JP2019114060A - Simple prescription input system and fast-speed receipt creating system - Google Patents
Simple prescription input system and fast-speed receipt creating system Download PDFInfo
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Abstract
Description
本発明は、医院における簡便な処方データ入力、そして、レセプトデータまで
一括して処理可能な医療用データ入力、レセプト作成システムに関する。
The present invention relates to a simple prescription data input in a doctor's office, and a medical data input / receipt preparation system capable of collectively processing receipt data.
病院や医院では、診療の主流な業務として、薬などのデータ入力があり、入
力作業は、逐一、薬品、用量、日数などを、それぞれの入力枠に、入力する必
要があった。昨今は、薬余りが指摘され、患者は、手元の残薬を持参して来院
するため、持参薬ごとの処方日数の設定が要求されるが、多忙な医院では、対
応に窮している場合が散見される。これらにより、入力者(医師など)は、疲
れ果て、患者と対面して会話ができないという事が常態化している。
In hospitals and clinics, the mainstream work of medical care is to input data such as medicines, and it was necessary to input medicines, dosages, days, etc. into each input box one by one. Nowadays, medicine is pointed out and patients are required to set the number of days prescribed for each medicine they bring to bring their remaining medicine to come to the hospital, but when busy clinics are overwhelmed Are spotted. As a result, it is normal that the input person (such as a doctor) is exhausted and can not talk to the patient.
一方、医療用の処方入力システムは、既に多数開発(たとえば、下記特許文
献1参照)されているが、当システムは、診療に従事している医師が独自に、
日々のデータ入力の煩雑さを軽減し「簡便さ」を追求して作成した。
On the other hand, although a large number of medical prescription input systems have been developed (see, for example, Patent Document 1 below), this system is independently developed by doctors engaged in medical care.
We reduced the complexity of daily data input and created it in pursuit of "simple".
課題は、簡便な入力作業、入力時間の削減、データ処理の高速化によるVD
T症候群(パソコンなどのディスプレイを使った長時間の作業のため、視力低
下や肩こり、けんしょう炎を引き起こす)の軽減である。
Challenges include simple input work, reduction of input time, and speeding up of data processing.
It is a reduction of T syndrome (causing a loss of vision, stiff shoulders, and spondylitis due to prolonged work using a display such as a personal computer).
本発明にて簡便な入力作業(ワープロ感覚なので、目を閉じて作業も可
能)、入力時間の削減、VDT症候群の軽減が期待される。
In the present invention, simple input work (word processor feeling, so it is possible to work by closing eyes), reduction of input time, and reduction of VDT syndrome are expected.
Claims (5)
つのまとまり(処方単位)とし、ワープロ感覚で、薬、薬の用量(1錠な
ど)、薬2、薬2の用量、日数と入力、これを処理・認識して、個々のデータ
(薬、用量、日数)を抽出するステップ(抽出ステップ)。ワープロ感覚で入
力するため、マウス操作や実行キー押下回数が極小となる。(図1) When entering data on medicines such as clinics, prescription of medicines should be
As a group (prescription unit), in word processor sense, medicine, medicine dosage (1 tablet etc.), medicine 2, medicine 2 dosage, days and input, process and recognize this, individual data (drug, dosage , Days)) (extraction step). Since the input is performed in the word processor sense, the number of mouse operations and execution key presses is minimized. (Figure 1)
で、どの枠に処方単位を入力しても、入力者の意思通りに、処方単位が「整
列」するステップ。(整列ステップ、図2) One or more prescription units fall into one box. Since this frame is aligned according to a regular rule, the step in which the prescription units "align" according to the input person's intention no matter in which frame the prescription unit is input. (Alignment step, Fig. 2)
した医薬品テーブルを検索し、一つの処方単位(飲み方が同じ数種類の薬)毎
に点数(薬価÷10=点数を合計)を算出、20点以下なら何種類でも1剤、
21点以上なら、その処方単位は、種類数=剤数となる、例えば、1つの処方
単位が6種類、21点以上であれば、6剤となる。各処方単位が20点以下な
ら、6つの処方単位 (一人で20種類以上の処方薬も可能)まで、処方可能で
ある。7剤以上になると、診療報酬が1割減算されるので、アラート表示す
る。これらを処理するステップ。(6剤点検ステップ、図3) Based on the medical care fee score table, search the drug table created from the drug master of the payment fund by the name of the drug, and add up the score (drug price ÷ 10 = score) for one prescription unit (several drugs with the same way of drinking) )), If there are 20 points or less, any number of one medicine,
If there are 21 points or more, the number of types of prescription units is: number of types = number of agents. For example, if one type of prescription unit is 6 types or 21 points or more, there will be 6 types. If each prescription unit is 20 points or less, it can be prescribed up to 6 prescription units (20 or more prescription drugs are also possible for one person). When 7 drugs or more, the medical treatment fee is reduced by 10%, and an alert is displayed. Processing these. (Six-agent check step, Fig. 3)
児も判別(図4)、高齢者は、前期高齢者の2割負担や昭和19年4月1日生
までの公費投入による1割負担の判別、75歳の誕生月チェックを、生年月日
から判別するステップ。(レセプト種別判別ステップ、図4) Children under 6 years old, children under 3 years old, 3 to 5 years old, 6 years old school children and preschool children also distinguished (Figure 4), elderly people, 20% burden of the elderly people in the first half and Showa 19 A step to determine the 10% burden discrimination by public expense input to April 1st grade, the birth month check of 75 years old from the date of birth. (Recept type determination step, Fig. 4)
グラム内に、読み込んだ当該医院固有の医薬品テーブルを検索して、逐一、薬
価、医薬品コードを特定し、レセプトデータに仕上げる、1000人分が、約
1分で処理可能である。(レセプト作成ステップ) Based on the data input and extracted drug name, its dose, prescription days, etc., search the medical table specific to the relevant clinic read in the program, identify the drug price and drug code one by one, and complete the receipt data , 1000 people can be processed in about 1 minute. (Step of receipt creation)
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Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2000099610A (en) * | 1998-09-18 | 2000-04-07 | Michio Korenaga | System for creating instruction pad for electronic clinical record |
JP2017068386A (en) * | 2015-09-28 | 2017-04-06 | 富士通株式会社 | Application start control program, application start control method, and information processing apparatus |
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2017
- 2017-12-23 JP JP2017247091A patent/JP2019114060A/en active Pending
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2000099610A (en) * | 1998-09-18 | 2000-04-07 | Michio Korenaga | System for creating instruction pad for electronic clinical record |
JP2017068386A (en) * | 2015-09-28 | 2017-04-06 | 富士通株式会社 | Application start control program, application start control method, and information processing apparatus |
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