Nutrition medical advice automatic preparation method based on hospital information system

Abstract

The invention relates to a hospital information system-based nutrition doctor's advice automatic preparation method, which comprises the following steps of: 1) connecting a computer for operating a web client of a nutrition doctor's advice system with a nutrition raw material preparation machine through a usb interface, and checking a corresponding usb port number on the computer; 2) compiling a jar package by using Java; 3) adding a configuration machine initialization operation interface in the nutrition medical advice system; 4) adding a configuration machine operation interface in the nutrition medical advice system; 5) preparing by a preparation operation interface of the preparation machine; and 6) after the preparation machine finishes preparation and the jar package sends a preparation starting instruction, sending an instruction to inquire the preparation condition, and when a preparation ending result is inquired, returning the preparation result to the doctor's advice system, and popping up a preparation completion prompt on a preparation operation interface of the preparation machine on the doctor's advice system. The computer USB interface is connected with the preparation machine, so that the efficiency of preparing the nourishment by using the preparation machine can be improved, and the error rate is reduced.

Description

TECHNICAL FIELD

[0001] The application belongs to the technical field of medical control system, and particularly relates to a method for automatically preparing a nutrition order based on a hospital information system. BACKGROUND

[0002] The nutrition order system is a subsystem of the hospital information system. Doctors can use the nutrition order system to make a nutrition order for a patient and store the order in a system database. The doctors can make a nutrition order through the nutrition order system to form a nutrition product order. Because the nutrition needs of patients are different, the nutrition product formulations are different. When the staff of a nutrition product preparation room uses a preparation machine to prepare a nutrition product, the staff needs to manually enter the preparation requirements into the preparation machine through a point selection mode (point selection on the small screen of the preparation machine) and place the correct raw materials at the corresponding raw material positions (the preparation machine has multiple raw material positions and can place different raw materials). The staff needs to manually enter the preparation requirements and manually place the raw materials, and needs to ensure that the preparation requirements and the raw materials correspond to each other. For example, if the preparation requirements are that the first position is protein powder 5g (the first action) and the second position is glucose 3g (the second action), the staff needs to place protein powder at the first position (the third action) and glucose at the second position (the fourth action). Four actions cannot be wrong. After clicking the preparation button, the preparation machine sends the discharge instructions (5g of the first position and 3g of the second position) to the control chip inside the preparation machine to start automatically preparing the nutrition product. The preparation requirements and the raw materials need to be entered and placed for each patient, which is troublesome and prone to errors. SUMMARY

[0003] In view of the problems in the prior art, the application is designed to provide a method for automatically preparing a nutrition order based on a hospital information system. The technical scheme is as follows: A method for automatically preparing a nutrition order based on a hospital information system, which comprises the following steps: 1) A computer running a web client of a nutrition order system is connected to a nutrition raw material preparation machine through a USB interface. After the connection, the corresponding USB port number can be viewed on the computer. 2) A jar package for sending instructions to the nutrition raw material preparation machine is written by using Java. 3) An initialization operation interface of the preparation machine is added to the nutrition order system to realize one-to-one correspondence between the positions and the raw materials. 4) An operation interface of the preparation machine is added to the nutrition order system to display the order information, the nutrition product raw material requirements, and the "start preparation" and "pause preparation" buttons. 5) The nutrition order system receives the nutrition order issued by the doctor and forms a nutrition product preparation order, the nutritionist selects the order to be prepared in the nutrition order system order list, clicks on the specific order to enter the preparation machine preparation operation interface for preparation; 6) After the preparation machine completes the preparation, the jar package sends a preparation instruction to inquire about the preparation situation, and when the end of the preparation result is obtained, the preparation result is returned to the order system, the preparation machine preparation operation interface on the order system pops up a preparation completion prompt, and the operation of step 5) is repeated to continue to prepare other orders.

[0004] Further, in step 2), the jar package sends an instruction to the nutrition raw material preparation machine through the usb port number, which is used to control the nutrition raw material preparation machine.

[0005] Further, in step 3), a plurality of stations are provided on the preparation machine, and different raw materials are placed in different stations, and the initialization of the preparation machine is completed after all the raw materials are placed.

[0006] Further, in step 5), the specific steps of preparation are as follows: clicking the "start preparation" button on the preparation machine preparation operation interface, the nutrition order system calculates the intermediate instruction according to the nutrition raw material demand of the order and the raw material and station correspondence relationship of the preparation machine initialization, and sends the instruction to the jar package, the jar package converts the intermediate instruction into a preparation machine recognizable instruction according to the preparation machine control instruction set after receiving the intermediate instruction, and then sends the instruction to the preparation machine through the usb port number, and the preparation machine starts working after receiving the instruction.

[0007] The present application connects the computer USB interface with the preparation machine, first, the discharge instruction code of the preparation machine is input into the computer, so that the computer has the function of controlling the discharge of each raw material bin of the preparation machine, and then the computer software function is designed, the order is sent to the preparation machine after processing, which can improve the efficiency of using the preparation machine to make nutrition products and reduce the error rate. BRIEF DESCRIPTION OF DRAWINGS

[0008] Figure 1 The nutrition order system preparation machine initialization interface; Figure 2 The preparation machine raw material placement schematic diagram; Figure 3 The preparation machine discharge schematic diagram; Figure 4 The preparation information flow schematic diagram. DETAILED DESCRIPTION

[0009] The present application is further described below in conjunction with the drawings of the specification, so as to better understand the technical solutions.

[0010] The application discloses a method for automatically preparing a nutrition order based on a hospital information system, and the nutrition order contains the basic information of a patient, an order number (unique), various nutrition raw materials and their dosages, frequencies and the like. Step 1: a computer (hereinafter referred to as a computer) running a web client of a nutrition order system is connected with a nutrition raw material preparation machine (hereinafter referred to as a preparation machine), a USB interface is used to connect the computer with the preparation machine, and after the connection, the corresponding USB port number can be viewed on the computer, which will be used in the following program.

[0011] Step 2: a jar package for sending instructions to the preparation machine is written by using Java, the jar package contains an instruction set for controlling the preparation machine, the jar package is run on the computer, the jar package sends instructions to the preparation machine through the above-mentioned port number to control the preparation machine, and the jar package program will be used in the following.

[0012] Step 3: the nutrition order system is modified, and a preparation machine initialization operation interface is added in the nutrition order system. Figure 1 The preparation machine initialization function is that the preparation machine has a plurality of stations, and in principle, any raw material can be placed on each station, before starting preparation every day, a worker needs to place different raw materials on different stations of the preparation machine, Figure 2 and records the correspondence between the placed raw materials and the stations in the preparation machine initialization interface of the nutrition order system, (the role of this step is to tell the computer what raw materials are placed on each station, so that the computer can complete the preparation of the nutrition product by controlling the discharging amount of different stations when sending the preparation instructions.) For example, the worker places protein powder on the No. 1 station, and needs to select the No. 1 station in the preparation machine initialization operation interface of the nutrition order system and place the raw material as protein powder; the worker places glucose on the No. 2 station, and needs to select the No. 2 station in the preparation machine initialization operation interface of the nutrition order system and place the raw material as glucose, and the like, so as to complete the placement of all raw materials and complete the preparation machine initialization.

[0013] Step 4: the nutrition order system is modified, and a preparation machine preparation operation interface is added in the nutrition order system. The interface can display the order information of the current preparation, the demand of the nutrition product raw material and the like, and operation buttons such as a start preparation button and a pause preparation button.

[0014] Step 5: Start preparation. When the nutrition order system receives the nutrition order issued by the doctor and forms a nutrition product preparation order, the nutritionist can select the order to be prepared in the nutrition order system order list. Click the specific order to enter the [Preparation Machine Preparation Operation Interface]. When you click [Start Preparation] on this interface, the nutrition order system will calculate the intermediate instructions based on the nutritional raw material requirements of the order and the corresponding relationship between the raw materials and workstations initialized by the preparation machine. The instructions include how much raw materials to release at each workstation ( Figure 3 ), (for example: the nutritional raw material requirements of the order are: 10g of protein powder and 5g of glucose, and the initialization correspondence of the preparation machine is: protein powder at station 1 and glucose at station 2, then the intermediate instructions are: release 10g at station 1 and release 5g at station 2) and send the instruction group to the jar package. After receiving the intermediate instructions, the jar package converts the intermediate instructions into instructions that the preparation machine can recognize according to the control instruction set of the preparation machine, and then sends them to the preparation machine through the USB port number. The preparation machine starts working after receiving the instructions.

[0015] Step 6: After the preparation is complete, the JAR package will send a command to inquire about the preparation status after sending the start instruction. When the query indicates that the preparation is complete, the preparation result will be returned to the medical order system. The medical order system [preparation machine preparation operation interface] will pop up a notification indicating that the preparation is complete. Repeat step 5 to continue preparing other orders.

[0016] The entire configuration information flow of the present invention is as follows Figure 4 The configuration machine has a USB interface that can be connected to its control chip. The configuration machine manufacturer generally provides the instruction set of the control chip, so the instruction set is not described in detail here.

Claims

1. A method for automatically preparing nutritional prescriptions based on a hospital information system, characterized in that The method comprises the following steps: 1) The computer running the nutrition doctor order system web client is connected to the nutrition material preparation machine through the USB interface. After the connection, the corresponding USB port number can be viewed on the computer; 2) Use Java to write a jar package for sending instructions to the nutrient material preparation machine; 3) Add a "configuration machine initialization operation interface" to the nutrition order system to achieve a one-to-one correspondence between workstations and raw materials; 4) Add a preparation machine interface to the nutrition order system to display current preparation order information, nutritional supplement raw material requirements, and "Start Preparation" and "Pause Preparation" buttons; 5) The nutrition order system receives the nutrition order issued by the doctor and generates a nutrition product preparation order. The nutritionist selects the order to be prepared from the nutrition order list in the nutrition order system and clicks on the specific order to enter the preparation operation interface of the preparation machine to prepare the product. 6) After the preparation machine completes preparation, the jar package will send a command to inquire about the preparation status after sending the start preparation command. When the query results in the result that the preparation is completed, the preparation result will be returned to the medical order system. The preparation operation interface of the preparation machine on the medical order system will pop up a preparation completion prompt. Repeat step 5) to continue preparing other orders.

2. The method for automatically preparing nutrition prescriptions based on a hospital information system according to claim 1, wherein: In step 2), the jar package sends instructions to the nutrient material preparation machine through the USB port number to control the nutrient material preparation machine.

3. The method for automatically preparing nutrition prescriptions based on a hospital information system according to claim 1, wherein: In step 3), a plurality of workstations are provided on the preparation machine, and different raw materials are placed in different workstations. Once all raw materials are placed, the preparation machine initialization is completed.

4. The method for automatically preparing nutrition prescriptions based on a hospital information system according to claim 1, wherein: The specific steps for preparation in step 5) are as follows: Click the "Start Preparation" button on the preparation operation interface of the preparation machine. The nutritional order system will calculate the intermediate instructions based on the nutritional raw material requirements of the order and the correspondence between the raw materials and workstations initialized by the preparation machine, and send the instructions to the JAR package. After receiving the intermediate instructions, the JAR package converts the intermediate instructions into instructions that the preparation machine can recognize according to the control instruction set of the preparation machine, and then sends them to the configuration machine via the USB port number. The preparation machine starts working after receiving the instructions.

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