CN206743262U - Turret clock system based on the communication time service of NB IOT Internet of Things - Google Patents
Turret clock system based on the communication time service of NB IOT Internet of Things Download PDFInfo
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- CN206743262U CN206743262U CN201720475348.5U CN201720475348U CN206743262U CN 206743262 U CN206743262 U CN 206743262U CN 201720475348 U CN201720475348 U CN 201720475348U CN 206743262 U CN206743262 U CN 206743262U
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Abstract
A kind of turret clock system of NB IOT Internet of Things communication time service is the utility model is related to, belongs to the technical field of clock and watch calibration and long-distance management device.Including for gather the various status informations of client monitoring webmaster, website communicator, NB IOT Internet of Things base station, NB IOT Internet of Things reception devices and for manually directly control turret clock turret clock system, wherein, monitor webmaster and connection is communicated by website communicator with NB IOT Internet of Things base stations, NB IOT Internet of Things base stations are communicated by NB IOT Internet of Things reception device with turret clock system and connected.The utility model covering is wide, without installation, the outward appearance without destroying building, without considering that geographical position and surrounding enviroment, cost are low, not limited by wiring, by the interference of existing mobile device, can precise and high efficiency receive data, be easy to control to safeguard, analysis is carried out with most fast speed to fault message draw best solution.
Description
Technical field
A kind of turret clock system of NB-IOT Internet of Things communication time service is the utility model is related to, belongs to clock and watch calibration and long-range pipe
Manage the technical field of device.
Background technology
At present, in terms of calibrating with networking, the way of existing turret clock system is：
1st, calibration is mainly using GPS/BD as time source；
2nd, remote management is mainly based upon mobile operation network or internet to carry out.
So, have the following disadvantages：
1st, the installation of GPS/BD reception devices must just can ensure that the reliability of signal in outdoor in the place of spaciousness, this
The safety of the attractive in appearance of building and construction will be directly affected, while also limited to by geographical position and surrounding building, also, it is existing
Some turret clock systems can not be sent to far with local management, control, maintenance, data and information（Such as control centre）User must
It must can just manage, operate, safeguard to scene, it is insufficient in reaction time and ease of use；To sample with regard to installation position be equipped with compared with
It is strict with, this brings difficulty to practice of construction；
2nd, GPS/BD needs to install antenna, lays longer feeder line, this not only equally brings constructional difficulties, also add
Cost；
3rd, mobile operation network power consumption is big, cost of use is higher；
4th, internet apparatus is relative complex, it is necessary to which user's wiring, adds cost and constructional difficulties；
5th, calibration and networking are two complete equipments, more cause complicated turret clock system architecture, fault rate lifting, maintenance cost increasing
The puzzlement added.
6th, movement operation network+time server is that time source has equipment complexity, mobile operation network power consumption is big, installs not
Just the shortcomings of positional information, can only be obtained manually.
The content of the invention
The utility model overcomes above-mentioned the shortcomings of the prior art, there is provided a kind of structure is terse, cost drop
It is low, construction is simple, easy to maintenance, covering is wide, without installation, the outward appearance without destroying building, without considering geographical position
Put with surrounding enviroment, cost is low, do not limited by wiring, by the interference of existing mobile device, can precise and high efficiency receive data, be easy to
Control safeguard, to fault message with most fast speed carry out analysis draw best solution based on NB-IOT Internet of Things communicate
The turret clock system of time service.
The utility model is achieved through the following technical solutions：
Based on the turret clock system of NB-IOT Internet of Things communication time service, it is characterized in that including each for gathering client
The monitoring webmaster 1 of kind of status information, website communicator 3, NB-IOT Internet of Things base station 2, NB-IOT Internet of Things reception device 4 with
And for directly controlling the turret clock system of turret clock manually, wherein, monitoring webmaster 1 and NB-IOT Internet of Things base station 2 is led to by website
The communication connection of T unit 3, NB-IOT Internet of Things base station 2 is communicated by NB-IOT Internet of Things reception device 4 with turret clock system and connected；
The website communicator 3 includes being used for the upper layer application communication control module 12 being connected with monitoring webmaster 1, communication
Control module 12 communicate be connected with for access network based on ethernet connection IP communication modules 13, for wireless access be based on it is cellular narrow
NB-IOT communication modules 14 with Internet of Things；
The NB-IOT Internet of Things reception device 4 includes the dual-mode antenna 15 being installed on housing and in housing
Battery 22, the NB-IOT Receiver Modules 16 for cellular network radio frequency signal to be converted into cabled digital signal, use
In by bottom NB-IOT data decode and unpack extraction application data NB-IOT decoder modules 17, for NB-IOT to be decoded after
The application data extracted carries out positioning the resolving of time service algorithm and data interaction, show that temporal information and network management business are gone forward side by side
Row time service and configure turret clock correlation function business time service data processing module 18, for the shape between remote network management and local turret clock
State, order data interaction simultaneously upload the data to the monitoring data processing module 19 of remote network management, for by upper layer application data
Package is encoded to the NB-IOT coding modules 20 of bottom NB-IOT network datas, for cabled digital signal to be switched into cellular network
The NB-IOT radio frequency sending modules 5 of less radio-frequency；
The clock that the turret clock system includes being connected by RS422 bus communications with NB-IOT Internet of Things reception device 4 refers to
Showing device 7, clock instruction device 7 pass through TTL and supply unit 6, drive electric power unit 8, drive dynamic control device 9, Lighting control
Device 10, the communication connection of stroke control device 11.
The access network based on ethernet of bottom IP communication modules 13 that webmaster 1 is connected by the Ethernet of website communicator 3 is monitored, even
Be connected to nearby or the long-range gateway routing function containing Internet/NB-IOT NB-IOT Internet of Things base station 2, so as to enter
Enter in NB-IOT networks, or pass through the NB-IOT Internet of Things base station near 14 direct wireless access of bottom NB-IOT communication modules
2, hence into NB-IOT networks, client is gathered eventually through NB-IOT Internet of Things reception device 4（Turret clock system）It is each
Kind status information, so as to reach real-time remote monitoring, safeguards the effect of turret clock system, NB-IOT Internet of Things reception device 4 can be straight
Near NB-IOT Internet of Things base station 2 is attached in succession, and after successful connection, NB-IOT Internet of Things reception device 4 can pass through dual-mode antenna
Cellular network radio frequency signal in NB-IOT Internet of Things is converted into cabled digital letter by 15 and NB-IOT Receiver Modules 16
Number, then decoded bottom NB-IOT data by NB-IOT decoder modules 17, extraction application data of unpacking, and pass through time service data
Processing module 18 carries out positioning the resolving of time service algorithm and data interaction, temporal information and network management business is drawn, so as to obtain
To accurate time information and positional information, carried out for the time of synchronous turret clock system, while by the network management business of acquisition
Interaction, turret clock correlation function business is configured, monitoring data processing module 19 leads to the state between local turret clock, business datum etc.
Cross the package of NB-IOT coding modules 20 and be encoded to bottom NB-IOT network datas, will be wired using NB-IOT radio frequency sending modules 5
Data signal switchs to cellular network less radio-frequency, amplifies through dual-mode antenna 15, into NB-IOT Internet of Things base station 2, and passes through net
The positional information of communicator 3 of standing and status information, business datum etc. are back to monitoring webmaster 1, and NB-IOT Internet of Things receives dress
Put 4 and time signal is sent to by RS422 by clock instruction device 7.NB-IOT Internet of Things reception device 4 also receives monitoring simultaneously
Webmaster 1 issues some control information of master clock by Internet network, then sends clock instruction device 7 to, clock instruction dress
7 are put to fill by TTL and supply unit 6, drive electric power unit 8, drive dynamic control device 9, illumination control apparatus 10 and stroke control
11 are put to be connected, when carrying out the clock hand of driving tower master slave system and normally walking, synchronous pursuit, information of giving the correct time of light switch and stroke etc..
Turret clock system of the present utility model based on the communication time service of NB-IOT Internet of Things, reasonable in design, each part phase
Mutually it is used cooperatively, has the advantages that：
1st, time server is reduced, cost is low, and system architecture is simple, easy to maintenance；
2nd, NB-IOT Internet of Things reception device 4 is low in energy consumption, dry cell can be used to work, without additional power source line, not connect
Line limits；
3rd, the strong interference immunity of NB-IOT Internet of Things base station 2, it is low in energy consumption, do not disturbed, can accurately received by existing mobile device
Data；
4th, covering is wide, and link is wide, and low in energy consumption, framework is excellent.
In summary, the utility model smart structural design, effect is good, has application value.
Brief description of the drawings
Fig. 1：The structural representation of turret clock system of the present invention based on the communication time service of NB-IOT Internet of Things.
In figure：1st, webmaster is monitored, 2, NB-IOT Internet of Things base station, 3, website communicator, 4, NB-IOT Internet of Things receives
Device；5th, NB-IOT radio frequency sending modules；6th, TTL and supply unit, 7, clock instruction device, 8, drive electric power unit, 9, drive
Dynamic control device, 10, illumination control apparatus, 11, stroke control device, 12, mobile terminal, 13, IP communication modules；14、NB-
IOT communication modules；15th, antenna；16th, NB-IOT Receiver Modules；17th, NB-IOT decoder modules；18th, time service data processing mould
Block；19th, monitoring data processing module；20th, NB-IOT coding modules；21st, battery.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are obtained under the premise of no creative work
The every other embodiment obtained, belong to the scope of the utility model protection.
Embodiment 1：The turret clock system based on the communication time service of NB-IOT Internet of Things of the present embodiment, refer to the attached drawing 1, including prison
Control webmaster 1, NB-IOT Internet of Things base station 2, website communicator 3, NB-IOT Internet of Things reception device 4, the transmission of NB-IOT radio frequencies
Module 5, TTL and supply unit 6, clock instruction device 7, drive electric power unit 8, drive dynamic control device 9, illumination control apparatus
10, stroke control device 11, mobile terminal 12, IP communication modules 13, NB-IOT communication modules 14, antenna 15, NB-IOT radio frequencies
Receiving module 16, NB-IOT decoder modules 17, time service data processing module 18, monitoring data processing module 19, NB-IOT codings
Module 20, battery 21.
Installation and annexation：Monitor webmaster 1 and connection communicated by website communicator 3 with NB-IOT Internet of Things base station 2,
NB-IOT Internet of Things base station 2 is communicated by NB-IOT Internet of Things reception device 4 with turret clock system and connected, and NB-IOT Internet of Things receives
Device 4 is connected by RS422 buses with turret clock system communication, and NB-IOT Internet of Things reception device 4 passes through RS422 buses and clock
The communication connection of instruction device 7, clock instruction device 7 pass through TTL and supply unit 6, drive electric power unit 8, drive dynamic control device
9th, illumination control apparatus 10 is connected with stroke control device 11.
Operation principle：Monitoring webmaster 1 is gathered and matched somebody with somebody in real time by Internet network, NB-IOT Internet of Things reception device 4
The state of turret clock system is put, is illuminated, the information such as stroke.Same local monitor webmaster 1 can gather and configure in real time turret clock system
The information such as the state of master clock device, illumination, stroke；Turret clock system is in real time according to the time of itself, state, illumination, stroke etc.
Information, by drive electric power unit 8, when the walking of operating clock indicator of drive dynamic control device 9, pass through illumination control apparatus 10
To operate the switch of illumination, stroke is selected by stroke control device 11, given the correct time；When some module of turret clock system
After breaking down, fault message is sent to mobile terminal by turret clock system by NB-IOT Internet of Things reception device 4.
The turret clock system based on the communication time service of NB-IOT Internet of Things of the present embodiment, for prior art
In must local management situation, all data are directly gathered by Internet of Things by turret clock system, turret clock in real time
System is passed to Ethernet by the R-T unit of NB-IOT Internet of Things, and website communicator 3 reads all numbers from data channel
It is believed that breath, is analyzed, it was therefore concluded that, it is easy to center being remotely uniformly managed, control, safeguarding, to fault message with most
Fast speed is analyzed, and draws best solution, is safeguarded.
Preferred embodiment of the present utility model is the foregoing is only, it is all in this practicality not to limit the utility model
Within new spirit and principle, any modification, equivalent substitution and improvements made etc., guarantor of the present utility model should be included in
Within the scope of shield.
Claims (4)
1. the turret clock system based on the communication time service of NB-IOT Internet of Things, it is characterised in that including for gathering the various states of client
The monitoring webmaster of information（1）, website communicator（3）, NB-IOT Internet of Things base station（2）, NB-IOT Internet of Things reception devices（4）
And for directly controlling the turret clock system of turret clock manually, wherein, monitor webmaster（1）With NB-IOT Internet of Things base station（2）Pass through
Website communicator（3）Communication connection, NB-IOT Internet of Things base station（2）Pass through NB-IOT Internet of Things reception devices with turret clock system
（4）Communication connection.
2. according to the turret clock system that time service is communicated based on NB-IOT Internet of Things described in claim 1, it is characterised in that the net
Stand communicator（3）Including for monitoring webmaster（1）The communication control module of connection（12）, communication control module（12）Communication
It is connected with the IP communication modules for access network based on ethernet connection（13）, for wireless access based on cellular arrowband Internet of Things
NB-IOT communication modules（14）.
3. according to the turret clock system that time service is communicated based on NB-IOT Internet of Things described in claim 1 or 2, it is characterised in that described
NB-IOT Internet of Things reception devices（4）Including the dual-mode antenna being installed on housing（15）And the battery in housing
（22）, NB-IOT Receiver Modules for cellular network radio frequency signal to be converted into cabled digital signal（16）, use
Decoded in by bottom NB-IOT data, the NB-IOT decoder modules for extraction application data of unpacking（17）, for NB-IOT to be decoded
The application data extracted afterwards, carry out positioning the resolving of time service algorithm and data interaction, draw temporal information and network management business
And carry out time service and configure the time service data processing module of turret clock correlation function business（18）, for remote network management and local turret clock
Between state, service data interaction and the monitoring data processing module for uploading the data to remote network management（19）, for by upper strata
Application data package is encoded to the NB-IOT coding modules of bottom NB-IOT network datas（20）, for cabled digital signal to be turned
For the NB-IOT radio frequency sending modules of cellular network less radio-frequency（5）.
4. according to the turret clock system that time service is communicated based on NB-IOT Internet of Things described in claim 3, it is characterised in that the tower
Master slave system includes and NB-IOT Internet of Things reception devices（4）The clock instruction device connected by RS422 bus communications（7）, when
Clock instruction device（7）Pass through TTL and supply unit（6）, drive electric power unit（8）, drive dynamic control device（9）, Lighting control dress
Put（10）, stroke control device（11）Communication connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720475348.5U CN206743262U (en) | 2017-05-02 | 2017-05-02 | Turret clock system based on the communication time service of NB IOT Internet of Things |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720475348.5U CN206743262U (en) | 2017-05-02 | 2017-05-02 | Turret clock system based on the communication time service of NB IOT Internet of Things |
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| Publication Number | Publication Date |
|---|---|
| CN206743262U true CN206743262U (en) | 2017-12-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720475348.5U Active CN206743262U (en) | 2017-05-02 | 2017-05-02 | Turret clock system based on the communication time service of NB IOT Internet of Things |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108551424A (en) * | 2018-06-26 | 2018-09-18 | 百斯特（广州）信息技术有限公司 | A kind of equipment state gateway of internet of things based on NB-IOT technologies |
-
2017
- 2017-05-02 CN CN201720475348.5U patent/CN206743262U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108551424A (en) * | 2018-06-26 | 2018-09-18 | 百斯特（广州）信息技术有限公司 | A kind of equipment state gateway of internet of things based on NB-IOT technologies |
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