WO2022181588A1 - 分析装置、分析装置支援システム - Google Patents
分析装置、分析装置支援システム Download PDFInfo
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- 238000006243 chemical reaction Methods 0.000 claims abstract description 13
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- 238000013075 data extraction Methods 0.000 claims description 9
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- 238000011084 recovery Methods 0.000 description 2
- 230000008439 repair process Effects 0.000 description 2
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/152—Water filtration
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- the present invention relates to an analyzer, and more particularly to an analyzer that facilitates movement of measurement data and error recovery.
- Water quality measurement and measurement of harmful substances in exhaust gas are targeted at rivers, factory wastewater, and factory exhaust gas, and the place where the data obtained from the measurement is analyzed, such as the measurement site and the laboratory, may be different. Also, the person who performs the measurement work may be different from the person who needs the measurement data obtained there. Furthermore, it may be necessary to share certain measurement data with many people.
- the user of the measuring device needs to send the measured data stored in the storage means of the measuring device to a place such as a laboratory where the measured data is required during the measurement work or after the measurement work is finished. be.
- the analyzer can be connected to a notebook computer or tablet with a communication function. Connect the terminal to the USB cable, move or copy the measurement data that the user wants to the storage means of the notebook computer or tablet terminal, and transfer the moved or copied measurement data using the communication function.
- a common method is to send the data to the target location (electronic device).
- the manufacturer when an error occurs in the analyzer, the manufacturer is contacted and repaired by the user or by the manufacturer according to the instructions. At this time, the manufacturer should provide data for identifying the device (e.g. serial number), version of software installed in the analyzer, type of error (e.g. displayed as error number), operation of software when error occurred
- the cause of the error is identified from the situation (log) and further, the measurement data before and after the error occurs, and the user is instructed to take the necessary action, or the necessary action is taken by the user himself/herself.
- the user collects the necessary data on site and communicates it to the manufacturer by email or phone.
- the other electronic device When sending the measurement data to another electronic device that requires the measurement data (hereinafter referred to as the other electronic device), it is necessary to temporarily move or copy the measurement data to be sent to a notebook computer or tablet terminal equipped with a communication function. is very troublesome. Also, since raw data is handled, there is a risk that confidential data may be leaked to a third party.
- the user collects necessary data and uses e-mail or telephone to inform the manufacturer of the product number of the analyzer. Even on the manufacturer's side, writing and typing on the keyboard are required, which is troublesome and may cause errors. Furthermore, if the manufacturer needs some or all of the measurement data, there is a risk that confidentiality will be leaked during the exchange.
- the present invention has been proposed in view of the above-mentioned conventional circumstances. To provide an analyzer and an analyzer support system capable of correcting an error without requiring writing or typing on a keyboard.
- the analysis apparatus of the present invention has been proposed in view of the above conventional circumstances, and comprises the following conversion instruction means, data designation means, movement instruction means, and output means.
- the movement instruction means issues a movement instruction from the user to the effect that "measured data is to be moved to the destination electronic device".
- the data designation means designates specific measurement data to be moved among the plurality of types of measurement data stored in the storage means based on the instruction from the movement instruction means.
- the format converting means converts the measurement data specified by the data specifying means into a data format suitable for a relay medium used to transfer the measured data from the analyzing apparatus to the counterpart electronic device. The measurement data whose format has been converted in this manner is output by the output means.
- the relay medium used for passing to the destination electronic device includes a two-dimensional code as described below and a non-contact IC chip. Therefore, when the relay medium used for passing to the other party's electronic device is a two-dimensional code, the output means of the analysis device is a display means for displaying the two-dimensional code, and for passing to the other party's electronic device.
- the intermediary medium used for the communication is a non-contact IC chip, an IC chip writer can be used.
- the analyzer support system of the present invention further includes a repeater and a partner electronic device.
- the repeater captures the format-converted data from the output means by the capture means, and transmits the format-converted measurement data captured by the capture means of the communication means to the specified data via communication. Send to the destination electronic device.
- the other party's electronic device receives the transmission from the repeater with the receiving means, and restores the original measurement data with the restoring means.
- the capture means of the relay machine is a camera
- the relay medium is a non-contact IC chip.
- it becomes a reader that reads the contents of the non-contact IC chip.
- a decoder corresponding to the two-dimensional code and the IC chip is used as the restoration means of the counterpart electronic device.
- the format-converted measurement data fetched by the fetching means of the repeater is output from the output means of the repeater.
- the electronic device of the other party is provided with a fetching means for restoring the format-converted measurement data output from the output means of the repeater to the original format of the measurement data.
- the counterpart electronic device here may be another analysis device.
- the output means of the repeater is the display means when the relay medium used for passing to the destination electronic device is a two-dimensional code, and the IC chip writer when the relay medium is an IC chip. Become.
- the configuration related to movement of the measurement data can be used for error recovery of the analyzer.
- the analysis device is provided with error detection means, and when the error detection means detects an error, the data extraction means is activated and extracts the data necessary for error analysis. Based on the error data extracted by the data extraction means, a format conversion means converts the error data into a data format suitable for a relay medium used for passing the error data to the destination electronic device in charge of error management, and Output means for outputting the converted error data.
- Error data in a specific format output from the output means of the analysis device as described above is captured by the capture means of the repeater in the same manner as the transmission of the measurement data, and the error management of the analysis device is controlled by the communication means. sent to the destination electronic device.
- the partner electronic device in charge of the error management restores the received error data of the specific format to the original data format of the error data.
- the error analysis means manually or programmatically analyzes the cause of the error based on the error data read as described above, and returns it to the user's repeater.
- the data necessary for the error analysis include data identifying the device, data identifying the version of the software to be used, data identifying the type of error, log data indicating the operation status of the software before and after the error occurred, and error occurrence. It is all or part of the measurement data obtained by the measurements before and after.
- the measurement data can be sent to the destination required by the user without moving (copying) it to a laptop computer or tablet terminal. Also, when an error occurs, the error data required by the manufacturer can be sent to the manufacturer without using writing implements or a keyboard.
- FIG. 1 is a block diagram showing an embodiment of measurement data movement 1 of the present invention
- FIG. FIG. 2 is a block diagram showing an embodiment of measurement data movement 2 of the present invention
- 1 is a block diagram showing an embodiment of error detection of the present invention
- FIG. 1 is a block diagram showing an embodiment of the invention.
- the storage means 60 of the analysis device 100 stores a plurality of types of measurement data during or after measurement work. Various modes of storage are conceivable here, but it is preferable that files corresponding to each measurement work are stored separately, and a large number of more detailed data with different conditions are stored in one file. It is customary.
- the user of the analysis device 100 may wish to transmit all or part of the measurement data to another person's personal computer, tablet terminal, etc. (hereinafter referred to as the other party's electronic device 400) who needs the measurement data.
- the other party's electronic device 400 who needs the measurement data.
- the data designation means 21 receives the move instruction and reads out a list of files stored in the storage means 60 and displays it on the display device 40 .
- the user designates a file to be moved from the displayed file group. If the data specifying means 21 has an editing capability, it may further specify specific measurement data in a specific file.
- the data specification means 21 passes the specified file (measurement data) to the encoder 30a as the format conversion means 30.
- the encoder 30a converts the measurement data group of the specified file into a data format suitable for a two-dimensional code, which is a relay medium used for delivery to the destination electronic device, and delivers it to the display means 40a as the output means 40. , where the two-dimensional code is displayed.
- the repeater 200 described below has a communication function and a camera function, and can be exemplified by a smartphone or a tablet terminal.
- the repeater 200 and camera 201a are used as capturing means 201 for capturing the two-dimensional code, and captures the image of the displayed two-dimensional code. Further, using the transmission means 202 of the relay device 200, the measurement data converted into the two-dimensional code is transmitted to the electronic device 400 of the other party.
- the decoder 402a restores the two-dimensional code image to the measurement data in the original data format. It will be.
- FIG. 2 is a diagram showing another embodiment of the present invention.
- the data can be transferred without using the communication function. can be done.
- the two-dimensional code captured as an image by the user of the analysis device from the camera 201a as the capturing means 201 of the repeater 200 can be stored in the storage means 211 of the repeater 200 as it is.
- the two-dimensional code can be displayed on the display means 204 of the repeater 200 as an output means.
- the two-dimensional code displayed on the display means 204a in this way can be captured by the camera 411a as the capturing means 411 of the electronic device 400 of the other party and transferred to the decoder 402b as the restoring means 402. You can move the measurement data to
- an analysis device different from the analysis device holding the measurement data can be mentioned. That is, when a measurement operation that has been continued by a certain analyzer is taken over by another analyzer, it is necessary to transfer (copy) the measurement data so far to the analysis device that takes over the operation. Such requests can be accommodated immediately.
- Fig. 3 is a system diagram showing the state of a repair inquiry to the manufacturer when an error occurs in the analyzer.
- the data for identifying the cause of the error includes information identifying the analyzer, such as the serial number, model, version of installed software, etc. of the analyzer.
- the quality of the measurement data before and after the failure of the analyzer changes, it is possible to associate the change in the measurement data before and after the failure with the error.
- by monitoring the operation status (log) of the program it is possible to associate the processing content of the program with the error.
- the analyzer is first provided with error detection means 10 for recognizing that an error has occurred.
- the error detection means 10 is activated by capturing a signal notifying the occurrence of an error, which is conventionally provided in the analyzer.
- the error notification signal is information such as "E-01: communication error”, "E-02: connection error”, etc., which roughly informs the content of the error. is.
- the data extraction means 22 collects the data necessary to analyze the error.
- data necessary for error analysis means, as described above, the items that identify the device, the version of the installed software, the log that indicates the operating state of the software over time, and the error It is the measurement data before and after the occurrence.
- the data extracting means 22 In order for the data extracting means 22 to acquire the information necessary for error analysis as described above, it is necessary to know the address of the non-volatile memory that stores the serial number and software version information of the analyzer. The data extracting means 22 also needs to know in advance the address of the memory where the log is recorded. Furthermore, in order to obtain the measurement data, it is necessary to access the corresponding file in the storage means 60 in which the measurement data is stored.
- the measurement data may be all the measurement data of the file, or may be a predetermined number of measurement data before and after the occurrence of the error.
- the error data required by the manufacturer may differ. It is also possible to extract all the above-mentioned data related to the error regardless of the type of the error.
- the error data extracted by the data extracting means 22 as described above is passed to the encoder 30a as the format converting means 30, where the error data is transferred to the destination electronic device that controls the error management. Converted to a data format that conforms to the dimension code.
- the error data extracted by the data extracting means 22 is temporarily displayed on the display means 40a as the output means 40, and the user designates only the data specified by the manufacturer side and passes it to the encoder 30a. You may do so. In particular, when it is necessary to transmit the measurement data to the manufacturer side, it is recommended to display all the data in the measurement data file once and then specify the necessary data by the user to reduce the number of data. or can be kept confidential and effective.
- the two-dimensional code thus obtained is displayed on the display means 40a.
- Measured data and the like may contain confidential matters for users, and displaying them in a two-dimensional code is useful for preventing leaks of confidential information.
- the user captures the displayed two-dimensional code as an image into the camera 201a as the capture means 201 of the repeater 200 such as a smartphone in the same manner as described above, and uses the transmission means 202 of the repeater 200 to manage the error. is transmitted to the counterpart electronic device 300 that controls the
- the destination electronic device 300 has a receiving means 310, and a decoder 320a as a restoring means 320 restores the original error data from the two-dimensional code image received by the receiving means 310.
- FIG. Based on this restored result, the manufacturer side analyzes the current state of the analyzer and returns a solution to the user's repeater 200 or the like.
- analysis means 330 composed of a program including AI can be used, and the results are sent to the receiving means 203 of the repeater 200 of the user via the transmitting means 340 . This allows the user to take necessary action to correct the error.
- the data extracting means 22 operates upon receiving an error notification from the error detecting means 10.
- the error detecting means 10 displays (or displays by voice) that an error has occurred on the display device 40. ), and the user presses an "error data collection button" to activate the data extraction means 22.
- FIG. 10 displays (or displays by voice) that an error has occurred on the display device 40. ), and the user presses an "error data collection button" to activate the data extraction means 22.
- error analysis on the manufacturer side is performed by analysis means 330 including programs such as AI, it may be performed manually. In the case of manual execution, the report of the analysis result is also manually executed.
- the data (measurement data, error data) of the analysis device is converted to a format corresponding to the two-dimensional code at the relay stage, and transferred to the other party's electronic device including the other party's electronic device in charge of error management.
- a non-contact IC chip can be used instead of the two-dimensional code.
- the format conversion means 30 of the analysis device 100 is an encoder 30b that converts the measurement data (error data) into a format compatible with the IC chip, and the output means 40 has a function of writing to the IC chip.
- the provided lighter 40b is used.
- a reader 201b is used to read the format-converted measurement data (error data) written in the IC chip.
- a decoder 402b is used for restoring the measurement data (error data) written in the format corresponding to the IC chip to data in the original data format.
- a decoder 320b is used as the restoring means 320 of the destination electronic device 300, which controls error management, to restore the error data in the format corresponding to the IC chip to the error data in the original format.
- the data when transmitting measurement data to a destination, the data is first converted into a two-dimensional code by an analysis device, and then transmitted by a repeater such as a smartphone or tablet terminal possessed by the user. Therefore, there is no need to equip the analyzer itself with a communication function, and confidentiality can be maintained.
- the error data when an error occurs in the analyzer, the error data can be sent from the user to the manufacturer without using writing instruments or a keyboard, and the response to the error can be speeded up.
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Abstract
Description
図1は本発明の実施の形態を示すブロック図である。
<測定データの移動2>
図2は本発明の別の実施形態を示す図である。
<エラー検出>
上記の移動指示手段50からの移動指示信号を、分析装置でエラーが発生したときのエラー信号に代えることによって、エラーの発生を当該分析装置のエラー管理を司る相手先電子機器に通知することができる。当該エラー管理を司る相手先電子機器としては、メーカに備える電子機器が該当する。
上記解析の段階で、AIを含むプログラムより構成される解析手段330を利用することができ、この結果は送信手段340を介して前記ユーザの中継機200の受信手段203に送られる。これによって、ユーザはエラー修復に必要な措置をとることが可能となる。
以上各実施形態において、分析装置のデータ(測定データ、エラーデータ)を中継段階で二次元コードに対応する形式に変換してエラー管理を司る相手先電子機器を含む相手方の電子機器に移動するようにしたが、前記二次元コードに代えて非接触ICチップを用いることもできる。
また分析装置にエラーが発生したとき、筆記具やキーボードを用いることなくエラーデータをユーザからメーカに送ることができ、エラー時の対応を迅速にすることができる。
21 データ指定手段
22 データ抽出手段
30 形式変換手段
40 出力手段
50 移動指示手段
60 記憶手段
100 分析装置
200 中継機
201 取込手段
202 送信手段
203 受信手段
204 表示手段
211 記憶手段
300 エラー管理を司る相手先電子機器
310 受信手段
320 復元手段
330 解析手段
340 送信手段
400 相手先電子機器
401 受信手段
402 復元手段
411 取込手段
Claims (16)
- ユーザからの「測定データを相手先電子機器に移動する」旨の移動指示を出す移動指示手段と、
前記移動指示手段からの指示に基づいて、記憶手段に記憶した複数種の測定データの内の移動対象となる特定の測定データを指定するデータ指定手段と、
前記データ指定手段によって指定された測定データを、前記相手先電子機器に渡すために用いる中継媒体に適合したデータ形式に変換する形式変換手段と、
前記形式変換された測定データを出力する出力手段と
を備えたことを特徴とする分析装置 - 分析装置と、中継機と、相手先の電子機器とよりなる分析装置支援システムであって、
前記分析装置は、
ユーザからの「測定データを相手先電子機器に移動する」旨の移動指示を出す移動指示手段と、
前記移動指示手段からの指示に基づいて、記憶手段に記憶した複数種の測定データの内の移動対象となる特定の測定データを指定するデータ指定手段と、
前記データ指定手段によって指定された測定データを前記相手先電子機器に渡すために用いる中継媒体に適合したデータ形式に変換する形式変換手段と、
前記形式変換された測定データを出力する出力手段と
を備え、
前記中継機は、
前記分析装置の出力手段からの出力を取り込む取込手段と、
前記取込手段で取り込まれた前記形式変換された測定データについて通信を介して前記相手先の電子機器に送る通信手段と、
を備え、
前記相手先の電子機器は、
前記中継機よりの送信を受信する受信手段と、
前記受信された形式変換された測定データを元の形式の測定データに復元する復元手段と
を備えたことを特徴とする分析装置支援システム。 - 分析装置と、中継機と、相手先電子機器とよりなる分析装置支援システムであって、
前記分析装置は、
ユーザからの「測定データを相手先電子機器に移動する」旨の移動指示を出す移動指示手段と、
前記移動指示手段からの指示に基づいて、記憶手段に記憶した複数種の測定データの内の移動対象となる特定の測定データを指定するデータ指定手段と、
前記データ指定手段によって指定された測定データを、相手先電子機器に渡すために用いる中継媒体に適合したデータ形式に変換する形式変換手段と、
前記形式変換された測定データを出力する出力手段と
を備え、
前記中継機は、
前記出力手段に出力された前記形式変換された測定データを取り込む取込手段と、
前記取込手段で取り込まれた前記形式変換された測定データを出力する出力手段と、
を備え、
前記相手先の電子機器は、
前記中継機の出力手段から出力される前記形式変換された測定データを取り込む取込手段と、
前記取込手段で取り込まれた前記形式変換された測定データを元の形式の測定データに復元する復元手段と
を備えたことを特徴とする分析装置支援システム。 - 前記相手先の電子機器が、分析装置である請求項3に記載の分析装置支援システム。
- 稼働中のエラーを検出するエラー検出手段と、
前記エラー検出手段がエラーを検出したときに起動し、エラー解析に必要なデータを抽出するデータ抽出手段と、
前記データ抽出手段によって抽出されたエラーデータを、エラー管理を司る相手先の電子機器に渡すために用いる中継媒体に適合したデータ形式に変換する形式変換手段と、
前記形式変換されたエラーデータを出力する出力手段と
を備えたことを特徴とする分析装置。 - 前記エラー解析に必要なデータが、装置を特定するデータ、使用するソフトウェアのバージョンを特定するデータ、エラーの種類を特定するデータ、エラー発生前後の前記ソフトウェアの稼働状況を示すログデータ、エラー発生前後の測定によって得られた全部あるいは一部の測定データを含む請求項5に記載の分析装置。
- 分析装置と、中継機と、エラー管理を司る相手先電子機器とよりなる分析装置支援システムであって、
前記分析装置は、
稼働中のエラーを検出するエラー検出手段と、
前記エラー検出手段がエラーを検出したときに起動し、エラー解析に必要なデータを抽出するデータ抽出手段と、
前記データ抽出手段によって抽出されたエラーデータを、エラー管理を司る相手先電子機器に渡すために用いる中継媒体に適合したデータ形式に変換する形式変換手段と、
前記形式変換されたエラーデータを出力する出力手段と
を備え、
前記中継機は、
前記出力手段から出力される前記形式変換されたエラーデータを取り込む取込手段と、
前記取込手段から取り込まれた前記形式変換されたエラーデータを通信を介して前記エラー管理を司る相手先電子機器に送る通信手段と、
を備え、
前記エラー管理を司る相手先電子機器は、
前記中継機よりの送信を受信する受信手段と、
前記受信手段が受信した前記形式変換されたエラーデータを元の形式のエラーデータに復元する復元手段と
を備えたことを特徴とする分析装置支援システム。 - 更に、前記エラー管理を司る相手先電子機器に、前記復元した形式のエラーデータに基づいてエラー原因を解析するエラー解析手段と、当該エラー解析手段の解析結果をユーザの前記通信手段に送る送信手段を備えた、請求項7に記載の分析装置支援システム。
- 前記エラー解析に必要なデータが、分析装置を特定するデータ、使用するソフトウェアのバージョンを特定するデータ、エラーの種類を特定するデータ、エラー発生前後の前記ソフトウェアの稼働状況を示すログデータ、エラー発生前後の測定によって得られた全部あるいは一部の測定データを含む請求項7に記載の分析装置支援システム。
- 前記相手先電子機器にデータを渡すために用いる中継媒体が二次元コードであり、前記出力手段が当該二次元コードを表示する表示手段である請求項1、5、6のいずれかに記載の分析装置。
- 前記相手先電子機器にデータを渡すために用いる中継媒体がICチップであり、前記出力手段が前記ICチップに書き込むためのライターである請求項1、5、6のいずれかに記載の分析装置。
- 前記相手先電子機器にデータを渡すために用いる中継媒体が二次元コードであり、前記出力手段が前記二次元コードを表示する表示手段であり、中継機の取込手段がカメラである請求項2、7~9のいずれかに記載の分析装置支援システム。
- 前記相手先電子機器にデータを渡すために用いる中継媒体がICチップであり、前記出力手段が前記ICチップにデータを書き込むためのライターであり、中継機の取込手段が前記ICチップのデータを読み取るためのリーダである請求項2、7~9のいずれかに記載の分析装置支援システム。
- 前記相手先電子機器にデータを渡すために用いる中継媒体が二次元コードであり、前記出力手段が前記二次元コードを表示する表示手段であり、中継機の取込手段がカメラであり、更に、中継機の出力手段が表示手段であり、相手先電子機器の取込手段がカメラである請求項3に記載の分析装置支援システム。
- 前記相手先電子機器にデータを渡すために用いる中継媒体がICチップであり、前記出力手段が前記ICチップにデータを書き込むためのライターであり、中継機の取込手段が前記ICチップのデータを読み取るためのリーダであり、出力手段がライターであり、更に、相手先電子機器の取込手段がリーダである請求項3に記載の分析装置支援システム。
- 前記相手先の電子機器は、
前記分析装置の出力手段から出力される前記形式変換された測定データを取り込む取込手段と、
前記取込手段で取り込まれた前記形式変換された測定データを元の形式の測定データに復元する復元手段と
を備えた請求項3に記載の分析装置支援システム。
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JP2009181369A (ja) * | 2008-01-31 | 2009-08-13 | Sysmex Corp | 分析装置用精度管理システム、管理装置、および情報提供方法 |
JP2013187737A (ja) * | 2012-03-08 | 2013-09-19 | Shimadzu Corp | 分析装置用携帯端末及びそれを用いた分析システム |
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JP2018025529A (ja) * | 2016-08-10 | 2018-02-15 | シスメックス株式会社 | 検査室の管理のための情報処理装置及び方法 |
JP2018059727A (ja) * | 2016-10-03 | 2018-04-12 | 溝口 さとし | 病理診断における検体取り違え防止システム |
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JPS63261165A (ja) * | 1987-04-20 | 1988-10-27 | Nittec Co Ltd | 自動分析装置 |
JPH02162213A (ja) * | 1988-12-15 | 1990-06-21 | Anritsu Corp | Icカードを使用する測定装置 |
JP2003066053A (ja) * | 2001-08-27 | 2003-03-05 | Techno Medica Co Ltd | エラー管理機能を備えた採血管自動準備システム |
JP2009181369A (ja) * | 2008-01-31 | 2009-08-13 | Sysmex Corp | 分析装置用精度管理システム、管理装置、および情報提供方法 |
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JP2016114480A (ja) * | 2014-12-16 | 2016-06-23 | 株式会社スタージェン | 血糖値データの管理方法および管理システム |
JP2018025529A (ja) * | 2016-08-10 | 2018-02-15 | シスメックス株式会社 | 検査室の管理のための情報処理装置及び方法 |
JP2018059727A (ja) * | 2016-10-03 | 2018-04-12 | 溝口 さとし | 病理診断における検体取り違え防止システム |
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