JPS58148933A - Wind tunnel device - Google Patents
Wind tunnel deviceInfo
- Publication number
- JPS58148933A JPS58148933A JP3318982A JP3318982A JPS58148933A JP S58148933 A JPS58148933 A JP S58148933A JP 3318982 A JP3318982 A JP 3318982A JP 3318982 A JP3318982 A JP 3318982A JP S58148933 A JPS58148933 A JP S58148933A
- Authority
- JP
- Japan
- Prior art keywords
- traverse
- wind
- wind tunnel
- movable mechanism
- moving
- 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.)
- Granted
Links
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M9/00—Aerodynamic testing; Arrangements in or on wind tunnels
- G01M9/02—Wind tunnels
- G01M9/04—Details
Landscapes
- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- General Physics & Mathematics (AREA)
- Aerodynamic Tests, Hydrodynamic Tests, Wind Tunnels, And Water Tanks (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は、主としてｊ！ｉ′ＩＩｌ物や自動車等に対し
て風圧、風向、風速等による影響や現象等を測定実験し
得るｍＬ嗣装置１＋Ｃ＠Ｌ、更に詳しくは、風洞装置内
における風に対する投゛影面槓を最大限小さくしてトラ
バースの装置を簡単にしかも該投影面積が大きいことに
よる影響＆なくしたトラバースを有する風洞装置を提供
せんとするにある。DETAILED DESCRIPTION OF THE INVENTION The present invention primarily relates to j! The mL successor device 1+C@L is capable of measuring and experimenting the effects and phenomena of wind pressure, wind direction, wind speed, etc. on objects, automobiles, etc. More specifically, it is capable of maximizing the projection surface against the wind in a wind tunnel device. It is an object of the present invention to provide a wind tunnel device which has a traverse device that is as small as possible, which simplifies the traverse device, and which is free from the effects of the large projected area.
従来の風＃４装置は、実公昭６６−１４２７０に係る風
洞装置に示される如く、風洞装置をｍ断するようにトラ
バースの架橋を設け、該架構に＃ｌ定用機−の端末部可
動機構を収付け、もって該トラバースを風洞の長さ方向
即ち虱の流れる方向へ移動し、艶に可動機構を用いて風
を横断する方向並びに風洞の高さ方向に測定用機器を移
動させて、風による建築物や他の物体への影響を測定せ
んとしているが、このような従来の風洞装置にあっては
、前記実公昭６６−８４２７０の第１図をみてもわかる
ごとく、風の流れる方向に対してトラバースが横断的に
設けられていることから、このトラバースによる風を適
ぎるｌｉ］積、即ら投影［ｆｆｉ積が大きくなり、従っ
てトラバースは通過ＩＬＫよる抵抗が大になることから
、ともすれば計測先端部の振れとしてこの抵抗が現われ
る。従って精密な計測をしようとするどきには、通過風
に対する抵抗を１＠視し得る程度の大きな又は強度のめ
るトラバースを設けなければならない。この第３図をみ
ればわかる舶く、トラバースの奥行方向に対しては端末
町動機−並びにその測定用ｍ器の大きさのわりには奥行
の大きいしかも重量の大なる装置を必要としている。こ
のような大きなトラパースを用いたときには、当然なこ
ととして投影面積は大になり、通過風圧対する抵抗に充
分耐え得る構造体を用いなくてはならない。しかるに、
このトラパースを可動させる為には、モーター容量は大
なるものにならなければならず、又トラパースの撓み防
止する為にも、この横断方向のトラパース支持材は大型
なものにならざるを得ない。In the conventional wind #4 device, as shown in the wind tunnel device according to Japanese Utility Model Publication No. 66-14270, a traverse bridge is provided to cut the wind tunnel device by m, and a terminal movable mechanism of the #1 regular machine is attached to the frame. The traverse is moved in the length direction of the wind tunnel, that is, in the direction in which the lice flow. However, as can be seen from Figure 1 of the above-mentioned Japanese Utility Model Publication No. 66-84270, in such conventional wind tunnel equipment, the influence of wind on buildings and other objects is measured. On the other hand, since the traverse is provided across the traverse, the product of the traverse, that is, the product of the projection [ffi], becomes large, and the traverse has a large resistance due to the passing ILK. This resistance will then appear as a deflection of the measuring tip. Therefore, in order to make precise measurements, it is necessary to provide a traverse that is large enough or strong enough to reduce the resistance to the passing wind. As can be seen from FIG. 3, for the depth direction of the traverse, a terminal machine and a measuring instrument for measuring the same size require a device that is large in depth and heavy in weight. When such a large trapeze is used, the projected area will naturally become large, and a structure must be used that can sufficiently withstand resistance to passing wind pressure. However,
In order to move this trapper, the capacity of the motor must be large, and in order to prevent the trapper from deflecting, the support material for the trapper in the transverse direction must be large.
本発明は、従来のこのような風刺に対し横断的に設は九
トフバースから発生する問題点を解消し、トラパースに
よる通過風の１−４投影而積を厳少限にすることにより
、トラパースの構造簡略化並びに計測先端部への振れを
最少＠にし、収扱い容易で精密針側ＩＩＩＴ能なトラパ
ースを提供せんとするにある。The present invention cross-sectionally solves the problems that arise from nine toft verses in contrast to the conventional satire, and by strictly limiting the 1-4 projection product of the passing wind by the trapper, the present invention The purpose is to simplify the structure, minimize deflection to the measuring tip, and provide a trapper that is easy to handle and capable of performing precision needle measurements.
本発明の要旨とするところは、このような目的を達成す
る丸めに、従来、風刺へ横断的に設けていたトラパース
ｔ−１風洞の長さ方向即ち風の流れる方向と平行に風洞
内部に設け、もって通過風に対する投影面積を最少隈と
し通過風による抵抗を小さくし九点ＫＴｏる。The gist of the present invention is to achieve this purpose by installing a Traperse T-1 wind tunnel inside the wind tunnel in the length direction, that is, parallel to the wind flow direction, which was conventionally installed across the wind tunnel. , thereby minimizing the projected area against the passing wind and reducing the resistance due to the passing wind.
本発明の詳細を図示した実施例Ｋｌ＆づきｊ！に説明す
ると、第１図に示したものは、従来も用いられている風
洞の内部にトラパースを風の流れ方向と平行に設けた状
態の風洞装置の一部を切開し九四面図を示し、第２図は
その風洞装置を入口方向から見た正面図である。第１図
、第２図中、■は風胴であり、該風洞装置吻の風の流れ
る方向即ち長さ方向に対して、図中■として表わされる
トラパースを設けている。ここに示したトラパース（釦
は略し−ｙ状の長尺物を風洞■の長さ方向に設け、風洞
天井部（参に取付は友移動手段■に該トラパース■を連
結し、風洞■をａ１断する方向に鎖−動手段（４）で横
断可能な動きをなさしめている。又図中、トラパース（
２）に設は九■は、端末部可動機構で、該可動機構■の
端末には測定用機器■が従来の風刺装置と同様に設けら
れている。Embodiments illustrating details of the present invention Kl&dukij! To explain this, Fig. 1 shows a partially cutaway view of a conventional wind tunnel device in which a trapper is installed parallel to the flow direction of the wind inside the wind tunnel. , FIG. 2 is a front view of the wind tunnel apparatus viewed from the entrance direction. In FIGS. 1 and 2, ``■'' is a wind tunnel, and a trapper is provided in the wind tunnel device in the wind flow direction, that is, in the longitudinal direction, as shown in ``■'' in the figures. The trapper shown here (buttons are omitted) is a Y-shaped elongated object, installed in the length direction of the wind tunnel The chain movement means (4) is used to move the chain in the cutting direction so that it can cross.
In 2), 9) is a terminal movable mechanism, and a measuring device (2) is provided at the terminal of the movable mechanism (2) in the same manner as in the conventional satirical device.
このような風刺装置の詳細を更に具体的に説明すると、
第１図のものはトラパース（２）として一本のＨ１１１
走行レー〜■を風洞■長さ方向に８定し、この走行レー
〜■に対して端末部可動機構■の支持部■を関係づけ、
端末部可動機構■とレール■との関係をこのレール■を
使って端末部可動機構■が長さ方向に摺動可能にしてい
る。第１図、第４図に表わし友ものは、その詳細を示し
、走行レール■に対して、端末部可動機構支持部■を外
嵌し走行レール■ｌＩ４には、その走行レール■の長さ
方向にフック■を設け、該フック■に係合するビニオン
［相］を支持部肯に取付け、ビニオン［相］には走行ｖ
−ル■長さ方向への移動用パルスモータ−■が設けられ
るとと−に、走行レール■の内外（設は友突条＠＠に対
し、支持部■の前記突条＠＠を挾持し摺動呵畦なガイド
レール受叫を関係づけ、もってパルスモータ−＠の駆動
によりラック■、ビニオン［相］の保合で支持部■がレ
ール■長さ方向に走行できるようにし、このときの支持
部■全体の垂直！直に対する支持は、前記したがイドレ
ール受ＯＫより支持され、摺ｌＥ！１可能にしている。To explain the details of this satirical device in more detail,
The one in Figure 1 is a single H111 as a trapper (2).
The traveling rail ~ ■ is fixed at 8 in the length direction of the wind tunnel ■, and the support part ■ of the terminal movable mechanism ■ is related to this traveling relay ~ ■.
The relationship between the terminal movable mechanism ■ and the rail ■ is such that the terminal movable mechanism ■ can slide in the length direction using the rail ■. The details of the companion shown in Figures 1 and 4 are shown in which the terminal movable mechanism support part ■ is fitted onto the running rail ■, and the length of the running rail ■ is fitted onto the running rail ■lI4. A hook (■) is provided in the direction, and a pinion (phase) that engages with the hook (■) is attached to the support part.
- When the pulse motor for movement in the length direction - is provided, the protrusion on the support part ■ is held between the inner and outer sides of the running rail. By associating the sliding guide rail with a sliding ridge, the rack ■ and the pinion [phase] are engaged by the drive of the pulse motor so that the support section ■ can travel in the length direction of the rail ■. As described above, support for the entire vertical direction of the support part (2) is supported by the idle rail receiver OK, making it possible to slide.
そしてこのような端末部可動機構叉？ｖｔ！５（Ｊｌ）
に対しては、図中０としての垂直方向への駆動を可能と
し九町動部、並びＫその可動部０下端に紙装してなるア
ー五〇先端に設けた測定用機器■等が取付けられ、もっ
て前記パルスモータ−■の作動により、トラパース■の
レール■長さ方向に対し、該測定用機器■を移動させる
とともに風ｆＰ４の上下に財しても前記可動部■により
上下動可能として−る。And such a terminal movable mechanism? vt! 5 (Jl)
In the figure, a measuring device ■, etc., is installed at the tip of the moving part, which can be driven in the vertical direction as shown in the figure. Then, by the operation of the pulse motor (2), the measurement device (2) is moved in the longitudinal direction of the rail (2) of the trapper (2), and even if the wind fP4 is raised or lowered, the movable part (2) can be moved up and down. -ru.
もちろんこれ等の上下動並びにトフバース■０長さ方向
、風Ｉ！４ＷＲ断方向、Ｋ対する可動方法はこれらの例
示した１様のみに＠られるものではなく、従来の他の公
知な装置並びに方式を採用し慢ることは当然なことであ
る。そしてこのようなトラパース■を天井部■に設けえ
移動手段■でＪＩＬ＃１■０横断方向Ｋｔｌ）フバース
■を移動可能にし、もってｘ、ｙ、ｚｔｐ三次元に対し
て測定用機器〇のＳ鋤を可能としている。こ〜に図示し
友トフパース■のＩｉＬ＃４１■に対する横断用の移動
手段■は、第１１ａＫ＆いては、風刺■の天井部■に該
風洞■を横断する方向に設は九スリット［相］を通して
支持材Ｏをトラバース■から立設するとと４に、Ｍ支持
材＠上端には軸受［相］を設け、該軸受０には共通した
一本ｑ）ＩＩＩＪ動軸［相］をトフバース■Ｑ長さ方向
に設定し、−Ｊ動軸［相］の適所に関係づけた風＠横断
層サーボモーｐ−＠テａＩＴｒ＠４ＩＩｉｌ１ｍを回転
させ、トラバース■を横断可能にしている。可動軸［相
］の回転によってトクバース■１４Ｉ動させるための移
動方式としては、風洞天井部■の上向に設けたレーＡ／
＠にフックＩ８１を天井部■を横断するように設け、該
フック＠に可動−［株］肯のピニオン［相］を関係づけ
て移動し得るようにしている。この駆動関係の機構は％
端末部可動機構■のピニオン＠をトラバース■の走行レ
ー〜■に設けたフッタ（９）の関係に近似する。Of course, these vertical movements as well as Tofuverse■0 length direction, wind I! The method of moving the 4WR in the sectional direction and K is not limited to the above-mentioned examples, and it is natural that other conventional devices and methods may be employed. Then, install such a trapper ■ on the ceiling ■ and make it possible to move the JIL#1 ■0 transverse direction Ktl) fuverse ■ with the moving means ■, thereby making it possible to move the measuring equipment It makes the plow possible. The transportation means for crossing the IiL#41■ of my friend Toph Perth, illustrated here, are 9 slits [phase] installed in the ceiling ■ of the satire ■ in the direction of crossing the wind tunnel ■. When the support member O is set up from the traverse ■, a bearing [phase] is installed at the upper end of the M support member @, and the common one q) IIIJ moving shaft [phase] is attached to the tofu berth ■ The wind @ cross layer servo mode p-@teaITr@4IIil1m, which is set in the horizontal direction and related to the proper position of the -J moving axis [phase], is rotated to enable the traverse (2) to be traversed. The movement method for moving Tokuverse ■14I by rotating the movable axis [phase] is to move the rail A/I installed above the wind tunnel ceiling ■.
A hook I81 is provided at @ so as to cross the ceiling part (2), and a movable pinion is associated with the hook so that it can be moved. This drive-related mechanism is %
The relationship between the pinion @ of the terminal movable mechanism (2) and the footer (9) provided on the traveling rails of the traverse (2) to (2) is approximated.
もって可動軸０のサーボモーターに）をｍｌ動ずれば可
動軸［相］−のピニオン［相］とレー〜［相］傭のフッ
ク＠とが係合してμ■励軸０を風洞ｆＩＲ新方肉方向行
させ、該可動軸［株］に軸受、支持材を介して架設し九
トフパース（釦をｍＬ洞■の横断方向へ移動させるもの
である。尚、これら天井ｓ（わの上面に設けた第１図の
舶きトラバースの移動手段■に対し、このような長尺の
可動軸［相］を設けないで可動軸としてＩ！に分断され
九小さな−の又は可動軸を設けずサーボモーター、その
他の駆動用モーターをトフノ（−ス■の支持材＠上端部
に夫々−個づつ設はトラバース全体を支持材の数に応じ
九サーボモーター又は他の移動装置で駆動し得るように
する形式等は自由に採用し得る。可動軸［相］をこのよ
うに省略することにより、サーボモーター等の駆動装置
は増加するが、天井部上における各種の作業に対して可
動軸がなくなるからトラバースが移動していても容易と
なる。又こＯ移動手段■は、天丼部■に設けたスリット
［株］を１通し九支持材＠を介してトラバース■を固定
するのではなく、天井部■内に又は天井部■（０７面に
投影面積を最大隈小さくしえよつな状態で、前記し九如
きＩＩ鋤手段■を組込みトラバース■を移動可能とし得
るようにする構造は本発明で適ｉｓ用することは何らさ
しつかえがない、なお、図中０として示し友ものは、ト
ラバース■の可動機構■用収納部であｅｘ洞１１１ＩＫ
凹設して設けている。If the servo motor of the movable axis 0 is moved by ml, the pinion [phase] of the movable axis [phase] - and the hook of the ray ~ [phase] engage, and μ The movable shaft is moved in the transverse direction of the mL cave by installing it on the movable shaft via bearings and supporting materials. In contrast to the moving means for the ship traverse shown in Figure 1, which is provided, such a long movable axis [phase] is not provided, and the movable axis is divided into I!, and nine small - or servo without a movable axis is provided. Motors and other driving motors are installed at the upper end of each support member of the Tofuno (-) so that the entire traverse can be driven by nine servo motors or other moving devices depending on the number of supports. The format etc. can be freely adopted. By omitting the movable axis [phase] in this way, the number of drive devices such as servo motors increases, but since there is no movable axis for various operations on the ceiling, traverse Also, this moving means ■ does not fix the traverse ■ through a slit [stock] provided in the tendon part ■ through nine supports @, but instead fixes the traverse ■ through the support material @. It is suitable for the present invention to incorporate the II plow means (2) as described above in a state where the projected area is minimized to the maximum or on the ceiling part (07) and to make the traverse (2) movable. There is no problem in using it.The companion shown as 0 in the figure is the storage part for the movable mechanism of the traverse.
It is recessed.
以上の如く本発明に係る風洞装置は、測定用機器の端末
部可動機構を摺動自在に取付けてなるトフパースｔＩｉ
Ｌ洞の長さ方向と平行に設けるとともに、！ｉＬ胴天井
部に該トフノ（−スをＩｔ制横断方向に移動させる移動
手段を設はトラ／＜−スと関係づけてなることから、
■本発明におけるｍｔｕ装置のしフッく−スは、従来の
風洞装置と比べ、ＩＬ洞内の風の流れ断面積におけるト
ラバースの投影面積が小さくなることによりトラバース
の通過風に対する抵抗を余り大きく考える必要がなく、
従ってトフノく−ス全体は軽量小型のもので充分となり
、結果、風に対するトラバースへの影響が小さくなる。As described above, the wind tunnel apparatus according to the present invention is a tofuperth tIi in which the terminal movable mechanism of the measuring device is slidably attached.
In addition to being installed parallel to the length direction of the L sinus,! Since a moving means for moving the tofuno(-su) in the IT transverse direction is provided on the iL fuselage ceiling and is associated with the truss/<-su, ■The movement of the mtu device in the present invention is as follows: Compared to conventional wind tunnel equipment, the projected area of the traverse in the cross-sectional area of the wind flow in the IL tunnel is smaller, so there is no need to consider the resistance to the passing wind of the traverse too much.
Therefore, it is sufficient for the entire tofuno-kusu to be lightweight and small, and as a result, the influence of the wind on the traverse is reduced.
従って風速を増大したときＫｓ？いても、トフノく−ス
は、該風圧により大きなＶ＃動をするものではないから
、トフノく一スに設は九ｒｉｍｓ謡先端部の振れは少く
なり精密な調定を自重に出来ることとなるうえに、これ
らトラバースの移動並びＫＩｒｔ測器の駆動用モーター
が小さく又制御回路の容量が小さくても精密な謝定をＩ
２ｉ能とし、父、
■ｓｐｏ＊さ方向にトラバースを設けている為、風の影
響を考慮せずに充分に風圧並びに自重による撓みに耐え
る部材を選定することができる丸め機械精度が上り、取
付は並びに保守−容易となる。Therefore, when increasing the wind speed, Ks? However, since the Tofuno Kuisu does not make a large V # movement due to the wind pressure, the swing of the tip of the nine rims will be reduced and precise adjustment can be made using its own weight. In addition, even if the motor for driving these traverses and the KIrt measuring instrument is small and the capacity of the control circuit is small, it is difficult to make precise measurements.
2i function, with a traverse in the *spo* direction, which makes it possible to select components that can sufficiently withstand wind pressure and deflection due to their own weight without considering the influence of the wind. This also makes maintenance easier.
■トラバースのレールは、風洞の長さ方向に対しては延
長が容易で、又端末部０可動機構はトラバースに対して
一個所で集中し、しかも風洞内に露出している為に点検
、保守が容易にでき、Ｖ−μＯ取替え等も簡単にできる
ようになる。特に大きな利点としては、トフバー７０投
ｌＩ画積が小さい為、大型から小ｍＫＶｓ九る風洞迄共
通の構造としても各機器は使用可能である。従来の風＃
Ｉ鋏装にあっては、これらの駆動部は、殆んどＯ場合、
外装内に収納してい友ことから、その内部の保守、点検
が手間どっていた。■The traverse rail can be easily extended in the length direction of the wind tunnel, and the terminal zero movable mechanism is concentrated in one place relative to the traverse, and is exposed inside the wind tunnel for inspection and maintenance. This makes it easy to replace the V-μO, etc. A particularly great advantage is that the tofu bar 70 throw lI area is small, so each device can be used as a common structure from large to small mKVs wind tunnels. Traditional wind #
For I scissors, these drives are mostly O,
Since it was stored inside the exterior, maintenance and inspection of the interior was time-consuming.
■又、本発明の風洞装置Ｋ）けるトラバースは、風の流
れに対する支持部が丈夫になり、先端ＯＩＩれが少なく
なる構造となっているから、精密１に＃１定を可能にし
、特に風圧に対する端末ｌｌ１Ｕ動機構の振動をなくす
るためには、トラ７（−スＯＶ−μに対して支持部の奥
行長さを長くとれば、支持部前方に設は九測定用機器の
下方へのｋｍに対する後方にνける上方への反力を少く
でき、駆動上におけるこの反力の問題を解決できる。従
来の風胴装置においては絢定用機器を支持する端末部可
動機構の奥行長さには限界があり、測定用機器先端Ｏ嶽
れの原因となってい友。■In addition, the traverse of the wind tunnel device K) of the present invention has a structure that has a strong supporting part against the wind flow and reduces tip OII deviation, making it possible to maintain precision #1 and especially wind pressure. In order to eliminate the vibration of the terminal ll1U movement mechanism, if the depth of the support part is made long with respect to the tiger 7 (-s OV-μ), it is necessary to It is possible to reduce the upward reaction force exerted rearward against km, and solve the problem of this reaction force on the drive.In the conventional wind cylinder device, the depth of the terminal movable mechanism that supports the winding equipment can be reduced. There is a limit to this, and it can cause the tip of the measuring device to fall off.
■このように投影面積が小さいこと並びに測定用機器の
端末部可動機構の支持がレールに対して長く設定しうろ
ことから、測定用機器先端部の振れが少い丸め、高速で
移動が可能となって計測時間の短縮化を図ることができ
るうえＫｔｔｌｌｌＬ、ながら移動し、流線の追いかけ
を可能とする。■Because the projected area is small and the support for the movable mechanism at the end of the measuring device is set long relative to the rail, the tip of the measuring device can be rounded with less deflection and can be moved at high speed. This not only shortens the measurement time, but also allows the user to move while moving and follow the streamlines.
＠１図は本発明に係る風洞装置実施例の肯面図、第２図
は第１図の正面図、第８図はトフバースの正面図、ｓ４
図は第８図の備面図である。
■風洞、■トフバース、（の天井部、（り移動手段、■
端末部ｐＪ動機構、■測定用４１１器、■走行レール、
■支持部、（ｇ）ラック、［株］ビニオン、■パルスモ
ーター１０突条、０がイドレール受、［相］可動部、［
相］アーム、０スリツト、＠支持材、０軸受、［相］町
動軸、［相］レール、■フック、［相］ピニオン、［相
］サーボモーター、■収納部
特許出願人 本田工業株式会社@ Figure 1 is a front view of the wind tunnel device embodiment according to the present invention, Figure 2 is a front view of Figure 1, Figure 8 is a front view of the tofu berth, s4
The figure is a preparation drawing of Fig. 8. ■Wind tunnel, ■Tofu berth, ceiling of (, means of transportation, ■
Terminal part pJ movement mechanism, ■411 measurement device, ■Traveling rail,
■Support part, (g) Rack, Binion Co., Ltd., ■Pulse motor 10 protrusions, 0 is idle rail holder, [Phase] Movable part, [
Phase] Arm, 0 slit, @support material, 0 bearing, [Phase] Town moving shaft, [Phase] Rail, ■Hook, [Phase] Pinion, [Phase] Servo motor, ■Storage unit Patent applicant Honda Motor Co., Ltd.
Claims (1)
けてなるトラバースを風洞の長さ方向と平行に設けると
ともに風洞天井部に該トラバースを風＃１１１新方向に
移動させる移動手段を設はトラバースと関係づけてなる
風Ｉｉ４装置。 ２）トラバースとしてレール状のものを利用してなる特
許請求の範囲第１項記載の風洞装置。[Claims] 1) A traverse in which the terminal movable mechanism of the regular equipment is slidably attached is provided parallel to the length direction of the wind tunnel, and the traverse is installed on the ceiling of the wind tunnel in the direction of the wind #111. A wind Ii4 device that has a means of movement associated with a traverse. 2) The wind tunnel apparatus according to claim 1, which utilizes a rail-like object as a traverse.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3318982A JPS58148933A (en) | 1982-03-02 | 1982-03-02 | Wind tunnel device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3318982A JPS58148933A (en) | 1982-03-02 | 1982-03-02 | Wind tunnel device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS58148933A true JPS58148933A (en) | 1983-09-05 |
| JPH0222889B2 JPH0222889B2 (en) | 1990-05-22 |
Family
ID=12379534
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP3318982A Granted JPS58148933A (en) | 1982-03-02 | 1982-03-02 | Wind tunnel device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS58148933A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60129650U (en) * | 1984-02-09 | 1985-08-30 | 本田 英行 | wind tunnel equipment |
| JPH0450630A (en) * | 1990-06-12 | 1992-02-19 | Honda Kogyo Kk | Traverse apparatus for wind tunnel test |
| US6100708A (en) * | 1997-09-26 | 2000-08-08 | Mitsubishi Denki Kabushiki Kaisha | Probe card and wafer testing method using the same |
| CN109724769A (en) * | 2019-03-15 | 2019-05-07 | 重庆恩倍克科技有限公司 | A kind of mobile school survey device of routine hypersonic wind tunnel |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5634270U (en) * | 1979-08-23 | 1981-04-03 |
-
1982
- 1982-03-02 JP JP3318982A patent/JPS58148933A/en active Granted
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5634270U (en) * | 1979-08-23 | 1981-04-03 |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS60129650U (en) * | 1984-02-09 | 1985-08-30 | 本田 英行 | wind tunnel equipment |
| JPH0428043Y2 (en) * | 1984-02-09 | 1992-07-07 | ||
| JPH0450630A (en) * | 1990-06-12 | 1992-02-19 | Honda Kogyo Kk | Traverse apparatus for wind tunnel test |
| US6100708A (en) * | 1997-09-26 | 2000-08-08 | Mitsubishi Denki Kabushiki Kaisha | Probe card and wafer testing method using the same |
| CN109724769A (en) * | 2019-03-15 | 2019-05-07 | 重庆恩倍克科技有限公司 | A kind of mobile school survey device of routine hypersonic wind tunnel |
| CN109724769B (en) * | 2019-03-15 | 2021-05-11 | 绍兴市明靓科技信息咨询有限公司 | Conventional hypersonic wind tunnel movement correcting and measuring device |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0222889B2 (en) | 1990-05-22 |
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