 58 (see FIG. 3) of the cylinder sound 16, and through the opening formed in the cylinder 13. It is in communication with the first liquid chamber 1 1 Α. As shown in FIG. 6 and FIG. 7, the second change control 18 is formed in a disk shape, and is press-fitted into the mounting seat 80 formed in the opening of the cylinder _t _t. Inlaid. The opening portion 84 of the second variable female member 18 has a circular first opening 84A formed in the center and four arc-shaped portions formed to be dispersed around the first opening 84A. The second opening 84B and the force, consisting of: The four second openings 84B have the same size and shape as each other, and are positioned around the axis of the first opening 84A in a symmetrical manner.
第 3図に示すように、 第 1変ィぉ見制咅附 17の開口部 54は、 »向中央に形成され た円形の第 1開口 54Aと、 この第 1開口 54 Aの周りに分散して形成された 4個の円 弧状の第 2開口 54 Bと力ら成る。 4個の第 2開口 54 Bは互レ、に同一大きさ '形状で、 第 1開口 54 Aの軸芯周りに点纖こ位 る。 As shown in FIG. 3, the opening portion 54 of the first change control mechanism 17 has a circular first opening 54A formed at the center in the »direction, and is dispersed around the first opening 54A. And four force-formed second arc-shaped second openings 54B. The four second openings 54B have the same size and shape as each other, and are positioned around the axis of the first opening 54A.
i m i 7の第 ι開口 54Aと、 第 2変ィ] m制咅附 isの第 i開口 84A とは同一大きさ ·形状であり、 第 1変お見制咅财 17の第 2開口 54Bと、 第 2変ィお見 制咅附 18の第 2開口 84Βとは同一大き 'さ ·形状である。 そして、 それらの軸芯方向 視で、 第 1変ィ雄制き附 17の第 1開口 54Αと、 第 2変ィぉ見制音附 18の第 1開口 8 4 Αとが同一位置に位置して重なり、 第 1変 見制咅附 17の各第 2開口 54Bと、 第 2変ィ 見制咅附 18の各第 2開口 84 Bとが同一位置にィ立置して重なってレヽる。  The i-th opening 54A of the imi 7 and the second opening 84A of the m-control are the same size and shape as the i-th opening 84A, and the second opening 54B of the first changing the eye 17 It has the same size and shape as the second opening 84Β in Appendix 18 of the second modification. When viewed in the axial direction, the first opening 54 開口 of the first variable male control 17 and the first opening 84 開口 of the second variable control sound 18 are located at the same position. The second openings 54B of the first change control system 17 and the second openings 84B of the second change control system 18 stand at the same position and overlap each other.
第 8図， 第 9図， 第 10図に示すように、 3寧†生仕切り H莫 15は、 3単†生仕切り膜 15の 軸芯方向視で第 1開口 54A (84A) 内に位針るδ^向中;^則の円形の厚肉部 50 と、 この厚肉部 50の敏向外方側に位置し、 嫌 EJ¥肉部 50の厚さ方向 （弾性 tb®り 膜 15の軸芯方向)で厚肉部 50の中間部に位 るとともに一対の変 ί雄制咅附 17， 18 (第 1 見制音附 17 '第 2変 ί 見制音附 18) 力ら離間して位 る薄肉部 5 1と、 変^ ¾見制音附 17, 18に ¾ "る外周側の固； 52と、 厚肉部 50の周りに分 散して位财る状態に薄肉部 51と厚肉部 50の一方の面側の境界部に一体に設けられ、 頂部 81力—方の第 1 mm ^ 17に当接する s個の第 ιリブ 53 Aと、 厚肉部 5 0の周りに^ ¾して位 る状態に嫌己薄肉部 51と厚肉部 50の fteの面側の境界部 に一体に設けられ、 頂部 81が他方の第 2変ィ雄制き附 18に当接する 8個の第 2リブ 53 Bと力ら成る。 （ttrlB第 1リブ 53 Aの項部 81を一方の第 1変雌制 附 17か ら離間させておき、 »の入力に伴って第 1変 ί 制部材 17に当接させるように構成 してあってもよい。 同様に、 編 β第 2リブ 5 3 Bの頂部 8 1を fttの第 2変雌制咅附 1 8から離間させておき、 攝の入力に伴って第 2変ィぉ見制き附 1 8に当接させるよう に構成してあってもよい。 すなわち、 第 1リブ 5 3 Aの頂部 8 1は一方の第 1変 {ぉ見制 咅附 1 7に当接可能であればよく、 第 2リブ 5 3 Bの頂部 8 1は他方の第 2変位規制部 材 1 8に当接可能であればよレヽ)。 As shown in FIG. 8, FIG. 9, and FIG. 10, the three-piece raw partition HMo 15 is positioned inside the first opening 54A (84A) in the axial direction of the three-piece raw partition membrane 15. The thick thick part 50 of the ^ rule is located outside the thick part 50, and the thickness direction of the unfavorable EJ ¥ thick part 50 (the elastic tb® film 15 In the middle of the thick part 50 in the axial center direction), a pair of varieties are attached. The thin part 51, which is located on the outer side, and the solid part 52 on the outer periphery, which is shown in FIGS. 17 and 18 and the thin part 51 which is distributed around the thick part 50 The s-th rib 53A, which is provided integrally with the boundary on one surface side of the thick part 50 and abuts the 1st mm ^ 17 on the top 81, and around the thick part 50 The thin part 51 and the thick part 50 are integrally provided at the boundary of the fte surface side, and the top 81 is attached to the other second male control. Consists of eight second ribs 53 B that come into contact with 18. (Terminal part 81 of ttrlB first rib 53 A is separated from one of the first variable female attachments 17, and with the input of » To make contact with the first control member 17 You may have. Similarly, the top 8 1 of the β second rib 5 3 B is separated from the second variable female system 18 of ftt, and the second variable female system 18 It may be configured to be brought into contact with the object. In other words, the top 81 of the first rib 53A may be able to abut on one of the first changes (ぉ 制 制 Appendix 17), and the top 81 of the second rib 53B is the second It only needs to be able to contact the displacement regulating member 18).
複数の第 1リブ 5 3 Aと第 2リブ 5 3 Bはそれぞれ厚肉部 5 0の軸芯 Oに対して放 射状に、 つ、 均等な角度 4 5° ごとに配置され、 弾性飾り膜 1 5の軸芯方向視で各 第 1リブ 5 3 Aと各第 2リブ 5 3 Bが重なっている。 第 1 0図に示すように、 第 1リブ 5 3 Aと第 2リブ 5 3 Bの頂部 8 1のうち厚肉部 5 0から最も遠レ、頂部部分 8 1 Aは、 厚肉部 5 0よりも厚さ方向外方側に少し突出してレ、る。  The plurality of first ribs 53A and the second ribs 53B are arranged radially with respect to the axis O of the thick portion 50 at regular angles of 45 °. Each of the first ribs 53 A and each of the second ribs 53 B overlap with each other as viewed in the axial center direction of 15. As shown in FIG. 10, among the tops 81 of the first ribs 53A and the second ribs 53B, the farthest part from the thick part 50, and the top part 81A is the thick part 50. Slightly project outward in the thickness direction.
固餘 2は薄肉部 5 1力 弾性 tfc¾lり膜 1 5の厚さ方向に両側に突出している。 そ して、 その突出端部に断面円弧状の凸部 8 6を形成してある。 両凸部 8 6の頂面間の長 さは厚肉部 5 0の厚さよりも長く設定されている。 この固^^ 5 2は一対の変ィ 見制部 材 1 7 , 1 8で 固定される。  The solid portion 2 protrudes on both sides in the thickness direction of the thin film 5 1. A protruding portion 86 having an arc-shaped cross section is formed at the protruding end. The length between the top surfaces of the biconvex portions 86 is set longer than the thickness of the thick portion 50. This solid ^^ 52 is fixed by a pair of deformation control members 17 and 18.
一例として、 第 1開口 5 4 A ( 8 4 A) の径を 2 7 mm、 弾性仕切り膜 1 5の径を 5 0 mm、 厚肉部 5 0の外径を 2 5 mm、 厚肉部 5 0の肉厚を 5 . 8 nim、 薄肉部 5 1の 肉厚を 2. 9 mm,固 [55 2の高さ寸法（弾性飾り膜 1 5の軸芯方向の長さ）を 6 . 8 mm、 固 5 2の肉厚 （弾性飾り膜 1 5の iS^向における厚さ） を 2 mmに設定 することができる。 厚肉部 5 0の径が弾性 tb¾Dり膜 1 5の径の 2 / 5〜 3 / 5の範囲内 にあるとよりよい効果を得ることができる。  As an example, the diameter of the first opening 54 A (84 A) is 27 mm, the diameter of the elastic partition membrane 15 is 50 mm, the outer diameter of the thick portion 50 is 25 mm, and the thick portion 5 The thickness of 0 is 5.8 nim, the thickness of the thin part 51 is 2.9 mm, and the thickness is 552 mm. The height of 55 2 (the length of the elastic decorative film 15 in the axial direction) is 6.8 mm. The thickness of the solid 52 (the thickness of the elastic decorative film 15 in the iS ^ direction) can be set to 2 mm. A better effect can be obtained when the diameter of the thick portion 50 is within the range of 2/5 to 3/5 of the diameter of the elastic tb¾D film 15.
第 1 1図に示すように、 第 1液室 1 1 A内に、 円板状の攪拌 6 0力 S設けられて、 攪 拌 6 0の外周縁 6 1と第 1液室 1 1 Aの内周面 6 2との間に第 1液室側ォリフィス 6 3力 S形成されている。 すなわち、 謝菌本 3を貫通した第 1取付け具 1の上離 6 5に 攪拌 6 0の中; fcf則の連総 6 6力外嵌 ·連結されてレ、る。 連総 156 6は上側に膨出し ている。  As shown in FIG. 11, in the first liquid chamber 11A, a disk-shaped stirring force 60 is provided, and the outer periphery 61 of the stirring 60 and the first liquid chamber 11A are provided. A first liquid chamber side orifice 63 is formed between the inner peripheral surface 62 and the inner peripheral surface 62. That is, the stirrer 60 is attached to the upper part 65 of the first fixture 1 that has penetrated the sterile bacteria 3; A total of 1566 bulges upward.
本発明は、 第 1液室 1 1 A内に攪掛反 6 0力 S設けられてない構造にも適用することが できる。 また、 自動車のエンジンと車体フレームとの間に設けられる ί謝入式! ¾ί 置 にも適用することができる。 上記の霞形態では、 第 2 お見制き财 1 8は、筒き附 1 6の上離綱の開口部に形 成された取付け座 8 0に圧入内嵌しているが、 この構造に換えて、 第 2変ィ娥制咅附 1 8の外周部側に連設された筒部
Figure imgf000010_0001
力 S筒音附 1 6の一 βに外嵌し、 一対の変 制眘附 1 7 , 1 8力 S弾性 ti ]り膜 1 5の固 5 2を猶固定してレヽる構造に構成 してあってもよい （この構成は請求項 4に対応した構成である）。 産業上の利用可能性 The present invention can also be applied to a structure in which the first reaction chamber 11A is not provided with the stirring reaction force 60S. In addition, the present invention can also be applied to a “reward ceremony!” Installed between an automobile engine and a body frame. In the above-mentioned haze form, the second sight-seeing 财 18 is press-fitted into the mounting seat 80 formed in the opening of the upper detachment line of the pipe attachment 16. In other words, the cylindrical part connected to the outer peripheral side of the second
Figure imgf000010_0001
The external force is fitted to the β of the force S cylinder sound 16 and the structure of the pair of control members 17 and 18 force S elastic ti] (This configuration is a configuration corresponding to claim 4). Industrial applicability
本発明によれば、 異音を十分に 威することができ、 しかも、 微辰幅の高周波数の振 動を? βさせ 、液封入式防 $g¾置を衝共することができた。  ADVANTAGE OF THE INVENTION According to the present invention, abnormal noise can be sufficiently exerted, and at the same time, high-frequency vibration with a fine pitch width can be reduced by β, and a liquid-filled type protection device can be used.
また、 嫌己第 1液室内に攪赚が設けられて、 fflfS攪拌 の外周縁と第 1液室の内周 面との間に第 1液室側オリフィス力形成されていると、 上記の効果に加えて、 翻波か ら高周波にわたる広レ、範囲の »を吸収することができる液封入式 S¾ ^置を Wする ことができる。  In addition, if the first liquid chamber side orifice force is formed between the outer peripheral edge of the fflfS agitation and the inner peripheral surface of the first liquid chamber by providing a stirrer in the first liquid chamber, the above effect is obtained. In addition, a liquid-filled S¾ ^ device that can absorb a wide range, ranging from transversal to high frequency, can be used.

Claims

1. 第 1取付け具 (1) と、 筒状の第 2取付け具 (2) と、 これらを連結するゴム状 弾性材から成る ¾ί本 (3) と、 認己第 2取付け具 （2) に取付けられて ΙίίΙ己 体 （3) との間に液 #¾f入室 (8) を形 るダイヤフラム （9) と、 fflt己液 ί横入室 (8) を嫌己謝蘭本 (3) 側の第 1液室 (11A) と嫌己ダイヤフラム （9) 側の第 2液室 (11B) に tfc^る ^り体 (12) と、肅己第 1液室 (11A) と第 2液室 (1 1. The first fitting (1), the cylindrical second fitting (2), the rubber-like elastic material (3) connecting them, and the self-securing second fitting (2) The diaphragm (9) that forms the liquid # ¾f entry room (8) between the attached liquid and the body (3), and the fflt self liquid ίThe side liquid entry room (8) is the first liquid on the side of the nervous body (3) Chamber (11A) and the second fluid chamber (11B) on the side of the disgusting diaphragm (9), the tfc body (12), the first fluid chamber (11A) and the second fluid chamber (1
一一一  Eleven
1B) を連通させるオリフィス （25) とを備え、 嫌己 り体 （12) は、 弓攀个生|±¾) り膜（15) と、 ffjf 単性t¾り膜 （15) の変位量をその両側から規制する一対の変 の 1B) and an orifice (25) that communicates with it. The disgusting body (12) controls the displacement of the limb (| A pair of odds regulating from both sides
ィ 見制音財 （17), (18) と力、ら成り、 ffHB一対の変ィ 見制咅附 （17), (18) に 開口部 （54), (84) がそれぞれ形成されている液囲封入式^！^置であって、 膽3開口部 （54), (84) は、嫌己変 ( 見制咅附 （17)， （18) の敏向中:^則 に形成された第 1開口 （54A), (84A) と、 この第 1開口 （54A), (84A) の 周りに分散して开滅された複数の第 2開口 （54B)， (84B) と力、ら成り、 見 The sound effect (17), (18) and the force are composed of ffHB, and the openings (54), (84) are formed in the pair of 見 (17), (18). Liquid enclosure type! The opening (54), (84) is the first opening (54A) formed by the selfish transformation (see (17), (18)). ), (84A), and a plurality of second openings (54B), (84B) dispersed and abolished around the first openings (54A), (84A).
維己弾性飾り膜（15) は、 ΙίίΐΒ弾性仕切り膜（15) の軸芯方向視で歸己第 1開 口 （54Α), (84Α)内に位 "る 向中;^則の厚肉部（50) と、この厚肉部 (5 0) の径方向外方側に位置し、 前記厚肉部 （50) の厚さ方向で嫌 Sl¥肉部 (50) の 中間部に位針るとともに嫌己一対の変ィ雄制音附 （17)， （18) 力ら離間して位置 する薄肉部（51) と、謙己 見制咅附（17)， （18)に る外周側の固 (5 2) と、 嫌 3¥肉部 （50) の周りに分散して位置する状態に嫌己薄肉部 （51) と厚 肉部 （50) の一方の面側の境界部に一体に設けられ、 頂部 （81) 力 S—方の変ィ 見制 音附 （17) に当接可能な複数の第 1リブ （53Α) と、 ΙϋΙΒΙΪ肉部 （50) の周りに 纖して位 g1~る状態に嫌己薄肉部 （51) と厚肉部 （50) の «の面側の境界部に 一体に設けられ、 頂部 （81) 力 の変ィぉ見制き附 （18) に当接可能な複数の第 2 リブ (53B) と力ら成る ¾¾f入式;¾g¾go  The elastic self-decorative membrane (15) is located within the first opening (54Α) and (84 歸) of the elastic partition membrane (15) when viewed in the axial direction of the elastic partition membrane (15). (50), located radially outward of the thick portion (50), and positioned in the middle of the thick portion (50) in the thickness direction of the thick portion (50). (17), (18) The thin part (51) located apart from the force and the outer periphery of the humiliation (17), (18) The solid part (5 2) and the unpleasant 3 ¥ part (50) are distributed around the thin part (51) and the thick part (50). It is provided with a plurality of first ribs (53 当) that can abut on the top (81) force S-side change control sound (17) and a fiber around the flesh (50) g1 ~ In the state where it is difficult, the thin part (51) and the thick part (50) are integrally provided at the boundary part on the other side, and the top part (81) 18) Combined with a plurality of second ribs (53B) that can abut against ¾¾f
2. 廳己薪复数の 1リブ （53A) と第 2リブ （53B) は ΙΐίΙΞ*肉部 （50) の軸 芯 （Ο) に対して腿状に、 かつ、 均等な角度ごとに配置されている請求項 1記載の液 封入式附 2. The first rib (53A) and the second rib (53B) of the café are arranged in a thigh shape with respect to the axis (Ο) of the meat part (50) and at even angles. The liquid according to claim 1 Enclosed
3. ΙίίΐΕ—対の変 3¾Μ芾賠附（17), ( 18 )のうち一方の変ィ 見制音附（ 17 )は、 外周部にオリフィス形成溝 (83)を備えた筒き附（16)の内周面間に前記筒き附 (1 6) と一体に設けられ、 fttの変ィぉ見制き附 (18) は、 嫌己筒咅附 （16) の一 側の開口部に形成された取付け座 (80) に内嵌し、 嫌己一対の変ィ 見制咅附 （17)， (18) が tiff己弾性 t ¾Iり膜 （15) の固 (52) を猶固定している請求項 1又 は 2記載の液封入纖離氍 4. 肅己一対の変 見制き附 (17)， (18)のうち一方の変 見制き附 (17)は、 外周部にオリフィス形 冓 (83)を備えた筒き附（16)の内周面間に嫌己筒音附 (1 6) と一体に設けられ、 の変雄制音附 （18) の外周部側に された筒部が前 記筒音附 (16) の一 に外嵌し、 黼己一対の変 見制き附 (17), (18) が嫌己 弾性 り膜 （15) の固 (52) を雖固定している請求項 1又は 2記載の液封 入式辦離鼠 3. One of the three varieties (17) and (18), the one with a change control sound (17) is a cylinder with an orifice forming groove (83) on the outer periphery (16). ) Is provided integrally with the above-mentioned pipe attachment (16) between the inner peripheral surfaces of the ftt. The inside of the formed mounting seat (80) is fitted inside, and a pair of discomfort control mechanisms (17) and (18) are attached to the rigidity (52) of the tiff self-elastic membrane (15). 4. The liquid-filled fiber release according to claim 1 or 2. 4. The one of the pair of invisibility preventions (17) and (18) is one of An orifice-shaped bezel (83) is provided integrally with the tube-shaped attachment (16) between the inner peripheral surfaces of the attachment (16) with a tongue (83), and is provided on the outer peripheral side of the variable male sound attachment (18). The cylindrical part fits over one of the above-mentioned cylindrical sounds (16), and a pair of kinks (17) and (18) are attached to the solid part (52) of the stiff elastic membrane (15). Fixed stake Claim 1 or 2, wherein the liquid seal Irishiki 辦離 Rat
5. fiit己第 1液室 （11A) 内に攪飾 (60) 力 S設けられて、 嫌己攪拌 (60) の 外周縁 （61) と第 1液室 (11A) の内周面 （62) との間に第 1液室側オリフィス5. A disturbance (60) force S is provided in the first liquid chamber (11A) of fiit, and the outer periphery (61) of the self-mixing (60) and the inner peripheral surface (62) of the first liquid chamber (11A) are provided. ) And the first liquid chamber side orifice
(63) 力形成されてレヽる請求項 1〜 4の!/、ずれ力一つに記載の ίィ掛入 5¾¾g¾So (63) In claim 1 to 4, wherein the force is formed and the slip force is 5 g so
6. m (3) を貫通した嫌己第 1取付け具 （ι) の一^ ¾ (65) に謙己 攪拌 (60) の中^ ί則の連総 (66) 力 S連結されている請求項 5に言 の液封入式 6. Hummy agitation (60) in one of the first disgusting fittings (ι) (65) penetrating through m (3) Liquid filling type described in item 5
PCT/JP2004/003366 2004-03-12 2004-03-12 Fluid filling-in vibration resistant device WO2005088158A1 (en)

Priority Applications (7)

Application Number Priority Date Filing Date Title
PCT/JP2004/003366 WO2005088158A1 (en) 2004-03-12 2004-03-12 Fluid filling-in vibration resistant device
PCT/JP2004/017171 WO2005088157A1 (en) 2004-03-12 2004-11-18 Liquid-sealed vibration isolating device
JP2006510875A JP4322278B2 (en) 2004-03-12 2004-11-18 Liquid-filled vibration isolator
DE602005000091T DE602005000091T2 (en) 2004-03-12 2005-03-02 Hydraulic vibration damping device
AT05004594T ATE338230T1 (en) 2004-03-12 2005-03-02 HYDRAULIC VIBRATION DAMPING DEVICE
CN200510054403.5A CN1667292A (en) 2004-03-12 2005-03-04 Hydraulic antivibration device
US11/076,062 US7258332B2 (en) 2004-03-12 2005-03-10 Hydraulic antivibration device

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JPH03288035A (en) * 1990-03-30 1991-12-18 Kinugawa Rubber Ind Co Ltd Vehicle power unit supporting device
JPH06307489A (en) * 1993-04-26 1994-11-01 Kurashiki Kako Co Ltd Liquid enclosed type vibration proofing mount
JP2003294078A (en) * 2002-01-31 2003-10-15 Toyo Tire & Rubber Co Ltd Fluid filling-in vibration-resistant device
JP2003322197A (en) * 2002-05-07 2003-11-14 Toyo Tire & Rubber Co Ltd Vibration isolation device

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JP4322278B2 (en) 2009-08-26
WO2005088157A1 (en) 2005-09-22
JPWO2005088157A1 (en) 2007-08-09

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