JPH0442286B2 - - Google Patents
Info
- Publication number
- JPH0442286B2 JPH0442286B2 JP59012226A JP1222684A JPH0442286B2 JP H0442286 B2 JPH0442286 B2 JP H0442286B2 JP 59012226 A JP59012226 A JP 59012226A JP 1222684 A JP1222684 A JP 1222684A JP H0442286 B2 JPH0442286 B2 JP H0442286B2
- Authority
- JP
- Japan
- Prior art keywords
- leaf spring
- spring suspension
- base
- angle
- suspension device
- 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
Links
- 239000000725 suspension Substances 0.000 claims description 30
- 239000000463 material Substances 0.000 claims description 8
- 230000000295 complement effect Effects 0.000 claims description 2
- 230000000149 penetrating effect Effects 0.000 claims 1
- 230000001105 regulatory effect Effects 0.000 claims 1
- 125000006850 spacer group Chemical group 0.000 description 17
- 230000001133 acceleration Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
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- Jigging Conveyors (AREA)
- Clamps And Clips (AREA)
Description
【発明の詳細な説明】
本発明は振動送り機振動フイーダに関し、特に
振動送り機の板ばねを調節する装置を提供するも
のである。すなわち本発明は懸架構造体に互換可
能な要素を設け、送り機の板ばね取付体の角度を
調節しようとするものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a vibratory feeder, and more particularly to an apparatus for adjusting a leaf spring of a vibratory feeder. That is, the present invention provides interchangeable elements in the suspension structure to adjust the angle of the leaf spring attachment of the feeder.
ベース、そのベースにばねによつて取付けられ
る被駆動要素を有する典型的な振動ボール送り機
は、電磁励振器によつて振動される。励振器の作
動振動数は動力源の周波数によつて決定される。
種々の材料や物品に応じて送り速度が変化し、送
給可能な材料の量や形態に応じて、ボール送り機
はある程度の柔軟性をもたなければならないの
で、運動の角度をある程度調節し得ることが望ま
れる。 A typical vibratory ball feeder having a base, a driven element attached to the base by a spring, is vibrated by an electromagnetic exciter. The operating frequency of the exciter is determined by the frequency of the power source.
The feeding speed changes according to different materials and articles, and according to the amount and form of material that can be fed, the ball feeder must have a certain degree of flexibility, so the angle of movement can be adjusted to a certain extent. It is hoped that this will be obtained.
本発明は第１と第２の板ばね取付ブロツクを有
し、各ブロツクはばね接触面上に設けられた種々
の頂角を有する。平坦なスペーサと、典型的には
5°の頂角を具えたスペーサとを用いた複数個のス
ペーサを設け、これによつて第１板ばね取付ブロ
ツクと第２板ばね取付ブロツクの実効角度を調節
する。以下では平坦スペーサと楔部材と称するス
ペーサには取付ボルト受承開口が形成され、これ
らの開口によつて板ばね取付ボルトがスペーサを
貫通し、穴があけられてタツプが施された取付ブ
ロツク内に進入する。 The present invention includes first and second leaf spring mounting blocks, each block having a different apex angle on the spring contact surface. flat spacers and typically
A plurality of spacers are provided to adjust the effective angle of the first leaf spring mounting block and the second leaf spring mounting block. The spacers, hereinafter referred to as flat spacers and wedge members, are formed with mounting bolt receiving openings which allow the leaf spring mounting bolts to pass through the spacers and into the drilled and tapped mounting blocks. enter.
ボール送り機の垂直方向の加速は、ボール支持
ばねの取付角度を調節することにより有利に制御
し選択することができる。本発明はボールを支持
する一連の要素を用いることにより角度を調節す
ることができる。 The vertical acceleration of the ball feeder can be advantageously controlled and selected by adjusting the mounting angle of the ball support spring. The present invention allows angle adjustment by using a series of elements to support the ball.
本発明の利点と構成は以下の説明および添付の
図面を参照することによつて明確になるであろ
う。 Advantages and configurations of the invention will become clearer by reference to the following description and accompanying drawings.
第１図は振動ボール送り機１０の平面図であ
り、送り機１０は材料送り装置を構成するクロス
アーム１４を支持するベース１２を有し、クロス
アーム１４に通常の方法でボール（図示せず）が
取付けられる。指示番号１６で示されるようなク
ロスアームの各延出部に、板ばね懸架装置を構成
する板ばね群２０が別個に取付けられる。各板ば
ね群２０は単一の板ばねから、または複数個の板
ばねから構成されるが、図示する２枚の板ばね群
は単に好ましい実施例を示したものに過ぎない。 FIG. 1 is a plan view of a vibrating ball feeder 10, which has a base 12 supporting a cross arm 14 constituting a material feeder, and a ball (not shown) attached to the cross arm 14 in the usual manner. ) is installed. Separately attached to each extension of the cross arm, as indicated by reference numeral 16, is a group of leaf springs 20 forming a leaf spring suspension. Although each leaf spring group 20 may be comprised of a single leaf spring or a plurality of leaf springs, the two leaf spring groups shown are merely representative of a preferred embodiment.
第２図の立面図は、支持部材であるクロスアー
ム１４と、指示番号２０で示されているような４
個の板ばね群によつてベース１２に関して支持さ
れる延出部１６とを示す。ベース１２は相当程度
の質量をもつたほぼ長方形のものであり、ベース
１２には装置の周囲に板ばねを収容し得るように
指示番号２２で示されているような切込み部分が
形成されている。各切込み部分２２はベースの周
縁から中心部に向けて直角に延び、少くとも第１
面−以下ではベース切込み部分のベース面と称す
る−が垂直基準線２６（第３図参照）に関して傾
斜するように形成される。このベース面の角度は
好ましい実施例では25°である。 The elevational view of FIG. 2 shows the support member cross arm 14 and the four
The extension 16 is shown supported relative to the base 12 by a group of leaf springs. The base 12 is of substantially rectangular shape with a considerable mass and has a notch, indicated by reference numeral 22, formed in the base 12 to accommodate a leaf spring around the periphery of the device. . Each notch 22 extends perpendicularly from the periphery of the base toward the center, and has at least a first
A surface, hereinafter referred to as the base surface of the base cut portion, is formed to be inclined with respect to a vertical reference line 26 (see FIG. 3). The angle of this base surface is 25° in the preferred embodiment.
第２図は、また、板ばね群への取付面である延
出部面３０を有する延出部１６を示しており、延
出部面３０は、ベース切込み部のベース面２４と
向きあう位置に垂直基準線２６に関して傾斜する
ように形成されている。この延出部面３０の角度
は好ましい実施例では15°である。 FIG. 2 also shows the extension 16 having an extension surface 30 which is a mounting surface to the leaf spring group, and the extension surface 30 is located at a position facing the base surface 24 of the base notch. It is formed to be inclined with respect to the vertical reference line 26. The angle of this extension surface 30 is 15 DEG in the preferred embodiment.
各板ばね２０の端部には、ばね固定ボルト３２
を収容する貫通口が形成される。本実施例では８
個の同一のボルトが使用されているが、他の固定
構造体を使用することもできる。ボルトは最終的
にベース１２のベース面２４、およびクロスアー
ム１４の延出部面３０のねじ穴内に螺合される。
これらのすべてのねじ穴は水平面に関して同一程
度に傾斜した角度で穿孔されている。本実施例で
は、このねじ穴は水平面に関して20°傾斜して互
いに平行に穿孔されている。 A spring fixing bolt 32 is attached to the end of each leaf spring 20.
A through hole is formed to accommodate the. In this example, 8
Although identical bolts are used, other fastening structures can also be used. The bolts are ultimately threaded into threaded holes in the base surface 24 of the base 12 and the extension surface 30 of the cross arm 14.
All these screw holes are drilled at the same oblique angle with respect to the horizontal plane. In this embodiment, the screw holes are bored parallel to each other at an angle of 20 degrees with respect to the horizontal plane.
角度調節装置として板ばねの取付角度を調節し
得るように、複数個の平坦なスペーサと楔部材が
与えられる。すなわち、平坦なスペーサは長方形
の材料で形成され、一定の厚さと両側に広い平坦
面を有する。これらの平坦面は相互にほぼ平行し
ている。第２図に指示番号４０で示すこれらの平
坦なスペーサは、ばね固定ボルト３２が貫通する
穴を具えている。 A plurality of flat spacers and wedge members are provided as angle adjustment devices to adjust the mounting angle of the leaf spring. That is, the flat spacer is formed of rectangular material, has a constant thickness and wide flat surfaces on both sides. These flat surfaces are approximately parallel to each other. These flat spacers, indicated by reference numeral 40 in FIG. 2, include holes through which spring fixing bolts 32 pass.
第２図に示す楔部材４２は、両側の広い平坦面
が標準面となる板ばねの一端面に関して異なつた
角度で形成されている点を除けば平坦なスペーサ
４０に類似している。例えば、第１面４４は標準
面と平行であるが、第２面４６は標準面に関して
5°、すなわち第１面に関して5°傾斜している。楔
部材にもばね固定ボルト３２を収容する穴が形成
されている。 The wedge member 42 shown in FIG. 2 is similar to the flat spacer 40 except that the wide flat surfaces on both sides are formed at different angles with respect to one end surface of the leaf spring, which is the standard surface. For example, the first surface 44 is parallel to the standard surface, but the second surface 46 is parallel to the standard surface.
5°, i.e. inclined at 5° with respect to the first surface. A hole for accommodating the spring fixing bolt 32 is also formed in the wedge member.
第３図乃至第５図に示すように、平坦なスペー
サ４０と楔部材４２は、種々の板ばね角度を実現
し得るように、板ばね群２０に対して配置され
る。 As shown in FIGS. 3-5, flat spacers 40 and wedge members 42 are positioned relative to the leaf spring group 20 to achieve various leaf spring angles.
第３図では板ばね群は、開先角度Ａで示すよう
に垂直線に関して15°の角度をもつて位置してい
る。第３図から理解できるように、延出部面３０
は指示番号５０で示すように、垂直基準線２６か
ら15°傾斜するようにクロスアームの延出部１６
上に形成される。さらにベース１２には指示番号
５２で示されているように、垂直基準線２６から
25°傾斜してベース面２４が形成されている。こ
れらの延出部の面３０、およびベース面２４の角
度は、図示の実施例では一定しているが、必要に
応じて種々の角度を与えることができる。 In FIG. 3, the leaf springs are positioned at an angle of 15 DEG with respect to the vertical, as indicated by the included angle A. As can be understood from FIG.
The extension portion 16 of the cross arm is inclined at 15° from the vertical reference line 26 as indicated by the instruction number 50.
formed on top. Additionally, the base 12 has a vertical reference line 26 as indicated by the instruction number 52.
The base surface 24 is formed at an angle of 25°. The angles of the surfaces 30 of these extensions and the base surface 24 are constant in the illustrated embodiment, but can be provided with various angles as desired.
第３図に示す板ばねの実施例で、板ばねに15°
の角度を実現するためには下記のようなスペーサ
構造を用いる。クロスアームの延出部面３０には
既に15°の角度が与えられているので、板ばね群
の上端部と延出部面３０の間にはスペーサを必要
としない。楔部材４２が板ばね群の外端に配置さ
れ、これによつてばね固定ボルトの頭部がねじ穴
３４の主軸に関して直角な面と一致し、ボルトに
偏向負荷がかかつてもボルトが撓まないようにさ
れる。楔部材４２はクロスアームの延出部の面３
０に平行する面を提供する。ベース面２４が垂直
線に関して25°の角度で形成されるベース切込み
部分２２には、板ばね群とベース面２４の間に２
個の同一の楔部材４２ａ，４２ｂが用いられる。
これらの２個の楔部材４２ａ，４２ｂは、それら
の垂直面を相互に当接させるように10°の傾斜面
をもつた楔部材として形成する。従つてこのよう
な楔部材を用いると、ベース面の実際の斜角は
25°から15°に減少することになる。この部分のば
ね群の外側には単一の楔部材４２ｃが用いられ、
これによつてボルトの頭部３２ａが垂直面に関し
て20°傾斜した面と一致し、ボルトに偏向負荷が
かかつてもボルトが撓まないようにされる。 In the leaf spring embodiment shown in Figure 3, the leaf spring has a 15°
In order to achieve this angle, the following spacer structure is used. Since the extension surface 30 of the cross arm is already provided with an angle of 15°, no spacer is required between the upper end of the leaf spring group and the extension surface 30. A wedge member 42 is disposed at the outer end of the leaf spring group so that the head of the spring fixing bolt is aligned with a plane perpendicular to the main axis of the threaded hole 34, so that the bolt does not deflect even when a deflection load is applied to the bolt. It will be made sure that there is no such thing. The wedge member 42 is attached to the surface 3 of the extending portion of the cross arm.
Provides a plane parallel to 0. The base notch 22, in which the base surface 24 is formed at an angle of 25° with respect to the vertical, has two sections between the leaf spring group and the base surface 24.
Two identical wedge members 42a, 42b are used.
These two wedge members 42a and 42b are formed as wedge members having 10° inclined surfaces so that their vertical surfaces abut against each other. Therefore, when using such a wedge member, the actual oblique angle of the base surface is
The angle will decrease from 25° to 15°. A single wedge member 42c is used outside the spring group in this part,
This ensures that the head 32a of the bolt is aligned with a plane inclined at 20° with respect to the vertical plane, thereby preventing the bolt from deflecting even if a deflection load is applied to the bolt.
第４図の実施例では、板ばね群２０と垂直基準
線２６の間の開先角度Ｂは20°にされている。も
ちろん、平坦なスペーサと楔部材が異なつた配置
で用いられている以外は、これらの部材は第１
図、第２図、および第３図で用いた部材と同一で
ある。特に、クロスアームの部分では板ばね群２
０と延出部面３０の間に楔部材４２ｄを用い、延
出部面３０の指示番号５０における角度の15°を
20°に増大している。この延出部面３０はばね固
定ボルト３２に対して相補的な角度を提供するの
で、ばね群の外側には平坦なスペーサ４０が用い
られる。ベースに関しては、ベース面が指示番号
５２で示すように25°である部分において、板ば
ね群２０と垂直基準線２６の間に楔部材４２ｅを
用いて斜角を20°にしている。板ばね群２０のこ
の部分の外側には平坦なスペーサのみを用い、こ
れによつてばね固定ボルト３２ａに負荷が同心的
におよぼされることになる。 In the embodiment of FIG. 4, the bevel angle B between the leaf spring group 20 and the vertical reference line 26 is 20 degrees. Of course, these members are the same as the first one, except that the flat spacer and wedge members are used in a different arrangement.
The members are the same as those used in FIGS. 2 and 3. Especially in the cross arm part, leaf spring group 2
0 and the extension part surface 30, and the angle at the instruction number 50 of the extension part surface 30 is set to 15°.
It has increased to 20°. Since this extension surface 30 provides a complementary angle to the spring fixing bolt 32, a flat spacer 40 is used on the outside of the spring group. Regarding the base, at a portion where the base surface is at an angle of 25 degrees as indicated by reference number 52, a wedge member 42e is used between the leaf spring group 20 and the vertical reference line 26 to make the oblique angle 20 degrees. Only flat spacers are used on the outside of this portion of the leaf spring group 20, so that the load is applied concentrically to the spring fixing bolts 32a.
第５図の実施例では10°の楔部材、すなわち5°
の楔部材４２ｆ，４２ｇを板ばね群と延出部面３
０の間に各配置することにより、25°の開先角度
Ｃが与えられる。板ばね群の頂部外側には今一つ
の楔部材４２ｈを用い、ばね固定ボルト３２に負
荷が同心的に加えられるように、ばね群と接触す
る方の楔部材４２ｈの面の反対側の面に20°の傾
斜が施される。ベースに関してはベース面２４が
25°傾斜しているので楔部材を必要とせず、板ば
ね群は直接ベース面２４に接して取付けられる。
しかし、ばね固定ボルト３２ａとクロスアームの
ねじ穴を整合させるために楔部材４２ｊが用いら
れる。 In the embodiment of FIG. 5, the wedge member is 10°, i.e.
The wedge members 42f and 42g are connected to the leaf spring group and the extending portion surface 3.
Each position between 0 and 0 gives an included angle C of 25°. Another wedge member 42h is used on the outside of the top of the leaf spring group, and in order to apply a load concentrically to the spring fixing bolt 32, a A slope of ° is applied. Regarding the base, the base surface 24 is
Since it is inclined at 25°, a wedge member is not required, and the leaf spring group is mounted directly in contact with the base surface 24.
However, a wedge member 42j is used to align the spring fixing bolt 32a with the screw hole of the cross arm.
本明細書では垂直面から5°の傾斜をもつた楔部
材、および延出部面とベース面の特定の角度変位
について述べたが、これらはあくまで好ましい実
施例を示すためのものであり、従つてこれらの部
材の角度は種々変更し得、それらの変更も本発明
の範囲内に含まれるものと言い得る。さらに、開
始された諸要素の数量は本発明にとつて重要なこ
とではない。故にベースには４個以上の切込み部
分を形成し、それらに対応する数の延出部をクロ
スアームに与えることも可能である。 Although this specification describes a wedge member with an inclination of 5° from the vertical plane and specific angular displacements of the extension surface and the base surface, these are merely illustrative of preferred embodiments and are intended to serve as a guideline. Therefore, the angles of these members can be changed in various ways, and these changes are also within the scope of the present invention. Furthermore, the quantity of the elements started is not critical to the invention. Therefore, it is also possible to form four or more cut portions in the base and provide the cross arm with a corresponding number of extension portions.
以上の説明から明らかなように、一組の平坦な
スペーサと楔部材を用いることによつて、ばねの
角度を調節し得る本発明の目的に沿つた振動ボー
ル（容器）送り機が得られる。本発明にいくつか
の設計上の変更を施すことは可能で、これらの設
計変更も本願の特許請求の範囲内に含まれるもの
と考えられる。 As is clear from the foregoing description, by using a set of flat spacers and wedge members, a vibratory ball (container) feeder in accordance with the object of the present invention is obtained in which the angle of the spring can be adjusted. Several design changes are possible to the present invention and are considered to fall within the scope of the claims herein.
第１図は振動ボール送り機の平面図、第２図は
第１図の送り機の側部立面図、第３図は種々の板
ばね角度を実現するためのスペーサを用いた一箇
所のばね群の側面図、第４図は第３図の場合とは
角度を変えて位置する板ばね群の側面図、第５図
は第４図の場合とは角度を変えて位置する板ばね
群の側面図である。
１０……振動送り機、１４……クロスアーム、
２０……板ばね群、４２……楔部材。
Figure 1 is a plan view of the vibrating ball feeder, Figure 2 is a side elevational view of the feeder of Figure 1, and Figure 3 is a view of the vibrating ball feeder in one location using spacers to achieve various leaf spring angles. A side view of a spring group; FIG. 4 is a side view of a leaf spring group positioned at a different angle from that in FIG. 3; FIG. 5 is a side view of a leaf spring group positioned at a different angle from that in FIG. 4. FIG. 10... Vibration feeder, 14... Cross arm,
20... Leaf spring group, 42... Wedge member.
Claims (1)
付けられる材料送り装置を備え、該材料送り装置
および前記ベースがそれぞれ板ばね懸架装置取付
面を有し、さらに、前記材料送り装置の振動数を
変えるために前記板ばね懸架装置の一面の角度を
５度増加させて該板ばね懸架装置の一面の角度を
調節する装置を備える振動送り機であつて、 前記角度調節装置が、前記板ばね懸架装置の一
端の一面と、前記板ばね懸架装置取付面のうちの
一面との間に挟持される少なくとも一つの楔部材
を有し、該楔部材が前記板ばね懸架装置の一面に
平行な第１面と、前記板ばね懸架装置の一面から
５度傾斜する第２面とを有し、該第１面および第
２面にはそれぞれを貫通する孔が形成されてお
り、さらに、前記角度調節装置が、前記板ばね懸
架装置の板ばねと、前記楔部材の第１面および第
２面の孔とを貫通するボルトを有しており、該ボ
ルトが前記板ばね懸架装置の一端の一面を前記板
ばね懸架装置取付面に固定する振動送り機。 ２ 前記板ばね懸架装置取付面が共に垂直ではな
い特許請求の範囲第１項記載の振動送り機。 ３ 前記板ばね懸架装置取付面が、互いに非平行
で、かつ、上方及び下方にそれぞれ位置する前記
材料送り装置および前記ベース上にあつて補足し
あうそれぞれの該板ばね懸架装置取付面の間に延
在する垂直面から各々15度及び25度の角度で傾斜
する特許請求の範囲第１項又は第２項記載の振動
送り機。 ４ 前記材料送り装置が板ばね懸架装置取付面を
有するクロスアームを有し、前記ベースが該クロ
スアームの該各板ばね懸架装置取付面に取付けら
れた前記各板ばね懸架装置の板ばね懸架装置取付
面を有する特許請求の範囲第３項記載の振動送り
機。 ５ 複数の楔部材が、前記板ばね懸架装置の一端
面又は両端面と、該面と対応する前記板ばね懸架
装置取付面との間に挟持される特許請求の範囲第
４項記載の振動送り機。 ６ 前記ベースが垂直面に対し傾斜して形成され
た複数の板ばね懸架装置取付面を有する複数の切
込み部分を有し、前記クロスアームが垂直面に対
し傾斜して形成された複数の板ばね懸架装置取付
面を有する複数の延出部を有する特許請求の範囲
第５項記載の振動送り機。 ７ 前記ベースに形成された前記板ばね懸架装置
取付面の角度と、前記クロスアームの前記延出部
に形成された前記板ばね懸架装置取付面の角度と
が相違する特許請求の範囲第６項記載の振動送り
機。 ８ 複数の板ばね懸架装置群が前記ベースおよび
前記クロスアームに取付けられ、前記ベースが該
ベースの周縁部から半径方向内方に延びる複数個
の切込み部分を有し、該各切込み部分が前記振動
送り機の垂直基準面に対して傾斜した切込み面を
有し、該切込み面が該面に非垂直なねじ穴を有
し； 前記クロスアームが複数の延出部を有し、該各
延出部が前記垂直基準面に対して傾斜する延出部
面を有し、該延出部面の角度が前記切込み面の角
度と相違し、前記延出部面が該面に非垂直でかつ
前記切込み面のねじ穴に平行なねじ穴を有する特
許請求の範囲第４項記載の振動送り機。 ９ 前記板ばね懸架装置の一端面が前記ベースの
切込み面に固定され、該板ばね懸架装置が、前記
ベースの切込み面の角度に規制されて前記垂直基
準面から傾斜して前記ベースから上方に延出して
おり； 前記複数の楔部材が前記クロスアームの前記延
出部面と前記板ばね懸架装置の対向端面との間に
挟持され、前記板ばね懸架装置の端部がその中を
貫通するボルトによつて前記延出部面に固定され
る特許請求の範囲第８項記載の振動送り機。Claims: 1. A material feeder resiliently attached to a base by a leaf spring suspension, the material feeder and the base each having a leaf spring suspension mounting surface, and further comprising: A vibration feeder comprising a device for adjusting the angle of one side of the leaf spring suspension device by increasing the angle of one side of the leaf spring suspension device by 5 degrees in order to change the vibration frequency of the feeding device, the angle adjustment device has at least one wedge member held between one surface of one end of the leaf spring suspension device and one surface of the mounting surface of the leaf spring suspension device, and the wedge member having a first surface parallel to one surface and a second surface inclined at 5 degrees from one surface of the leaf spring suspension device, and a hole penetrating each of the first surface and the second surface is formed; Furthermore, the angle adjustment device includes a bolt passing through a leaf spring of the leaf spring suspension device and holes in the first and second surfaces of the wedge member, and the bolt is inserted into the leaf spring suspension device. A vibration feeder in which one surface of one end of the vibration feeder is fixed to the mounting surface of the leaf spring suspension device. 2. The vibration feeder according to claim 1, wherein both of the mounting surfaces of the leaf spring suspension device are not vertical. 3. The mounting surfaces of the leaf spring suspension are non-parallel to each other and are located between the mounting surfaces of the leaf spring suspension that are complementary to each other on the material feeding device and the base located above and below, respectively. 3. A vibrating feeder as claimed in claim 1 or claim 2, which is inclined at an angle of 15 degrees and 25 degrees, respectively, from an extending vertical plane. 4. A leaf spring suspension of each of the leaf spring suspensions, wherein the material feeding device has a cross arm having a leaf spring suspension mounting surface, and the base is attached to each of the leaf spring suspension mounting surfaces of the cross arm. The vibration feeder according to claim 3, which has a mounting surface. 5. The vibration feeder according to claim 4, wherein a plurality of wedge members are sandwiched between one end surface or both end surfaces of the leaf spring suspension device and a mounting surface of the leaf spring suspension device corresponding to the surface. Machine. 6. A plurality of leaf springs in which the base has a plurality of notches each having a plurality of leaf spring suspension mounting surfaces formed at an angle with respect to a vertical plane, and the cross arm is formed at an angle with respect to a vertical plane. The vibration feeder according to claim 5, having a plurality of extending portions each having a suspension mounting surface. 7. Claim 6, wherein the angle of the plate spring suspension device mounting surface formed on the base is different from the angle of the plate spring suspension device mounting surface formed on the extending portion of the cross arm. Vibration feeder as described. 8 a plurality of leaf spring suspensions are attached to the base and the cross arm, the base having a plurality of notches extending radially inwardly from a periphery of the base, each notch extending from the periphery of the base; the cross arm has a plurality of extensions, each of which has a cut surface that is inclined with respect to a vertical reference plane of the feeder; the part has an extended part surface inclined with respect to the vertical reference plane, the angle of the extended part surface is different from the angle of the cut surface, the extended part surface is non-perpendicular to the surface, and the extended part surface is non-perpendicular to the surface; The vibration feeder according to claim 4, having a screw hole parallel to the screw hole in the cut surface. 9. One end surface of the leaf spring suspension device is fixed to the notch surface of the base, and the leaf spring suspension device is regulated by the angle of the notch surface of the base and tilts from the vertical reference plane upward from the base. the plurality of wedge members are sandwiched between the extending portion surface of the cross arm and the opposing end surface of the leaf spring suspension, and an end of the leaf spring suspension passes therethrough; The vibration feeder according to claim 8, wherein the vibration feeder is fixed to the extending portion surface with a bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1222684A JPS60157412A (en) | 1984-01-27 | 1984-01-27 | Vibrating feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1222684A JPS60157412A (en) | 1984-01-27 | 1984-01-27 | Vibrating feeder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60157412A JPS60157412A (en) | 1985-08-17 |
| JPH0442286B2 true JPH0442286B2 (en) | 1992-07-13 |
Family
ID=11799456
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1222684A Granted JPS60157412A (en) | 1984-01-27 | 1984-01-27 | Vibrating feeder |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60157412A (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2533024Y2 (en) * | 1989-06-28 | 1997-04-16 | エヌティエヌ 株式会社 | Vibration feeder |
| JP4495665B2 (en) * | 2005-10-25 | 2010-07-07 | 関東電子株式会社 | Powder and particle bouncing device |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4031845Y1 (en) * | 1964-04-28 | 1965-11-09 |
-
1984
- 1984-01-27 JP JP1222684A patent/JPS60157412A/en active Granted
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4031845Y1 (en) * | 1964-04-28 | 1965-11-09 |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS60157412A (en) | 1985-08-17 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| EXPY | Cancellation because of completion of term |