JPH11118615A - Temperature sensor for object to be measured having stretchability - Google Patents
Temperature sensor for object to be measured having stretchabilityInfo
- Publication number
- JPH11118615A JPH11118615A JP27673997A JP27673997A JPH11118615A JP H11118615 A JPH11118615 A JP H11118615A JP 27673997 A JP27673997 A JP 27673997A JP 27673997 A JP27673997 A JP 27673997A JP H11118615 A JPH11118615 A JP H11118615A
- Authority
- JP
- Japan
- Prior art keywords
- temperature
- measured
- heating electrode
- measuring element
- temperature sensor
- 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.)
- Pending
Links
- 238000007789 sealing Methods 0.000 claims description 4
- 238000001514 detection method Methods 0.000 abstract description 6
- 238000006073 displacement reaction Methods 0.000 abstract description 4
- 238000010438 heat treatment Methods 0.000 description 51
- 239000011521 glass Substances 0.000 description 16
- 238000002844 melting Methods 0.000 description 16
- 230000008018 melting Effects 0.000 description 16
- 230000008602 contraction Effects 0.000 description 6
- 238000001816 cooling Methods 0.000 description 6
- 230000001681 protective effect Effects 0.000 description 5
- 239000006060 molten glass Substances 0.000 description 3
- 238000005192 partition Methods 0.000 description 3
- 239000012809 cooling fluid Substances 0.000 description 2
- 230000007423 decrease Effects 0.000 description 2
- 238000012856 packing Methods 0.000 description 2
- 239000000956 alloy Substances 0.000 description 1
- 229910045601 alloy Inorganic materials 0.000 description 1
- 238000009529 body temperature measurement Methods 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 239000003822 epoxy resin Substances 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 238000013021 overheating Methods 0.000 description 1
- 229920000647 polyepoxide Polymers 0.000 description 1
- 239000002901 radioactive waste Substances 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
- 238000004017 vitrification Methods 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Landscapes
- Measuring Temperature Or Quantity Of Heat (AREA)
Abstract
PROBLEM TO BE SOLVED: To ensure temperature detection precision by maintaining the state of contact to be as constant as possible under an environment that relative displacement is generated between an object to be measured and a temperature sensor. SOLUTION: This temperature sensor 10 comes into contact with an object 11 to be measured which has stretchability and measures its temperature. In this case, a casing 12 is connected with the object 11 to be measured and a temperature measuring element 13 is slidably inserted in the casing 12. An elastic member 14 which elastically presses the temperature measuring element 13 against the object 11 to be measured is interposed between the temperature measuring element 13 and the casing 12.
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、熱や圧力、あるい
は、振動等の影響を受けて伸縮する被測定物の温度測定
に好適に用いられる温度センサに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a temperature sensor suitably used for measuring the temperature of an object to be measured which expands and contracts under the influence of heat, pressure or vibration.
【０００２】[0002]
【従来の技術】たとえば、図２に示す放射性廃棄物のガ
ラス固化処理用の溶融ガラスを生成するガラス溶融炉１
では、ガラスが投入される浴槽２と、この浴槽２内に設
置された加熱電極３との間に加熱交流電源４を接続して
おき、これらの浴槽２と加熱電極３との間に、前記加熱
交流電源４によって溶融電流を印加し、その時に発生す
るジュール熱を利用して前記ガラスを溶融し、この溶融
ガラスＧを、前記浴槽２の下部に連設されているノズル
５から流下させて、前記浴槽２の下方に搬送されるガラ
ス固化容器（図示略）内に充填するようにしている。2. Description of the Related Art For example, a glass melting furnace 1 shown in FIG. 2 for producing molten glass for vitrifying radioactive waste.
Then, a heating AC power supply 4 is connected between the bathtub 2 into which the glass is put and the heating electrode 3 installed in the bathtub 2, and the heating AC power supply 4 is connected between the bathtub 2 and the heating electrode 3. A melting current is applied by a heating AC power supply 4 and the glass is melted by utilizing Joule heat generated at that time, and the molten glass G is caused to flow down from a nozzle 5 connected to a lower part of the bathtub 2. The inside of the vitrification container (not shown) conveyed below the bathtub 2 is filled.
【０００３】そして、このようなガラス溶融炉１におい
ては、極めて高い温度に加熱された溶融ガラスＧ中に挿
入されている前記加熱電極３が高温にさらされて、前記
熱による損傷を受けることが想定されることから、前記
加熱電極３を耐熱合金によって形成するとともに、その
温度を常時監視し、この温度情報に基づいて前記加熱電
極３を冷却することにより、この加熱電極３を融点以下
の温度に保持して、高温環境下における健全性を確保す
るとともにその長寿命化を図っている。[0003] In such a glass melting furnace 1, the heating electrode 3 inserted into the molten glass G heated to an extremely high temperature is exposed to high temperatures and may be damaged by the heat. It is assumed that the heating electrode 3 is formed of a heat-resistant alloy, the temperature of the heating electrode 3 is constantly monitored, and the heating electrode 3 is cooled based on the temperature information so that the heating electrode 3 is cooled to a temperature lower than the melting point. To ensure soundness in a high-temperature environment and extend its life.
【０００４】一方、前述したような加熱電極３の温度測
定のために、従来では、前記加熱電極３の内部に、一端
部からほぼ先端部に至る孔３ａを形成しておき、この孔
３ａ内に温度センサとしての熱電対６を挿入し、この熱
電対６の測温部である先端を前記孔３ａの先端底部に当
接させるとともに、他端部近傍を前記加熱電極３の一端
部に固定しておくことにより、この熱電対６の先端部に
おいて前記加熱電極３の温度を直接検出するようにして
いる。On the other hand, in order to measure the temperature of the heating electrode 3 as described above, conventionally, a hole 3a extending from one end to a substantially distal end is formed inside the heating electrode 3, and the inside of the hole 3a is conventionally formed. A thermocouple 6 as a temperature sensor is inserted into the thermocouple 6, and the tip of the thermocouple 6, which is a temperature measuring section, is brought into contact with the bottom of the tip of the hole 3 a, and the other end is fixed to one end of the heating electrode 3. By doing so, the temperature of the heating electrode 3 is directly detected at the tip of the thermocouple 6.
【０００５】[0005]
【発明が解決しようとする課題】ところで、前述したよ
うな加熱電極３の温度測定構造においては、つぎのよう
な改善すべき問題点が残されている。However, in the structure for measuring the temperature of the heating electrode 3 as described above, the following problems remain to be improved.
【０００６】すなわち、前記ガラス溶融炉１は約１２０
０℃程度の高温で運転されるが、通常、前記加熱電極３
と熱電対６の保護管が異種材料によって形成されてそれ
ぞれの熱膨張係数が異なることから、たとえば、前記加
熱電極３の熱膨張係数の方が大きい場合には、ガラス溶
融炉１の運転時間の経過とともに、加熱電極３と熱電対
６の熱膨張量の差が広がり、熱電対６の測温部である先
端と前記加熱電極３の底部内面との接触圧が低下し、あ
るいは、両者間が離間させられてしまい、この結果、前
記加熱電極３から熱電対６への熱伝達形態が変化して前
記熱電対６の温度検出精度にばらつきが生じてしまう。[0006] That is, the glass melting furnace 1 is about 120
It is operated at a high temperature of about 0 ° C.
Since the protective tubes of the thermocouple 6 and the thermocouple 6 are formed of different materials and have different coefficients of thermal expansion, for example, when the coefficient of thermal expansion of the heating electrode 3 is larger, the operating time of the glass melting furnace 1 is reduced. As time elapses, the difference in the amount of thermal expansion between the heating electrode 3 and the thermocouple 6 increases, and the contact pressure between the tip of the thermocouple 6 that is the temperature measuring portion and the inner surface of the bottom of the heating electrode 3 decreases, or As a result, the form of heat transfer from the heating electrode 3 to the thermocouple 6 changes, and the temperature detection accuracy of the thermocouple 6 varies.
【０００７】また、前記加熱電極３がガラス溶融炉１の
運転温度まで加熱された状態において、前記熱電対６の
先端と加熱電極３との接触状態が所定の状態となるよう
に両者の取り付け状態を調整することにより、ガラス溶
融炉１の運転状態での温度検出精度を確保することがで
きるが、ガラス溶融炉１の運転が停止されてガラス溶融
炉１の温度が低下すると、前記加熱電極３の収縮量が熱
電対６の収縮量を大きく上回って、前記熱電対６に過度
の荷重が作用し、これによって前記熱電対６に損傷を与
えてしまうことが想定されるため、有効な手段とはなり
得ていない。In the state where the heating electrode 3 is heated to the operating temperature of the glass melting furnace 1, the mounting state of the thermocouple 6 and the heating electrode 3 are set so that the contact state between the tip and the heating electrode 3 becomes a predetermined state. By adjusting the temperature, it is possible to ensure the temperature detection accuracy in the operating state of the glass melting furnace 1, but when the operation of the glass melting furnace 1 is stopped and the temperature of the glass melting furnace 1 decreases, the heating electrode 3 It is assumed that the amount of contraction of the thermocouple 6 greatly exceeds the amount of contraction of the thermocouple 6, and an excessive load acts on the thermocouple 6, thereby causing damage to the thermocouple 6. Can not be.
【０００８】そして、このような不具合は、前述したガ
ラス溶融炉１のように、熱的な影響によって温度センサ
と被測定物との間に相対変位が生じる場合に限らず、被
測定物に、何等かの外力が作用する環境下にあって、こ
の外力によって前記被測定物が伸縮させられる場合や、
振動等によって前記被測定物と温度センサとの間に相対
的な変位が生じる場合においても同様に発生する。[0008] Such a problem is not limited to the case where the relative displacement occurs between the temperature sensor and the object to be measured due to thermal influence as in the glass melting furnace 1 described above. In the environment where some external force acts, when the measured object is expanded and contracted by this external force,
This also occurs when a relative displacement occurs between the object to be measured and the temperature sensor due to vibration or the like.
【０００９】本発明は、このような従来の問題点に鑑み
てなされたもので、被測定物と温度センサとの間に相対
変位が生じるような環境下にあっても、これらの接触状
態を極力一定に保持して、温度検出精度を確保するよう
にした伸縮性を有する被測定物用温度センサを提供する
ことを目的とする。The present invention has been made in view of such conventional problems, and even in an environment where relative displacement occurs between an object to be measured and a temperature sensor, these contact states can be reduced. An object of the present invention is to provide a temperature sensor for an object to be measured, which has elasticity so as to maintain the temperature detection accuracy while keeping the temperature as constant as possible.
【００１０】[0010]
【課題を解決するための手段】本発明の請求項１に係わ
る伸縮性を有する被測定物用温度センサは、前述した目
的を達成するために、特に、被測定物に接続されるケー
シングと、このケーシング内に摺動可能に嵌挿された測
温素子と、この測温素子と前記ケーシングとの間に介装
されて、前記測温素子を前記被測定物へ向けて弾性的に
押圧する弾発部材とを備えていることを特徴としてい
る。According to a first aspect of the present invention, there is provided a temperature sensor for an object to be measured having elasticity, in order to achieve the above object, in particular, a casing connected to the object to be measured, A temperature measuring element slidably fitted in the casing, and interposed between the temperature measuring element and the casing to elastically press the temperature measuring element toward the object to be measured; And a resilient member.
【００１１】また、本発明の請求項２に記載の伸縮性を
有する被測定物用温度センサは、請求項１において、前
記測温素子とケーシングとの間に、両者間を気密に遮蔽
するとともに、両者の相対移動を許容する可撓性密封部
材が設けられていることを特徴としている。According to a second aspect of the present invention, there is provided a temperature sensor for an object to be measured having elasticity according to the first aspect, wherein the temperature sensor and the casing are hermetically shielded from each other. And a flexible sealing member that allows relative movement between the two.
【００１２】[0012]
【発明の実施の形態】以下、本発明の一実施形態につい
て、図１を参照して説明する。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to FIG.
【００１３】本実施形態は、図２と同様に、ガラス溶融
炉の加熱電極を被測定物とした例であり、この図１にお
いて符号１０は、本実施形態に係わる温度センサを示
し、この温度センサ１０は、伸縮性を有する被測定物と
しての加熱電極１１に接触してその温度を測定する温度
センサであって、前記加熱電極１１に接続されるケーシ
ング１２と、このケーシング１２内に摺動可能に嵌挿さ
れた測温素子１３と、この測温素子１３と前記ケーシン
グ１２との間に介装されて、前記測温素子１３を前記加
熱電極１１へ向けて弾性的に押圧する弾発部材１４とを
備えた概略構成となっている。This embodiment is an example in which a heating electrode of a glass melting furnace is used as an object to be measured, similarly to FIG. 2. In FIG. 1, reference numeral 10 indicates a temperature sensor according to this embodiment. The sensor 10 is a temperature sensor that contacts a heating electrode 11 as an object to be measured having elasticity and measures the temperature of the heating electrode 11. The casing 10 is connected to the heating electrode 11, and slides inside the casing 12. A temperature-measuring element 13 inserted so as to be capable of being inserted, and a spring which is interposed between the temperature-measuring element 13 and the casing 12 and elastically presses the temperature-measuring element 13 toward the heating electrode 11. It has a schematic configuration including a member 14.
【００１４】ついでこれらの詳細について説明すれば、
前記ケーシング１２は、前記加熱電極１１の一端部に形
成された取り付け孔１１ａに螺着されて、この取り付け
孔１１ａを気密に閉塞する固定リング１５と、この固定
リング１５に螺着されて、前記加熱電極１１の外方へ突
出した状態に保持される外筒１６とによって構成されて
おり、前記外筒１６の内部には、その内部空間を軸方向
に沿って２分割する隔壁１６ａが形成され、この隔壁１
６ａおよび前記外筒１６の突出側の端面のそれぞれに
は、軸方向に沿った貫通孔１７・１８が同軸上に形成さ
れている。Next, these details will be described.
The casing 12 is screwed into a mounting hole 11 a formed at one end of the heating electrode 11, a fixing ring 15 for airtightly closing the mounting hole 11 a, and screwed into the fixing ring 15, An outer cylinder 16 which is held so as to protrude outward from the heating electrode 11. A partition 16 a is formed inside the outer cylinder 16 so as to divide the internal space into two along the axial direction. , This partition 1
Through holes 17 and 18 extending in the axial direction are formed coaxially on each of the end surface 6a and the protruding end surface of the outer cylinder 16.
【００１５】また、前記固定リング１５と外筒１６との
螺着部には、これらの間を気密に閉塞するためのパッキ
ン１９が介装され、前記固定リング１５と外筒１６との
螺着時に弾性変形させられて、これらの固定リング１５
と外筒１６とに気密に圧着させられるようになってい
る。A packing 19 for airtightly closing the space between the fixing ring 15 and the outer cylinder 16 is interposed at the screwing portion between the fixing ring 15 and the outer cylinder 16. Sometimes, these fixing rings 15 are elastically deformed.
And the outer cylinder 16 in an airtight manner.
【００１６】前記外筒１６の内部には、前記両貫通孔１
７・１８に摺動自在に嵌合された内筒２０が装着されて
おり、この内筒２０は、その一端部（図における上端
部）が前記外筒１６の貫通孔１８を貫通して外部へ突出
させられているとともに、長さ方向の略中間部から他端
部にかけて大径部２０ａが形成され、この大径部２０ａ
は、前記外筒１６の他端部から突出させられるととも
に、前記固定リング１５に摺動自在に嵌合させられて、
前記加熱電極１１内へ突出させられている。Inside the outer cylinder 16, the two through holes 1 are provided.
An inner cylinder 20 slidably fitted to each of the inner cylinders 7 and 18 is mounted. One end (upper end in the figure) of the inner cylinder 20 passes through the through-hole 18 of the outer cylinder 16 and is externally mounted. And a large-diameter portion 20a is formed from a substantially middle portion in the longitudinal direction to the other end portion.
Is projected from the other end of the outer cylinder 16, and is slidably fitted to the fixing ring 15,
It is projected into the heating electrode 11.
【００１７】前記測温素子１３は、熱電対２１と、この
熱電対１３を覆って設けられた保護管２２とによって構
成されており、この保護管２２が前記内筒２０の他端部
に嵌合固定され、また、前記熱電対１３に接続されてい
る信号線２１ａが前記内筒２０の一端部から外部へ引き
出されているとともに、この内筒２０の一端部および略
中間部においてエポキシ樹脂等によって気密に固着され
ている。The temperature measuring element 13 comprises a thermocouple 21 and a protection tube 22 provided so as to cover the thermocouple 13. The protection tube 22 is fitted to the other end of the inner cylinder 20. A signal line 21a which is fixed and connected to the thermocouple 13 is drawn out from one end of the inner cylinder 20 to the outside, and an epoxy resin or the like is formed at one end and a substantially intermediate portion of the inner cylinder 20. It is fixed airtight.
【００１８】前記弾発部材１４は、本実施形態において
は圧縮スプリングが用いられており、前記外筒１６の隔
壁１６ａと前記内筒２０の大径部２０ａの端面との間に
架装され、前記内筒２０を、その他端部が前記固定リン
グ１５から突出する方向に弾発するようになされてい
る。In the present embodiment, the resilient member 14 uses a compression spring, and is mounted between the partition 16a of the outer cylinder 16 and the end face of the large diameter portion 20a of the inner cylinder 20, The inner cylinder 20 is configured to resiliently project in a direction in which the other end protrudes from the fixing ring 15.
【００１９】さらに、本実施形態においては、前記外筒
１６の内面と内筒２０の外面との間に、伸縮自在な可撓
性密封部材としてのベローズ２３が配設されているとと
もに、このベローズ２３の各端部が、前記外筒１６なら
びに内筒２０へ溶接等によって気密に接続され、このベ
ローズ２３により、前記内筒２０の外筒１６に対する軸
方向の相対移動が許容された状態で、前記外筒１６と内
筒２０との間が気密に保持されている。Further, in the present embodiment, a bellows 23 as a flexible sealing member is provided between the inner surface of the outer tube 16 and the outer surface of the inner tube 20. Each end of 23 is hermetically connected to the outer cylinder 16 and the inner cylinder 20 by welding or the like, and the bellows 23 allows the relative movement of the inner cylinder 20 relative to the outer cylinder 16 in the axial direction. The space between the outer cylinder 16 and the inner cylinder 20 is kept airtight.
【００２０】このように構成された本実施形態に係わる
温度センサ１０は、まず、前記固定リング１５を加熱電
極１１の取り付け孔１１ａに螺着しておき、この固定リ
ング１５内に前記測温素子１３を、その保護管２２を先
にして挿入するとともに、この保護管２２を支持する内
筒２０の大径部２０ａを前記固定リング１５に挿入し、
ついで、前記外筒１６を前記固定リング１５へ螺着する
ことによって加熱電極１１に取り付けられる。In the temperature sensor 10 according to the present embodiment having the above-described configuration, first, the fixing ring 15 is screwed into the mounting hole 11a of the heating electrode 11, and the temperature measuring element is provided in the fixing ring 15. 13 is inserted with the protection tube 22 first, and the large-diameter portion 20a of the inner cylinder 20 supporting the protection tube 22 is inserted into the fixing ring 15,
Next, the outer cylinder 16 is attached to the heating electrode 11 by screwing the outer cylinder 16 to the fixing ring 15.
【００２１】このような外筒１６の固着操作に伴い、前
記測温素子１３の保護管２２が漸次加熱電極１１の内面
底部へ向けて押し込まれて、その先端が加熱電極の底部
に当接させられた時点で、前記保護管２２の移動が停止
させられるが、さらに、前記外筒１６の螺着を進める
と、この外筒１６と内筒２０との間に介装されている弾
発部材１４が圧縮されて、前記内筒２０が加熱電極１１
の内側へ向けて弾発されるとともに、前記保護管２２の
先端が、前記加熱電極１１の内部底面へ弾性的に接触さ
せられる。With the fixing operation of the outer cylinder 16, the protective tube 22 of the temperature measuring element 13 is gradually pushed toward the bottom of the inner surface of the heating electrode 11, and its tip is brought into contact with the bottom of the heating electrode. At this point, the movement of the protective tube 22 is stopped, but when the screwing of the outer tube 16 is further advanced, the resilient member interposed between the outer tube 16 and the inner tube 20 14 is compressed, and the inner cylinder 20 is
And the tip of the protective tube 22 is elastically brought into contact with the inner bottom surface of the heating electrode 11.
【００２２】そして、前記外筒１６を固定リングの所定
位置まで螺合させると、前記弾発部材１４が所定量圧縮
され、これによって、前記保護管２２が前記加熱電極１
１へ所定圧力で接触させられるとともに、外筒１６と固
定リング１５との間に装着されているパッキング１９
が、前記外筒１６と固定リング１５とに圧接させられる
ことにより、両者間が気密に保持される。When the outer cylinder 16 is screwed to a predetermined position on the fixing ring, the resilient member 14 is compressed by a predetermined amount.
1 at a predetermined pressure and a packing 19 mounted between the outer cylinder 16 and the fixing ring 15.
However, by being brought into pressure contact with the outer cylinder 16 and the fixing ring 15, the airtightness between them is maintained.
【００２３】このようにして取り付けられた温度センサ
１０は、前記加熱電極１１の温度を、この加熱電極１１
が接触させられている保護管２２の先端部を介して熱電
対２１によって検出し、その検出結果を、前記信号線２
１ａを介して図示しない制御装置等へ送出する。The temperature sensor 10 mounted in this manner measures the temperature of the heating electrode 11
Is detected by the thermocouple 21 through the tip of the protective tube 22 with which the contact is made, and the detection result is transmitted to the signal line 2.
The signal is sent to a control device (not shown) via 1a.
【００２４】一方、ガラス溶融炉の運転や運転停止によ
る炉内温度の変化により、前記加熱電極１１の温度も変
化し、これに伴って、加熱電極１１が熱伸縮してその底
部が前記ケーシング１２に対して、図１に矢印（イ）で
示すように、接近離間する方向に熱伸縮する。On the other hand, the temperature of the heating electrode 11 also changes due to a change in the furnace temperature due to the operation or stoppage of the operation of the glass melting furnace. In contrast, as shown by an arrow (a) in FIG.
【００２５】そして、前記測温素子１３は、ケーシング
１２に摺動自在に設けられており、かつ、弾発部材１４
によって前記加熱電極１１の内部底面に弾性的に接触さ
せられていることから、前述した加熱電極１１の熱伸縮
に追従して、前記測温素子１３が内筒２０とともに移動
させられ、その結果、前記測温素子１３の先端と前記加
熱電極１１の底部内面との接触状態がほぼ均一に維持さ
れる。The temperature measuring element 13 is slidably provided on the casing 12 and has a resilient member 14.
The elastic contact with the inner bottom surface of the heating electrode 11 causes the temperature measuring element 13 to move together with the inner cylinder 20 following the thermal expansion and contraction of the heating electrode 11 described above. As a result, The contact state between the tip of the temperature measuring element 13 and the inner surface of the bottom of the heating electrode 11 is maintained substantially uniform.
【００２６】したがって、ガラス溶融炉の運転条件に拘
わらず、測温素子１３が加熱電極１１に常時接触状態に
保持され、常に安定した温度測定が行なわれ、また、本
実施形態においては、前記ケーシング１２の外筒１６
と、この外筒１６に摺動自在に嵌挿された内筒２０との
間が伸縮自在なベローズ２３によって気密に隔離されて
いることから、前記加熱電極１１の内部と外気とが、前
記ケーシング１２の前記内筒２０の摺動部分を介して連
通させられることが防止され、前記加熱電極１１内に冷
却空気を送り込んでこの加熱電極１１の過加熱を防止す
る構成とした場合において、不要な空気漏れが防止され
て高効率の冷却が可能となって、前記加熱電極１１の熱
に対する健全性が確保される。Therefore, regardless of the operating conditions of the glass melting furnace, the temperature measuring element 13 is always kept in contact with the heating electrode 11, so that a stable temperature measurement is always carried out. 12 outer cylinders 16
And the inner cylinder 20 slidably fitted in the outer cylinder 16 are hermetically isolated by a stretchable bellows 23, so that the inside of the heating electrode 11 and the outside air are separated by the casing. 12 is prevented from being communicated through the sliding portion of the inner cylinder 20, unnecessary cooling air is supplied into the heating electrode 11 to prevent overheating of the heating electrode 11. Air leakage is prevented and high-efficiency cooling becomes possible, and the soundness of the heating electrode 11 against heat is ensured.
【００２７】このように、本実施形態に係わる温度セン
サ１０においては、伸縮する加熱電極１１に対する測温
素子１３の接触状態が常時均一に保持されていることに
より、温度センサ１０による高精度の温度検出が確保さ
れ、また、加熱電極１１内に冷却空気を送り込んでこの
加熱電極１１を冷却する場合にあっては、空気漏れが防
止されて冷却効率が高められる。As described above, in the temperature sensor 10 according to the present embodiment, the contact state of the temperature measuring element 13 with the expanding and contracting heating electrode 11 is always kept uniform, so that the temperature sensor 10 has a highly accurate temperature. In the case where the detection is secured and the cooling electrode is cooled by sending cooling air into the heating electrode 11, air leakage is prevented and the cooling efficiency is increased.
【００２８】なお、前記実施形態において示した各構成
部材の諸形状や寸法等は一例であって、設計要求等に基
づき種々変更可能である。The various shapes, dimensions, and the like of the respective components shown in the above embodiment are merely examples, and can be variously changed based on design requirements and the like.
【００２９】たとえば、前記実施形態においては、伸縮
性を有する被測定物として、ガラス溶融炉の、熱伸縮す
る加熱電極１１を例示したが、外力を受けて伸縮させら
れる被測定物への適用も可能であり、また、被測定物の
内側に測温素子１３を接触させるようにした例について
示したが、前記被測定物の外面に、その伸縮方向から当
接させるようにしてもよいものである。For example, in the above-described embodiment, the heating electrode 11 that expands and contracts in a glass melting furnace has been described as an example of an object to be measured having elasticity. Although an example in which the temperature measuring element 13 is brought into contact with the inside of the object to be measured has been described, the outer surface of the object to be measured may be brought into contact with the outer surface of the object from the direction of expansion and contraction. is there.
【００３０】[0030]
【発明の効果】以上説明したように、本発明の請求項１
に記載の伸縮性を有する被測定物用温度センサによれ
ば、測温素子を被測定物に接触させた状態に保持すると
ともに、前記被測定物の伸縮に追従させて前記測温素子
を移動させることができ、これによって、前記被測定物
の温度を常時直接測定することができ、この結果、伸縮
性を有する被測定物の温度測定を高精度に行なうことが
できる。As described above, according to the first aspect of the present invention,
According to the temperature sensor for an object to be measured having elasticity according to the above, while keeping the temperature measuring element in contact with the object to be measured, the temperature measuring element is moved by following the expansion and contraction of the object to be measured. Accordingly, the temperature of the object to be measured can always be directly measured, and as a result, the temperature of the object to be measured having elasticity can be measured with high accuracy.
【００３１】また、本発明の請求項２に記載の伸縮性を
有する被測定物用温度センサによれば、前記測温素子の
摺動部分の内外部の連通を遮断して、たとえば、冷却流
体を循環させて被測定物を冷却する必要がある場合等に
おいて、測温素子の摺動部分の気密性を確保することに
より、前記冷却流体の漏れ等を防止して冷却効率を高め
ることができる。Further, according to the elasticity of the temperature sensor for an object to be measured according to the second aspect of the present invention, the communication between the inside and outside of the sliding portion of the temperature measuring element is cut off, for example, by the cooling fluid. In the case where it is necessary to cool the object to be measured by circulating air, for example, by ensuring the airtightness of the sliding portion of the temperature measuring element, it is possible to prevent the cooling fluid from leaking and to increase the cooling efficiency. .
【図１】本発明の一実施例を示すもので要部の拡大縦断
面図である。FIG. 1 is an enlarged vertical sectional view of a main part, showing one embodiment of the present invention.
【図２】ガラス溶融炉の加熱電極の温度測定に用いられ
る温度センサの一構造例を示す縦断面図である。FIG. 2 is a longitudinal sectional view showing one structural example of a temperature sensor used for measuring the temperature of a heating electrode of a glass melting furnace.
１０ 温度センサ １１ 加熱電極（熱伸縮性を有する被測定物） １２ ケーシング １３ 測温素子 １４ 弾発部材 ２３ ベローズ（可撓性密封部材） DESCRIPTION OF SYMBOLS 10 Temperature sensor 11 Heating electrode (measurement object which has thermal expansion and contraction property) 12 Casing 13 Temperature measuring element 14 Resilient member 23 Bellows (flexible sealing member)
Claims (2)
温度を測定する温度センサであって、前記被測定物に接
続されるケーシングと、このケーシング内に摺動可能に
嵌挿された測温素子と、この測温素子と前記ケーシング
との間に介装されて、前記測温素子を前記被測定物へ向
けて弾性的に押圧する弾発部材とを備えていることを特
徴とする伸縮性を有する被測定物用温度センサ。1. A temperature sensor for measuring the temperature of an object having elasticity by coming into contact with the object, comprising: a casing connected to the object to be measured; and a slidably fitted inside the casing. A temperature measuring element, and a resilient member interposed between the temperature measuring element and the casing to elastically press the temperature measuring element toward the object to be measured. Object temperature sensor having elasticity.
者間を気密に遮蔽するとともに、両者の相対移動を許容
する可撓性密封部材が設けられていることを特徴とする
請求項１に記載の伸縮性を有する被測定物用温度セン
サ。2. A flexible sealing member is provided between the temperature measuring element and the casing to hermetically shield the two and allow relative movement between the two. 4. A temperature sensor for an object to be measured, which has elasticity according to 4.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP27673997A JPH11118615A (en) | 1997-10-09 | 1997-10-09 | Temperature sensor for object to be measured having stretchability |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP27673997A JPH11118615A (en) | 1997-10-09 | 1997-10-09 | Temperature sensor for object to be measured having stretchability |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH11118615A true JPH11118615A (en) | 1999-04-30 |
Family
ID=17573675
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP27673997A Pending JPH11118615A (en) | 1997-10-09 | 1997-10-09 | Temperature sensor for object to be measured having stretchability |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH11118615A (en) |
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