JPS581938A - Medical clinical inspection timer - Google Patents
Medical clinical inspection timerInfo
- Publication number
- JPS581938A JPS581938A JP10099881A JP10099881A JPS581938A JP S581938 A JPS581938 A JP S581938A JP 10099881 A JP10099881 A JP 10099881A JP 10099881 A JP10099881 A JP 10099881A JP S581938 A JPS581938 A JP S581938A
- Authority
- JP
- Japan
- Prior art keywords
- timer
- main shaft
- conductor
- medical clinical
- rod
- 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
Landscapes
- Measurement Of Predetermined Time Intervals (AREA)
- Investigating Or Analysing Biological Materials (AREA)
- Measuring And Recording Apparatus For Diagnosis (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
この発明は医学臨床検査用タイマー、とくに多数の時間
値を順次に連続して計測することが可能な赤崩球沈降速
度測定用医学臨床検査用タイマーに−する。DETAILED DESCRIPTION OF THE INVENTION The present invention is directed to a timer for medical clinical tests, and particularly to a timer for medical clinical tests for measuring the sedimentation rate of erythrocytes, which is capable of sequentially and continuously measuring a large number of time values.
赤血球沈降速1測定社、規定ガラス細管に注入した血箪
中の赤血球が1時間及び2時間経過前に降下する速度を
測定するもので、医学臨床診断における必須の検査法と
されている。病院、診療所にお轄る赤血球沈降連変の測
定社一般に1日に10〜50名の検査を行い、まえ集団
検査の様な場合には、1日に100名以上の検査が屡々
おこなセれる。Erythrocyte Sedimentation Rate 1 Measurement Co., Ltd., which measures the rate at which red blood cells in a blood drawer injected into a specified glass tubule descends within 1 and 2 hours, is considered an essential test method in medical clinical diagnosis. Erythrocyte sedimentation continuous change measurement companies in hospitals and clinics generally test 10 to 50 people a day, and in cases such as mass testing, they often test more than 100 people a day. I can sell it.
このように多数の検査は通常他の診療業務と兼ねておこ
なわれるため、従来の時計中年−的タイマーなどを使用
して糊定するので祉非常に注意力を喪するという欠点を
有した。現在、複式的タイマーとしては、他に臨床検査
用マルチリイマ−(多音分時□計)が有り、これは一定
時間で一回転する円盤上の任意の位置に複数の色わけピ
ンを挿入し、ピンの回転により、複数の時間の経過を計
測する。しかしながら、この種のタイマーは赤血球沈降
速1測定の様に、比較的に単純ではあるが、連続して数
多くの繰シ返しを必要とする測定作業に使用すると、ピ
ンの数が多くなり、かつ差し込み操作が細い作業である
などのため使用が複雑となる欠点を有し、赤血球沈降速
度測定にわずられしく使用し難いものである。Since such a large number of examinations are usually carried out in conjunction with other medical work, conventional clocks and timers, etc., are used to complete the examinations, which has the disadvantage of greatly reducing one's attentiveness. Currently, there is also a multi-timer for clinical testing (multi-tone minute and hour meter), which inserts multiple color-coded pins at arbitrary positions on a disk that rotates once in a fixed period of time. The rotation of the pin measures the passage of time. However, when this type of timer is used for a measurement task that is relatively simple but requires many consecutive repetitions, such as the measurement of erythrocyte sedimentation rate 1, the number of pins becomes large and It has the drawback that it is complicated to use because the insertion operation is a narrow operation, and it is cumbersome and difficult to use for measuring erythrocyte sedimentation rate.
この発明は、定速回転する主軸に、非計測時には遊嵌す
るとともに、計測時には圧着可能力iつ主軸と一体に回
転可能の計時桿を複数並列して増付け、かつ計時桿に対
応して通報スイッチを並設し、夫々の計時桿が主軸の回
転に伴い計時位置に達した時、計時桿が通報機スイッチ
を押圧して回路を閉鎖するように構成するとともに計時
桿の回動可能位置に対応する切込部を有する収納ケース
を主軸に外設したことを特徴とする医学臨床検査用タイ
マーを提供することで上記欠点を除去した、医学臨床検
査特に赤血球沈降速度測定に好適女医学臨床検査用タイ
マーを提供することを目的とする。This invention adds a plurality of timer rods in parallel to the main shaft rotating at a constant speed, which are loosely fitted when not measuring, and which can be rotated integrally with the main shaft with a force that can be crimped during measurement. Notification switches are arranged side by side, and when each timer stick reaches the timekeeping position as the main shaft rotates, the timer stick presses the notification switch and closes the circuit. By providing a timer for medical clinical testing, which is characterized by having a storage case externally mounted on the main shaft with a corresponding notch, the above-mentioned drawbacks have been eliminated. The purpose is to provide an inspection timer.
本発明の一実施例の一部切欠斜視図を示す。1 shows a partially cutaway perspective view of an embodiment of the present invention. FIG.
第1図、及び第1図A部拡大図を示す第2図において、
■Fi1時間あるいは2時間等所定時間で1回転するモ
ーターである。本実施例では駆動力はモーター■による
が発条その他の方法によってもよい。■はモーター回転
軸である、■は主軸でありモーター回転軸■と連結する
。主軸■祉アルミニューム、合成樹脂などの軽量の管か
らなり、主軸■の外周両社ゴム、スIンジ等からなる弾
性物質で被覆するか又は、凹凸部を形成してもよい。、
■杜計時桿であり、略中夫に外径から内径にわたって螺
刻した貫通孔を穿設する筒体■と、該貫通孔に一端を螺
合するとともに他端につまみ体■を形成したピン体■か
らなるとともに、非測定時には、主軸■に遊嵌し、測定
時羨はつまみ体■のネジの先端部■が主軸■を圧着する
ことで主軸■と一体に回転可能に形成する。先端部■は
第2図では尖ってい計時桿■は頭部のつまみ部分に夫々
1,2゜3・・・の番号を記銘し主軸■に計測する赤血
球沈降測定棒用ガラス管に対応して、10〜30個郷任
意の数個を並列して取付ける。また針時桿■は、第3図
に示すように略中夫に外径から内径にわたって穿設する
貫通孔を有する筒体■と皺貫通孔に対応して筒体−外周
面に形成する承部■と、該小筒■内に摺動自在に嵌合す
るとともに一端に先端部■を“有し他端につまみ体■を
有するビン体■と、小筒■とつまみ体■とを連結するス
プリング0とからなり、非測定時゛には主軸■に遊嵌す
るとともに、測定時にはつまみ体■あネジの先端部■が
主軸@を圧着するととで主軸■と一体に回転可能に形成
してもよい。In Fig. 1 and Fig. 2 showing an enlarged view of part A of Fig. 1,
■Fi It is a motor that rotates once every predetermined time such as 1 hour or 2 hours. In this embodiment, the driving force is provided by the motor (2), but it may also be provided by a spring or other method. ■ is the motor rotation shaft, ■ is the main shaft and is connected to the motor rotation shaft ■. The main shaft (2) is made of a lightweight tube made of aluminum, synthetic resin, etc., and the outer circumference of the main shaft (2) may be covered with an elastic material such as rubber, string, etc., or an uneven portion may be formed thereon. ,
■It is a timepiece, and consists of a cylindrical body with a threaded through hole extending from the outside diameter to the inside diameter, and a pin with one end screwed into the through hole and a knob body ■ formed on the other end. It consists of a body (2), and is loosely fitted onto the main shaft (2) when not in measurement, and is rotatable integrally with the main shaft (2) when the tip (2) of the screw of the knob body (2) is pressed against the main shaft (2) during measurement. The tip part ■ is pointed in Figure 2, and the timepiece rod ■ corresponds to the glass tube for the erythrocyte sedimentation measurement rod, with numbers 1, 2, 3, etc. written on the knob on the head, respectively, and the main axis ■. Install any number of 10 to 30 pieces in parallel. In addition, as shown in Fig. 3, the hand time rod (2) has a cylinder body (2) having a through hole bored from the outer diameter to the inner diameter approximately at the center, and a groove formed on the outer circumferential surface of the cylinder body corresponding to the wrinkled through hole. part (■), a bottle body (■) which is slidably fitted into the small cylinder (■, has a tip part (■) at one end and a knob body (■) at the other end), and connects the small tube (■) and the knob body (■). It is composed of a spring 0, which loosely fits into the main shaft ■ when not measuring, and when measuring, when the knob body ■ tip of the male screw presses the main shaft @, it is formed so that it can rotate integrally with the main shaft ■. It's okay.
次に第4図に示すように、計時桿■は主軸■外周面に係
合する屈曲部@と主軸■の外径よシ小径の内径を有する
筒体@とからなるヘアピン着体@よりなり、非測定時に
は主軸■に遊嵌するとともに測定時rcti筒体Oが主
軸■方向に摺動することでヘアピン体@と主軸■とが圧
着し主−〇と一体に回転可能に形成してもよい。Oおよ
び[相]は通報スイッチであシ、■は可撓性電導体から
なシ[相]は固定連続電導体からなる。可撓性電導体0
と固定連続電導体[相]とは相互に略05〜10m離す
とともに主軸■の軸方向と略平行かつ主軸と略同長に並
設する。この実施例においては、固定連続電導体[相]
F1.1本からなるが、相互に並行な2本以上の固定電
導体からなってもよい。可撓性電導体Oは、ステンレス
スチール、鋼、銅、・その他の電導性と弾性とを有する
コイルバネからなる。固定連続電導体@はステンレスス
チール、鋼、銅、その他の電導体からなる棒状体若しく
は薄板からなる。可撓性連続体Oおよび固定連続電導体
はベル、ブザー、チャイム、ランプの回路と接続する。Next, as shown in Fig. 4, the timepiece rod ■ consists of a hairpin body @ consisting of a bent part @ that engages with the outer peripheral surface of the main shaft ■ and a cylindrical body @ having an inner diameter smaller than the outer diameter of the main shaft ■. , When not measuring, the rcti cylinder body O slides in the direction of the main shaft ■ while being loosely fitted to the main shaft ■ when not measuring, and the hairpin body @ and the main shaft ■ are crimped and formed to be rotatable integrally with the main shaft ■. good. O and [phase] are notification switches, ■ are made of flexible conductors, and [phase] is made of fixed continuous conductors. Flexible conductor 0
and the fixed continuous conductor [phase] are spaced apart from each other by approximately 05 to 10 m, and are arranged in parallel to each other, approximately parallel to the axial direction of the main axis (1), and having approximately the same length as the main axis. In this example, a fixed continuous conductor [phase]
F1.Although it consists of one conductor, it may consist of two or more fixed conductors parallel to each other. The flexible electrical conductor O is made of stainless steel, steel, copper, or other coil springs having electrical conductivity and elasticity. The fixed continuous electrical conductor @ consists of a bar or thin plate made of stainless steel, steel, copper, or other electrical conductor. The flexible continuum O and the fixed continuous conductor connect with bell, buzzer, chime and lamp circuits.
[株]は収納ケ−スでありプラスチック2・らなり、モ
τター■からベアリングを有する他端軸受部0までにわ
たり主軸■筒体■、可撓性電導体O1固定連続電導体[
相]などに外設する。収納ケース[相]は第1図におい
ては、側面半円状からなるが、第5図のように1面はぼ
三角形状とし、てもよい。[相]は切込部であり、計時
桿■の回動可能位置に対応゛して、収納ケース[相]に
計時桿■の数に対応して形成する。[相]は時刻目盛で
あり、計時桿■を主軸■に圧着後、ブザー、ベル、チャ
イムランプ等の通知を発するまでの所襞時間を主軸収納
ケース[相]の外周上に外設する。@はランプであり第
3図においては収納ケースαφの頂部に設置しているが
設置場所は任意である。[Co., Ltd.] is a storage case made of plastic 2, which extends from the motor 2 to the other end bearing part 0 having a bearing, and includes a main shaft 2 cylindrical body 2, a flexible conductor O 1 fixed continuous conductor [
Install it externally, such as in a phase. Although the storage case [phase] has a semicircular side surface in FIG. 1, one side may have a substantially triangular shape as shown in FIG. 5. [Phases] are notches, which are formed in the storage case [Phases] in correspondence with the number of timepiece sticks, corresponding to the rotatable positions of the timepiece sticks. [Phase] is a time scale, and the fold time from when the clock rod ■ is crimped to the main shaft ■ until a notification such as a buzzer, bell, chime lamp, etc. is emitted is externally provided on the outer periphery of the main shaft storage case [Phase]. @ indicates a lamp, which is installed at the top of the storage case αφ in FIG. 3, but it can be installed at any location.
そこで、この実施例において計時桿■を適宜の目盛@l
VCあわせるとともに、つまみ体■を回転することによ
り先端部(8)は」−軸■の外周面の弾性物質又は凹凸
と係合し計4桿(りは主軸■に圧着する。そのため、計
時桿■は主軸■と一体に回転し、所定時間経過後、計時
桿■は可撓性電導体[相]と接触押圧しさらに計時桿■
は同一方向に回転する大め、可撓性電導体Oは固定連続
電導体[相]と接触押圧し、ベル、ブザー、チャイム、
ランプ等の回路が働き、所定時間の経過を測定者に通報
する。Therefore, in this embodiment, the clock rod ■ is set to an appropriate scale @l.
By adjusting the VC and rotating the knob body (2), the tip (8) engages with the elastic material or irregularities on the outer circumferential surface of the shaft (4) and presses against the main shaft (4). ■ rotates together with the main shaft ■, and after a predetermined period of time, the timer rod ■ contacts and presses the flexible conductor [phase], and the timer rod ■
A large flexible conductor O rotates in the same direction and presses against a fixed continuous conductor [phase] to generate a bell, buzzer, chime,
A circuit such as a lamp is activated to notify the measurer of the passage of a predetermined time.
更に計時桿■と主軸■との圧着を解除せずに放置すると
、計時桿■が主軸■と一体に回転し続けるため東計時桿
■は可撓性電導体Oおよび固定連続電導体[相]を押圧
しつづける力?、可撓性電導体■けコイルバネからなる
ため、可撓性電導体0は、ばね変形をしながら計時桿■
の押圧力を吸収し、かつ固定連続電導体[相]と接触押
圧しt&す、その間ベル等の回路が働老呼音岬をし続け
る。しかし、計時桿■と主軸■との圧着が解除すること
で可撓性電導体[相]と計時桿■との接触抑圧が解除し
、コイルバネの復元力によシ可撓性電導体0の変形社戻
る。このように構成される場合は、独立したスイッチを
計時桿■の数に応じて設置するのに比し、構造祉簡単で
かつ安価となり、またスイッチを破壊することなく、通
報機の呼音祉継続し複数の長さの異なる時間を連続して
測定可能である。Furthermore, if the timepiece rod ■ and the main shaft ■ are left without being crimped, the timepiece rod ■ will continue to rotate together with the main shaft ■, and the timepiece rod ■ will be connected to the flexible conductor O and the fixed continuous conductor [phase]. The force that keeps pressing down? , the flexible conductor is made of a coil spring attached to the flexible conductor, so the flexible conductor deforms the timepiece while the timer is rotating.
It absorbs the pressing force of , and contacts and presses the fixed continuous conductor [phase], while the circuit such as the bell continues to make a ringing sound. However, by releasing the pressure bond between the clock rod ■ and the main shaft ■, the contact suppression between the flexible conductor [phase] and the clock rod ■ is released, and due to the restoring force of the coil spring, the flexible conductor 0 Return to Henkeisha. With this configuration, compared to installing independent switches according to the number of timepieces, the structure is simpler and cheaper, and the call system of the alarm system can be improved without destroying the switches. It is possible to continuously measure multiple different lengths of time.
第6図は、医学臨床検査用タイマーに可撓性電動体■お
よび固定連続電導体@を投砂た第1図B部の他の実施例
を示す。この実施例において、固定連続電動体[相]は
複数の導体部@と複数の弾性不導体部@とを交互に形成
してなる。導体部@はステンレススチール、鋼、銅、等
の細棒、板体の外周面からなる。弾性不導体部@は導体
部@の外周面上に、計時桿■が主軸■と圧着することで
回転する回転方向との交差部分に、0、1〜3鴎厚のビ
ニール、Jム等の絶縁物質、例えばビニール小管を被覆
してなる。そこで計時桿■と可撓連続電導体部との非接
触時における可撓性電導体[相]と固定連続電動体■と
の不必要時における不可避的接触は、弾性不導体@によ
シ妨げられ、ベル、ブザー、チャイム、ランプ等の回路
が祉たらくことはない。FIG. 6 shows another embodiment of the part B in FIG. 1, in which a flexible electric body (1) and a fixed continuous electric conductor (@) are thrown into a timer for medical clinical examination. In this embodiment, the fixed continuous electric body [phase] is formed by alternately forming a plurality of conductor parts @ and a plurality of elastic non-conductor parts @. The conductor part @ consists of the outer peripheral surface of a thin rod or plate made of stainless steel, steel, copper, etc. The elastic non-conductor part @ is made of vinyl, J-muth, etc. with a thickness of 0, 1 to 3 mm, on the outer circumferential surface of the conductor part @, at the intersection with the direction of rotation in which the clock rod ■ rotates by being crimped with the main shaft ■. It is coated with an insulating material, such as a vinyl tube. Therefore, unavoidable contact between the flexible conductor [phase] and the fixed continuous electric body ■ when there is no contact between the timekeeping rod ■ and the flexible continuous electric conductor part is prevented by the elastic nonconductor @. The circuits for bells, buzzers, chimes, lamps, etc. will not work properly.
この発明は以上説明した構成、作用を有するためこの発
明を赤血球沈降速度測定に使用する場合血沈台前面にこ
の発明に係る医学臨床検査用タイマーを設置し、計測す
る血沈棒立ての番号に対応する番号の計時禅■を使用し
ているので極めて見やすい。Since this invention has the configuration and operation described above, when this invention is used to measure the erythrocyte sedimentation rate, the medical clinical test timer according to the invention is installed in front of the blood sedimentation table, and the timer corresponds to the number of the blood sedimentation rod stand to be measured. It is extremely easy to read because it uses a numbered timekeeping system ■.
装置の大きさ、計時桿の数は血沈台に対応して適当の大
きさと数量とを採用することが容易にでき、計時桿のつ
まみの寸法、間隔なども容易に操作し易い寸法にできる
ので多忙の中でも測定をIIIIするような事故は生じ
ない。すなわちこの発明社単純な操作て複数の時間を連
続して確霞に測定することが可能であシ、簡潔な構成か
らなるとともに場所もとらず安価に製造できる。The size of the device and the number of timer rods can be easily adjusted to match the blood sedimentation table, and the dimensions and spacing of the knobs of the timer rods can also be adjusted to dimensions that are easy to operate. Even when I'm busy, I don't have any accidents where I have to take measurements. In other words, the present invention enables continuous and reliable measurement over multiple periods of time with simple operations, has a simple configuration, and can be manufactured at low cost without taking up much space.
第1図は実施例を示す一部切欠斜視図、第2図は計時桿
の拡大図、第3図および第4図は他の計時桿の実施例を
示す拡大図、第5図社収納ケースの他の実施例を示す斜
視図、第6図は通報スイッチの他の実施例を示す斜視図
である。
■・・・主軸、■・・・計時桿、0■・−・通報スイシ
″チ、[相]・・・収納ケース、[相]・・・切込部。
特許出願人 北 浜 清
特許出願人 北 浜 つる子
代理人 弁理士 安 原 正 之
代理人 弁理士 浅 野 勝 美
代理人 弁理士 安 原 正 義
手続補正書
昭和j7’f−2月z1日
特許庁 長官着杉和夫殿
1、事件の表示
昭和j4年 特許 願第iooタタt2、発明の名
称 医学臨床検査用タイ!−3、補正をする者
事件との関係 特許出願人
4、代理人
6、 補正により増加する発明の数
7、補正の対象
1り明細書i”xts行目乃至コ頁弘行目迄を以下の様
に補正する。
[■ 定速回転する主軸に、非計測時には遊俵するとと
もに計測時には圧着可能かつ主軸−と一体に回転可能の
計時禅を複機並列に取付け、かつ計時桿に対応して通報
スイッチを並設シ、夫々の計時禅が主軸の回転に伴い計
時位置に達した時、計時桿が通報機スイッチを押圧接触
して通報機の―路を接続するように構成するとともに計
!禅の回動可能位置に対応する切込部を有する収納ケー
スを主軸に外股したことを特徴とする医学臨床検査用タ
イマー。」
(21同 タ頁1g行目「はたらくことはない。」とあ
る次に以下を加入する。
[第7図はこの考案の他の実施例の斜視図、第ざ図は同
収納ケースを取りはずした状態を示し、第り図、第1O
図、第1/図は同部品図である。以下図面に従い説明す
ると、(11は所定時間で回転するモーターである。こ
の実施例では装置の動力は2時間ないし弘時間で一回転
するモーター111によるが発条その他の方法によって
もよい。(21はモーター回転軸である。43)は主軸
であり逢−ター回転軸と連結する。主軸(31はアルミ
ニューム、銅、ステンレススチールなどの耐腐食性、良
導体の長い管、棒からなり主軸(31の外周面には細か
い凹凸部を形成してもよい。14)は計時桿であり略中
央に外径から内径にわたって螺刻した貫通孔を穿設する
絶縁体からなる筒体(51と、該貫通孔に対応して筒体
15)外周面に形成する良導体からなる小筒49)と、
小筒(91内に摺動自在に嵌合するとともに一端に先端
部(8)を有し他端につまみ体(71を有する良導体か
らなるビン体(61、スプリングaQ1ビン体(6)か
ら突設する良導体からなる係止突起に)からなる。計時
桿(4)は非測定時には主軸131に遊嵌し、測定時に
はビン体(6)の裾端Is 181が主軸セ31に圧着
接触することで主軸13)と一体に回転可能である。−
は金属棒、管、などの良導体からなる金属禅俟であり、
両端がスプリング■、−′でタイマ一本体から懸吊し、
計時桿(4)設置位置に対応する全長にわたって連続す
る。−はモータースイッチである。スイッチ本体から、
先端に央起輔を有する板ばね■を延設しており、板ばね
−がスイッチ本体に接触することでモーター回路は切断
可能に形成する1リプザ一用回路は一端は金属桿■に接
続し、他端は主軸431に接続する。
そこで、自沈の沈降速度を計測する場合ビン体(6)の
先端(8)を主軸(3)に圧着接゛触すると計時禅(4
)は、主軸(3)の回転に伴い経時回転移動し、図中上
方に移動し、計時禅(41は金属桿−に圧着接触するこ
とによりブザーの回路が働きベル、ブザー等の通報音が
発生する。ブザーの1音に従い計時桿(4)と主軸13
)との圧着を解除することで警音は停止する。計時禅(
4)の圧着解除をせずに放置しておくと計時桿(4)は
さらに移動を継続し、主軸(31を押圧するがスプリン
グ■、に)′で主軸+31の移動を吸収する。さらに計
時桿(4)と主軸131との圧着を解除せずに設置して
おくと、計時桿蚤4)は金属桿■を押圧し続ける・そこ
で金属桿に)は、モ、−タースイッチ−の突起−をモー
タースイッチ本体方向に押圧し、板ばね■はスイッチ本
体と接触し、モーター回路を切断するため計時桿14)
の移動を停止會る。このよ□うな作用を順次くうかえ會
ことで、多数め血沈沈降速度を容易かつ正確に測定する
辷とが可能である。」131 同 IO][lり行目
以下に次を加入する。
「IIM7WJはこの考案の他の実施例の斜視図、第g
図は同説−図、第り図、第ion、第1/図はii@@
品図である。」
(4) 図 □ 面゛
別紙の通り。
第7図
第53図
第9図
3 2223’
IAJIOJ刈
第111望Figure 1 is a partially cutaway perspective view showing the embodiment, Figure 2 is an enlarged view of the timer, Figures 3 and 4 are enlarged views showing other examples of the timer, Figure 5 is the company storage case. Fig. 6 is a perspective view showing another embodiment of the notification switch. ■...Main shaft, ■...Time clock, 0■--Notification switch, [Phase]...Storage case, [Phase]...Notch. Patent applicant: Kiyoshi Kitahama Patent application Person: Tsuruko Kitahama, Attorney, Patent Attorney, Masayuki Yasuhara, Attorney, Patent Attorney, Katsumi Asano, Attorney, Patent Attorney, Masayoshi Yasuhara Document of Amendment to Procedures Showa J7'f - February 1, 1997 Patent Office Commissioner Kazuo Chikusugi 1, Case Indication of 1929 patent application No. IOO Tata T2, title of invention: Medical clinical test tie!-3, relationship with the case of the person making the amendment: patent applicant 4, agent 6, number of inventions increased by amendment 7, Correction target 1: From line i''xts of the specification to the top line of this page, amend it as follows. [■ Multiple timepieces are installed in parallel on the main shaft, which rotates at a constant speed, so that they can hang loose when not measuring, can be crimped when measuring, and can rotate integrally with the main shaft, and a notification switch is installed in parallel to correspond to the timer. When each timer reaches the timer position as the main shaft rotates, the timer rod presses into contact with the alarm switch and connects the alarm switch. A timer for medical clinical testing characterized by a storage case with a notch that corresponds to the rotatable position of the Zen. ” (Page 21, page 1g, line 1g, “It does not work.”) Next to the text, add the following. Fig. 1, O
Figure 1/Figure 1 is a diagram of the same parts. Referring to the drawings, (11 is a motor that rotates for a predetermined period of time. In this embodiment, the power of the device is provided by the motor 111 that rotates once every two hours or hours, but it may also be powered by a spring or other method. The motor rotation shaft is the main shaft (43), which is connected to the filter rotation shaft. Fine unevenness may be formed on the outer circumferential surface. Reference numeral 14) is a timekeeping rod, which is a cylindrical body made of an insulator (51) having a threaded through hole extending from the outer diameter to the inner diameter approximately in the center; A small cylinder 49) made of a good conductor is formed on the outer peripheral surface of the cylinder 15) corresponding to the hole,
A bottle body (61) made of a good conductor, which fits slidably into a small cylinder (91) and has a tip (8) at one end and a knob body (71) at the other end, protrudes from the spring aQ1 bottle body (6). The clock rod (4) is loosely fitted to the main shaft 131 when not measuring, and the hem end Is 181 of the bottle body (6) is in pressure contact with the main shaft center 31 when measuring. It can rotate together with the main shaft 13).
is a metal structure made of good conductors such as metal rods and pipes,
Suspended from the timer body with springs ■ and -′ on both ends,
The clock rod (4) is continuous over the entire length corresponding to the installation position. - is the motor switch. From the switch body,
A leaf spring (■) with a center spring at its tip is extended, and the motor circuit can be disconnected when the leaf spring comes into contact with the switch body.One end of the circuit for Ripza is connected to the metal rod (■). , the other end is connected to the main shaft 431. Therefore, when measuring the settling speed of scuttling, the tip (8) of the bottle body (6) is pressed against the main shaft (3).
) rotates over time as the main shaft (3) rotates, moving upward in the figure, and the timer (41) contacts the metal rod by pressure, which activates the buzzer circuit and generates a notification sound such as a bell or buzzer. occurs.The clock rod (4) and the main shaft 13 follow the sound of the buzzer.
) The alarm will stop sounding by releasing the pressure bond. Timekeeping Zen (
If 4) is left unpressed, the clock rod (4) will continue to move, and the movement of the main shaft +31 will be absorbed by the spring (2)' which presses the main shaft (31). Furthermore, if the clock rod (4) and the main shaft 131 are installed without releasing the crimping, the clock rod flea (4) will continue to press the metal rod (and then the metal rod) will become a motor switch. Push the protrusion - towards the motor switch body, the leaf spring ■ will come into contact with the switch body, and the clock rod 14) will disconnect the motor circuit.
Stop moving and meet. By sequentially combining these actions, it is possible to easily and accurately measure a large number of blood sedimentation rates. ”131 Same IO] [Add the following below the 1st line. "IIM7WJ is a perspective view of another embodiment of this invention,
Figures are from the same theory - Figure, Figure 2, Figure ion, Figure 1/Figure ii@@
This is an item diagram. (4) Figure □ As shown in the attached sheet. Figure 7 Figure 53 Figure 9 Figure 3 2223' IAJIOJ Kari 111th view
Claims (1)
に、計測時には圧着可能かつ主軸と一体に回転可能の計
時桿を複数並列して取付叶、かつ計時桿に対応して通報
スイッチを並設し、夫々の計時桿が主軸の回転に伴い計
時位置に達した時、計時桿が通報機スイッチを押圧して
回路を閉鎖するように構成するとともに計時桿の回動可
能位置に対応する切込部を有する収納ケースを主軸に外
股したことを特許とする医学臨床検査用タイマー。 ■ 各スイッチが一連の可撓性電導体と固定連続電導体
とによってなる特許請求の範囲第1項記載の医学臨床検
査用タイマー。 −〇 一連の可撓性電導体がコイルバネである特許請求
の範囲第2項記載の医学臨床検査用タイマー。 ■ 固定連続電導体が複数O電導体部とII数の弾性不
電導体部とからなる特許請求の範囲第2項乃至第3項記
載の医学臨床検査用タイマー〇[Scope of Claims] ■ A plurality of timekeeping rods are mounted in parallel on the main shaft rotating at a constant speed, and are loosely fitted when not measuring, can be crimped during measurement, and can rotate integrally with the main shaft, and are compatible with the timekeeping rods. The alarm switch is arranged in parallel with the alarm switch, and when each timer stick reaches the timing position as the main shaft rotates, the timer stick presses the alarm switch and closes the circuit, and the timer sticks can be rotated. A patented timer for medical clinical testing that has a storage case with cutouts corresponding to the position of the main shaft. (2) A timer for medical clinical testing according to claim 1, wherein each switch comprises a series of flexible conductors and a fixed continuous conductor. -〇 The timer for medical clinical tests according to claim 2, wherein the series of flexible conductors are coil springs. ■ A timer for medical clinical tests according to claims 2 to 3, in which the fixed continuous conductor comprises a plurality of O conductor parts and II number of elastic non-conductor parts.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10099881A JPS581938A (en) | 1981-06-29 | 1981-06-29 | Medical clinical inspection timer |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10099881A JPS581938A (en) | 1981-06-29 | 1981-06-29 | Medical clinical inspection timer |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS581938A true JPS581938A (en) | 1983-01-07 |
JPS6337450B2 JPS6337450B2 (en) | 1988-07-26 |
Family
ID=14288954
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP10099881A Granted JPS581938A (en) | 1981-06-29 | 1981-06-29 | Medical clinical inspection timer |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS581938A (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6017356A (en) * | 1983-07-11 | 1985-01-29 | Nobutaka Takeda | Method for measuring settling speed of red blood cell |
CN1073740C (en) * | 1994-12-28 | 2001-10-24 | 天津六○九电缆有限公司 | Film-shielding control caples and their manufacture |
DE10215312A1 (en) * | 2002-04-08 | 2003-11-06 | Heidelberger Druckmasch Ag | Operating method for rotating mirror or prism for exposing printing form for printing machine, by using cleaning unit to remove dirt mechanically by pressing against surface |
-
1981
- 1981-06-29 JP JP10099881A patent/JPS581938A/en active Granted
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6017356A (en) * | 1983-07-11 | 1985-01-29 | Nobutaka Takeda | Method for measuring settling speed of red blood cell |
CN1073740C (en) * | 1994-12-28 | 2001-10-24 | 天津六○九电缆有限公司 | Film-shielding control caples and their manufacture |
DE10215312A1 (en) * | 2002-04-08 | 2003-11-06 | Heidelberger Druckmasch Ag | Operating method for rotating mirror or prism for exposing printing form for printing machine, by using cleaning unit to remove dirt mechanically by pressing against surface |
Also Published As
Publication number | Publication date |
---|---|
JPS6337450B2 (en) | 1988-07-26 |
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