CN109841114A - A kind of medical treatment Internet of Things architecture system - Google Patents

A kind of medical treatment Internet of Things architecture system Download PDF

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Publication number
CN109841114A
CN109841114A CN201711201829.8A CN201711201829A CN109841114A CN 109841114 A CN109841114 A CN 109841114A CN 201711201829 A CN201711201829 A CN 201711201829A CN 109841114 A CN109841114 A CN 109841114A
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sensor
rfid
internet
zigbee
module
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CN201711201829.8A
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袁辉
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Abstract

The present invention relates to a kind of medical Internet of Things architecture systems, it is placed drawer, host computer placement cabinet and removable castor by station installation panel, station table top, convertible display mounting rack, tool main device and is constituted, be provided with RFID function real training area, ZIGBEE function real training area, wireless router, intelligent lighting regulating system, intelligent socket control system, light bar control system, anti-electric shock apparatus and 5VDC/24VDC power supply module on the station installation panel.The present invention it is comprehensive using Internet of Things Intellisense, network transmission and in terms of technical characteristic, build concept it is completely new integrate entertaining demonstration, scientific experiment, application and development, comprehensive Development of intelligent laboratory based on Internet of Things, pass through the combination imparted knowledge to students and practiced, the combination of sensory experience and exploitation of starting, scheme imagines and the combination of actual verification, the manipulative ability of student is improved, practical experience is accumulated, thus level of improving the quality of teaching on the whole.

Description

A kind of medical treatment Internet of Things architecture system
Technical field
The present invention relates to teaching experimental base technical field more particularly to a kind of medical Internet of Things architecture systems.
Background technique
The architectural framework of Internet of Things is made of sensing layer, network layer, application layer.Currently, Internet of Things has been put into national war Slightly property new industry planning, each school and training organization increase and put into Internet of Things professional training, object suitable for students to use Training platform of networking becomes urgent need.Most students Internet of Things training platform is all independent cabinet body at present, has training It has a single function, training project is few, is not easy to the disadvantages of group's experimental implementation.
Summary of the invention
The present invention provides a kind of medical Internet of Things architecture systems, to solve training platform function list in the prior art One, training project is few, is not easy to the disadvantages of group's experimental implementation.
In order to solve the above technical problems, the technical solution adopted by the present invention is that:
A kind of medical treatment Internet of Things architecture system is pacified by station installation panel, station table top, convertible display Shelve, tool main device places drawer, host computer placement cabinet and removable castor are constituted, is set on the station installation panel It is equipped with RFID function real training area, ZIGBEE function real training area, wireless router, intelligent lighting regulating system, intelligent socket control System, light bar control system, anti-electric shock apparatus and 5VDC/24VDC power supply module；
The RFID function real training area is by RFID control module, RFID sensor module and RFID Internet of Things simulation application control Module composition processed, the RFID control module and RFID sensor module and RFID Internet of Things simulation application control module pass through number It is connected according to line, the RFID control module acquisition RFID sensor module data and the control RFID Internet of Things simulation application control Molding block；
The ZIGBEE function real training area is by ZIGBEE control module, ZIGBEE sensor module and ZIGBEE Internet of Things mould Quasi- application control module composition, the ZIGBEE control module and ZIGBEE sensor module, ZIGBEE Internet of Things simulation application Control module is connected with light bar control system by data line, and the ZIGBEE control module acquires ZIGBEE sensor die block number According to and control ZIGBEE Internet of Things simulation application control module；
The 5VDC/24VDC power supply module provides working power for the function real training area RFID and ZIGBEE function real training area, The wireless router and intelligent lighting regulating system and intelligent socket control system pass through wireless network connection, the light bar control System processed adjusts light, control intelligent socket and acquisition data by wireless network, and the anti-electric shock apparatus is intelligent lighting tune Section system, intelligent socket control system and 5VDC/24VDC power supply module provide ac working power supply.
Further, the RFID sensor module includes Temperature Humidity Sensor, flame sensor, optical sensor and water Level sensor, the input voltage 5VDC of the Temperature Humidity Sensor, temperature measurement range temperature is 0-50 DEG C, moisture measurement range Temperature is 20-100%RH, is exported as monobus digital signal；The input voltage 5VDC of the flame sensor exports as simulation Voltage 0.2VDC-1VDC；The input voltage 5VDC of the optical sensor, light exposure measurement range are 1-100KLUX, light exposure measurement Precision ± 5%；The input voltage 5VDC of the water level sensor exports as analog voltage 0.2VDC-1VDC.
Further, the RFID Internet of Things simulation application control module includes LED lamp module, steering engine controller, relay Device exports lamp, IR remote controller decoding, controllor for step-by-step motor, PS2 rocking rod controller, RFID access controller, RFID item Manager and high-definition camera.
Further, the ZIGBEE sensor module includes Temperature Humidity Sensor, MQ-2 gas sensor, human body infrared Sensor, photosensitive/heat-sensitive sensor and dust PM2.5 sensor, the input voltage 5VDC of the Temperature Humidity Sensor, temperature are surveyed Measuring range temperature is 0-50 DEG C, and moisture measurement range temperature is 20-100%RH, is exported as monobus digital signal；The MQ-2 The input voltage 5VDC of gas sensor exports as TTL digital signal, detectable concentration 300-10000ppm fuel gas；Institute The input voltage 5VDC for stating infrared sensor of the human body exports as TTL digital signal；The input electricity of the photosensitive/heat-sensitive sensor 5VDC is pressed, is exported as TTL digital signal；The input voltage 5VDC of the dust PM2.5 sensor exports as TTL digital signal, Measurement range is 0-500mg/m3。
Further, the ZIGBEE Internet of Things simulation application control module include LED lamp module, relay output lamp, Infrared tube controller, OLED display screen controller and buzzer controller.
Compared with prior art, the beneficial effects of the present invention are: present invention medical treatment Internet of Things architecture system system It is the Internet of Things practice-training teaching platform for integrating teaching, contest, industry control, environmental monitoring exploitation, it is comprehensive to use Internet of Things in intelligence The technical characteristic of perception, network transmission and Intelligent treatment etc., builds the completely new collection entertaining demonstration of concept, scientific experiment, answers It is integrated with being developed in, the comprehensive Development of intelligent laboratory based on Internet of Things.By the combination imparted knowledge to students and practiced, sensory experience and dynamic The combination of hand exploitation, scheme imagine and the combination of actual verification, improves the manipulative ability of student, practical experience is accumulated, thus whole It improves the quality of teaching on body level, improves Students ' Employment chance and accumulation of starting an undertaking.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the structural schematic diagram that station installs panel in the present invention.
In figure: 1, station installs panel；2, station table top；3, convertible display mounting rack；4, tool main device Place drawer；5, host computer placement cabinet；6, castor is moved；7, RFID function real training area；8, RFID control module；9,RFID Sensor module；10, RFID Internet of Things simulation application control module；11, ZIGBEE function real training area；12, ZIGBEE controls mould Block；13, ZIGBEE sensor module；14, ZIGBEE Internet of Things simulation application control module；15, wireless router；16, intelligence Light regulating system；17, intelligent socket control system；18, light bar control system；19, anti-electric shock apparatus；20,5VDC/24VDC Power supply module.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and It is not used in the restriction present invention.
Fig. 1 and a kind of medical Internet of Things architecture system shown in Fig. 2 are please referred to, the station is installed by station Panel 1, station table top 2, convertible display mounting rack 3, tool main device place drawer 4, host computer placement cabinet 5 and can Moving caster 6 is constituted.The station installation panel 1 is for installing each functional module of Internet of Things basic function real training；The behaviour Make platform table top 2 and carries out experimental implementation area for student；The convertible display mounting rack 3 is shown for erecting bed area computer Device opens overturning drawer display automatic spring when needing using display, manually pushes back display after the completion of use and turn over Turn drawer and locks；The tool main device places drawer 4 for placing tool and material of student experimenting etc.；The computer Host placement cabinet 5 is drawn for placing host computer, host connecting line by each corresponding fairlead；The removable castor 6 makes Whole operation platform can be moved easily, and being moved to fixed bit and postponing lockable castor fixes station.
RFID function real training area 7, ZIGBEE function real training area 11 are provided on the station installation panel 1, without route By device 15, intelligent lighting regulating system 16, intelligent socket control system 17, light bar control system 18,19 and of anti-electric shock apparatus 5VDC/24VDC power supply module 20；The RFID function real training area 7 is by RFID control module 8, RFID sensor module 9 and RFID Internet of Things simulation application control module 10 is constituted, the RFID control module 8 and RFID sensor module 9 and RFID Internet of Things mould Quasi- application control module 10 is connected by data line, and the RFID control module 8 acquires 9 data of RFID sensor module and control The RFID Internet of Things simulation application control module 10；The ZIGBEE function real training area 11 by ZIGBEE control module 12, ZIGBEE sensor module 13 and ZIGBEE Internet of Things simulation application control module 14 are constituted, the ZIGBEE control module 12 with ZIGBEE sensor module 13, ZIGBEE Internet of Things simulation application control module 14 and light bar control system 18 are connected by data line It connects, the ZIGBEE control module 12 acquires 12 data of ZIGBEE sensor module and control ZIGBEE Internet of Things simulation application control Molding block 14；The 5VDC/24VDC power supply module 20 is that RFID function real training area 7 and ZIGBEE function real training area 11 provide work Make power supply, the wireless router 15 is connected with intelligent lighting regulating system 16 and intelligent socket control system 17 by wireless network It connects, the light bar control system 18 adjusts light, control intelligent socket and acquisition data, the protection against electric shock dress by wireless network It sets 19 and provides alternate current operation for intelligent lighting regulating system 16, intelligent socket control system 17 and 5VDC/24VDC power supply module 20 Power supply.
The RFID sensor module 9 includes Temperature Humidity Sensor, flame sensor, optical sensor and level sensor Device, the input voltage 5VDC of the Temperature Humidity Sensor, temperature measurement range temperature is 0-50 DEG C, and moisture measurement range temperature is 20-100%RH exports as monobus digital signal；The input voltage 5VDC of the flame sensor, exports as analog voltage 0.2VDC-1VDC；The input voltage 5VDC of the optical sensor, light exposure measurement range are 1-100KLUX, light exposure measurement precision ± 5%；The input voltage 5VDC of the water level sensor exports as analog voltage 0.2VDC-1VDC.
The RFID Internet of Things simulation application control module 10 includes LED lamp module, steering engine controller, relay output Lamp, IR remote controller decoding, controllor for step-by-step motor, PS2 rocking rod controller, RFID access controller, RFID item manager And high-definition camera.
The ZIGBEE sensor module 13 include Temperature Humidity Sensor, MQ-2 gas sensor, infrared sensor of the human body, Photosensitive/heat-sensitive sensor and dust PM2.5 sensor, the input voltage 5VDC of the Temperature Humidity Sensor, temperature measurement range Temperature is 0-50 DEG C, and moisture measurement range temperature is 20-100%RH, is exported as monobus digital signal；The MQ-2 gas passes The input voltage 5VDC of sensor exports as TTL digital signal, detectable concentration 300-10000ppm fuel gas；The human body The input voltage 5VDC of infrared sensor exports as TTL digital signal；The input voltage 5VDC of the photosensitive/heat-sensitive sensor, Output is TTL digital signal；The input voltage 5VDC of the dust PM2.5 sensor exports as TTL digital signal, measurement model It encloses for 0-500mg/m3。
The ZIGBEE Internet of Things simulation application control module 14 includes LED lamp module, relay output lamp, infrared tube Controller, OLED display screen controller and buzzer controller.
Each real training area is provided since the basic understanding of system to basic function mould in Internet of Things training platform of the present invention Block experiment, then experiment is deeply formed to system, it is finally the exploitation of student resource project, applicable student is from introduction to independent development Overall process, be suitable for group or single experimental implementation, with promoted student team collaboration's ability or individual in all directions under battle conditions Ability.The a variety of environmental applications demo systems of analog promote students ' interest of study.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.

Claims (5)

1. a kind of medical treatment Internet of Things architecture system, installs panel (1), station table top (2), convertible display by station Device mounting rack (3), tool main device are placed drawer (4), host computer placement cabinet (5) and removable castor (6) and are constituted, feature It is: is provided with RFID function real training area (7), ZIGBEE function real training area (11), wireless in station installation panel (1) Router (15), intelligent lighting regulating system (16), intelligent socket control system (17), light bar control system (18), protection against electric shock Device (19) and 5VDC/24VDC power supply module (20)；
The RFID function real training area (7) is simulated by RFID control module (8), RFID sensor module (9) and RFID Internet of Things Application control module (10) is constituted, and the RFID control module (8) is answered with RFID sensor module (9) and the simulation of RFID Internet of Things It is connected with control module (10) by data line, RFID control module (8) acquisition RFID sensor module (9) data and control Make the RFID Internet of Things simulation application control module (10)；
The ZIGBEE function real training area (11) is by ZIGBEE control module (12), ZIGBEE sensor module (13) and ZIGBEE Internet of Things simulation application control module (14) is constituted, the ZIGBEE control module (12) and ZIGBEE sensor module (13), ZIGBEE Internet of Things simulation application control module (14) is connected with light bar control system (18) by data line, the ZIGBEE control Molding block (12) acquires ZIGBEE sensor module (13) data and control ZIGBEE Internet of Things simulation application control module (14)；
The 5VDC/24VDC power supply module (20) is that RFID function real training area (7) and ZIGBEE function real training area (11) provide work Make power supply, the wireless router (15) and intelligent lighting regulating system (16) and intelligent socket control system (17) pass through wireless Network connection, the light bar control system (18) adjusts light, control intelligent socket and acquisition data by wireless network, described Anti-electric shock apparatus (19) is intelligent lighting regulating system (16), intelligent socket control system (17) and 5VDC/24VDC power supply module (20) ac working power supply is provided.
2. a kind of medical Internet of Things architecture system according to claim 1, it is characterised in that: the RFID sensor Module (9) includes Temperature Humidity Sensor, flame sensor, optical sensor and water level sensor, the Temperature Humidity Sensor Input voltage 5VDC, temperature measurement range temperature are 0-50 DEG C, and moisture measurement range temperature is 20-100%RH, and it is single total for exporting Line digital signal；The input voltage 5VDC of the flame sensor exports as analog voltage 0.2VDC-1VDC；The illumination passes The input voltage 5VDC of sensor, light exposure measurement range are 1-100KLUX, light exposure measurement precision ± 5%；The water level sensor Input voltage 5VDC exports as analog voltage 0.2VDC-1VDC.
3. a kind of medical Internet of Things architecture system according to claim 1, it is characterised in that: the RFID Internet of Things Simulation application control module (10) includes LED lamp module, steering engine controller, relay output lamp, IR remote controller decoding, stepping Electric machine controller, PS2 rocking rod controller, RFID access controller, RFID item manager and high-definition camera.
4. a kind of medical Internet of Things architecture system according to claim 1, it is characterised in that: the ZIGBEE sensing Device module (13) includes Temperature Humidity Sensor, MQ-2 gas sensor, infrared sensor of the human body, photosensitive/heat-sensitive sensor and ash Dirt PM2.5 sensor, the input voltage 5VDC of the Temperature Humidity Sensor, temperature measurement range temperature is 0-50 DEG C, and humidity is surveyed Measuring range temperature is 20-100%RH, is exported as monobus digital signal；The input voltage 5VDC of the MQ-2 gas sensor, Output is TTL digital signal, can detect concentration 300-10000ppm fuel gas；The input voltage of the infrared sensor of the human body 5VDC exports as TTL digital signal；The input voltage 5VDC of the photosensitive/heat-sensitive sensor exports as TTL digital signal；Institute The input voltage 5VDC for stating dust PM2.5 sensor exports as TTL digital signal, measurement range 0-500mg/m3。
5. a kind of medical Internet of Things architecture system according to claim 1, it is characterised in that: the ZIGBEE Internet of Things Net simulation application control module (14) includes LED lamp module, relay output lamp, infrared tube controller, OLED display screen control Device and buzzer controller processed.
CN201711201829.8A 2017-11-27 2017-11-27 A kind of medical treatment Internet of Things architecture system Pending CN109841114A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201711201829.8A CN109841114A (en) 2017-11-27 2017-11-27 A kind of medical treatment Internet of Things architecture system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201711201829.8A CN109841114A (en) 2017-11-27 2017-11-27 A kind of medical treatment Internet of Things architecture system

Publications (1)

Publication Number Publication Date
CN109841114A true CN109841114A (en) 2019-06-04

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Application Number Title Priority Date Filing Date
CN201711201829.8A Pending CN109841114A (en) 2017-11-27 2017-11-27 A kind of medical treatment Internet of Things architecture system

Country Status (1)

Country Link
CN (1) CN109841114A (en)

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Application publication date: 20190604

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