JPS602441B2 - Anti-vibration damper - Google Patents
Anti-vibration damperInfo
- Publication number
- JPS602441B2 JPS602441B2 JP18745082A JP18745082A JPS602441B2 JP S602441 B2 JPS602441 B2 JP S602441B2 JP 18745082 A JP18745082 A JP 18745082A JP 18745082 A JP18745082 A JP 18745082A JP S602441 B2 JPS602441 B2 JP S602441B2
- Authority
- JP
- Japan
- Prior art keywords
- spiral
- vibration
- leaf spring
- attached
- diameter
- 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
Links
Landscapes
- Machines For Laying And Maintaining Railways (AREA)
- Vibration Prevention Devices (AREA)
Description
【発明の詳細な説明】
この発明は、加振装置1と加振用ビータ2とから成るタ
イタンパ本体3と、上側に設けたハンドル杵4とが、緩
衝板ばね5の上、下端縁6,,62 によって連結され
ているタィタンパからの振動を吸振コイルスプリングで
吸振して、ハンドル村に振動の伝達されることを防止さ
せることを目的とする防振タィタンパに係り、‘1)、
その緩衝板ばね5の上端緑6,が、前記ハンドル杵4に
取付けた器枠の両側枠板7,,72間に架設された支爾
8に取付けられ、また、その両側枠板7,,72間に、
これと平行して支持板9が介設されていると共に、前記
支軸8と平行して、両側に、2組の吸振コイルスプリン
グ10・,111、102,112が架設され、その吸
振コイルスプリング10・,11・、102,112は
、夫々額斜スパイラル状接続部12,,13・、122
,132 にて接続された直径の異なるスパイラル状大
径大輪部14,,15,、142,152と、スパイラ
ル状小径小輪部16,,17・、162,172とから
成っていて、その各スパイラル状大径大輪部14,,1
5,、142,152が、夫々前記器枠の両側枠板7,
,72 の対向内側面に突出させた大径柄突軸18,,
19・、182,192に捲縄係着されていると共に、
前記支持板9の両側面に、前記器枠6の両側枠板7,,
72の対向内側面に突出させた大蓬柄突軸181,19
・、182,192と相対向して突設させた小径柄突軸
20,,21・、202,212に、前記スパイラル状
小径小論部16,,171、162,172が捲鍵係着
され、【2’、その緩衝板ばね5の上端縁6,が、前記
ハンドル杵4に取付けた器枠の両側枠板7,,72間に
架設された支軸8に取付けられ、また、前記支軸8の両
側端に2組の吸振コイルスプリング10・,11・が架
設されていて、その吸振コイルスプリング10,,11
,は、夫々煩斜スパイラル状接続部12,,13,にて
接続された直径の異なるスパイラル状大輪部14,,1
5,と、スパイラル状小径小論部16,,17,とから
成っていて、その各スパイラル状大径大輪部14,,1
5,が、夫々前記器枠の両側枠板7.,72 の対向内
側面に凹設した係合口22,,222 に鉄合係着され
ていると共に、前記支軸8の両側端に取付けられた支持
板9,,92の各外面に、前記係合口22,,222と
相対同して突談させた小蚤柄突軸20′,,21′,に
、前記スパイラル状小蓬小論部16,,17,が捲櫨係
着され、且つ、【31、その緩衝板ばね5の上端縁6,
が、前記ハンドル杵4に取付けた器枠の両側枠板7,,
72間に架設された支軸8に取付けられ、また、前記ハ
ンドル村4には、夫々吸振コイルスプリング10・,1
1.を内袋した2組の筒状掴持体23,,232が鉄合
され、その吸振コイルスプリング10・,11,は、夫
々傾斜スパイラル状接続部12,,13,にて接続され
た直径の異なるスパイラル状大径大輪部14,,15,
とスパイラル状小径4・輪部16,,17,とから成っ
ていて、その各スパィラル状大径大輪部14,,15,
の外周面が、夫々前記筒状掴持体23,,232 の内
側面に鞍合係着されていると共に、各スパイラル状小径
小論部16,,17,の内側面が、夫々前記ハンドル杵
4の外側面に捲縄係着されていることを特徴とし、その
実施態様として、前記緩衝板ばね5及び器枠が前後2組
設けられているものである。DETAILED DESCRIPTION OF THE INVENTION In the present invention, a damper main body 3 consisting of a vibrating device 1 and a vibrating beater 2, and a handle punch 4 provided on the upper side, , 62, relates to an anti-vibration tie tamper whose purpose is to absorb vibrations from the tie tamper connected by a vibration-absorbing coil spring to prevent the vibrations from being transmitted to the handlebar, '1).
The upper end green 6 of the buffer leaf spring 5 is attached to a support 8 installed between both side frame plates 7, 72 of the container frame attached to the handle punch 4, and Between 72
A support plate 9 is interposed in parallel with this, and two sets of vibration-absorbing coil springs 10, 111, 102, 112 are installed on both sides in parallel with the support shaft 8. 10., 11., 102, 112 are forehead oblique spiral connecting portions 12,, 13., 122, respectively.
, 132, and spiral small diameter small ring parts 16, 17, 162, 172, each of which has a different diameter. Spiral large diameter large ring portion 14,,1
5, 142, 152 are the side frame plates 7, 142, 152 of the container frame, respectively.
, 72, a large-diameter protruding shaft 18,
19., 182, 192 are tied with ropes,
On both sides of the support plate 9, both side frame plates 7, , of the container frame 6 are provided.
72, the large handle protruding shafts 181, 19 protrude from the opposing inner surfaces.
The spiral small diameter small diameter portions 16, 171, 162, 172 are locked and locked to the small diameter protruding shafts 20, 21, 202, 212 which are protruded opposite to the small diameter shafts 20, 21, 202, 212. , [2', the upper edge 6 of the buffer leaf spring 5 is attached to a support shaft 8 installed between both side frame plates 7, 72 of the container frame attached to the handle punch 4, and Two sets of vibration-absorbing coil springs 10, 11 are installed at both ends of the shaft 8.
, are spiral large ring portions 14, 1 having different diameters connected by oblique spiral connecting portions 12, 13, respectively.
5, and spiral small-diameter small-diameter sections 16, 17, each of which has a spiral-shaped large-diameter large-diameter section 14, 1.
5, are the frame plates 7 on both sides of the vessel frame, respectively. , 72 are iron-fitted to the engaging holes 22, , 222 recessed in the opposing inner surfaces of the supporting plates 9, , 72. The spiral-shaped small flea essay parts 16, 17 are hooked to the small flea shafts 20', 21', which are arranged in abutting relation to the abutments 22, 222, and [31, the upper edge 6 of the buffer leaf spring 5,
However, both side frame plates 7 of the vessel frame attached to the handle punch 4,
72, and vibration absorbing coil springs 10, 1 are attached to the handlebar village 4, respectively.
1. Two pairs of cylindrical gripping bodies 23, 232 with inner bags are iron-coupled, and their vibration-absorbing coil springs 10, 11, each have a diameter of Different spiral large diameter large ring portions 14, 15,
and spiral small diameter ring portions 16, 17, and each spiral large diameter ring portion 14, 15,
The outer circumferential surfaces of the cylindrical gripping bodies 23, 232 are engaged with the inner surfaces thereof, and the inner surfaces of the spiral small diameter sections 16, 17 are respectively attached to the handle punches. In this embodiment, two sets of the buffer leaf spring 5 and the container frame are provided, one at the front and the other at the rear.
前言己筒状掴持体23,,232 は、外側をゴムまた
は合成樹脂等の欧質筒24,,242と為し、内側を金
属等の硬質筒25,,252にしている。The aforementioned cylindrical gripping bodies 23, 232 have a hard tube 24, 242 made of rubber or synthetic resin on the outside, and a hard tube 25, 252 made of metal or the like on the inside.
図中、26,,262 は器枠、27,,27,……・
・・、272,272・・・・・…・は止鋲、28は前
記加振装置1の加振電気コードを示す。In the figure, 26,,262 are container frames, 27,,27,...
. . , 272, 272 . . . are studs, and 28 is the vibrating electric cord of the vibrating device 1.
従来、タィタンパとしては、加振装置と加振用ビータと
から成るタィタンパ本体と、上側に設けたハンドル杵と
が、緩衝板ばねの上下緑にて連結されたものが一般に知
られている。Conventionally, a titan tamper is generally known in which a titan tamper body consisting of a vibrating device and a vibrating beater, and a handle punch provided on the upper side are connected by upper and lower ends of a buffer leaf spring.
この従来構造では、加振装置及び加振用ビータの振動は
、緩衝ばねによって緩衝されるだけであるので、その振
動はそのま)ハンドル杵に伝達されることになり、作業
上並に保健上不具合である欠点がある。In this conventional structure, the vibrations of the vibrating device and the vibrating beater are only buffered by the buffer spring, so the vibrations are directly transmitted to the handle punch, which is not only useful for work but also for health. There is a drawback that is a defect.
これに対して、この出願の発明は、タィタンパからの振
動を吸振して、ハンドル村に振動の伝達されることを防
止させるようにしたもので、この出願の発明によれば、
タィタンパの加振動からの振動が、緩衝板ばねを経てハ
ンドルに伝達する中途において、吸振コイルスプリング
によって吸振されることになるので、タィタンパの加振
部からの振動は、ハンドルに伝達することが防止される
ことになり、作業上並に保健上頗る有用である。In contrast, the invention of this application absorbs the vibrations from the titanium tamper and prevents the vibrations from being transmitted to the handlebar. According to the invention of this application,
The vibration from the vibrating part of the titan tamper is absorbed by the vibration-absorbing coil spring while it is being transmitted to the handle via the buffer leaf spring, so the vibration from the vibrating part of the titan tamper is prevented from being transmitted to the handle. This is extremely useful not only for work but also for health.
第1図は、この発明の一実施例の斜視図、第2図は第1
図A拡大正面図、第3図、第4図、第5図は、第2図1
一1線、ローロ線、m−m線断面図、第6図は第4図N
−W線断面図、第7図は他の実施例の拡大正面図、第8
図は第7図V−V線断面図、第9図は更に別の実施例の
斜視図、第10図は第9図B部拡大縦断面図、第11図
は第10図の−の線断面図を示す。
図中、同一符号は同一部分または均等部分を示し、1は
加振装置、2は加振用ビータ、3はタィタンパ本体、4
はハンドル杵、5は緩衝板ばね、6,,62は緩衝板ば
ね5の上、下級、7,,72は器枠の両側枠板、8は支
軸、9は支持板、101,11・、102,112は吸
振コイルスプリング、12,,13,、122,132
は傾斜スパイラル状接続部、14,,15・、142
,152はスパイラル状大径大輪部、16,,171、
162,172はスパイラル状小径4・輪部、18・,
19・、182,192は大蓬柄突起、20,,21,
、202,212、20′,,21′.は小蓬柄突軸、
22,,222は係合口、23,,232 は筒状掴持
体を示す。
第1図
第2図
第3図
第4図
第5図
第6図
第7図
第8図
第9図
第10図
第11図FIG. 1 is a perspective view of one embodiment of the invention, and FIG. 2 is a perspective view of an embodiment of the invention.
Figure A is an enlarged front view, Figures 3, 4, and 5 are Figures 2 and 1.
11 line, Roro line, m-m line sectional view, Figure 6 is Figure 4 N
-W sectional view, FIG. 7 is an enlarged front view of another embodiment, and FIG.
The figures are a sectional view taken along the line V-V in FIG. 7, FIG. 9 is a perspective view of yet another embodiment, FIG. A cross-sectional view is shown. In the figure, the same reference numerals indicate the same or equivalent parts, 1 is the vibration device, 2 is the vibration beater, 3 is the titanter body, 4
is a handle punch, 5 is a buffer leaf spring, 6, 62 are the upper and lower parts of the buffer leaf spring 5, 7, 72 are frame plates on both sides of the container frame, 8 is a support shaft, 9 is a support plate, 101, 11. , 102, 112 are vibration absorbing coil springs, 12, , 13, , 122, 132
are inclined spiral connections, 14,, 15, 142
, 152 is a spiral large diameter large ring portion, 16, , 171,
162, 172 are spiral small diameter 4 ring portions, 18...
19., 182, 192 are large pedicel projections, 20,, 21,
, 202, 212, 20',, 21'. is a small peduncle shaft,
22, 222 are engagement ports, and 23, 232 are cylindrical gripping bodies. Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11
Claims (1)
本体3と、上側に設けたハンドル杆4とが、緩衝板ばね
5の上、下端縁6_1,6_2によって連結されている
タイタンパであって、その緩衝板ばね5の上端縁6_1
が、前記ハンドル4に取付けた器枠の両側枠板7_1,
7_2間に架設された支軸8に取付けられ、また、その
両側枠板7_1,7_2間に、これと平行して支持板9
が介設されていると共に、前記支軸8と平行して、両側
に2組の吸振コイルスプリング10_1,11_1、1
0_2,11_2が架設され、その吸振コイルスプリン
グ10_1,11_1、10_2,11_2は、夫々傾
斜スパイラル状接続部12_1,13_1、12_2,
13_2にて接続された直径の異なるスパイラル状大径
大輪部14_1,15_1、14_2,15_2と、ス
パイラル状小径小輪部16_1,17_1、16_2,
17_2とから成っていて、その各スパイラル状大径大
輪部14_1,15_1、14_2,15_2が、夫々
前記器枠の両側枠板7_1,7_2の対向内側面に突出
させた大径柄突軸18_1,19_1、18_2,19
_2に捲纏係着されていると共に、前記支持板9の両側
面に、前記器枠6の両側枠板7_1,7_2の対向内側
面に突出させた大径柄突軸18_1,19_1、18_
2,19_2と相対向して突設させた小径柄突軸20_
1,21_1、20_2,21_2に、前記スパイラル
状小径小輪部16_1,17_1、16_2,17_2
が捲纏係着されていることを特徴とする防振タイタンパ
。 2 前記緩衝板ばね5及び器枠が前後2組設けられてい
る特許請求の範囲第1項記載の防振タイタンパ。 3 加振装置1と加振用ビータ2とから成るタイタンパ
本体3と、上側に設けたハンドル杆4とが、緩衝板ばね
5の上、下端縁6_1,6_2によって連結されている
タイタンパであって、その緩衝板ばね5の上端縁6_1
が、前記ハンドル杆4に取付けた器枠の両側枠板7_1
,7_2間に架設された支軸8に取付けられ、また、前
記支軸8の両側端に2組の吸振コイルスプリング10_
1,11_1が架設されていて、その吸振コイルスプリ
ング10_1,11_1は、夫々傾斜スパイラル状接続
部12_1,13_1にて接続された直径の異なるスパ
イラル状大輪部14_1,15_1と、スパイラル状小
径小輪部16_1,17_1とから成っていて、その各
スパイラル状大径大輪部14_1,15_1が、夫々前
記器枠の両側枠板7_1,7_2の対向内側面に凹設し
た係合口22_1,22_2に嵌合係着されていると共
に、前記支軸8の両側端に取付けられた支持板9_1,
9_2の各外面に、前記係合口22_1,22_2と相
対向して突設させた小径柄突軸20′_1,21′_1
に、前記スパイラル状小怪小輪部16_1,17_1が
捲纏係着されていることを特徴とする防振タイタンパ。 4 前記緩衝板ばね5及び器枠が、前後2組設けられて
いる特許請求の範囲第3項記載の防振タイタンパ。5
加振装置1と加振用ビータ2とから成るタイタンパ本体
3と、上側に設けたハンドル杆4とが、緩衝板ばね5の
上、下端縁6_1,6_2によって連結されているタイ
タンパであって、その緩衝板ばね5の上端縁6_1が、
前記ハンドル杆4に取付けた器枠の両側枠板7_1,7
_2間に架設された支軸8に取付けられ、また、前記ハ
ンドル杆4には、夫々吸振コイルスプリング10_1,
11_1を内装した2組の筒状掴持体23_1,23_
2が嵌合され、その吸振コイルスプリング10_1,1
1_1は、夫々傾斜スパイラル状接続部12_1,13
_1にて接続された直径の異なるスパイラル状大径大輪
部14_1,15_1とスパイラル状小径小輪部16_
1,17_1とから成っていて、その各スパイラル状大
径大輪部14_1,15_1の外周面が、夫々前記筒状
掴持体23_1,23_2の内側面に嵌合係着されてい
ると共に、各スパイラル状小怪小論部16_1,17_
1の内側面が、夫々前記ハンドル杆4の外側面に捲纏係
着されていることを特徴とする防振タイタンパ。 6 前記緩衝板ばね5及び器枠が前後2組設けられてい
る特許請求の範囲第5項記載の防振タイタンパ。[Claims] 1. A damper main body 3 consisting of a vibration device 1 and a vibration beater 2 and a handle rod 4 provided on the upper side are connected by upper and lower edges 6_1 and 6_2 of a buffer leaf spring 5. the upper edge 6_1 of the buffer leaf spring 5.
However, both side frame plates 7_1 of the container frame attached to the handle 4,
7_2, and a support plate 9 is installed in parallel between the frame plates 7_1 and 7_2 on both sides.
is interposed, and two sets of vibration absorbing coil springs 10_1, 11_1, 1 are provided on both sides in parallel with the support shaft 8.
0_2, 11_2 are installed, and the vibration absorption coil springs 10_1, 11_1, 10_2, 11_2 are connected to inclined spiral connection parts 12_1, 13_1, 12_2, respectively.
Spiral large diameter large ring portions 14_1, 15_1, 14_2, 15_2 connected at 13_2 and spiral small diameter small ring portions 16_1, 17_1, 16_2,
17_2, each of which has a spiral large diameter ring portion 14_1, 15_1, 14_2, 15_2, a large diameter protruding shaft 18_1, which is made to protrude from the opposing inner surfaces of both side frame plates 7_1, 7_2 of the container frame, respectively. 19_1, 18_2, 19
Large-diameter protruding shafts 18_1, 19_1, and 18_2 are wound around and attached to the support plate 9, and protrude from opposite inner surfaces of both side frame plates 7_1 and 7_2 of the container frame 6, respectively.
2, 19_2 A small diameter protruding shaft 20_ protruding opposite to 2.
1, 21_1, 20_2, 21_2, the spiral small diameter small ring portions 16_1, 17_1, 16_2, 17_2
A vibration-proof damper characterized by having a winding tie attached to it. 2. The anti-vibration damper according to claim 1, wherein two sets of the buffer leaf spring 5 and the container frame are provided, front and rear. 3. A titan tamper in which a titan tamper body 3 consisting of a vibrating device 1 and a vibrating beater 2 and a handle rod 4 provided on the upper side are connected by upper and lower edges 6_1, 6_2 of a buffer leaf spring 5. , the upper edge 6_1 of the buffer leaf spring 5
However, both side frame plates 7_1 of the container frame attached to the handle rod 4
, 7_2, and two sets of vibration-absorbing coil springs 10_2 are attached to the support shaft 8 installed between the support shaft 8 and the support shaft 8.
1, 11_1 are installed, and the vibration absorption coil springs 10_1, 11_1 are connected to spiral large ring parts 14_1, 15_1 with different diameters and spiral small diameter small ring parts connected by inclined spiral connection parts 12_1, 13_1, respectively. 16_1, 17_1, each of which has a spiral large-diameter ring portion 14_1, 15_1 that fits into an engaging opening 22_1, 22_2 recessed in the opposing inner surface of both side frame plates 7_1, 7_2 of the container frame, respectively. support plates 9_1 attached to both ends of the support shaft 8;
Small-diameter protruding shafts 20'_1, 21'_1 protruding from each outer surface of 9_2 to face the engaging ports 22_1, 22_2.
The anti-vibration damper is characterized in that the spiral small ring portions 16_1 and 17_1 are wound and fixed. 4. The anti-vibration damper according to claim 3, wherein two sets of the buffer leaf spring 5 and the container frame are provided, front and rear. 5
A tyamper main body 3 consisting of a vibrating device 1 and a vibrating beater 2 and a handle rod 4 provided on the upper side are connected by upper and lower edges 6_1 and 6_2 of a buffer leaf spring 5, The upper edge 6_1 of the buffer leaf spring 5 is
Both side frame plates 7_1, 7 of the container frame attached to the handle rod 4
Vibration-absorbing coil springs 10_1 and 10_1 are attached to the handle rod 4, respectively.
Two sets of cylindrical gripping bodies 23_1, 23_ with 11_1 inside
2 are fitted, and the vibration absorbing coil springs 10_1, 1
1_1 are inclined spiral connection parts 12_1 and 13, respectively.
Spiral large diameter large ring portions 14_1, 15_1 and spiral small diameter small ring portion 16_1 connected at _1
1, 17_1, the outer circumferential surface of each spiral large diameter ring portion 14_1, 15_1 is fitted and engaged with the inner surface of the cylindrical gripping body 23_1, 23_2, respectively, and each spiral Small and strange essay section 16_1, 17_
1. A vibration-proof damper characterized in that the inner surfaces of the handle rods 4 are wound around and attached to the outer surfaces of the handle rods 4, respectively. 6. The anti-vibration damper according to claim 5, wherein two sets of the buffer leaf spring 5 and the container frame are provided, front and rear.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP18745082A JPS602441B2 (en) | 1982-10-27 | 1982-10-27 | Anti-vibration damper |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP18745082A JPS602441B2 (en) | 1982-10-27 | 1982-10-27 | Anti-vibration damper |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5980801A JPS5980801A (en) | 1984-05-10 |
JPS602441B2 true JPS602441B2 (en) | 1985-01-22 |
Family
ID=16206282
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP18745082A Expired JPS602441B2 (en) | 1982-10-27 | 1982-10-27 | Anti-vibration damper |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS602441B2 (en) |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2021166234A1 (en) * | 2020-02-21 | 2021-08-26 | 株式会社石田製作所 | Vibration compaction device |
-
1982
- 1982-10-27 JP JP18745082A patent/JPS602441B2/en not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS5980801A (en) | 1984-05-10 |
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