JP2827009B2 - Spring device - Google Patents
Spring deviceInfo
- Publication number
- JP2827009B2 JP2827009B2 JP2634688A JP2634688A JP2827009B2 JP 2827009 B2 JP2827009 B2 JP 2827009B2 JP 2634688 A JP2634688 A JP 2634688A JP 2634688 A JP2634688 A JP 2634688A JP 2827009 B2 JP2827009 B2 JP 2827009B2
- Authority
- JP
- Japan
- Prior art keywords
- spring
- load
- moving member
- magnet
- characteristic
- Prior art date
- Legal status (The legal status 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 status listed.)
- Expired - Lifetime
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Description
【発明の詳細な説明】 ［産業上の利用分野］ 本発明は、ばねの正の特性以外の特性を具現化したば
ね装置に関する。DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a spring device embodying characteristics other than positive characteristics of a spring.
［従来の技術とその問題点］ 一般に、ばねの荷重とたわみの関係はばね定数で表わ
される。このばね定数は一部の例外を除いて、たわみが
増えると荷重も増加する正の特性を有しており、ばねは
正の特性を利用することで各種産業機器に組み付けられ
ている。負の特性、すなわち、たわみが増えると荷重が
減少する特性はばね単独では得ることができないもので
あり、負の特性を具現化し、産業上の利用に供すること
は不可能であった。ただ、皿ばねあるいはスナップアク
ションを伴うばねにおいては、作動の全ストロークの極
く限られた範囲内で負の特性が生じるが、この領域は極
めて狭いばかりでなく、領域を越えて使用する場合には
ばねが復帰しなくなることから、到底実用に供せるもの
ではない。[Related Art and its Problems] Generally, the relationship between the load and the deflection of a spring is represented by a spring constant. With some exceptions, this spring constant has a positive characteristic that the load increases as the deflection increases, and the spring is mounted on various industrial equipment by utilizing the positive characteristic. The negative characteristic, that is, the characteristic that the load decreases as the deflection increases, cannot be obtained by the spring alone, and it has been impossible to realize the negative characteristic and provide it for industrial use. However, in the case of a disc spring or a spring with a snap action, negative characteristics occur within a very limited range of the entire stroke of operation, but this region is not only extremely narrow but also when used beyond the region. Is not practical for practical use because the spring does not return.
そこで、本発明は、ばねの全作動範囲に亘ってばねの
正の特性以外の特性を具現化して、その特性を広範囲の
分野に有効利用することが可能な新規なばね装置を提供
することを目的とする。Accordingly, the present invention provides a novel spring device that realizes characteristics other than the positive characteristics of the spring over the entire operation range of the spring, and that can effectively utilize the characteristics in a wide range of fields. Aim.
［問題点を解決するための手段］ 上記目的を達成するため本発明は、ばねとマグネット
とを組み合わせて正の特性以外の特性を具現化したもの
であり、ばねと、このばねの作動範囲を制限する制限部
材と、この制限部材間を移動する移動部材と、この移動
部材の移動途中で該部材の負荷を受ける補助ばねとを具
備してなり、前記制限部材又は移動部材の、少なくとも
一方がマグネットから成り、他方が磁性体又はマグネッ
トであるばねの正の特性以外の特性を具現化することを
特徴とする。ここで、ばねの正の特性以外の特性とは、
移動部材の全移動範囲で、（ａ）負の特性又は（ｂ）定
荷重特性あるいは（ｃ）負の特性、定荷重特性と正の特
性の合成による任意の非線形特性をいう。[Means for Solving the Problems] In order to achieve the above object, the present invention realizes characteristics other than positive characteristics by combining a spring and a magnet. A limiting member for limiting, a moving member that moves between the limiting members, and an auxiliary spring that receives a load on the member during the movement of the moving member, wherein at least one of the limiting member or the moving member is provided. It is characterized by realizing characteristics other than the positive characteristics of a spring composed of a magnet and the other being a magnetic material or a magnet. Here, the characteristics other than the positive characteristics of the spring are:
In the entire moving range of the moving member, (a) a negative characteristic, (b) a constant load characteristic, or (c) a negative characteristic, an arbitrary non-linear characteristic obtained by combining a constant load characteristic and a positive characteristic.
［作 用］ 上記の構成によると、制限部材と移動部材との間に磁
気吸引力が作用し、この磁気吸引力とばねのたわみに対
する荷重とが合成されることにより、装置全体は正の特
性以外の特性で作動する。補助ばねは移動部材の移動途
中で前記ばねとは別個に荷重を受けて前記ばねの荷重に
加算されるので、装置全体の特性の調整が行われるよう
になっている。[Operation] According to the above configuration, a magnetic attraction force acts between the limiting member and the moving member, and the magnetic attraction force is combined with a load against deflection of the spring, so that the entire apparatus has a positive characteristic. Operates with other characteristics. The auxiliary spring receives a load separately from the spring during the movement of the movable member and is added to the load of the spring, so that the characteristics of the entire device are adjusted.
［実施例］ 以下、本発明を添付図面を参照して具体的に説明す
る。なお、図面の説明において、同一の要素は同一の符
号を付して重複する説明を省略する。EXAMPLES Hereinafter, the present invention will be specifically described with reference to the accompanying drawings. In the description of the drawings, the same elements will be denoted by the same reference symbols, without redundant description.
第１図は本発明の第１実施例を示す説明図であり、圧
縮ばねからなるばね１と、制限部材２と、移動部材３
と、補助ばね４とを備えてばね装置が構成されている。
ばね１は等ピッチで巻回されて、制限部材２に装着され
ている。制限部材２は固定側ベース５に接するように取
り付けられるばね受け座６と、ばね受け座６の略中央部
分から上方に伸びるように一体的に成形されたシャフト
７と、シャフト７の上端部に螺着されたストッパ板８と
からなっている。前記ばね１はこの制限部材２のシャフ
ト７に外挿されており、下端部がばね受け座６に支承さ
れると共に、後述する移動部材３がストッパ板８によっ
て上動を制限されることでばね１はばね受け座６および
ストッパ板８によって作動範囲が制限されている。前記
移動部材３は頭部９と脚部10とを有しており、頭部９は
上端部が閉鎖されると共に、前記制限部材２のストッパ
板８が下端部に挿入されることにより中空状の矩形ボッ
クス形状をなしている。前記補助ばね４はストッパ板８
上面に取り付けられることで、この頭部９内に配設され
るようになっている。移動部材３の脚部10は内管と外管
とからなる二重構造となっており、頭部９の下端部から
鉛直方向に連設されている。そして、脚部10の内管と外
管との間には、永久磁石からなる筒状のマグネット11が
取り付けられている。前記制限部材２のシャフト７はこ
の脚部10の内管内に遊挿され、一方、脚部10の外管は前
記ばね１内に挿入されている。また、脚部10に対して頭
部９は大径となって、これらの境界には外方に広がる段
部12が形成されており、この段部12にばね１の上端部が
当接している。これにより前述したばね１の作動範囲の
制限が行われるばかりでなく、移動部材３の上端面を加
圧体13に連結し、加圧体13によって荷重を負荷すると、
移動部材３はばね１の附勢力に抗してシャフト７に沿っ
て移動するようになっている。このようなマグネット11
を有する移動部材３に対して、前記制限部材２は全体ま
たは少なくともストッパ板８とばね受け座６が磁性体に
よって形成されている。従って、移動部材３と制限部材
２との間には磁気吸引力が作用する。制限部材２のスト
ッパ板８上に取り付けられた前記補助ばね４は圧縮ばね
からなり、その下部がストッパ板８上面のボス部14に嵌
め合わされて固定されている。この補助ばね４は移動部
材３の頭部９内に位置するように設けられるが、その長
さは頭部の高さよりも小さくなっており、第１図に示す
初期状態では補助ばね４と頭部９との間に所定の空間が
形成されて、これらが非接触状態となっている。従っ
て、移動部材３の移動当初では補助ばね４には何らの負
荷がかからないが、移動部材９の移動で頭部９下面が補
助ばね４に当接すると、この時点から補助ばね４は負荷
を受けてたわみ、前記ばね１のたわみ量に補助ばね４の
たわみ量が加算され、その反力が大きくなる。この場
合、補助ばね４のばね定数は後述する作動が得られるよ
うに本装置が適用される産業機器などによって適宜、選
定されるものである。FIG. 1 is an explanatory view showing a first embodiment of the present invention, in which a spring 1 composed of a compression spring, a limiting member 2, and a moving member 3 are shown.
And an auxiliary spring 4 constitute a spring device.
The springs 1 are wound at equal pitches and mounted on the limiting member 2. The limiting member 2 has a spring receiving seat 6 attached to be in contact with the fixed base 5, a shaft 7 integrally formed so as to extend upward from a substantially central portion of the spring receiving seat 6, and an upper end of the shaft 7. The stopper plate 8 is screwed. The spring 1 is externally inserted into a shaft 7 of the restricting member 2. The lower end of the spring 1 is supported by a spring receiving seat 6, and the upward movement of a moving member 3, which will be described later, is restricted by a stopper plate 8. 1 has an operating range limited by a spring receiving seat 6 and a stopper plate 8. The moving member 3 has a head portion 9 and a leg portion 10. The head portion 9 has a hollow shape by closing an upper end portion and inserting a stopper plate 8 of the limiting member 2 into a lower end portion. Has a rectangular box shape. The auxiliary spring 4 includes a stopper plate 8
By being attached to the upper surface, it is arranged in the head 9. The leg 10 of the moving member 3 has a double structure consisting of an inner tube and an outer tube, and is vertically connected from the lower end of the head 9. A cylindrical magnet 11 made of a permanent magnet is attached between the inner tube and the outer tube of the leg 10. The shaft 7 of the restriction member 2 is loosely inserted into the inner tube of the leg 10, while the outer tube of the leg 10 is inserted into the spring 1. The head 9 has a large diameter with respect to the leg 10, and a step 12 extending outward is formed at these boundaries, and the upper end of the spring 1 abuts the step 12. I have. This not only limits the operating range of the spring 1 described above, but also connects the upper end surface of the moving member 3 to the pressing body 13 and applies a load with the pressing body 13.
The moving member 3 moves along the shaft 7 against the urging force of the spring 1. Such a magnet 11
The limiting member 2 has a stopper plate 8 and a spring receiving seat 6 made of a magnetic material. Therefore, a magnetic attraction force acts between the moving member 3 and the limiting member 2. The auxiliary spring 4 mounted on the stopper plate 8 of the restricting member 2 is composed of a compression spring, and the lower part thereof is fitted and fixed to the boss 14 on the upper surface of the stopper plate 8. The auxiliary spring 4 is provided so as to be located within the head 9 of the moving member 3, but its length is smaller than the height of the head. In the initial state shown in FIG. A predetermined space is formed between the unit and the unit 9 and these are in a non-contact state. Therefore, no load is applied to the auxiliary spring 4 at the beginning of the movement of the moving member 3, but when the lower surface of the head 9 contacts the auxiliary spring 4 by the movement of the moving member 9, the auxiliary spring 4 receives a load from this point. The amount of deflection of the auxiliary spring 4 is added to the amount of deflection of the spring 1 and the amount of deflection of the spring 1, and the reaction force increases. In this case, the spring constant of the auxiliary spring 4 is appropriately selected depending on the industrial equipment to which the present device is applied so as to obtain the operation described later.
次に、本実施例の作動を説明する。 Next, the operation of the present embodiment will be described.
一般に、磁性体からなるストッパ板８およびばね受け
座６に作用するマグネット11の磁気吸引力は、これら磁
性体8,6とマグネット11との距離に反比例する。又、圧
縮ばね１は加圧体13からの荷重に比例して、そのたわみ
量が増減し、たわみ量が増大すると荷重に対向する附勢
力（すなわち、復元力）が増大する。第２図はこれらの
特性図を示しており、特性曲線Ａは圧縮ばね１と補助ば
ね４を合わせたたわみ−荷重曲線であり、この勾配がば
ね定数（正）となっている。特性曲線Ａがa1点で２段階
に勾配が変化するのは、a1点以前では圧縮ばね１のみの
附勢力であるのに対し、a1点で移動部材３が補助ばね４
に当接し、それ以降補助ばね４がたわみ、このたわみに
よる補助ばね４の附勢力が加わるためである。特性曲線
Ｂはストッパ板８に作用するマグネット11の磁気吸引力
曲線、特性曲線Ｃはばね受け座６に作用するマグネット
11の磁気吸引力曲線である。このマグネット11は圧縮ば
ね１内に挿入されて、その作用範囲内に設けられている
ので、圧縮ばね１がたわむと、ストッパ板８とマグネッ
ト11との距離が同量増大すると共に、ばね受け座６とマ
グネット11との距離が減少する。従って、横軸であるば
ねのたわみ量は同時に磁性体６とマグネット11との距離
となっている。このような本実施例では磁性体6,8が圧
縮ばね１及び補助ばね４のコイル長方向に設けられてい
るので、圧縮ばねおよび補助ばね４のたわみに対する荷
重とマグネット11の磁気吸引力とが同方向となり、これ
ら荷重と磁気吸引力とが合成されて得られる特性曲線Ｄ
が、本実施例のばね装置によるたわみ−荷重曲線であ
る。特性曲線Ｄをさらに解析すると、加圧体13による加
圧力が作用しない初期状態では圧縮ばね１のたわみ量が
「０」であり、この状態ではマグネット11が最上位置に
あり、ばね受け座６との距離が最大となっているので、
これらの間の磁気吸引力も「０」となっている。従っ
て、初期状態では装置全体としてマグネット11とストッ
パ板８との間の磁気吸引力のみが有効に作用する。次
に、加圧体13を加圧すると、移動部材３に下方向の外力
が作用し、これにより圧縮ばね１がたわんで特性曲線Ａ
に沿ってばね荷重が増大すると共に、マグネット11とス
トッパ板８との距離が増大して、これらの間の磁気吸引
力が特性曲線Ｂに沿って減少する。一方、移動部材３が
ばね受け座６に接近してマグネット11とばね受け座６と
の距離が減少するので、これらの間の磁気吸引力が特性
曲線Ｃに沿って増大する。この距離に作用する磁気吸引
力は加圧方向と同方向であるので装置に負荷される加圧
力は減少する。従って、装置全体の特性曲線d1部分は下
降し、いわゆる負の特性を示す。さらに加圧を続行する
と、移動部材３の頭部９が補助ばね４に当接して（a
1点）、補助ばね４がたわむ。このたわみにより圧縮ば
ね１のばね荷重に補助ばね４のばね荷重が加算されるた
め、全体としてのばね荷重は勾配が大きくなる。従っ
て、磁気吸引力を加えた装置全体の特性曲線Ｄはa1点を
境にして一時的に増大する、いわゆる正の特性を示す
が、さらに移動部材３が移動してマグネット11とばね受
け座６との距離が小さくなると、圧縮ばね１と補助ばね
４を合したばね荷重に対してマグネット11とばね受け座
６との間の磁気吸引力が急激に増大する。従って、特性
曲線Ｄは極大点d2から下降して、装置全体としては負の
特性を有する。Generally, the magnetic attraction force of the magnet 11 acting on the stopper plate 8 and the spring receiving seat 6 made of a magnetic material is inversely proportional to the distance between the magnetic materials 8, 6 and the magnet 11. In addition, the amount of flexure of the compression spring 1 increases and decreases in proportion to the load from the pressing body 13, and when the amount of flexure increases, the urging force (that is, the restoring force) opposing the load increases. FIG. 2 shows these characteristic diagrams. The characteristic curve A is a deflection-load curve obtained by combining the compression spring 1 and the auxiliary spring 4, and this gradient is a spring constant (positive). Characteristic of curve A is changed gradient in two steps at one point a, while in a one-point earlier a biasing force of only a compression spring 1, the moving member 3 is assisted by one point a spring 4
, The auxiliary spring 4 bends thereafter, and the urging force of the auxiliary spring 4 due to this bending is applied. A characteristic curve B is a magnetic attraction force curve of the magnet 11 acting on the stopper plate 8, and a characteristic curve C is a magnet acting on the spring seat 6.
11 is a magnetic attraction curve of FIG. Since the magnet 11 is inserted into the compression spring 1 and provided within its working range, when the compression spring 1 bends, the distance between the stopper plate 8 and the magnet 11 increases by the same amount, and the spring receiving seat is increased. The distance between 6 and magnet 11 is reduced. Therefore, the amount of deflection of the spring on the horizontal axis is the distance between the magnetic body 6 and the magnet 11 at the same time. In this embodiment, since the magnetic members 6 and 8 are provided in the coil length direction of the compression spring 1 and the auxiliary spring 4, the load on the deflection of the compression spring and the auxiliary spring 4 and the magnetic attraction force of the magnet 11 are reduced. In the same direction, a characteristic curve D obtained by combining these loads and the magnetic attraction force is obtained.
Is a deflection-load curve by the spring device of the present embodiment. When the characteristic curve D is further analyzed, the deflection amount of the compression spring 1 is “0” in the initial state where the pressing force by the pressurizing body 13 does not act, and in this state, the magnet 11 is at the uppermost position, and Because the distance of the maximum
The magnetic attractive force between them is also “0”. Therefore, in the initial state, only the magnetic attraction between the magnet 11 and the stopper plate 8 acts effectively in the entire apparatus. Next, when the pressing body 13 is pressed, a downward external force acts on the moving member 3, whereby the compression spring 1 bends and the characteristic curve A
, The distance between the magnet 11 and the stopper plate 8 increases, and the magnetic attraction force therebetween decreases along the characteristic curve B. On the other hand, since the moving member 3 approaches the spring seat 6 and the distance between the magnet 11 and the spring seat 6 decreases, the magnetic attraction between them increases along the characteristic curve C. Since the magnetic attraction force acting on this distance is in the same direction as the pressing direction, the pressing force applied to the device is reduced. Therefore, the characteristic curve d 1 part of the entire device is lowered, indicating the so-called negative characteristics. When the pressurization is further continued, the head 9 of the moving member 3 comes into contact with the auxiliary spring 4 (a
(1 point), the auxiliary spring 4 bends. Since the spring load of the auxiliary spring 4 is added to the spring load of the compression spring 1 due to this deflection, the gradient of the spring load as a whole increases. Therefore, the characteristic curve D of the entire system by adding a magnetic attraction force is temporarily increased in the boundary point a, shows a so-called positive characteristics, further moving member 3 moves the magnet 11 and the spring seat When the distance to the spring 6 is reduced, the magnetic attraction force between the magnet 11 and the spring receiving seat 6 sharply increases with respect to the combined spring load of the compression spring 1 and the auxiliary spring 4. Therefore, the characteristic curve D is lowered from the maximum point d 2, having a negative characteristic as a whole unit.
第３図は補助ばね４として非線形のばね特性を有する
圧縮ばねを使用した変形例である。この場合には移動部
材３が補助ばね４に作用すると、ばね荷重はa1点から曲
線的に増大し、a1点以降はたわみの増大に対して定荷重
特性（Ｄ曲線）を示すとともに、装置全体の特性曲線Ｄ
は図示のような負の特性を示す。FIG. 3 shows a modification in which a compression spring having a non-linear spring characteristic is used as the auxiliary spring 4. In this case the moving member 3 acts on the auxiliary springs 4, the spring load is curvilinearly increased from a point a, with showing a constant load characteristic (D curve) with respect to increase of a 1-point later deflection, Characteristic curve D of the whole device
Indicates a negative characteristic as shown.
第４図は本発明の第２実施例を示す。この実施例にお
いても補助ばね４として圧縮ばねが使用されるが、この
補助ばね４は制限部材２のばね受け座６に支承されてい
る。この補助ばね４はばね１よりも短いものが使用され
ており、補助ばね４の組み込み部分はばねが二重構造に
存在する。この場合、補助ばね４はばね１よりも大径に
巻回されており、移動部材３の移動で、その段部12が補
助ばね４に当接すると補助ばね４に負荷を生じる。従っ
て、この実施例では装置全体の特性曲線は第２図と同様
となる。FIG. 4 shows a second embodiment of the present invention. Also in this embodiment, a compression spring is used as the auxiliary spring 4, and the auxiliary spring 4 is supported on a spring seat 6 of the limiting member 2. The auxiliary spring 4 is shorter than the spring 1, and the auxiliary spring 4 is incorporated in a double-structured spring. In this case, the auxiliary spring 4 is wound with a diameter larger than that of the spring 1, and a load is generated on the auxiliary spring 4 when the step 12 abuts on the auxiliary spring 4 by the movement of the moving member 3. Therefore, in this embodiment, the characteristic curve of the entire apparatus is similar to that of FIG.
第５図は本発明の第３実施例を示す。補助ばねとして
皿ばね15を使用したものであり、図示のとおり、皿ばね
15は制限部材２のばね受け座６上に設けられている。
又、制限部材２の下部には受板16が取り付けられてお
り、皿ばね15はばね受け座６および受板16により挟まれ
ている。そして、受板16がばね１下端部を支承する構造
となっている。このような構造では移動部材３の移動に
よってばね１がたわみ、このたわみによってばね１の荷
重が増大するが、その荷重が皿ばね15をたわませるだけ
大きくなったとき初めて皿ばね15はたわむようになって
いる。FIG. 5 shows a third embodiment of the present invention. A disc spring 15 is used as an auxiliary spring.
15 is provided on the spring seat 6 of the limiting member 2.
A receiving plate 16 is attached to a lower portion of the limiting member 2, and the disc spring 15 is sandwiched between the spring receiving seat 6 and the receiving plate 16. The receiving plate 16 has a structure for supporting the lower end of the spring 1. In such a structure, the spring 1 bends due to the movement of the moving member 3, and the load of the spring 1 increases due to this bend. However, when the load becomes large enough to deflect the disc spring 15, the disc spring 15 is bent only. It has become.
本発明は以上の実施例に限定されることなく、種々変
更が可能である。例えば、制限部材のストッパ板とばね
受け座をマグネットとし、移動部材を磁性体としてもよ
い。The present invention is not limited to the above embodiments, and various changes can be made. For example, the stopper plate and the spring seat of the limiting member may be magnets, and the moving member may be a magnetic material.
又、補助ばねとして引張りばねを使用し、この引張り
ばねを移動部材と加圧体とに掛け渡してもよい。Further, a tension spring may be used as an auxiliary spring, and the tension spring may be extended between the moving member and the pressing body.
更に、第３図を参照して移動部材が上限位置にあると
きのストッパ板とマグネットとの間の距離を大きくして
その間に作用する磁気吸引力を小さくすることによって
広範囲の定荷重特性を奏することができる。Further, referring to FIG. 3, the distance between the stopper plate and the magnet when the moving member is at the upper limit position is increased to reduce the magnetic attractive force acting therebetween, thereby achieving a wide range of constant load characteristics. be able to.
［発明の効果］ 以上の通り本発明は、たわみに対するばねの荷重と、
移動部材と制限部材との間に作用する磁気吸引力とが合
成されることにより、装置全体として正の特性以外の特
性を具現化したものであるから、移動部材の全移動範囲
で、（ａ）負の特性又は（ｂ）定荷重特性あるいは
（ｃ）負の特性、定荷重特性と正の特性の合成による任
意の非線形特性を得ることができる。しかも補助ばねを
用いているため、その特性曲線のパターンも適宜、変更
でき、応用範囲の広い正の特性以外の特性を奏するばね
装置とすることができ、その適用範囲は広汎なものとな
る。[Effects of the Invention] As described above, the present invention provides a spring load for bending,
By combining the magnetic attraction force acting between the moving member and the restricting member, characteristics other than the positive characteristics are realized as a whole of the apparatus. Therefore, (a) in the entire moving range of the moving member. ) Negative characteristics or (b) constant load characteristics or (c) negative characteristics, and any non-linear characteristics obtained by combining the constant load characteristics and the positive characteristics can be obtained. In addition, since the auxiliary spring is used, the pattern of the characteristic curve can be changed as appropriate, and a spring device having characteristics other than the positive characteristic having a wide application range can be obtained, and the application range is wide.
第１図は本発明の第１実施例の断面図、第２図はそのた
わみ−荷重を示す特性図、第３図は第１実施例の変形例
によるたわみ−荷重特性図、第４図は第２実施例を示す
断面図、第５図は第３実施例を示す断面図である。 １……ばね（圧縮ばね）、２……制限部材、 ３……移動部材、４……補助ばね（圧縮ばね）、 11……マグネット、15……補助ばね（皿ばね）FIG. 1 is a sectional view of a first embodiment of the present invention, FIG. 2 is a characteristic diagram showing the deflection-load, FIG. 3 is a deflection-load characteristic diagram according to a modified example of the first embodiment, and FIG. FIG. 5 is a sectional view showing a second embodiment, and FIG. 5 is a sectional view showing a third embodiment. 1 ... spring (compression spring), 2 ... restriction member, 3 ... moving member, 4 ... auxiliary spring (compression spring), 11 ... magnet, 15 ... auxiliary spring (disc spring)
Claims (1)
限部材と、この制限部材間を移動する移動部材と、この
移動部材の移動途中で該部材の負荷を受ける補助ばねと
を具備してなり、前記制限部材又は移動部材の、少なく
とも一方がマグネットから成り、他方が磁性体又はマグ
ネットであるばねの正の特性以外の特性を具現化するこ
とを特徴とするばね装置。The present invention comprises a spring, a restricting member for restricting an operation range of the spring, a moving member moving between the restricting members, and an auxiliary spring receiving a load of the member during the movement of the moving member. A spring device, wherein at least one of the limiting member or the moving member is made of a magnet, and the other member realizes characteristics other than the positive characteristics of a spring that is a magnetic body or a magnet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2634688A JP2827009B2 (en) | 1988-02-06 | 1988-02-06 | Spring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2634688A JP2827009B2 (en) | 1988-02-06 | 1988-02-06 | Spring device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH01203709A JPH01203709A (en) | 1989-08-16 |
| JP2827009B2 true JP2827009B2 (en) | 1998-11-18 |
Family
ID=12190887
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2634688A Expired - Lifetime JP2827009B2 (en) | 1988-02-06 | 1988-02-06 | Spring device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2827009B2 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5209138A (en) * | 1992-07-15 | 1993-05-11 | Shu Hung C | Handlebar assembly for cycles |
| JP2000046733A (en) * | 1998-07-23 | 2000-02-18 | St Japan:Kk | Atr apparatus |
| JP2001349374A (en) * | 2000-06-02 | 2001-12-21 | Delta Tooling Co Ltd | Magnetic spring structure and vibration resistant mechanism using the magnetic spring structure |
| JP4393678B2 (en) * | 2000-08-21 | 2010-01-06 | 株式会社ブリヂストン | Engine mount |
| JP2013130223A (en) * | 2011-12-20 | 2013-07-04 | Asahi Intecc Co Ltd | Wire rope |
-
1988
- 1988-02-06 JP JP2634688A patent/JP2827009B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH01203709A (en) | 1989-08-16 |
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