TWM559483U - Intravenous infusion and input and output informatization operating system - Google Patents

Abstract

This creation system discloses an operation system for intravenous perfusion and input and informationization. It is connected to the medical order system, and can be reliably infused according to the doctor's advice, and the infusion process is simplified, thereby reducing the steps of manual operation and not only reducing the manual operation. The workload of medical staff is more effective in reducing the risk of medication errors caused by human error.

Description

Intravenous perfusion and input, information-based operating system

This creation department is a system for clinical medical operations, especially an operation system for intravenous perfusion and input, and informationization.

According to the current clinical drug use process, there are procedures for opening, copying, pharmacy dispensing, administration, monitoring, recording, etc., and any one of the above-mentioned medication processes will increase the risk of medication errors. Medication errors are one of the common causes of patient injury, and adverse drug reactions occur, and in severe cases, patients may die. According to statistics from unofficial sources, the number of deaths per year in Taiwan due to medication errors may be as high as 8,000.

In fact, due to the shortage of medical resources, there is very little time for each medical staff to take care of a single patient. If the medication process is carried out manually, it will not effectively reduce the occurrence of medication errors. Therefore, at present, there is no medical institution. One does not introduce the nursing information system, through the combination of the medical order system, electronic drug record, barcode check system to reduce the possibility of drug errors.

However, the above-mentioned medication flow information system does not consider the relevant procedures for performing the intravenous perfusion operation, and causes the nursing staff to perform the perfusion preparation, infusion or replacement, etc., and still has to manually perform the transcription of the intravenous perfusion, copy the perfusion sticker, and check the patient. Such procedures, in other words, the conventional medication flow information system can not effectively reduce the infusion error rate, and can not simplify the working hours of the nursing staff.

The main purpose of this creation is to provide an operation system for intravenous perfusion and input and informationization, which can reliably inject according to doctor's advice and effectively reduce the occurrence of infusion errors.

Another object of the present invention is to provide an operation system for intravenous perfusion and input and informationization, which can simplify the infusion process, reduce the steps of manual operation, and reduce the workload of medical personnel to reduce human error. The risk of medication errors.

Therefore, in order to achieve the above objectives, the present invention discloses an operating system for intravenous perfusion and input and informationization, comprising a digital device connected to a medical order system, receiving patient data from the medical order system and intravenous infusion thereof. The doctor has a processor, executes a nursing system, and uses the venous perfusion command as a parameter to produce an intravenous perfusion operation interface in the nursing system, dispense a minimum dose and add a small amount of drug function, and display The venous perfusion operation interface from the processor, an input portion for enabling a medical staff to provide instructions or information required by the venous perfusion operation interface, and causing the processor to update the vein according to the instruction or information The perfusion operation interface, the dispensing of the minimum dose and the addition of a small amount of drug function; a printing device, connected to the digital device, and receiving information from the digital device to print an identification tag.

Furthermore, the venous perfusion operation interface includes information such as the total amount of the day, the execution list of the doctor's order, and the total amount of the dispensed spots, so as to provide medical personnel with instant grasp of the venous perfusion, and can simultaneously sign the application. , electronic signature and import input.

The venous perfusion operation interface has functions such as sorting function, adding drug/drip function, recording function, printing function, canceling, signing, electronic signature, and the like.

The identification label has a pattern, a symbol or a text that can quickly obtain information. For example, the identification label can be printed with a one-dimensional or two-dimensional barcode, a QR code, and a patient identification information and a small addition. Bar code combination of drugs, a large number of bar code, and so on.

In order to enable the medical staff to interpret the identification tag in a non-manual manner to increase work efficiency, the digital device is further provided with a scanning portion for quickly obtaining information on the identification tag.

Moreover, in order to meet the current work requirements of medical personnel, the digital device is a handheld mobile device, such as a mobile phone or a tablet computer.

In addition, since the total daily dose should not exceed a maximum value, in order to avoid an error in dispensing the total dose by humans, the processor is required to perform a control procedure to limit the total amount of the day to not exceed a maximum dose. Wherein the control program obtains the value of the maximum dose based on the information of the venous perfusion and/or information from the venous perfusion operation interface.

In the following, in order to explain the present invention, a preferred embodiment of the present invention will be further described with reference to the drawings.

The present invention discloses an operation system for intravenous perfusion and input and informationization, which comprises a digital device (10) and a printing device (20), wherein:

The digital device (10) is configured as a tablet computer for wirelessly connecting with a medical order system (30), and is capable of receiving patient data from the medical order system (30) and an intravenous infusion thereof, and producing a vein. The perfusion operation interface and a small dose dispensing minimum dose, wherein the medical order system (30) has a database for storing the majority of the patient's medication orders and intravenous infusion instructions.

The printing device (20) is connected to the digital device (10), and receives information from the digital device (10) to print an identification tag, wherein the identification tag contains patient information, Date of printing, information related to venous perfusion, barcode, etc.

Furthermore, the digital device (10) has a processor, a display unit, an input unit and a scanning unit, wherein the processor executes a care system and a control program for executing the care system. The processor uses the venous perfusion procedure as a parameter, and in the nursing system, an intravenous perfusion operation interface is produced and a minimum dose is dispensed. For example, the intravenous perfusion operation interface has the total amount of the day, the doctor's advice. Execute a list of information such as the list and the amount of money that has been signed, and there are many functions for the medical staff to perform, such as: sorting function, adding drugs/drip function, recording function, printing function, cancel function, signing and electronic signing The function is calculated by using the information of the venous perfusion and/or the interface from the venous perfusion operation as a parameter to produce a maximum dose and/or addition to limit the total amount of the day. ) Drug indications.

The display portion displays the venous perfusion operation interface from the processor.

The input portion is configured to enable a medical professional to provide instructions or information required for the venous perfusion operation interface, and cause the processor to update the venous perfusion operation interface and the minute dispensing minimum dose according to the instruction or information.

The scanning unit is configured to capture information represented by graphics, patterns, and characters on the identification label.

By the composition of the above components, the venous perfusion and input and informationization operating system disclosed in the present invention can execute the program as shown in the first figure. In particular, when the medical order system stores a patient's medical order and an intravenous infusion, the digital device automatically takes the intravenous infusion of the medical order system and automatically generates the minimum dose of the drip dispensing. Simultaneously, the nursing system is executed in the digital device, and the intravenous infusion system can be combined to produce the intravenous perfusion operation interface, which includes the total amount of the day, the medical order execution list, and the total amount of the signed application. Blocks.

In the block of the total amount of the day, the total daily dose is automatically assigned to the minimum dose due to the venous perfusion and input and informationization operating system disclosed in the present application. For example, if the total daily dose is 1500ml, and a bottle of 500ml, it will automatically produce 3 bottles of 500ml results and display them in a juxtaposition on the venous perfusion interface; In the description column, a drop button and an add button are preset. If the drop has been marked as not a large number of drops, the medical staff can click the add button to discriminate the drop as a non-bulk, and, If the drip is a large number of drops, the medical information column of the total amount of the day will provide information such as the dose, unit, route, frequency, first dose, medical advice, medical status, effective time, and end time to the medical staff. reference.

In addition, in order to avoid the error of the total dose caused by the artificial drip distribution, the venous perfusion and input and information operation system disclosed in the present invention sets a maximum daily total dose through the control program. In the above example, the maximum dose is 1500. Ml, in practice, the maximum daily total dose will automatically change with the information obtained from the intravenous infusion and the venous perfusion interface.

In the block of the medical order execution list, it includes functions such as adding drugs, sorting, canceling, printing, identification, medical signing, and electronic signature. Among them, the function of adding drugs can provide a large number of medical personnel. The added drugs are dispensed, and the medical staff assigns the added drugs to the drip according to the remarks in the doctor's instructions and the patient's state, but when the added drug is greater than the daily maximum dose, the venous perfusion of the present invention is Warning messages will appear on the operating system for inputting and exporting information. In the above example, if the added drug is potassium chloride, the dosage is 10ml. The medical staff can distribute 10ml of potassium chloride in 2 bottles of drops, or concentrate on a large number of drops, but when potassium chloride is used. When the dose is changed from 10ml to 15ml, the medical staff can get the information in the medical order list immediately, add the insufficient 5ml to a large number of drops, and record it in the creation system of the creation after completion; When there is a second type of drug added, the medical staff must also dispense the dose of the added drug in each large amount of the drip, as long as it does not exceed the highest dose. Moreover, in order to prevent medical personnel from accidentally adding drugs, the operation system of the venous perfusion and input and informationization disclosed in the present invention has a function of locking and adding, that is, when the system counts that the dose of the drug added on the day has reached the highest dose, You can no longer choose to add drugs.

In a large number of drops of different concentrations, the medical staff can freely adjust the order of the infusion of a large number of drops through the ordering function in the block of the medical checklist. For example, if the patient is fasted, a large amount of glucose can be sorted in the physiological saline. Before a large number of drops; if the patient's fasting blood glucose is too high in the morning, a large number of physiological saline can be sorted before a large amount of glucose.

The venous perfusion and input and informationization operating system disclosed by this creation can combine different information of the doctor's execution list into a list, so that the medical staff can print out the identification of a large number of patients through the printing function. Sexual labels to simplify working procedures. The barcodes in the identification labels produced can correspond to the following two prescriptions: a large number of drops of the minimum dose of a single bottle and the addition of drugs, so that the medical staff can simultaneously verify the correctness of the medical order when scanning the identification label, It does implement the function of signing up a large number of drops and adding drugs and signing electronic signatures.

In the block where the total amount of the collected lot is used, it shows the process of the medical staff performing a large number of drip operation operations in the logical relationship of the sequence, in order of the doctor's order, the total amount, the given dose, the no dose, the remaining dose, and the unit. . In practice, when the medical staff performs the signing, the operation system of the venous perfusion and input and informationization disclosed in the creation is automatically added to the total amount of the day; if the execution order is executed, printed, cancelled, not executed When the reason is equal, the total amount of the spot will not be included in the day, that is, only the signing will be included in the total amount of the day. Therefore, the block that has already signed the total amount of the spot can quickly enable the medical staff to understand the patient. The infusion state is beneficial to the handover and immediate understanding of the patient's infusion status.

(10) ‧‧‧ digital devices

(20)‧‧‧Printing device

(30) ‧‧‧Doctoral System

The first figure is a flow chart of the operation of a preferred embodiment of the present invention. The second drawing is a schematic diagram of a preferred embodiment of the present invention.

Claims (8)

An operation system for venous perfusion and input and informationization, comprising: a digital device connected with a medical order system, receiving patient data from the medical order system and an intravenous infusion thereof, and having a processor for performing a nursing System, and using the venous perfusion procedure as a parameter, the venous perfusion operation interface, the dispensing of a minimum dose and an additive drug function are generated in the nursing system, and a display portion displaying the venous perfusion operation from the processor The interface is an input unit for enabling a medical staff to provide instructions or information required by the venous perfusion operation interface, and causing the processor to update the venous perfusion operation interface according to the instruction or information, and the minimum dose and the added drug are dispensed. And a printing device coupled to the digital device to receive information from the digital device to print an identification tag. The operating system for intravenous infusion and input and informationization according to the first aspect of the patent application, wherein the digital device further comprises a scanning unit for reading information on the identification label. The operating system for intravenous infusion and input and informationization according to claim 1 of the patent application scope, wherein the digital device is a handheld mobile device. The venous perfusion and input and informationization operation system according to the first aspect of the patent application, wherein the identification tag comprises a code. According to the patent application scope of claim 1, the intravenous perfusion and input and information operation system, wherein the intravenous perfusion operation interface comprises the total amount of the day, the medical order execution list and the total amount of the dispensed. According to the application scope of claim 1, the intravenous perfusion and input and information operation system, wherein the intravenous perfusion operation interface comprises a sorting function, adding a drug/drip function, a recording function, a printing function, canceling, signing Use and electronic signature function. An operating system for intravenous infusion and input and informationization according to claim 5, wherein the processor executes a control program for limiting the total amount of the day and/or adding a small number of droplets to no more than one Maximum dose. The venous perfusion and input and informationization operation system according to claim 7 , wherein the control program obtains the maximum dose by using the information of the venous perfusion and/or the information from the venous perfusion operation interface as a parameter. The value.