TWM513423U - Smart environment control system in a ward - Google Patents

Description

Ward wisdom environment control system

The present invention relates to a ward control system for a ward, and more particularly to a smart environment control system for a ward that can be integrated and conveniently operated by a user.

In recent years, the combination of medical and scientific products has made the medical system gradually intelligent. However, since most medical devices are not convenient to carry, it is still necessary for patients to go to the hospital for treatment, and even need to be hospitalized for a period of time. For patients who are rehabilitated, most of them need to be accompanied and assisted by others. If the critically ill patients are hospitalized, the hospital must also provide considerable human care. In order to avoid the need for care for patients who are under-resourced, the medical products related to medical services have mushroomed.

There is currently a conventional ward environmental control system that includes more than one control device and a management system coupled to the control device via a network. Each user has a certificate of identity and uses the control device and the management system to perform authentication and data exchange to generate an electronic medical record data. The user can manage, track and care the patient through the medical record data obtained by the control device. . In addition, the control device is provided with a plurality of sensors to detect various states of the patient and the environment at any time, and the medical staff can simultaneously The network is connected with the management system and the control device to directly obtain the patient's medical record data or activity status, and the bed is combined with the control device in the foregoing manner to achieve the purpose of enhancing medical management efficiency. However, when manipulating such a conventional ward environmental control system, the medical staff still needs to patrol the hospital frequently, and report back to the management center according to the actual visiting situation, and cannot effectively control the ward environment and immediately. Adjustments, and if the patient does not actively provide the need for environmental conditions, the information on the hospital's status of the patient can be quite small, and it is difficult to improve the quality of medical services. In addition, such a conventional ward environmental control system still needs to be monitored and adjusted by medical personnel, and it is very difficult and difficult for a patient with limited mobility to adjust the environment by himself, such as getting up and down the switch light, opening and closing the curtain or setting air conditioning.

Another conventional environmental control system is proposed which includes a plurality of sensors, a plurality of environmental variable modulation devices, and an electronic computer. The sensor is configured in a plurality of places of a sleeper to collect the plurality of physiological information of the sleeper. The plurality of environmental variable modulation devices are placed in the environment in which the sleeper is located. The electronic computer is electrically connected to the sensor and the environmental variable modulation device and performs a sleep coach mode and a sleep environment modulation mode. The sleep coaching mode analyzes the physiological information of the sleeper to provide a sleep knowledge to the sleeper accordingly. The sleep environment modulation mode controls the environment variable modulation device according to the physiological information of the sleeper, so as to adjust various environmental variables accordingly. However, this single use of sleep messages as a basis for adjusting environmental variables has been unable to meet the needs of today's high-profile wards and general patients.

It can be seen from the above that there is a lack of simple operation on the market, and it is possible to control the ward environment in a timely manner, and the patient can control it without having to get out of bed. The ward intelligent environmental control system, so the relevant industry are seeking solutions.

Therefore, the present invention provides a smart environment control system for a ward, which can realize the environment of a multi-party control ward through the serial integration between the environment adjustment unit and other modules. Furthermore, the environmental adjustment unit can be appropriately controlled in accordance with the physiological information or behavioral information of the patient. In addition, the control module installed in the ward provides a fast, immediate, convenient and easy-to-understand control interface for patients, families or medical staff.

One embodiment of the present invention is a circumstance intelligent environmental control system that controls a plurality of environmental setting parameters of a ward according to a patient physiological information or a patient behavior information. The intelligent environmental control system of the ward comprises a central control module, a sensing module, a first portable control module, a second portable control module and a control module. The central control module can store patient physiological information, patient behavior information and environmental setting parameters. The sensing module is located in the bed of the ward, and the sensing module is electrically connected to the central control module. The sensing module senses the patient's physiological information or patient behavior information, and the sensing module transmits the patient's physiological information or patient behavior information to the central control module. Furthermore, the first portable control module is electrically connected to the central control module, and the first portable control module displays the patient physiological information, the patient behavior information or the environmental setting parameters, and the first portable control module is Control determines the environment setting parameters. The second portable control module is electrically connected to the central control module, and displays the patient physiological information, the patient behavior information or the environmental setting parameters, and the second portable control module is controlled to determine the environmental setting parameters. In addition, the control module is located in the ward, the control module is electrically connected and controlled by the central control module, The sensing module, the first portable control module or the second portable control module. The control module is controlled to determine the environment setting parameters, the control module adjusts the environment of the ward according to the environment setting parameters, and the control module transmits the environment setting parameters to the central control module.

Therefore, the intelligent circumvention system of the ward of the present invention can realize the environment of the multi-party ward through the integration of the environment adjustment unit and other modules. Furthermore, the environmental adjustment unit can be appropriately controlled in accordance with the physiological information or behavioral information of the patient. In addition, the control module installed in the ward provides a fast, immediate, convenient and easy-to-understand control interface for patients, families or medical staff.

According to other implementations of the foregoing embodiments, the foregoing control module may include a control panel, a control unit, and a message receiving panel. The control panel is electrically connected to the control unit, and the control panel displays the environment setting parameters and controls the environment setting parameters. The control unit transmits the environmental setting parameters to the central control module. The message receiving panel is electrically connected to the control unit, and the message receiving panel displays patient physiological information or patient behavior information. In addition, the foregoing environment setting parameter may include a plurality of lighting adjustment information, a plurality of curtain adjustment information, and a plurality of air conditioning setting information. The light adjustment information includes a diagnosis mode, a day care mode, a night care mode, a care mode, a sleep mode, a reading mode, a rest mode, or a full-off mode. Curtain adjustment information includes a curtain opening message, a curtain closing message, or a curtain suspension message. As for the air conditioning setting information, the indoor temperature and the air conditioning wind speed are included. In addition, the foregoing control module may include an environment adjustment unit, where the environment adjustment unit includes a light adjuster, and the light adjuster is electrically connected to the plurality of light sources of the ward. Light adjuster The switch or brightness of each light source can be controlled according to the light adjustment information. Furthermore, the physiological information of the patient of the sensing module may include a sleep physiological mode or a non-sleep physiological mode; if the physiological information of the patient corresponds to the sleep physiological mode, the environment adjusting unit activates the night care mode, the sleep mode, and the rest mode of the light adjuster. Or the full-off mode; if the patient's physiological information corresponds to the non-sleep physiological mode, the environmental adjustment unit activates the light adjuster's diagnosis mode, day care mode, care mode or reading mode. In addition, the foregoing environment adjustment unit may include a curtain adjuster electrically connected to the curtain of the ward. The curtain adjuster can open, close or pause the curtain according to the curtain adjustment information. The environmental adjustment unit may include an air conditioner electrically connected to the air conditioning device of the ward. The air conditioner can control the indoor temperature and the air conditioner wind speed according to the air conditioner setting information. In addition, the aforementioned central control module can be electrically connected to the computer, and the computer is connected to the display. The computer receives environmental setting parameters, patient physiological information or patient behavior information, and the display displays environmental setting parameters, patient physiological information or patient behavior information. The aforementioned patient behavior information may include a patient activity message, a patient rollover message, a patient pressure point message, and a patient leaving the bed message. The sensing module senses and records patient activity messages, patient rollover messages, patient pressure point messages, and patient out of bed messages.

Another embodiment of the present invention is a ward intelligent environmental control system that controls a plurality of environmental setting parameters of a ward based on a patient physiological information or a patient behavior information. The smart environment control system of this ward includes a central control module, a sensing module, a portable control module and a control module. The central control module can store patient physiological information, patient behavior information and environmental setting parameters. The sensing module is located in the bed of the ward, and the sensing module is electrically connected to the central control module. The sensing module senses the patient's physiological information or patient behavior information, and the sensing module transmits the patient's physiological information or patient behavior information to the central control module. Furthermore, the portable control module is electrically connected to the central control module, and the portable control module displays the patient physiological information, patient behavior information or environmental setting parameters, and the portable control module is controlled to determine the environmental setting. parameter. In addition, the control module is disposed in the ward, and the control module is electrically connected and controlled by the central control module, the sensing module or the portable control module. The control module is controlled to determine the environment setting parameters, the control module adjusts the environment of the ward according to the environment setting parameters, and the control module transmits the environment setting parameters to the central control module.

In this way, the control module of the intelligent circumvention control system of the new ward can provide a fast, instant, convenient and easy-to-understand environment for the operation of patients, family members or medical personnel. Furthermore, through the serial integration between the modules, the environment of the multi-way control ward can be realized, and the convenience of the control system can be improved. In addition, the environmental adjustment unit can be appropriately adjusted in accordance with the patient's physiological information or behavioral information, which can further save energy and increase the comfort of the ward.

According to other implementations of the foregoing embodiments, the foregoing control module may include a control panel, a control unit, and a message receiving panel. The control panel is electrically connected to the control unit, and the control panel displays the environment setting parameters and controls the environment setting parameters. The control unit transmits the environmental setting parameters to the central control module. The message receiving panel is electrically connected to the control unit, and the message receiving panel displays patient physiological information or patient behavior information. In addition, the foregoing environment setting parameter may include a plurality of lighting adjustment information, a plurality of curtain adjustment information, and a plurality of air conditioning setting information. The lighting adjustment information includes diagnosis mode, day care mode, night care mode, nursing mode, and sleep. Sleep mode, reading mode, rest mode or full mode. Curtain adjustment information includes a curtain opening message, a curtain closing message, or a curtain suspension message. As for the air conditioning setting information, the indoor temperature and the air conditioning wind speed are included. In addition, the foregoing control module may include an environment adjustment unit, where the environment adjustment unit includes a light adjuster, and the light adjuster is electrically connected to the plurality of light sources of the ward. The light adjuster can control the switch or brightness of each light source according to the light adjustment information. Furthermore, the physiological information of the patient of the sensing module may include a sleep physiological mode or a non-sleep physiological mode; if the physiological information of the patient corresponds to the sleep physiological mode, the environment adjusting unit activates the night care mode, the sleep mode, and the rest mode of the light adjuster. Or the full-off mode; if the patient's physiological information corresponds to the non-sleep physiological mode, the environmental adjustment unit activates the light adjuster's diagnosis mode, day care mode, care mode or reading mode. In addition, the foregoing environment adjustment unit may include a curtain adjuster electrically connected to the curtain of the ward. The curtain adjuster can open, close or pause the curtain according to the curtain adjustment information. The environmental adjustment unit may include an air conditioner electrically connected to the air conditioning device of the ward. The air conditioner can control the indoor temperature and the air conditioner wind speed according to the air conditioner setting information. In addition, the aforementioned central control module can be electrically connected to the computer, and the computer is connected to the display. The computer receives environmental setting parameters, patient physiological information or patient behavior information, and the display displays environmental setting parameters, patient physiological information or patient behavior information. The aforementioned patient behavior information may include a patient activity message, a patient rollover message, a patient pressure point message, and a patient leaving the bed message. The sensing module senses and records patient activity messages, patient rollover messages, patient pressure point messages, and patient out of bed messages.

100‧‧‧ ward smart control system

100a‧‧‧ ward's smart environment control system

110‧‧‧ Patient Physiology Information

120‧‧‧ Patient Behavior Information

130‧‧‧Environment setting parameters

140‧‧ ward

150‧‧‧ beds

132a, 132b‧‧‧Light adjustment information

1321a, 1321b‧‧‧ diagnosis mode

1322a, 1322b‧‧‧ day care mode

1323a, 1323b‧‧‧ night care mode

1324a, 1324b‧‧‧ care mode

1325a, 1325b‧‧‧ sleep mode

1326a, 1326b‧‧‧ reading mode

1327a, 1327b‧‧‧ rest mode

1328a, 1328b‧‧‧All-off mode

200‧‧‧Central Control Module

210‧‧‧ computer

220‧‧‧ display

300‧‧‧Sensor module

400‧‧‧Control Module

410‧‧‧Control panel

420‧‧‧Control unit

430‧‧‧Message receiving panel

440‧‧‧Environmental adjustment unit

442‧‧‧Light adjuster

444‧‧‧Curtain adjuster

446‧‧‧Air conditioner

500‧‧‧First portable control module

600‧‧‧Second Portable Control Module

134a, 134b‧‧‧ Curtain adjustment information

1342a, 1342b‧‧‧ curtain opening message

1344a, 1344b‧‧‧ curtain closing message

1346a, 1346b‧‧‧ curtain suspension message

136a, 136b‧‧‧ air conditioning setting information

1362a, 1362b‧‧‧ indoor temperature

1364a, 1364b‧‧‧ air conditioning wind speed

FIG. 1 is a block diagram of a smart environment control system of a ward according to an embodiment of the present invention.

FIG. 2A is a schematic diagram showing a display interface of the light adjustment information of the control module of FIG. 1 .

FIG. 2B is a schematic diagram showing a display interface of the curtain adjustment information of the control module of FIG. 1 .

FIG. 2C is a schematic diagram showing a display interface of air conditioning setting information of the control module of FIG. 1 .

FIG. 3A is a schematic diagram showing a display interface of the light adjustment information of the first portable control module of FIG. 1 .

FIG. 3B is a schematic diagram showing a display interface of the curtain adjustment information of the first portable control module of FIG. 1 .

FIG. 3C is a schematic diagram showing a display interface of air conditioning setting information of the first portable control module of FIG. 1 .

FIG. 4 is a block diagram of a smart environment control system of a ward according to another embodiment of the present invention.

Hereinafter, a plurality of embodiments of the present invention will be described with reference to the drawings. For the sake of clarity, many practical details will be explained in the following description. However, it should be understood that these practical details are not intended to limit the novel. That is to say, in some embodiments of the present invention, these practices The details are not necessary. In addition, some of the conventional structures and elements are illustrated in the drawings in a simplified schematic manner, and the repeated elements may be represented by the same reference numerals.

Please refer to Figures 1~3C together. FIG. 1 is a block diagram of a smart environment control system 100 of a ward according to an embodiment of the present invention. FIG. 2A is a schematic diagram showing the display interface of the light adjustment information 132a of the control module 400 of FIG. 1 . FIG. 2B is a schematic diagram showing the display interface of the curtain adjustment information 134a of the control module 400 of FIG. 1 . FIG. 2C is a schematic diagram showing the display interface of the air conditioning setting information 136a of the control module 400 of FIG. 1 . FIG. 3A is a schematic diagram showing the display interface of the light adjustment information 132b of the first portable control module 500 of FIG. 1 . FIG. 3B is a schematic diagram showing the display interface of the curtain adjustment information 134b of the first portable control module 500 of FIG. 1 . FIG. 3C is a schematic diagram showing the display interface of the air conditioning setting information 136b of the first portable control module 500 of FIG. 1 . As shown in the figure, the smart environment control system 100 of the ward controls the environment setting parameter 130 of the ward 140 according to a patient physiological information 110 or a patient behavior information 120. The smart environment control system 100 of the ward includes a central control module 200, and a sense The test module 300, the control module 400, the first portable control module 500, and the second portable control module 600.

Patient physiological information 110 includes a sleep physiological pattern or a non-sleep physiological pattern. Furthermore, the patient behavior information 120 includes patient activity messages, patient rollover messages, patient pressure point messages, and patient departure messages. In addition, the environment setting parameter 130 may include light adjustment information 132a, 132b, curtain adjustment information 134a, 134b, and air conditioning setting information. 136a, 136b. The light adjustment information 132a, the curtain adjustment information 134a, and the air conditioning setting information 136a are displayed on the control module 400, and the light adjustment information 132b, the curtain adjustment information 134b, and the air conditioning setting information 136b are displayed on the first portable control module 500.

The central control module 200 can store patient physiological information 110, patient behavior information 120, and environment setting parameters 130. The central control module 200 can be a server, a terminal, a mobile device or a hard disk array. In addition, the central control module 200 is electrically connected to the computer 210, and the computer 210 is connected to the display 220. After receiving the environment setting parameter 130, the patient physiological information 110 or the patient behavior information 120, the computer 210 displays the environment setting parameter 130, the patient physiological information 110 or the patient behavior information 120 through the display 220. In addition, the computer 210 and the display 220 can be disposed in a nursing station, a guard room, or other control center. When an emergency occurs in a patient, the patient can be quickly and immediately disposed of, thereby improving the environmental quality and humanized management of the medical treatment. .

The sensing module 300 is disposed in the hospital bed 150 of the ward 140. The sensing module 300 is electrically connected to the central control module 200, and the sensing module 300 can sense the condition of the patient to obtain the patient physiological information 110 or the patient behavior information 120. The patient physiological information 110 can include a sleep physiological mode or a non-sleep physiological mode. The sleep physiological mode represents a state in which the patient's physiology enters a state of being sleepy, sleepy or comfortable; conversely, the non-sleeping physiological mode represents a state in which the patient's physiology enters a state of excitement, no sleepiness or discomfort. The sensing module 300 transmits the patient physiological information 110 or the patient behavior information 120 to the central control module 200 and stores it. In addition, the sensing module 300 can sense and record patient activity messages, patient rollover messages, patient pressure point messages, and diseases. People leave the bed. These messages can immediately reflect the condition of the patient in the ward 140, and in order to effectively prevent the patient from being hospitalized from falling, pressure sore or physical discomfort, the present invention is connected to the environment adjustment of the control module 400 through the sensing module 300. The unit 440 converts the condition of the patient in the ward 140 into a corresponding environmental setting parameter 130, and then controls the environmental adjustment unit 440 by these environmental setting parameters 130 to construct a comfortable environment that meets the needs of the patient.

The control module 400 is disposed in the ward 140. The control module 400 is electrically connected to the central control module 200 and the sensing module 300. The control module 400 can be determined by the user to determine the environment setting parameter 130, such as a patient, a family member, a medical system related person (a volunteer, a cleaning person, a food delivery person, a repairing person) or a medical staff (physician, nursing). personnel). Moreover, the control module 400 can transmit the environment setting parameter 130 to the central control module 200 and store it. In detail, the control module 400 can include a control panel 410, a control unit 420, a message receiving panel 430, and an environment adjustment unit 440. The control panel 410 is electrically connected to the control unit 420. The control panel 410 can display the environment setting parameter 130, and the control panel 410 can input the desired environment setting parameter 130 through the touch interface or the voice interface. The control unit 420 transmits the environment setting parameter 130 to the central control module 200, and the control unit 420 can receive the patient physiological information 110 or the patient behavior information 120 from the central control module 200. The message receiving panel 430 is electrically connected to the control unit 420, and the message receiving panel 430 can display the patient physiological information 110 or the patient behavior information 120. Furthermore, the message receiving panel 430 can also display the patient name, the bed number, the name of the attending physician, the name of the caregiver, and the time. Dates or other services that allow patients to see relevant information at a glance. In addition, the control panel 410 of the control module 400 displays the light adjustment information 132a of the environment setting parameter 130 for adjusting the brightness of the light of the ward 140, as shown in FIGS. 2A-2C. The light adjustment information 132a includes a diagnosis mode 1321a, a day care mode 1322a, a night care mode 1323a, a care mode 1324a, a sleep mode 1325a, a reading mode 1326a, a rest mode 1327a, and a full-off mode 1328a. The desired light mode. In addition, the curtain adjustment information 134a includes a curtain opening message 1342a, a curtain closing message 1344a, and a curtain suspension message 1346a, and the user can select a desired curtain message through a finger control. In addition, the air conditioning setting information 136a includes an indoor temperature 1362a and an air conditioning wind speed 1364a, and the user can select a desired air conditioning setting by finger pointing. It is worth mentioning that the light adjustment information 132a can correspond to the curtain adjustment information 134a and the air conditioning setting information 136a. For example, when the light adjustment information 132a is selected as the sleep mode 1325a, the rest mode 1327a or the full-off mode 1328a, the curtain adjustment The information 134a will be automatically set to the curtain closing message 1344a, and the indoor temperature 1362a of the air conditioning setting information 136a will be automatically set to 25~26 °C, and the air conditioning wind speed 1364a will automatically drop to 0.10~0.15 m/s. This automatic setting can help the patient to save a number of environmental setting parameters 130 adjustment actions, and can greatly reduce the patient's physical burden, and the adjusted environment is in line with the patient's physiological conditions.

In addition, the environment adjustment unit 440 of the control module 400 is electrically connected and controlled by the central control module 200, the sensing module 300, and the first portability. The control module 500 or the second portable control module 600. The environment adjustment unit 440 can adjust the environment of the ward 140 according to the environment setting parameter 130. Moreover, the environment adjustment unit 440 can include a light adjuster 442, a curtain adjuster 444, and an air conditioner 446. The light adjuster 442 is electrically connected to the plurality of light sources of the ward 140. The light adjuster 442 can control the switch or brightness of each light source according to the light adjustment information 132a, 132b, and the light adjuster 442 can be adjusted according to the mode of the patient physiological information 110. For example, if the patient physiological information 110 corresponds to the sleep physiological mode, the environment adjustment unit 440 activates the light adjuster 442 to comply with the night care modes 1323a, 1323b, the sleep mode 1325a, 1325b, the rest mode 1327a, 1327b, or the fully closed mode 1328a, 1328b; if the patient physiological information 110 corresponds to the non-sleep physiological mode, the environment adjustment unit 440 activates the light adjuster 442 to conform to the medical mode 1321a, 1321b, the day care mode 1322a, 1322b, the care mode 1324a, 1324b, or the reading modes 1326a, 1326b. The above adjustments can be adjusted by user adjustment or system automatic control. In addition, the window shade adjuster 444 is electrically connected to the curtain of the ward 140, and the shade adjuster 444 can open, close or pause the curtain according to the curtain adjustment information 134a, 134b. In addition, the air conditioner 446 is electrically connected to the air conditioning device of the ward 140, and the air conditioner 446 can control the strength of the indoor temperature 1362a, 1362b and the air conditioning wind speeds 1364a, 1364b according to the air conditioning setting information 136a, 136b.

The first portable control module 500 is electrically connected to the central control module 200. The first portable control module 500 can display the patient physiological information 110, the patient behavior information 120 or the environment setting parameter 130, and the first The portable control module 500 is controlled by the patient to determine the environmental setting parameters 130. In other words, the patient can use the first portable control module 500 to input the environment setting parameter 130 that he wants. The first portable control module 500 can be a mobile phone, a tablet or other mobile device. Finally, the determined environment setting parameters 130 will be transmitted to the central control module 200 for storage. It is worth mentioning that the first portable control module 500 displays the light adjustment information 132b of the environment setting parameter 130 for adjusting the brightness of the light of the ward 140, as shown in FIGS. 3A-3C. The light adjustment information 132b includes a diagnosis mode 1321b, a day care mode 1322b, a night care mode 1323b, a care mode 1324b, a sleep mode 1325b, a reading mode 1326b, a rest mode 1327b, and a full-off mode 1328b. The desired light mode. In addition, the curtain adjustment information 134b includes a curtain opening message 1342b, a curtain closing message 1344b, and a curtain holding message 1346b. The user can select a desired curtain message through a finger point control, and the interface has two parts, a left curtain and a right curtain. Can be controlled separately. In addition, the air conditioning setting information 136b includes an indoor temperature 1362b and an air conditioning wind speed 1364b, and the user can select a desired air conditioning setting by finger pointing. Of course, the lighting adjustment information 132b can correspond to the curtain adjustment information 134b and the air conditioning setting information 136b, and the details are associated with the corresponding lighting adjustment information 132a, the curtain adjustment information 134a, and the air conditioning setting information 136a, and will not be described again.

The second portable control module 600 is electrically connected to the central control module 200, and displays the patient physiological information 110, the patient behavior information 120 or the environmental setting parameter 130, and the second portable control module 600 is protected by the medical staff. The environment setting parameter 130 is determined by the member control. In other words, the medical staff can input the environmental setting parameter 130 suitable for the physiological condition of the patient through the second portable control module 600. The second portable control module 600 can also be a mobile phone, a tablet computer or other mobile device. Similarly, the determined environment setting parameter 130 will be transmitted to the central control module 200 for storage.

With the circumstance smart environment control system 100, the control module 400 can provide a fast, instant, convenient and easy to understand environment control interface for the relevant user to operate. Moreover, through the serial integration between the modules, the environment of the multi-party regulation ward 140 can be realized, and the convenience of the control system is improved. In addition, the environment adjustment unit 440 can appropriately adjust the physiological information, behavior information, or environmental setting parameters 130 from any module, thereby further saving energy and increasing the comfort of the ward 140.

FIG. 4 is a block diagram of a smart environment control system 100a of a ward according to another embodiment of the present invention. The smart environment control system 100a of the ward includes a central control module 200, a sensing module 300, a control module 400, and a second portable control module 600. Referring to FIG. 1 , in the embodiment of FIG. 4 , the central control module 200 , the sensing module 300 , the control module 400 , and the second portable control module 600 are the same as the corresponding blocks in FIG. 1 . ,No longer. In particular, the circumstance smart environment control system 100a of the embodiment of the fourth embodiment is applied to a patient who is elderly, visually impaired, or other physical factors and does not use a portable mobile device of a mobile phone or a tablet. When these special patients are unable to control the setting of the environment by themselves, the presence of the intelligent environment control system 100a of the ward will become more important because the central control module 200, the sensing module 300, the control module 400, and the second portable type Control module 600 can be affected by non-patients Other user manipulations, especially through the integration of patient physiological information 110 or patient behavior information 120, allow these particular patients to live in a better medical environment.

It is also worth mentioning that the above-mentioned ward's intelligent environmental control system 100, 100a can set an automatic judgment mechanism and fully automated environmental adjustment. In order to smoothly perform the automatic environment adjustment, the preset physiological value, the preset behavior value and the judgment mechanism may be added to the central control module 200 and the control module 400, and the central control module 200 or the control module 400 receives the patient. When the physiological information 110 and the patient behavior information 120 are compared, the preset physiological value and the preset behavior value are respectively compared, and then the corresponding environment setting parameter 130 is selected, and then the corresponding environment setting parameter 130 is transmitted to the environment adjusting unit 440. To control the most comfortable environment. This automated environmental adjustment requires no additional manpower, and it is faster than the manual adjustment of the patient or medical staff. This automated environment adjustment is quick and saves human resources waste. In today's hospitals, there is a shortage of medical staff and obsolescence. In the case of overwork, the intelligent circumvention system 100, 100a of the new ward can bring great help to patients, medical staff and hospitals to create a win-win situation.

It can be seen from the above embodiments that the present invention has the following advantages: First, it can provide a fast, instant, convenient and easy-to-understand ring control interface for the relevant user to operate. Second, through the serial integration between the modules, the environment of the multi-party control ward can be realized, and the convenience of the control system can be improved. Third, the environmental adjustment unit can be appropriately adjusted according to the patient's physiological information, behavioral information or environmental setting parameters, which can further save energy and increase disease. The comfort of the room. Fourth, the use of automated environmental adjustments is not only quick and immediate, but also saves manpower and reduces personnel costs.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100‧‧‧ ward smart control system

110‧‧‧ Patient Physiology Information

120‧‧‧ Patient Behavior Information

130‧‧‧Environment setting parameters

140‧‧ ward

150‧‧‧ beds

200‧‧‧Central Control Module

210‧‧‧ computer

220‧‧‧ display

300‧‧‧Sensor module

400‧‧‧Control Module

410‧‧‧Control panel

420‧‧‧Control unit

430‧‧‧Message receiving panel

440‧‧‧Environmental adjustment unit

442‧‧‧Light adjuster

444‧‧‧Curtain adjuster

446‧‧‧Air conditioner

500‧‧‧First portable control module

600‧‧‧Second Portable Control Module

Claims (18)

A circumstance intelligent environmental control system controls a plurality of environmental setting parameters of the ward according to a patient physiological information or a patient behavior information, and the ward intelligent control system comprises: a central control module for storing physiological information of the patient, The patient behavior information and the environment setting parameters; a sensing module is disposed in a hospital bed of the ward, the sensing module is electrically connected to the central control module, and the sensing module senses the physiological information of the patient or The patient behavior information, and the sensing module transmits the patient physiological information or the patient behavior information to the central control module; a first portable control module electrically connected to the central control module, the first The portable control module displays the patient's physiological information, the patient behavior information or the environment setting parameters, and the first portable control module controls the environmental setting parameters; a second portable control The module is electrically connected to the central control module, and the second portable control module displays the physiological information of the patient, the behavior information of the patient or the environment setting parameters, and the second portable control module is controlled And decided to And a control module, the control module is electrically connected to the control module, the sensing module, the first portable control module, or the first a second portable control module, the control module is controlled to determine the environment setting parameters, and the control module adjusts the environment of the ward according to the environment setting parameters, and the control module transmits the environmental setting parameters to the Central control module. The smart environment control system of the ward according to the first aspect of the invention, wherein the control module comprises a control panel, a control unit and a message receiving panel, the control panel is electrically connected to the control unit, and the control panel displays The environment setting parameters are controlled to determine the environment setting parameters, the control unit transmits the environment setting parameters to the central control module, the message receiving panel is electrically connected to the control unit, and the message receiving panel displays the patient Physiological information or information about the patient's behavior. The smart environment control system of the ward according to claim 1, wherein the environmental setting parameters include: a plurality of light adjustment information, including a diagnosis mode, a day care mode, a night care mode, a care mode, and a a sleep mode, a reading mode, a rest mode or a full mode; a plurality of curtain adjustment information, including a curtain opening message, a curtain closing message or a curtain pause message; and a plurality of air conditioning setting information, including an indoor temperature and an air conditioner Wind speed. The intelligent environment control system of the ward according to the third aspect of the invention, wherein the control module comprises an environment adjustment unit, the environment adjustment unit comprises: a light adjuster electrically connecting the plurality of light sources of the ward; The light adjuster controls the switch or brightness of each light source according to the light adjustment information. The wisdom of the ward as described in claim 4 The environmental control system, wherein the physiological information of the patient includes a sleep physiological mode or a non-sleep physiological mode; if the physiological information of the patient corresponds to the sleep physiological mode, the environmental adjustment unit activates the light adjuster corresponding to a night care mode, the sleep mode, the rest mode or the full-off mode; if the patient physiological information corresponds to the non-sleep physiological mode, the environment adjustment unit activates the light adjuster corresponding to the diagnosis mode, the day care mode, the Care mode or the reading mode. The smart environment control system of the ward according to claim 5, wherein the environment adjustment unit further comprises: a curtain adjuster electrically connecting one of the curtains of the ward, the curtain adjuster is opened according to the curtain adjustment information , close or pause the curtain. The intelligent environment control system of the ward according to the sixth aspect of the invention, wherein the environment adjustment unit further comprises: an air conditioner electrically connecting one of the air conditioning devices of the ward, the air conditioner controlling the air conditioning setting information according to the air conditioning setting information The size of the indoor temperature is the same as the wind speed of the air conditioner. The smart environment control system of the ward according to claim 1, wherein the central control module is electrically connected to a computer, and the computer is connected to a display, and the computer receives the environmental setting parameters, the physiological information of the patient or the Patient behavior information, the display displays the environmental setting parameters, the patient's physiological information or the patient behavior information. The smart environment control system of the ward as described in claim 1, wherein the patient behavior information includes a patient activity message, a patient turning over message, a patient pressure point message, and a patient leaving the bed, the sensing module feeling The patient activity message, the patient's rollover message, the patient's pressure point message, and the patient's exit message are recorded and recorded. A circumstance intelligent environmental control system controls a plurality of environmental setting parameters of the ward according to a patient physiological information or a patient behavior information, and the ward intelligent control system comprises: a central control module for storing physiological information of the patient, The patient behavior information and the environment setting parameters; a sensing module is disposed in a hospital bed of the ward, the sensing module is electrically connected to the central control module, and the sensing module senses the physiological information of the patient or The patient behavior information, and the sensing module transmits the patient physiological information or the patient behavior information to the central control module; a portable control module electrically connected to the central control module, the portable control The module displays the patient's physiological information, the patient behavior information or the environment setting parameters, and the portable control module controls the environmental setting parameters; and a control module is disposed in the ward, the control The module is electrically connected and controlled by the central control module, the sensing module or the portable control module, and the control module is controlled to determine the environmental setting parameters, and the control module is configured according to the Environment setting Adjusting the environment of the ward, the control module transmits the environment setting these parameters to the central control module. The smart environment control system of the ward according to claim 10, wherein the control module comprises a control panel, a control unit and a message receiving panel, the control panel is electrically connected to the control unit, and the control panel displays The environment setting parameters are controlled to determine the environment setting parameters, the control unit transmits the environment setting parameters to the central control module, the message receiving panel is electrically connected to the control unit, and the message receiving panel displays the patient Physiological information or information about the patient's behavior. The smart environment control system of the ward according to claim 10, wherein the environmental setting parameters include: a plurality of light adjustment information, including a diagnosis mode, a day care mode, a night care mode, a care mode, and a a sleep mode, a reading mode, a rest mode or a full mode; a plurality of curtain adjustment information, including a curtain opening message, a curtain closing message or a curtain pause message; and a plurality of air conditioning setting information, including an indoor temperature and an air conditioner Wind speed. The intelligent environment control system of the ward according to claim 12, wherein the control module comprises an environment adjustment unit, the environment adjustment unit comprises: a light adjuster electrically connecting the plurality of light sources of the ward, The light adjuster controls the switch or brightness of each light source according to the light adjustment information. For example, the ward of the ward described in claim 13 The environmental control system of the sensing module includes a sleep physiological mode or a non-sleep physiological mode; if the physiological information of the patient corresponds to the sleep physiological mode, the environmental adjustment unit activates the light adjuster pair The night care mode, the sleep mode, the rest mode or the full-off mode; if the patient physiological information corresponds to the non-sleep physiological mode, the environment adjustment unit activates the light adjuster corresponding to the diagnosis mode, the day care mode, The care mode or the reading mode. The smart environment control system of the ward according to claim 14, wherein the environment adjustment unit further comprises: a curtain adjuster electrically connecting one of the curtains of the ward, the curtain adjuster is opened according to the curtain adjustment information , close or pause the curtain. The intelligent environment control system of the ward according to claim 15, wherein the environment adjustment unit further comprises: an air conditioner electrically connecting one of the air conditioning devices of the ward, the air conditioner controlling the air conditioning setting information according to the air conditioning setting information The size of the indoor temperature is the same as the wind speed of the air conditioner. The smart environment control system of the ward according to claim 10, wherein the central control module is electrically connected to a computer, and the computer is connected to a display, and the computer receives the environmental setting parameters, the physiological information of the patient or the Patient behavior information, the display displays the environmental setting parameters, the patient's physiological information or the patient behavior information. The smart environment control system of the ward as claimed in claim 10, wherein the patient behavior information includes a patient activity message, a patient turning over message, a patient pressure point message, and a patient leaving the bed message, the sensing module feeling The patient activity message, the patient's rollover message, the patient's pressure point message, and the patient's exit message are recorded and recorded.