CN209103171U - A kind of temperature and humidity remote monitoring and control device based on happy networking - Google Patents
A kind of temperature and humidity remote monitoring and control device based on happy networking Download PDFInfo
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- CN209103171U CN209103171U CN201822030525.6U CN201822030525U CN209103171U CN 209103171 U CN209103171 U CN 209103171U CN 201822030525 U CN201822030525 U CN 201822030525U CN 209103171 U CN209103171 U CN 209103171U
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Abstract
The utility model belongs to monitoring control technology field, and in particular to a kind of temperature and humidity remote monitoring and control device based on happy networking.The device includes four-layer circuit board, charactron, relay, Temperature Humidity Sensor, USB interface and ESP8266WIFI mould group, and respectively first to the 4th layer from top to bottom.4th layer is connected between third layer circuit board by row's needle and the row's of lengthening parent phase, is connected between remaining each layer circuit board by the row's of lengthening parent phase.It is supported and is fixed by stud between each layer circuit board.Utility model device is low in cost, is easily installed.Structure is simple, ambient temperature and humidity monitoring and control easy to use and with remote switch control function, suitable for smart home, wisdom agricultural.By happy cloud platform of networking, user can check data of the Temperature and Humidity module whenever and wherever possible with cell phone application, website, wechat and carry out remote switch control.
Description
Technical field:
The utility model belongs to monitoring control technology field, and in particular to a kind of remotely to be monitored based on the happy temperature and humidity networked
And control device.
Background technique:
The temperature and humidity of environment has significant impact to industrial and agricultural production, more and more with the development of technology of Internet of things
Long-range temperature-humidity detecting device be applied in production activity, but the data of traditional monitoring device acquisition upload to local meter more
On calculation machine or in other local display devices, this makes the monitoring to data of the Temperature and Humidity module, and there are the limitations in place, equipment etc.
Property, and currently, most of humiture monitoring devices do not have control module, long-range processing energy of the shortage to some special circumstances
Power.And with the development of cloud, monitoring data are managed by cloud platform and remotely monitor the new approach that provides for temperature and humidity, are led to
Existing some Internet of Things cloud platforms are crossed, long-range temperature-humidity monitoring whenever and wherever possible and long-range control may be implemented.
Utility model content:
In order to overcome traditional humiture monitoring device in the difficulty for checking data flexibility and remote control method face, this is practical
It is novel to provide a kind of temperature and humidity remote monitoring and control device based on happy networking.
The technical solution of the utility model is as follows:
A kind of temperature and humidity remote monitoring and control device based on happy networking, including four-layer circuit board, charactron, relay
Device, Temperature Humidity Sensor, USB interface and ESP8266WIFI mould group, respectively first to the 4th layer from top to bottom.4th layer with
Connected between third layer circuit board by row's needle and the row's of lengthening parent phase, is connected between remaining each layer circuit board by the row's of lengthening parent phase.Respectively
Realize that support is fixed by screw and stud between layer circuit board.
ESP8266WIFI mould group is the core control panel of device, is fixed on the following table of four-layer circuit board as main MCU
Face, the upper surface of four-layer circuit board are set there are two key and USB interface.ESP8266WIFI mould group is connected with USB interface.Two
A key is connected with the reset pin of ESP8266WIFI mould group and one I/O mouthfuls respectively, and the key connecting with reset pin is used for
Main MCU is resetted, another key is reserved secondary development key.All I/O mouthfuls of ESP8266WIFI mould group all with the 4th layer
Row's needle of circuit board two sides is connected.USB interface, which is realized, carries out program burn writing to main MCU and as the electric energy interface of whole device.
The upper surface of third layer circuit board is equipped with four hole circular holes mother row, and Temperature Humidity Sensor DHT11 passes through four hole circular holes and arranges
Mother is connected with the data acquisition circuit on third layer circuit board, the output end of Acquisition Circuit and the lengthening of third layer circuit board two sides
It arranges parent phase to connect, realizes the I/O mouth that sensing data is transferred to ESP8266WIFI mould group.
The upper surface of second layer circuit board is fixed with relay.The input terminal of relay passes through the control on the second layer circuit board
The I/O mouth that lengthening row's parent phase of circuit processed and the second layer circuit board two sides connects, and is connected to ESP8266WIFI mould group by arranging needle
On, switch state that ESP8266WIFI mould group passes through I/O mouthfuls of control relays.The output end of relay passes through second layer circuit
The connecting terminal of the upper surface of plate is connected with control external circuit, realizes and carries out switch control to control external circuit.
First layer circuit board is temperature and humidity information display layer, and the upper surface of the first layer circuit board is fixed with charactron.It is digital
Pipe is arranged parent phase by the lengthening of compiling circuit and two sides on the first layer circuit board and is connected.ESP8266WIFI mould group is sent out by I/O mouthfuls
Display signal is sent, display signal is transferred to the compiling circuit on the first layer circuit board by lengthening mother row of the first layer circuit board,
Driving numeral method temperature and humidity information after information compiling will be shown by compiling circuit.
Further, Temperature Humidity Sensor uses DHT11 Temperature Humidity Sensor, within the scope of 0~50 DEG C, temperature acquisition essence
Degree is ± 2 DEG C, and humidity collection precision is ± 5%；
Warm and humid degree is shown using the keyboard number pipe driving chip TM1650 driving group of four figures pipe with IIC interface
According to display brightness can need to be adjusted according to environment；
Relay uses HK4100F-DC3V-SHC relay, can control the switch of 3A electric current under 250V alternating voltage.
The modules of device are connected on the I/O mouth of core control panel by row's needle and the row of lengthening mother, are fixed with stud, entirely
Device volume is small and exquisite, easy for installation.
Compared with prior art, the beneficial effects of the utility model are as follows:
Utility model device is low in cost, is easily installed.Structure is simple, it is easy to use and have remote switch control function
Can, ambient temperature and humidity monitoring and control suitable for smart home, wisdom agricultural.By happy cloud platform of networking, user can
To check data of the Temperature and Humidity module whenever and wherever possible with cell phone application, website, wechat and carry out remote switch control.
Detailed description of the invention:
Fig. 1 is the main view of the utility model.
Fig. 2 is the side view of the utility model.
Fig. 3 is the principles of the present invention connection figure.
In figure, 1 charactron；2 connecting terminals；3 four hole circular holes row is female；4 keys；5 relays；6 Temperature Humidity Sensors；7USB
Interface；8 screws；9 studs；10 circuit boards；11ESP8266WIFI mould group；12 rows of lengthening are female；13 row's needles.
Specific embodiment:
With reference to the accompanying drawing, clear and detailed description is carried out to the technical solution of the utility model.
As shown in FIG. 1 to 3, a kind of temperature and humidity remote monitoring and control device based on happy networking, device include four layers
Circuit board 10, respectively first to the 4th layer from top to bottom.4th layer between third layer circuit board 10 by arranging needle 13 and adding
Long mother row 12 is connected, and is connected between remaining each layer circuit board 10 by the row of lengthening mother 12.Pass through stud 9 between each layer circuit board 10
Support is fixed.
ESP8266WIFI mould group 11 is used as main MCU, is the core control panel of device, is fixed on four-layer circuit board 10
Lower surface, the upper surface of four-layer circuit board are set there are two key 4 and USB interface 7.ESP8266WIFI mould group 11 and USB interface
7 are connected.Two keys 4 are connected with the reset pin of ESP8266WIFI mould group 11 and one I/O mouthfuls respectively, connect with reset pin
For the key 4 connect for resetting main MCU, another is reserved secondary development key.All I/O of ESP8266WIFI mould group 11
Mouth is all connected with row's needle 13 of four-layer circuit board two sides.USB interface 7, which is realized, carries out program burn writing to main MCU and to entire dress
It sets and is powered.
The upper surface of third layer circuit board 10 is equipped with four hole circular holes mother row 3, and Temperature Humidity Sensor DHT116 passes through four Kong Yuan
Hole mother row 3 is connected with the data acquisition circuit on third layer circuit board 10, the output end and third layer circuit board 10 of Acquisition Circuit
Lengthening mother row 12 of two sides is connected, and realizes the I/O mouth that sensing data is transferred to ESP8266WIFI mould group 11.
The upper surface of second layer circuit board 10 is fixed with relay 5.The input terminal of relay 5 passes through the second layer circuit board 10
On lengthening mothers row 12 of control circuit and 10 two sides of the second layer circuit board be connected, and be connected to by row's needle 13
On the I/O mouth of ESP8266WIFI mould group 11, switch state that ESP8266WIFI mould group 11 passes through I/O mouthfuls of control relays 5.After
The output end of electric appliance 5 is connected by the connecting terminal 2 of the upper surface of the second layer circuit board 10 with control external circuit, is realized to control
External circuit carries out switch control.
First layer circuit board 10 is temperature and humidity information display layer, and the upper surface of the first layer circuit board 10 is fixed with charactron 1.
Charactron 1 is connected by the compiling circuit on the first layer circuit board 10 with the lengthening of two sides mother row 12.ESP8266WIFI mould group 11
Show that signal, display signal are transferred to first layer circuit by lengthening mother row 12 of the first layer circuit board 10 by I/O mouthfuls of transmissions
Compiling circuit on plate 10, drive digital tube 1 shows temperature and humidity information after compiling circuit will show information compiling.
Further, Temperature Humidity Sensor 6 uses DHT11 Temperature Humidity Sensor, within the scope of 0~50 DEG C, temperature acquisition
Precision is ± 2 DEG C, and humidity collection precision is ± 5%；
Warm and humid degree is shown using the keyboard number pipe driving chip TM1650 driving group of four figures pipe 1 with IIC interface
According to display brightness can need to be adjusted according to environment；
Relay 5 uses HK4100F-DC3V-SHC relay, can control the switch of 3A electric current under 250V alternating voltage.
The modules of device are connected on the I/O mouth of core control panel by row's needle 13 and the row of lengthening mother 12, are consolidated with stud 9
It is fixed, it is whole device compact, easy for installation.
Device, which can according to need, carries out fractionation combination.Device second layer control layer can be removed, and device is only after dismounting
Have the function of humiture collection, does not have control function.Concrete operations mode is as follows: first twisting fixed screw 8, stud 9
It opens, mother 12 then is arranged into the lengthening on first layer both sides and is separated with the lengthening of second layer mother row 12, then mother is arranged into the lengthening of the second layer
12 separate with the lengthening of third layer mother row 12, and finally lengthening mother row 12 of first layer is connected with the lengthening of third layer mother row 12,
And load onto screw 8 and stud 9 is fixed.By splitting, device can remove unwanted part to further decrease body
Product, flexibly and easily.
Claims (2)
1. a kind of temperature and humidity remote monitoring and control device based on happy networking, which is characterized in that including four-layer circuit board (10),
Charactron (1), relay (5), Temperature Humidity Sensor (6), USB interface (7) and ESP8266WIFI mould group (11), from top to bottom
Respectively first to the 4th layer；Pass through female (12) phase of row needle (13) and the row of lengthening between 4th layer and third layer circuit board (10)
Even, it is connected between remaining each layer circuit board (10) by the row of lengthening female (12)；Between each layer circuit board (10) by screw (8) and
Stud (9) realizes that support is fixed；
ESP8266WIFI mould group (11) is fixed on the lower surface of four-layer circuit board (10), and the upper surface of four-layer circuit board is set
There are two key (4) and USB interfaces (7)；ESP8266WIFI mould group (11) is connected with USB interface (7)；Two keys (4) are respectively
It is connected with the reset pin of ESP8266WIFI mould group (11) and one I/O mouthfuls, the key (4) connecting with reset pin is for multiple
The main MCU in position, another key (4) are reserved secondary development key；All I/O mouthfuls of the residue of ESP8266WIFI mould group (11)
All it is connected with row's needle (13) of four-layer circuit board two sides；USB interface (7), which is realized, carries out program burn writing to main MCU and as whole
The electric energy interface of a device；
The upper surface of third layer circuit board (10) is equipped with four hole circular holes and arranges female (3), and Temperature Humidity Sensor DHT11 (6) passes through four holes
Circular hole arranges female (3) and is connected with the data acquisition circuit on third layer circuit board (10), output end and the third layer electricity of Acquisition Circuit
The lengthening of road plate (10) two sides arranges female (12) and is connected, and realizes the I/O that sensing data is transferred to ESP8266WIFI mould group (11)
Mouthful；
The upper surface of second layer circuit board (10) is fixed with relay (5)；The input terminal of relay (5) passes through the second layer circuit board
(10) control circuit on arranges female (12) with the lengthening of the second layer circuit board (10) two sides and is connected, and is connected to by arranging needle (13)
On the I/O mouth of ESP8266WIFI mould group (11), switch that ESP8266WIFI mould group (11) passes through I/O mouthfuls of control relays (5)
State；The connecting terminal (2) and control external circuit phase that the output end of relay (5) passes through the upper surface of the second layer circuit board (10)
Even, it realizes and switch control is carried out to control external circuit；
First layer circuit board (10) is temperature and humidity information display layer, and the upper surface of the first layer circuit board (10) is fixed with charactron
(1)；Charactron (1) arranges female (12) with the lengthening of two sides by the compiling circuit on the first layer circuit board (10) and is connected；
ESP8266WIFI mould group (11) shows that signal, display signal are arranged by the lengthening of the first layer circuit board (10) by I/O mouthfuls of transmissions
Female (12) are transferred to the compiling circuit on the first layer circuit board (10), and compiling circuit will show drive digital tube after information compiling
(1) temperature and humidity information is shown.
2. the temperature and humidity remote monitoring and control device as described in claim 1 based on happy networking, which is characterized in that described
Temperature Humidity Sensor (6) uses DHT11 Temperature Humidity Sensor, and within the scope of 0~50 DEG C, temperature acquisition precision is ± 2 DEG C, humidity
Acquisition precision is ± 5%.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822030525.6U CN209103171U (en) | 2018-12-05 | 2018-12-05 | A kind of temperature and humidity remote monitoring and control device based on happy networking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822030525.6U CN209103171U (en) | 2018-12-05 | 2018-12-05 | A kind of temperature and humidity remote monitoring and control device based on happy networking |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209103171U true CN209103171U (en) | 2019-07-12 |
Family
ID=67162499
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822030525.6U Active CN209103171U (en) | 2018-12-05 | 2018-12-05 | A kind of temperature and humidity remote monitoring and control device based on happy networking |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209103171U (en) |
-
2018
- 2018-12-05 CN CN201822030525.6U patent/CN209103171U/en active Active
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