CN207946683U - Mixing communication data collector based on narrowband honeycomb Internet of Things and system - Google Patents
Mixing communication data collector based on narrowband honeycomb Internet of Things and system Download PDFInfo
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- CN207946683U CN207946683U CN201820438007.5U CN201820438007U CN207946683U CN 207946683 U CN207946683 U CN 207946683U CN 201820438007 U CN201820438007 U CN 201820438007U CN 207946683 U CN207946683 U CN 207946683U
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Abstract
The utility model is related to data acquisition technology, solve the problems, such as that existing internet of things data collection communication modes are single.Technical solution is：Mixing communication data collector based on narrowband honeycomb Internet of Things, including communication module that at least three communication modes are different, narrowband honeycomb Internet of Things module are connect with microprocessor module, and microprocessor module is connect with each communication module respectively.Mixing communication data acquisition system based on narrowband honeycomb Internet of Things, including the different terminal device of at least three communication modes, data collector is connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb Internet of Things base station is connect with communication base station, communication base station is connect with mobile device, and data collector is connect with each terminal device respectively.Advantageous effect is：The utility model combination multiple communication modes can adapt to the data transfer mode that every field is commonly used, collect comprehensive data in real time.The utility model is especially suitable for smart home field.
Description
Technical field
The utility model is related to data acquisition technologys, more particularly to the mixing mechanics of communication based on narrowband honeycomb Internet of Things.
Background technology
Currently, the terminals such as data collector and sensor, smart home based on narrowband honeycomb Internet of Things mechanics of communication it
Between data transmission mostly use single communication modes greatly, CN206240021U discloses a kind of with NB-IOT communication functions
Motion data collection element, data collector obtain the collected data of each sensor by wire communication mode, then by data
It is sent to base station by narrowband cellular based communication unit.However, the arriving of the development and big data epoch with Internet of Things, various each
The sensor class intelligent terminal of sample is more and more universal in the use of every field, and obtaining comprehensive data in real time becomes realization intelligence
The inevitable requirement of change, but the data collector of existing single communication modes cannot because being limited by communication modes
Comprehensive data information is got in time, and then influences the analysis and judgement of rear class system.
Utility model content
After corresponding program is added in the utility model, solves the existing data collector communication based on narrowband honeycomb Internet of Things
Mode is single, and the data of acquisition are not comprehensive, the problem of being unsatisfactory for intelligent demand, provides and a kind of being based on narrowband honeycomb Internet of Things
Mixing communication data collector and system.
In order to solve the above technical problems, the technical solution adopted in the utility model is：It is mixed based on narrowband honeycomb Internet of Things
Close communication data collector, including logical different at least three communication modes of narrowband honeycomb Internet of Things module, microprocessor module
Interrogate module, wherein narrowband honeycomb Internet of Things module connect with microprocessor module, microprocessor module respectively with each communication mould
Block connects.
Further, the communication module is using gsm module, 3G module, 4G modules, Lora modules, WiFi module, bluetooth
Module, ZigBee module, Z-Wave modules, Sub-GHz modules, infrared module, M-BUS modules, RS232 modules, RS485 moulds
Block, PLC communication module or TCP/IP modules.
Further, the data collector includes communication module one, communication module two and communication module three, wherein communicating
Module one using gsm module, 3G module, 4G modules or Lora modules, communication module two using WiFi module, bluetooth module,
ZigBee module, Z-Wave modules, Sub-GHz modules or infrared module, communication module three is using M-BUS modules, RS232 moulds
Block, RS485 modules, PLC communication module or TCP/IP modules.
Further, the communication module one uses gsm module, communication module two to use bluetooth module, communication module three
Using RS485 modules, wherein microprocessor module is connect with gsm module, bluetooth module and RS485 modules respectively.
Further, led to by serial ports connection communication between the narrowband honeycomb Internet of Things module and microprocessor module
Pass through serial ports connection communication between news module and microprocessor module.
Mixing communication data acquisition system based on narrowband honeycomb Internet of Things is applied to above-mentioned based on narrowband honeycomb Internet of Things
Mixing communication data collector, including data collector, narrowband honeycomb Internet of Things base station, communication base station, mobile device and extremely
The different terminal device of few 3 communication modes, wherein data collector are connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb object
Internet base station is connect with communication base station, and communication base station is connect with mobile device, and data collector connects with each terminal device respectively
It connects.
Further, the terminal device is set using GSM terminal devices, 3G terminal equipment, 4G terminal devices, Lora terminals
It is standby, WiFi terminal equipment, Bluetooth terminal equipment, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices, red
Outer terminal device, M-BUS terminal devices, RS232 terminal devices, RS485 terminal devices, electric line carrier communication terminal device or
TCP/IP terminal devices.
Further, the data collecting system includes terminal device one, terminal device two and terminal device three, wherein eventually
End equipment one is used using GSM terminal devices, 3G terminal equipment, 4G terminal devices or Lora terminal devices, terminal device two
WiFi terminal equipment, Bluetooth terminal equipment, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices or infrared
Terminal device, terminal device three are logical using M-BUS terminal devices, RS232 terminal devices, RS485 terminal devices, power line carrier
Interrogate terminal device or TCP/IP terminal devices.
Further, the terminal device one uses GSM terminal devices, terminal device two to use Bluetooth terminal equipment, eventually
End equipment three use RS485 terminal devices, data collector respectively with GSM terminal devices, Bluetooth terminal equipment and RS485 terminals
Equipment connects.
Further, the mobile device uses mobile phone or tablet computer.
Advantageous effect：The utility model combination multiple communication modes, cover wireless wide area network communication, near field wireless telecommunications and
Wire communication can adapt to the data transfer mode that every field is commonly used after corresponding program is added, and collect in real time comprehensively
Data, and then provide for the intelligent control of system the data information of high quality.The utility model is especially suitable for smart home
Field.
Description of the drawings
Fig. 1 is the structure chart of data collector in the utility model embodiment.
Fig. 2 is the structure chart of data collecting system in the utility model embodiment.
Specific implementation mode
With reference to the accompanying drawings and examples, the technical solution of the utility model is further illustrated.
The technical solution of the utility model is：Mixing communication data collector based on narrowband honeycomb Internet of Things, including it is narrow
With honeycomb Internet of Things module, the microprocessor module communication module different at least three communication modes, wherein narrowband honeycomb Internet of Things
Net module is connect with microprocessor module, and microprocessor module is connect with each communication module respectively.
Mixing communication data acquisition system based on narrowband honeycomb Internet of Things is applied to above-mentioned based on narrowband honeycomb Internet of Things
Mixing communication data collector, including data collector, narrowband honeycomb Internet of Things base station, communication base station, mobile device and extremely
The different terminal device of few 3 communication modes, wherein data collector are connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb object
Internet base station is connect with communication base station, and communication base station is connect with mobile device, and data collector connects with each terminal device respectively
It connects.
Embodiment
The mixing communication data collector based on narrowband honeycomb Internet of Things of this example, including narrowband honeycomb Internet of Things module,
The microprocessor module communication module different at least three communication modes, wherein narrowband honeycomb Internet of Things module and microprocessor
Module connects, and microprocessor module is connect with each communication module respectively.
Mixing communication data acquisition system based on narrowband honeycomb Internet of Things is applied to above-mentioned based on narrowband honeycomb Internet of Things
Mixing communication data collector, including data collector, narrowband honeycomb Internet of Things base station, communication base station, mobile device and extremely
The different terminal device of few 3 communication modes, wherein data collector are connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb object
Internet base station is connect with communication base station, and communication base station is connect with mobile device, and data collector connects with each terminal device respectively
It connects.
After corresponding program is added, modules realize that its function, communication module are used for counterpart terminal equipment and microprocessor
The data transmission of intermodule, narrowband honeycomb Internet of Things module is for the number between microprocessor module and narrowband honeycomb Internet of Things base station
According to transmission, communication base station is for the data transmission between narrowband honeycomb Internet of Things base station and mobile device.
Specifically, the scheme of this example data collector is：Mixing communication data collector based on narrowband honeycomb Internet of Things,
Communication module is using gsm module, 3G module, 4G modules, Lora modules, WiFi module, bluetooth module, ZigBee module, Z-
Wave modules, Sub-GHz modules, infrared module, M-BUS modules, RS232 modules, RS485 modules, electric line carrier communication mould
Block or TCP/IP modules.User can select different communication modules according to actual conditions, to adapt to different application scenarios, spirit
It is active strong.Further, data collector includes communication module one, communication module two and communication module three, wherein communication module
One using gsm module, 3G module, 4G modules or Lora modules, and communication module two is using WiFi module, bluetooth module, ZigBee
Module, Z-Wave modules, Sub-GHz modules or infrared module, communication module three is using M-BUS modules, RS232 modules, RS485
Module, PLC communication module or TCP/IP modules.Three communication modules be respectively adopted wireless wide area network communication, near field without
Line communicates and wire communication, and communication modes are complete, versatile.Further, communication module one uses gsm module, communicates mould
Block two use bluetooth module, communication module three use RS485 modules, wherein microprocessor module respectively with gsm module, bluetooth mould
Block is connected with RS485 modules.Further, it is connected by serial ports between narrowband honeycomb Internet of Things module and microprocessor module logical
Letter, passes through serial ports connection communication between communication module and microprocessor module.
Specifically, the scheme of this example data collecting system is：Mixing communication data acquisition based on narrowband honeycomb Internet of Things
System, terminal device using GSM terminal devices, 3G terminal equipment, 4G terminal devices, Lora terminal devices, WiFi terminal equipment,
Bluetooth terminal equipment, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices, infrared terminal equipment, M-BUS
Terminal device, RS232 terminal devices, RS485 terminal devices, electric line carrier communication terminal device or TCP/IP terminal devices.
Further, data collecting system includes terminal device one, terminal device two and terminal device three, and wherein terminal device one uses
GSM terminal devices, 3G terminal equipment, 4G terminal devices or Lora terminal devices, terminal device two is using WiFi terminal equipment, indigo plant
Tooth terminal device, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices or infrared terminal equipment, terminal are set
Standby three using M-BUS terminal devices, RS232 terminal devices, RS485 terminal devices, electric line carrier communication terminal device or
TCP/IP terminal devices.Further, terminal device one uses GSM terminal devices, terminal device two to use Bluetooth terminal equipment,
Terminal device three uses RS485 terminal devices, data collector whole with GSM terminal devices, Bluetooth terminal equipment and RS485 respectively
End equipment connects.Further, mobile device uses mobile phone or tablet computer.
Three communication modules are used with data collector below, data collecting system is using detailed for three terminal devices
Illustrate the technical solution of the utility model.Wherein communication module one uses gsm module, communication module two to use bluetooth module, leads to
It interrogates module three and uses RS485 modules；Terminal device one uses GSM terminal devices, terminal device two to use Bluetooth terminal equipment, eventually
End equipment three uses RS485 terminal devices.
The mixing communication data collector based on narrowband honeycomb Internet of Things of this example, as shown in Figure 1, including narrowband honeycomb object
Networking module, microprocessor module, gsm module, bluetooth module and RS485 modules, wherein narrowband honeycomb Internet of Things module with it is micro-
Processor module connects, and microprocessor module is connect with gsm module, bluetooth module and RS485 modules respectively.Based on narrowband honeycomb
The mixing communication data acquisition system of Internet of Things is applied to the above-mentioned mixing communication data acquisition based on narrowband honeycomb Internet of Things
Device, as shown in Fig. 2, including data collector, narrowband honeycomb Internet of Things base station, communication base station, mobile device, GSM terminal devices,
Bluetooth terminal equipment and RS485 terminal devices, wherein data collector are connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb object
Internet base station is connect with communication base station, and communication base station is connect with mobile device, data collector respectively with GSM terminal devices, indigo plant
Tooth terminal device is connected with RS485 terminal devices.
After corresponding program is added, data information is sent to data collector by Bluetooth terminal equipment；The indigo plant of data collector
Tooth module receives data information, and data information is sent into microprocessor by serial ports, and data information is after microprocessor processes
It is sent to narrowband honeycomb Internet of Things module by serial ports, data information is sent to narrowband honeycomb by narrowband honeycomb Internet of Things module again
Internet of Things base station；Data information is sent to communication base station by narrowband honeycomb Internet of Things base station；Communication base station sends data information
To mobile device；Mobile device carries out respective handling after receiving data information and feeds back to user, and mobile device may be used
Mobile phone, tablet computer etc..User can control Bluetooth terminal equipment by mobile device, and user sends control using mobile device and refers to
It enables；Communication base station, which receives, to be instructed and is sent to narrowband honeycomb Internet of Things base station；Narrowband honeycomb Internet of Things base station is sent an instruction to
Data collector；Narrowband honeycomb Internet of Things module in data collector, which receives, to be instructed and sends an instruction to micro- place by serial ports
Device module is managed, instruction is sent to bluetooth module by serial ports again after microprocessor module is handled, and bluetooth module is to Bluetooth terminal
Equipment sends instruction；Bluetooth terminal equipment carries out corresponding operating after receiving instruction.
In this example the operation principle of GSM terminal devices and RS485 terminal devices and Bluetooth terminal equipment similarly, here no longer
It repeats.In actual use, the communication mould that communication modes match can be voluntarily arranged according to field and specific requirements is used in user
Block and terminal device.
The emphasis of the utility model is to provide a kind of mixing communication data collector based on narrowband honeycomb Internet of Things, and
A kind of mixing communication data acquisition system based on narrowband honeycomb Internet of Things, wherein the corresponding program being added is the prior art, this
Field technology personnel hardware configuration according to the present utility model can easily realize corresponding program.
Claims (10)
1. the mixing communication data collector based on narrowband honeycomb Internet of Things, including narrowband honeycomb Internet of Things module and microprocessor
Module, the narrowband honeycomb Internet of Things module are connect with microprocessor module, it is characterised in that：It further include at least three communication side
The different communication module of formula, the microprocessor module are connect with each communication module respectively.
2. the mixing communication data collector based on narrowband honeycomb Internet of Things as described in claim 1, it is characterised in that：It is described
Communication module is using gsm module, 3G module, 4G modules, Lora modules, WiFi module, bluetooth module, ZigBee module, Z-
Wave modules, Sub-GHz modules, infrared module, M-BUS modules, RS232 modules, RS485 modules, electric line carrier communication mould
Block or TCP/IP modules.
3. the mixing communication data collector based on narrowband honeycomb Internet of Things as described in claim 1, it is characterised in that：It is described
Data collector includes communication module one, communication module two and communication module three, and the communication module one is using gsm module, 3G
Module, 4G modules or Lora modules, communication module two using WiFi module, bluetooth module, ZigBee module, Z-Wave modules,
Sub-GHz modules or infrared module, communication module three is using M-BUS modules, RS232 modules, RS485 modules, power line carrier
Communication module or TCP/IP modules.
4. the mixing communication data collector based on narrowband honeycomb Internet of Things as described in claims 1 or 2 or 3, feature exist
In：The communication module one uses gsm module, communication module two that bluetooth module, communication module three is used to use RS485 modules,
The microprocessor module is connect with gsm module, bluetooth module and RS485 modules respectively.
5. the mixing communication data collector based on narrowband honeycomb Internet of Things as described in claims 1 or 2 or 3, feature exist
In：Pass through serial ports connection communication, communication module and microprocessor between the narrowband honeycomb Internet of Things module and microprocessor module
Pass through serial ports connection communication between device module.
6. the mixing communication data acquisition system based on narrowband honeycomb Internet of Things is applied to claim 1-5 any one of them
Mixing communication data collector based on narrowband honeycomb Internet of Things, including data collector, narrowband honeycomb Internet of Things base station, communication
Base station and mobile device, the data collector are connect with narrowband honeycomb Internet of Things base station, narrowband honeycomb Internet of Things base station with it is logical
Base station connection is interrogated, communication base station is connect with mobile device, it is characterised in that：It further include the different terminal of at least three communication modes
Equipment, the data collector are connect with each terminal device respectively.
7. the mixing communication data acquisition system based on narrowband honeycomb Internet of Things as claimed in claim 6, it is characterised in that：Institute
Terminal device is stated using GSM terminal devices, 3G terminal equipment, 4G terminal devices, Lora terminal devices, WiFi terminal equipment, indigo plant
Tooth terminal device, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices, infrared terminal equipment, M-BUS are whole
End equipment, RS232 terminal devices, RS485 terminal devices, electric line carrier communication terminal device or TCP/IP terminal devices.
8. the mixing communication data acquisition system based on narrowband honeycomb Internet of Things as claimed in claim 6, it is characterised in that：Institute
It includes terminal device one, terminal device two and terminal device three to state data collecting system, and the terminal device one uses GSM terminals
Equipment, 3G terminal equipment, 4G terminal devices or Lora terminal devices, terminal device two is using WiFi terminal equipment, Bluetooth terminal
Equipment, ZigBee terminal devices, Z-Wave terminal devices, Sub-GHz terminal devices or infrared terminal equipment, terminal device three are adopted
It is whole with M-BUS terminal devices, RS232 terminal devices, RS485 terminal devices, electric line carrier communication terminal device or TCP/IP
End equipment.
9. the mixing communication data acquisition system based on narrowband honeycomb Internet of Things as described in claim 6 or 7 or 8, feature
It is：The terminal device one uses GSM terminal devices, terminal device two that Bluetooth terminal equipment, terminal device three is used to use
RS485 terminal devices, the data collector connect with GSM terminal devices, Bluetooth terminal equipment and RS485 terminal devices respectively
It connects.
10. the mixing communication data acquisition system based on narrowband honeycomb Internet of Things as described in claim 6 or 7 or 8, feature
It is：The mobile device uses mobile phone or tablet computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820438007.5U CN207946683U (en) | 2018-03-29 | 2018-03-29 | Mixing communication data collector based on narrowband honeycomb Internet of Things and system |
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|---|---|---|---|
| CN201820438007.5U CN207946683U (en) | 2018-03-29 | 2018-03-29 | Mixing communication data collector based on narrowband honeycomb Internet of Things and system |
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| CN207946683U true CN207946683U (en) | 2018-10-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111669446A (en) * | 2020-06-15 | 2020-09-15 | 哈尔滨理工大学 | Data acquisition unit based on industry thing networking |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111669446A (en) * | 2020-06-15 | 2020-09-15 | 哈尔滨理工大学 | Data acquisition unit based on industry thing networking |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: 621000 Sichuan Ailian Technology Co., Ltd Patentee after: Sichuan Ailian Technology Co., Ltd Address before: 621000 Mianyang city of Sichuan Province, Sichuan Industrial Park, love science and Technology Co. Patentee before: SICHUAN AI-LINK TECHNOLOGY Co.,Ltd. |
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| CP03 | Change of name, title or address |