TWI254226B - Automatic control system for universal hospital sickroom management - Google Patents

Abstract

The present invention relates to an automatic control system for universal hospital sickroom management, comprising the followings: at least one sickbed monitor station, which shows various conditions that patients need to be handled by medical personnel; at least one intermediate station, which monitors information from each sickbed monitor station; a general intermediate station device that provides bi-directional control of data transfer between a monitor center computer of a nursing center and each sickbed monitor station; and a monitor center computer of a nursing center, which has a graphic control interface to display all conditions of each sickbed monitor station to allow the nursing center to monitor the situation of each patient and to manage medical personnel labor regulation, filing and recording, tracking of medical personnel and patients, automatic dialing and satellite monitoring.

Description

1254226 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to a hospital ward management system, and more particularly to a combination of a bed monitoring station, a relay station, a total relay station device, and a nursing center monitoring computer to enable various types in the ward. The situation can be displayed in the nursing center monitoring computer through a single button transmission, so that the medical staff can timely understand the condition of the patient in the ward, and the processing status of the monitoring center monitoring computer can also be transmitted in both directions and displayed on the bed monitoring station of the ward to make the patient Or a family-wide hospital ward management automation control system that the family can understand the treatment status of the medical staff. [Prior Art] The general situation of patients in general hospital wards is frequent, and the way to inform the nursing staff is to notify the nursing staff from the family to the nursing center, which is extremely time consuming and inconvenient; otherwise it is ringing through a bedside or The microphone informs the caregiver, but if the language spoken by the patient is a dialect or a patient who cannot speak, then the caregiver may not be able to understand it, sometimes even delaying the service. Man-made notifications' If the health care provider is busy with other things, he may forget to dispose of it because of the fuss. Therefore, the automation of hospital management, for example, the work in the hospital ward is transferred to the computer for automated monitoring and manpower deployment, and even the patient's work procedures are automatically tracked by the computer to establish a complete service record for a fair personnel assessment. It is also an important issue to establish complete medical treatment information, clarify medical responsibilities, and reduce medical disputes. For example, China’s approved Announcement No. 3 8 5 0 2 2, “Hospital Visiting Serial Number Management Device” provides a hospital management number management device, which is connected to the output/input keyboard of the micro controller, display, and dual Tone multi-frequency receiver and dual tone complex

Page 5 1254226 V. Description of the invention (2) When the serial number is generated, the patient's electric generator's total sequence of hospital visits and the photography supervision system monitors the shadow of the device. 'The micro-voice end is powered by the serial number. For example, I control the auxiliary, the device can be installed, and the point is locked; the characteristic control system will be equipped with the signal line output signal to tell the phone, and the management system has not been approved by the state. The photography 'and the set' includes a call and a signal, which is output to the main control and transmitted to the main control button and a button group patent case is still carried by the microprocessor. The patent is monitored by the end, but the presence of the main control station ditch has not changed. It has a double tone, followed by the number, and the device with the ward at the end provides the device at the time of transmission, and the case after the monitoring button group is processed. The ward has access, then the good 0 patient calls the multi-frequency reception 'micro controller will currently see the patient. The monitoring and a ward of 454498 can usually be used as a tracking point for no-dead corners. The call, by means of a photo-sensing situation, the above-mentioned conventional information device will be equipped with a new type of photo surveillance managed by the serial number patent case. Fixed range photography and button and number-receiving devices will still require technical cable to receive dual-tone multi-frequency and registered only for medical functions. The device of the ward control auxiliary tube broom can be input into the blasting room of the key switch group by the key input. By calling the shortcomings in the above-mentioned conventional hospital management system, the present invention provides a omni-directional hospital ward. The management automation control system solves the shortcomings of the conventional hospital management system. It combines the bed monitoring station, the relay station, the total relay station device and the nursing center to monitor the computer, so that various conditions in the ward can be transmitted through a separate button and displayed in the nursing center monitoring computer. So that the medical staff can keep abreast of the condition of the patient in the ward, and the treatment status of the monitoring center of the nursing center can also be transmitted in both directions and displayed on the bed monitoring station of the ward to make the patient or home

1254226 V. INSTRUCTIONS (3) It is possible to understand the treatment status of medical staff to enhance the confidence of patients or their families in hospitals and medical staff. Therefore, the shortcomings of the hospital management system can be solved. SUMMARY OF THE INVENTION The object of the present invention is to provide an all-round hospital ward management automation control system to solve the shortcomings of the conventional hospital management system, which can enable various conditions in the ward to be transmitted through a separate button and displayed in the nursing center monitoring computer. So that the medical staff can keep abreast of the condition of the patient in the ward, and the treatment status of the monitoring center of the nursing center can also be transmitted in both directions and displayed on the bed monitoring station of the ward, so that the patient or family can understand the treatment status of the medical staff. For the above purposes, at least one bed monitoring station of the present invention is marked with various conditions that the patient wants medical personnel to handle; at least one relay station is responsible for scanning the information of each bed monitoring station in the ward; and the total relay station device is responsible for contacting the following. Two-way control of the data between the monitoring center monitoring center computer and each bed monitoring station; and the nursing center monitoring computer, with a graphical control interface, which can display various conditions of each bed monitoring station for the nursing center to monitor the patient's condition and perform medical staff work. Deployment, file recording and printing, medical staff and patient tracking, automatic network dialing, and satellite monitoring. The detailed description of the drawings and preferred embodiments is set forth in the accompanying drawings. [Embodiment]

1254226 $, Invention Description (4) Please refer to FIG. 1 , which will show a schematic diagram of a ward hospital ward automatic control system according to a preferred embodiment of the present invention. As shown in the figure (orientation hospital ward management automation control system, including: to = two == monitoring station 10; at least one relay station 20 •, total relay station device type 猸 center monitoring computer 40 combination; 俾 patient or family: The two keys will transmit the various conditions in the ward and a page will be displayed in the nursing care. The medical staff will know the situation of the ward in time. In the five treatments: the monitoring status of the monitoring computer can also be transmitted and displayed in both directions. In the ward of the ward, the patient or family member can understand the treatment of the medical staff/brother. The bed monitoring station is placed in the ward, and Quanjia is equipped with a bed monitoring station 10 for each bed. It has a reduction/press, 15 (please refer to FIG. 2), and the button 15 has various conditions indicating the patient's medical staff's treatment, such as but not limited to shock, drip, asthma, pain, cramps, emergency, fever and vomiting. The most common condition in the ward, such as drug allergy, chills, and dripping. The relay station 20 is installed in the ward, and the first communication interface is, for example, but not limited to, RS-232 interface coupling. All the bed monitoring stations 10 in the ward are responsible for scanning the information of each bed monitoring station 10 in the ward. The total relay station device 30 is coupled to the second communication interface, such as but not limited to the RS-422 interface. All relay stations 20 in the floor are responsible for contacting the two-way control of the data between the monitoring center monitoring center computer 40 and each bed monitoring station 10. The nursing center monitors the computer 4, which is the core of the management system, and has a second communication interface such as But not limited to the -4 22 interface coupled to the total relay station device

Page 8^54226 Five' invention description (5) 3 〇, various ίί::: control interface 41, can display the distribution of each bed monitoring station 10, file record fish column, hall, A g, / 酉 0 Only a person who works in the Internet to set up a beta 4] inscriptions and patient tracking, self-dial dialing and Xie Xing monitoring. Into a cow ^ = Mao Mingzhi omni-directional hospital ward management automation control system, Λ = can /, there. - GPS satellite tracking device 50, which can be patient and medical Beina ^ automatic tracking management system, making the hospital ward dynamic monitoring more It has efficiency, especially for the isolation of patients with high infectiousness such as SARS. Please refer to FIG. 2, which shows a schematic diagram of the bed monitoring station of the present case. As shown, the bed monitoring station of the present invention further includes: a microcontroller 丨i; a voice control chip 12; a display device 13; a voice output device 14; and at least one button 15. The microcontroller 11 is used to control the operation of the monitoring station of the hospital bed; the voice control chip 12 is coupled to the microcontroller 丨1 for handling various medical treatments for various patients. The status is output in the form of a voice; the display 1 is set to 1 3' to the microcontroller 11, such as but not limited to an LED, a seven-segment display, a text or a drawing type liquid crystal display, which is in the form of a drawing in this embodiment. The liquid crystal display is exemplified to show the most ward in the ward, such as but not limited to shock, drip, asthma, pain, cramps, emergency, fever, vomiting, drug allergy, chills, drip, etc. Common situation. The voice output device 14 is, for example but not limited to, a slave, and is coupled to the microcontroller 1 1 ' for voice output to output various patient caregivers

Page 9 1254226

Shell disposer 11, is a blood return, sensitive, cold key 1 5 generation 15 on the Chinese, this micro control its water such as device 13 1 6 The display is used for round hardware, asthma, tremor, point table Avoid English or the outside, the device 11, but not limited to the situation of the flat device 13; the patient code is painful, dripping, the patient or the syllabus is controlled by the pressure exposed to 35 ° and At least one of the 4*4 keyboard cramps, emergency and other wards in the ward of the medical staff is misjudged; the common text control station 10 into a wafer 1 2, the outer corner of the shell 16 made by Cree The square button 15 is coupled to the various conditions of the micro control treatment, which is preferably 'so that the above-mentioned shock, drip, fever, vomiting, and drug over-common conditions can be directly printed on the button by a character number. The text symbols are not limited to meet the needs of internationalization. The step has a housing 16 for receiving the display device 13 and the button 15 5, wherein the button 15 and the display and the display device 13 and the housing are viewed and operated by the patient or family

Please refer to FIG. 3, which illustrates a schematic diagram of a relay station in the present case. As shown in the figure, the relay station 20 of the present invention further includes: a casing 21; a first communication interface 2 2; a microcontroller 2 3; and a second communication interface 24. Wherein the housing 21, such as but not limited to being made of acrylic, is used to carry the components described later; the first communication interface 22, such as but not limited to an RS-232 interface, is housed in the housing In the housing 21, the data is transmitted in series, because the distance between the beds in the ward is not far and the amount of data is not large, so the RS-232 interface can be used between the repeater 20 and the bed monitoring station 10. a cost advantage; the microcontroller 23 is disposed in the housing 21, and is connected to the hospital monitoring station 10 by the first communication interface 2 2 to receive the

Page 10 1254226 V. Description of the invention (7) The message of the bed monitoring station 10 and convert it into the format of the second communication interface 24; and the second communication interface 24, such as but not limited to "-422 interface, The device is placed in the housing 21 and coupled to the microcontroller 23. The microcontroller 23 can transmit the message of the bed monitoring station to the total relay station device 30 through the second communication interface 24. Referring to Figure 4, there is shown a schematic diagram of the general relay station device 3 of the present invention. As shown, the total relay station device 3 of the present invention further includes a housing 3 1 ; a second communication interface 3 2 ; and a microcontroller 3 3. Wherein the housing 31, such as but not limited to being made of acrylic, is used to carry the components described later; the second communication interface 32, such as but not limited to the RS-4 22 interface, is The device is housed in the housing 31, and is connected in series with each relay station 20 in a busbar manner to be responsible for contacting the two-way control of the data between the monitoring center monitoring center computer and each bed monitoring station. Because of the ward repeater 2 〇 and the total relay station device 30 are far away and the amount of data is large Therefore, the RS-422 interface is used between the repeater 20 and the total relay station device 30, which has the advantages of high speed, long distance, and stable transmission performance. The principle is a balanced digital voltage interface, and the transmission method is to transmit the signal. When going out, it will be divided into positive and negative. After the line arrives at the end, the signal will be subtracted and reduced to the original signal. When the right fork is mixed, the two lines will have noise at the same time, and the signal will be subtracted when the signal is restored. Automatic filtering, so it is more resistant to noise. Its characteristics are as follows: (1) The driver can push up to 2 repeaters 2; (2) The maximum transmission speed is 10M Bits/Sec ·, and (3) Maximum transmission distance L : i 2

Km, 'so' can use the RS-422 interface to meet the needs of large and medium-sized hospitals.

1254226

V. Description of the invention (8) The microcontroller 33 is placed in the #2 communication interface 32 and the relay station 2〇 and the housing 31, which can be used to enable the care center to monitor the central computer 4: The central monitoring computer 40 is connected and controlled in both directions. Please refer to Figure 5(a)~(f) for the information of each bed monitoring station. The format of the message format used by the eight30 is: The total relay station device 30 of the case is IEEE-422 communication protocol. ^Fig., the total relay station of the present case processes the data of the relay station 20 and the time-sharing mode relay station device 30 transmits the care and identification (ID). Among them, as shown in Figure 5 (a), the format is as follows: The message format of the middle control device is the second data FE. Among them, FF 55" 55 70 first data 70 start, interval and end code. FE, etc., for example but not limited to 5 (b) as shown, its length is preferably 2 for the first data The format, as shown in the figure, is that bit 7 is a drop state, a byte (Byte), and its content, when bit 7 is 〇, it indicates that the bit 3~bit is an event code. And the bit 3~bit 〇 event generation \ drip, when 1 means that the drip is fast, the 〇〇1 0 means that the code of the drop back is as follows. · 〇〇〇1 means rest 0 10 1 1 means urgent, 1 〇〇0 indicates drug allergy to indicate pain, 〇1 1 η本-上0 1 1 indicates asthma η本- a υ table does not cramp, 〇1 0 table does not have fever, 1 〇0] 1 ΤΧΛ α Λ 1 Area spit, 1 〇1 indicates chills, etc. As shown in Fig. 5(c), the ^^^ element group, and its content is better, the length of the greedy material is preferably a bit code, and the bit 2 The bit η is bit 707~bit 703 is the generation of the relay station 20 7^^, which is the code of the I control station 10. Among them, the bit station is replaced by the 中继3 relay station 20, the 1-4 bit, the flat code is as follows :0 0 〇 1 Indicates the first relay

1254226 V. Description of invention (9) Station, 〇0 1 0 indicates the second relay station, 0 〇1 1 indicates the third relay station; and as shown in Figure 5 (d), the bit 2~bit 〇 monitoring station 1 The code of the code is as follows: · 001 indicates the No. 1 monitoring station, 010 indicates the No. 2 monitoring station and 0 11 indicates the No. 3 monitoring station. After the message having the format is transmitted to the monitoring center monitoring computer 4, it can be decoded to know which one of the monitoring stations 10 transmitted and displayed on the graphic interface 4 1 to notify the medical care. The staff went to the process. As shown in FIG. 5(e), the message format of the care center monitoring computer 40 transmitted to the total relay station device 3 is displayed, and the format is as follows: the bits 7 to 5 are the monitoring station 1 0 code, and the bit is 4~2 is the relay station 2 0 code, and the bit code is the message code. The monitoring station code and the relay station 2 code are as described above with reference to FIG. 5(d). The code of the bit 0 message code is as follows: · 表示 0 means that the doctor is not present, 0 1 means arrival in a few minutes, 1 means that the current nurse is absent and 1 1 means 1 minute later. After the message of this format is transmitted to the monitoring station 1 , the above message can be displayed, for example, “a few minutes to arrive”, and the device 1 3 is displayed, and the voice message is presented to remind the patient and his family to process the current situation so that the current situation can be Patients and their families are assured. The care center monitoring computer 40 of the present invention has a graphic control interface 41, and is preferably written in a VB program. The graphic control interface 41 is a one-two-in-one ward tracking monitoring main screen 42 and a nursing monitoring personnel. The situation processing screen 43, the processing status automatic tracking assessor =; face 44 and a medical staff service status analysis table 45. Shell material: Please refer to Figure 6 (a), without thinking. As shown in the figure, the main screen 42 of the monitoring main screen 42 can be used to track the ward of the case.

1254226

V. Description of the invention (ίο) shows the condition, ward number, bed number, time, drip condition, treatment, etc. For example, the second patient in the third ward issued a shock status at 9:35 am to inform the nursing center to monitor the computer 40, and display the status of the treatment or other unprocessed status for the medical staff. The test of the inflammation. Please refer to FIG. 6(b), which illustrates a schematic diagram of the patient care status processing screen 43 in the present case. As shown in the figure, the nursing supervisor in this case can display the message, status, response, drip status, medical staff status, input status processing medical staff j D, and transmission processing on the patient request status. For example, if the patient in the first bed of the first ward sends a shock status signal and the drip is not used up yet, the nursing monitor enters the message that the doctor is not present and can be reached in a few minutes according to the current situation. It will be sent to the monitoring station and displayed on the display device 13 to inform the patient and the family of the current processing status. Please refer to FIG. 6(c), which illustrates a schematic diagram of the automatic tracking and checking of the personnel graciousness screen 44 in the processing status of the present case. As shown in the figure, the handling status of this case is automatically chased. The personnel information on the face 44 can display the number, the medical staff code u, the name of the medical staff, the date of treatment, the ward and the status. For example, doctor Wu Zhongsheng, numbered s - 845 1 1 8 , treated the vomiting status of the patient in the tiger ward at 2〇〇1/1〇/8 for the personnel assessment of the hospital, and in case of medical treatment The dispute can also be used as evidence. 2 According to Figure 6 (d), the reason for the analysis of the service status of the medical staff in this case ‘: Feng* is not intended. As shown in the 'I case, the medical staff service status table|Face 45 can display the hospital inventory, the flood season, the medical staff code,

Page 14 1254226 V. Description of the invention (11) Information on the title, date of treatment, ward and condition of the medical staff. For example, Dr. Wu Zhongsheng, code-named S-845118, treated the patient's second spouse patient's condition in the No. 3 ward at 2 001 η 〇/8 2:22 in the morning for the personnel assessment of the hospital, and Ruo Wan It can also be used as evidence in the event of a medical dispute. Please refer to FIG. 7, which illustrates a schematic diagram of the operation of the graphical control interface 41 of the present invention. As shown in the figure, the operation procedure of the graphic control interface 41 of the present case is as follows: the user inputs a password (step 1); determines whether the password is correct, and exits the graphic control interface 41 if the number of incorrect times exceeds three times (step 2); The ward tracking monitoring main screen 42 (step 3); determining whether a condition has occurred (step 4); displaying the care monitoring personnel processing the patient request status and archiving (step 5); transmitting the processing status message to the hospital bed The monitoring station 10 is for patient reference (step 6); determining whether the condition is processed (step Ό; inputting the identification code of the processing medical staff (step 8); and deleting the processing data file (step 9). In steps 1 and 2, the user is required to input a password to determine whether the user is a hospital personnel before entering the system; in the step 3, the system determines whether to enter the display ward tracking monitoring main screen 42; In the middle, it shows how many pieces of data are currently waiting to be processed; in this step 5, waiting for the random message transmitted by the patient in a ward, so that the medical staff can understand the condition of the patient. To enable the staff of the nursing station to process the messages transmitted by the patients; in step 6, whether the monitoring staff of the nursing station transmits the processing messages to the patient through the serial communication through the four response situations on the screen. The LCD display device 13 of the monitoring station 10 is displayed to notify the patient or family to let the patient know the condition to be handled by the nursing station personnel.

Page 15 1254226 V. Description of Invention (12) ---- In this step 8, type the identification number of the doctor or nurse responsible for the treatment, and the condition of the patient's treatment, so that the nursing station personnel know the information J After the completion of the step; in the step 9, the doctor or the nurse will delete the disease transmitted by the patient after the treatment of the patient's disease, ^ by the nursing station personnel. Please refer to FIG. 8 , which is a schematic diagram of the automatic detection and automatic return device of the present invention. As shown in the figure, the omni-directional hospital ward management automation control system of the present case further includes a drop automatic detection and automatic return device 60, coupled to the monitoring station 1 〇, which can automatically detect the patient's hit Whether the drop is about to be finished, and the message is automatically transmitted to the care center monitoring computer 40 through the monitoring station. Preferably, the automatic detection and automatic reporting device 60 uses a suspended gravity meter sensing method to detect whether the capacity of the point is lower than a preset value, and is generated when the value is lower than a preset value. 1 Click the signal that will run out to the monitoring station 1 〇. Therefore, through the implementation of this case, the various conditions in the ward can be transmitted through a separate button and displayed in the monitoring center monitoring computer, so that the medical staff can timely understand the condition of the patient in the ward, and the nursing center can monitor the processing status of the computer. The two-way transmission and display on the bed monitoring station of the ward allows the patient or family to understand the treatment status of the medical staff, and thus can solve the shortcomings of the conventional hospital management system. The disclosure of the present invention is a preferred embodiment. Any change or modification of the present invention, which is derived from the technical idea of the present invention, is easily inferred by those skilled in the art, and does not deviate from the scope of patent rights of the present invention. In summary, the case is showing its purpose regardless of its purpose, means and efficacy.

1254226 V. Description of invention (13) Different from the technical characteristics of the prior art, and its first invention is practical and suitable, and it is also in compliance with the patent requirements of the invention, please ask the reviewing committee to inspect it, and pray for the patent, 俾惠惠社会, Real sense of virtue.

Page 17 1254226 BRIEF DESCRIPTION OF THE DRAWINGS [Brief Description of the Drawings] FIG. 1 is a schematic diagram showing a block diagram of an all-round hospital ward management automation control system in accordance with a preferred embodiment of the present invention. Fig. 2 is a schematic view showing a schematic view of a bed monitoring station of the present invention. Figure 3 is a schematic diagram showing a block diagram of the relay station 20 of the present invention. Figure 4 is a schematic diagram showing the block diagram of the general relay station apparatus 30 of the present invention.

5(a) to (f) are schematic views respectively showing the format of a message used by the general relay station device 30 of the present invention. Fig. 6(a) is a schematic view showing the main picture 42 of the ward tracking monitoring of the present case. Fig. 6(b) is a schematic view showing the care monitoring personnel in the case of the patient request status processing screen 43. Fig. 6(c) is a schematic view showing the processing status of the case automatically tracking the personnel data 44.

Fig. 6(d) is a schematic view showing a schematic view of the medical staff analysis status table 45 of the present invention. Fig. 7 is a schematic view showing the operation procedure of the graphic control interface 41 of the present invention. Fig. 8 is a schematic view showing the automatic detecting and automatic returning device of the present invention. [Main component symbol description]

Page 18 1254226

The diagram briefly illustrates the microcontroller 11 display device 1 3 button 1 5 bed monitoring station 1 0 voice control chip 1 2 s voice output device 14 relay station 2 0 first communication interface 22 second communication interface 24 housing 31 microcontroller 3 3 Graphic Control Interface 41

Housing 16 Housing 21 Microcontroller 2 3 Total relay station device 3 〇 Second communication interface 32 Compliance center monitoring computer 4 〇 ward tracking monitoring main 42 42 Care monitoring person gm + ^ ^, patient request status processing screen 43 The processing status is automatically raised and the service personnel of the medical staff, the brother J f personnel information screen 4 4 GPS satellite tracking device 5 file analysis table 45 points automatic detection and, visual reward device 60

Claims (1)

1254226 Sixth, the scope of application for patents 1 · One type: Autonomous hospital ward management automation control system, which includes at least one bed monitoring station, has at least one button, and the button is marked with various conditions that the patient wants medical personnel to handle; at least one relay station The first communication interface is coupled to the at least one bed monitoring station to be responsible for scanning the information of each bed monitoring station in the ward; a total relay station device coupled to the at least one relay station by a second communication interface is responsible for contacting the following nursing Two-way control of the data between the control stations of the central monitoring center; monitoring the computer with the 1/, the bed of the i-care center, which is the core of the management system, and the second communication interface is coupled to the total relay station device, A graphical control interface that displays the various conditions of each bed monitoring station for the care center to monitor patient status and perform work placement, record and print, medical staff and patient tracking, automatic network dialing, and satellite monitoring Waiting for work 0 2 · All-round hospital ward management as described in item 1 of the patent application scope An automated control system in which the patient is treated by a medical professional, including shock, blood loss, wheezing, pain, cramps, urgency, fever, vomiting, drug allergies, chills, and dripping. 3. The omni-directional hospital ward management automation control system as described in claim 1, wherein the disease monitoring station further has: a microcontroller for controlling the operation of the hospital monitoring station; a voice control chip, Coupling the microcontroller to output various conditions that various patients want to treat medical personnel in a voice form; 1254226 a display device coupled to the microcontroller for treating various conditions of a person's negative treatment; T various patient modules r:::f 'coupled to the microcontroller for voice output output type The various conditions that the patient wants to be disposed of by the medical staff; and the binding person is coupled to the microcontroller to turn the patient into the 4 keyboard. The condition is preferably a hardware coding mode. 4. If applying for an automatic control system, a text type, or 5, if applying for an automatic control system, the button is placed in the micro control and the device is placed in a horizontal shape. The display device. 6. If applying for automated control, the medical staff will deal with pain, cramps, tightness, etc. The omni-directional hospital ward management system described in item 3 of the patent scope may be a led, seven-segment display type liquid crystal display. The omni-directional hospital ward management of the third aspect of the patent, wherein the monitoring station further comprises a housing, a voice control chip, a display device and the button, wherein the display device is preferably exposed outside the housing and the display ^ into 35. Inclined angle, to facilitate the patient or family to view and operate the omni-directional hospital ward management system described in item 3 of the patent scope, wherein the surface of the button further prints various conditions of the patient's desire including shock, blood drop, asthma, and pain The omnipotent hospital ward management automation control system described in claim 1, wherein the relay station further comprises: a housing for carrying the components described later; 1254226 6. The first communication interface of the patent application scope is accommodated in the casing; a microcontroller is disposed in the installation body, and the first communication interface can be connected to the hospital monitoring station by the first communication interface Receiving a message of the bed monitoring station and converting it into a format of the second communication interface; and a second communication interface, being received in the housing and coupled to the microcontroller, wherein the microcontroller transmits The second communication interface transmits the message of the bed monitoring station to the total relay station device. 8. The omni-directional hospital ward management automation control system described in claim 7 of the patent application garden, wherein the first communication interface is preferably an RS-23 2 interface, and the second communication interface is preferably RS-422. interface. 9 · The omni-directional hospital ward management automation control system described in claim 8 of the patent scope, wherein the total relay station device uses the EEE_42 2 communication protocol and the time-sharing mode to process the data exchange of the relay station. Identification. 1 0. The omni-directional hospital ward management automation control system as described in claim 1, wherein the graphical control interface is preferably written in VB program 1 and further includes a ward tracking monitoring main screen, a nursing monitor The second j patient requires a condition processing screen, a processing status to automatically track the evaluation of the bedding material and a medical staff service status analysis table. Selfish & A full-scale hospital ward tube condition as described in item 10 of the scope of the patent application: the system of wide-ranging f, in which the main screen of the ward tracking monitoring can display, brother. ; Party C, bed number, time, drip condition, treatment, etc. Page 22 1254226 Condition 6: Applying for the patent scope automation control system, where the processing screen can display the message, the status of the situation, and the input status. U. For example, the patent application scope is the first automatic control system. Information such as number, medical care date, ward and condition can be displayed, such as the patented scope of the first automatic control system, which can display the hospital inventory, date, title, date of treatment, ward and condition 15 · If the scope of patent application 1 The automatic control system, which is the following: 'The monitoring personnel on the patient requirements status, response, drip status, medical staff ID and delivery processing options. The omni-directional hospital ward management status of the omni-directional hospital ward is automatically tracked and evaluated. The HR personnel code, the name of the medical staff, the omni-directional hospital ward, the medical staff, the service status analysis table, the medical staff code, and the medical care Staff grade information. The operation procedure of the graphic control interface of the all-round hospital ward tube mentioned in the item is as follows: the user enters a password; determines whether the password is correct, and exits if the number of incorrect times exceeds three times; indicates that the ward is tracking the main screen; determining whether a condition has occurred Displaying the nursing monitoring personnel to process the patient's request status and in the file; transmitting the processing status message to the bed monitoring station for patient reference; determining whether the status is processed; inputting the identification code of the medical staff; and deleting This processing data file. Page 23 1254226 Sixth, the scope of application for patents 16 · The scope of the patent scope of the scope of the full range of hospital ward management & system 'the φ # seventy-W slope station has a two-way communication mode, and is displayed in the display device automation control System, complex, can receive the care towel ^ pass the 3 bed monitor ~ Bu <& + β ^ The processing status is sent, the 5 output of the audio output device. Automated control of the t-direction hospital ward management report nightmare described in the first item of patent (9), basin σ, which further includes a little automatic detection and automatic return ^ as the self, I automatically detect the patient's hit Whether the drop is about to be finished, and 8 ° ^ automatically communicated to the care center monitoring computer. The omni-directional hospital ward tube described in item 17 of the automation scope; the hanging type heavy weight; the automatic detection and automatic return device quantity in the drip is lower than the preset value force meter sensing method, Measure the content of the drip 1 9 · Shikou apply for the real μ automatic control system, the information of the omni-directional hospital ward management and monitoring computer mentioned in the first item ^中1一总, relay station device pass $ to the vine The center has two data FE. Under the work. FF 55 70 first data 7 〇 2 0 · If you apply for a patent in the automatic control system, complex & [1] omni-directional hospital ward management byte, ... Rong Rong:, first The length of the pen data is preferably - the element 0 is the event code. It is in the position of 兀7 for the drip state, and the bit 3~bit 2 1 · If you apply for the patent in the automatic control system, the omni-directional hospital ward management described in the 20th says that the bit 7 is missing. It is still a bit dripping for ^, for!下·· 〇〇〇1 indicates that the scent is in the position of 休3~ 兀〇 兀〇 event code such as brother ' 0 0 1 0 means drop back blood, 0 page 24 1254226 VI, the scope of patent application means asthma, 0 1 0 1 means pain 0 1 1 0 indicates cramping, 0 1 1 1 indicates urgent, 1 0 0 0 indicates fever, 1 0 0 1 indicates vomiting, 1 0 1 0 indicates drug allergy and 1 0 1 1 indicates chill. 2 2. The omni-directional hospital ward management automation control system described in claim 19, wherein the length of the second data is preferably a byte, and the content thereof is preferably a bit 7~ Bit 3 is the relay station code, and bits 2 to 0 are the monitoring station codes. 2 3. The omni-directional hospital ward management automation control system described in claim 2, wherein the code of the bit 7~bit 3 relay station code is as follows: 0 0 0 1 indicates the first relay station, 0 0 1 0 indicates the second relay station, 0 0 1 1 indicates the third relay station; and the code of the monitoring station code of the bit 2 to 0 is as follows: 0 0 1 indicates the first monitoring station, and 0 1 0 indicates the second number. The monitoring station and 0 1 1 represent the third monitoring station. 24. The omni-directional hospital ward management automation control system according to claim 1, wherein the message format of the care center monitoring computer transmitted to the total relay station device is as follows: the bits 7 to 5 are monitoring station codes, Bits 4 to 2 are relay station codes, and bit 0 is a message code. 2 5. The omni-directional hospital ward management automation control system described in claim 24, wherein the code of the bit 1~0 message code is as follows: 0 0 indicates that the doctor is absent, 0 1 indicates that the number of minutes arrives, 10 indicates that the current nurse is not present and 11 indicates that it arrives after 10 minutes. 2. The omni-directional hospital ward management automation control system of claim 1, wherein the total relay station device 30 further comprises: a housing for accommodating components described later; 1254226 6. The second communication interface of the patent application scope is disposed in the casing, and the relay stations are connected in series by busbars; and a microcontroller is disposed in the casing and coupled to the casing The second communication interface is responsible for contacting the two-way control of the data between the monitoring center of the nursing center and the monitoring stations of the beds. Page 26