专利检索_.刻度盘刻度盘的安装专利检索_.刻度盘刻度盘的安装专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
61	JPS5768112U -	JP14478480	1980-10-13	JPS5768112U	1982-04-23

62	JPS57500709A -	JP50116781	1981-04-16	JPS57500709A	1982-04-22

63		JP2388271	1971-04-01	JPS4718573U	1972-11-01

64	Plug for measuring at least one property of the fluid medium feeler	JP2010523453	2008-07-23	JP5096581B2	2012-12-12	シュトルオリヴァー; レッサークリスティアン; エンゲルハルトイェルク

65	Electronics Movement / barometer	JP2007513182	2005-04-29	JP2007537442A	2007-12-20	ルンメルピーター; ヌーネスブランドン
機器（特に、気圧計）ムーブメントは、気圧を検出可能で且つ該検出した圧力を電気信号に変換可能な圧力変換器と、在来型のクオーツ時計ムーブメントに用いられる時針シャフトを有するステッピングモータと、マイクロプロセッサと、バッテリとを含む複数の素子であって、前記圧力変換器によって検出された気圧の変化に応じて前記マイクロプロセッサが前記バッテリによって供給される電力で前記ステッピングモータの動作を制御するように、互いに動作可能に接続された複数の素子と；ハウジングであって、前記複数の素子を搭載し、前記モータのシャフトがその外側に向かって延在するハウジングと；を備えている。温度変換器又は湿度変換器のような他の変換器が代替的に用いられてもよい。位置フィードバック付の他のＤＣモータがステッピングモータの代わりに代替的に用いられてもよい。前記ムーブメントは、気圧又は他の目盛を備える目盛板に対してＤＣモータによって正確に作動される指針（在来のアナログ機器における指針よりもかなり大きく且つ重くてもよい）に動作可能に接続されている。アラーム及びバッテリ電圧検出回路は、前記ハウジング内に搭載され得且つ前記マイクロプロセッサに動作可能に接続され得、前記アラームは、前記回路によって検出される前記バッテリ電圧が所定のしきい値以下に降下した場合に前記マイクロプロセッサによって作動され得る。前記マイクロプロセッサは、好ましくは、前記バッテリが作動時の９５％より多い時間は実質的に非動作モードとなるように前記バッテリを制御する。また、前記マイクロプロセッサは、変換器によって間隔をおいて測定された二つ以上の測定値間にて検出された環境状態における変化が所定のしきい値よりも大きい場合に、前記アラームの第２モードを作動させることができる。第２指針とモータを備える第２目盛板は、他の環境状態（例えば、圧力変化率、温度、又は湿度）を表示するために用いられてもよい。
66	Pressure gauge Bourdon tube	JP1717199	1999-01-26	JP3361070B2	2003-01-07	哲靖山田; 剛武重; 雅史西村

67	CONSTRUCTION FOR ATTACHING PRESSURE INDICATOR	JP2000016626	2000-01-26	JP2001208636A	2001-08-03	HASEGAWA JUNICHI
PROBLEM TO BE SOLVED: To provide a construction for attaching a pressure indicator capable of easily fixing it at a predetermined direction without using flat packings different in thickness by providing a certain range for the fixed position that causes no pressure leakage. SOLUTION: The construction for attaching the pressure indicator comprises an attachment part 5 of a pressure indicator 4 threadedly attached into a screw hole 3 in a member to be attached, and a spring 7 being stored in a bottom of the screw hole 3 for pressing the attachment part 5 to the direction opposite to screwing.
68	INDICATING PRESSURE GAGE STRUCTURE IN ACCUMULATOR EXTINGUISHING EQUIPMENT	JP28630698	1998-10-08	JP2000107312A	2000-04-18	TAMURA KOICHI
PROBLEM TO BE SOLVED: To totally minimize and simplify an equipment and to prevent the leakage from a mounting threaded shaft part of an indicating pressure gage to improve the reliability by integrally burying the function of an indicating pressure gage in a starting part or the like of an accumulator extinguishing equipment for preventing the indicating pressure gage from projecting. SOLUTION: A concave part 2 for burying a pressure gage, is formed on a side surface of a valve case 1 as a starting part of a fire extinguisher, and the concave part 2 is communicated with a valve case 1 through a communication port 3. A pressure detecting part 4 is disposed in the recessed part 2 for detecting the pressure input from the communication port 3, and a cover 5 is fitted to close the concave part 2 to cover the pressure detecting part 4. By integrally burying the pressure detecting part 4 as the indicating pressure gage, in the valve case 1, the indicating pressure gage can be prevented from projecting, and a mounting threaded shaft which causes the leakage of the indicating pressure gage becomes unnecessary, Accordingly, the equipment can be totally minimized and simplified, and the leakage from the mounting threaded shaft can be prevented.
69	POINTER ROTATION TYPE PRESSURE GAUGE	JP35423497	1997-12-24	JPH11183293A	1999-07-09	MINE NOBUYUKI
PROBLEM TO BE SOLVED: To make remotely easily conformable whether a pressure value indicat ed by a needle falls within an allowable range or not. SOLUTION: A plurality of display units 4a to 4d partitioned by colors are formed in a proper place on a dial 1. An opaque rotary plate 5 rotating together with the needle 3 is fixed to a rotary shaft 3a of the needle 3. And, a window hole 6 for visually recognizing any of the units 4a to 4d at the time of indicating a plurality of pressure areas predetermined by the needle 3 is provided in a proper place on the plate 5.
70	GAUGE MANIFOLD	JP7943996	1996-03-07	JPH09243494A	1997-09-19	MATSUMOTO SOICHIRO
PROBLEM TO BE SOLVED: To inspect easily and promptly whether an output voltage of a pressure sensor is proper or not by adding to a pressure sensor scales converting a pressure to a voltage. SOLUTION: In inspecting an output voltage of a high-pressure pressure sensor of a freezing unit, the freezing unit is driven and the output voltage of the high-pressure pressure sensor is measured by an ammeter. Then, a high- pressure connection tool 3 is connected to a high-pressure port of a high-pressure cooling medium circuit to switch a gauge manifold 10 into a driving state display mode. In consequence, an indicator 1a of a pressure sensor 1 turns. A pressure is read from a pressure scale 1c corresponding to an angular position of the indicator and a voltage is read from a voltage scale 1d. The read voltage is compared with the voltage measured by the ammeter beforehand, thereby to determine whether or not the output voltage of the high-pressure pressure sensor is proper. In order to inspect a low-pressure pressure sensor of the freezing unit, a low-pressure connection tool is connected to a low-pressure port and the voltage is read from a voltage scale 2d of a pressure sensor 2.
71		JP8044684	1984-06-01	JPS60193436U	1985-12-23

72		JP8959176	1976-07-06	JPS5410025Y2	1979-05-10

73		JP8959176	1976-07-06	JPS5214228U	1977-02-01

74		JP1162372	1972-01-26	JPS4888750U	1973-10-26

75	配管保守支援機器及び配管保守支援システム	JP2017128172	2017-06-30	JP6960261B2	2021-11-05	永田忠司

76	Adapter for connection	JP2011096451	2011-04-22	JP2012225890A	2012-11-15	YOSHIWAKA NOBUMASA
PROBLEM TO BE SOLVED: To provide an adapter for connection constituted so as to easily attach detection equipment such as a pressure gauge to a pipeline.SOLUTION: An adapter 1A for connection includes a body part 2A which is provided with a flow channel formation hole 20 which is connected to a pipeline 5 and through which gas or fluid passes, and is attached in a path or to the end of the pipeline 5, in which the body part 2A is provided with one or more gauge fitting holes 21 to which a pressure gauge 10 which detects pressure of the gas or the fluid passing through the pipeline 5 is attached as a set. In the adapter 1A for connection, a pipeline attachment surface 22 is provided on both sides of the body part 2A, a fitting hole 23 which penetrates the body part 2A is provided from one pipeline attachment surface 22 to the other pipeline attachment surface 22, and the body part 2A is fixed between flange parts 50 through a bolt 30 from a hole 51 of the flange part 50 of one pipeline 5 to the fitting hole 23 of the body part 2A and a hole 51 of the flange part 50 of the other pipeline 5.
77	Adapter assembly and a method of manufacturing	JP2010502193	2008-03-25	JP2010523980A	2010-07-15	タイラージョンベセッテ
本開示は、アダプタ継ぎ手を測定装置システム上の継ぎ手に溶接する方法を提供する。本開示は、軸部を含む第１の継ぎ手と、第１の継ぎ手を受け入れるサイズの開口部を画成する第２の継ぎ手とを備え、第２の継ぎ手は当接面をさらに画成し、その当接面を第１の継ぎ手の外方端に当接させて第２の継ぎ手は第１の継ぎ手の周囲に配置され、少なくとも１つの溶接部が第１の継ぎ手を第２の継ぎ手に固定する測定装置システムをさらに提供する。【選択図】図１
78	Bourdon tube-type fluid differential pressure measuring device	JP22416298	1998-08-07	JP3961685B2	2007-08-22	良成小笠原; 幹子竹内

79	Semiconductor pressure sensor unit and its assembling method	JP23517899	1999-08-23	JP3763235B2	2006-04-05	秀世仲村; 仁泰芦野

80		JP52056997	1996-11-21	JP3228755B2	2001-11-12

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