CN203310441U - Agricultural Internet of things acquisition apparatus - Google Patents

Abstract

The utility model relates to an agricultural Internet of things acquisition apparatus. The agricultural Internet of things acquisition apparatus comprises a main control CPU module. The agricultural Internet of things acquisition apparatus further comprises a wireless communication module, an illuminance sensor, a carbon dioxide sensor and one or more than one sensor interface which are connected with the main control CPU module; an SIM card is built in the wireless communication module; the illuminance sensor and the carbon dioxide sensor are both built in the agricultural Internet of things acquisition apparatus; the sensor interfaces comprise a soil moisture sensor interface, a soil temperature sensor interface and an air temperature/humidity sensor interface; and a GPRS module or a CDMA module is adopted as the wireless communication module. According to the agricultural Internet of things acquisition apparatus of the utility model, the wireless communication module is additionally adopted, and the SIM card is inserted in the wireless communication module, and therefore, wiring and a monitoring computer are not required in an installation site, and data can be directly transferred to a server and a mobile phone of which IP addresses are set in software, and a user can modify the parameters of the apparatus in a remote manner through short messages.

Description

A kind of agriculture Internet of Things collecting device

Technical field

The utility model relates to agriculture technology of Internet of things field and sensor technical field, particularly relates to a kind of agriculture Internet of Things collecting device.

Background technology

At present the sensing data such as humiture is uploaded the wire transmission modes that adopt more, and the user must be equipped with computer and broadband network voluntarily, and computer normally the uploading of guarantee data that must keep always starting shooting.In addition, in agriculture Internet of Things collecting device, number of sensors is few, distribution is wide, and the operational management complexity greatly affects user's use.

The utility model content

Technical problem to be solved in the utility model is to provide a kind of agriculture Internet of Things collecting device, for solving the limitation problem of existing agriculture Internet of Things data acquisition.

The technical scheme that the utility model solves the problems of the technologies described above is as follows: a kind of agriculture Internet of Things collecting device, inside comprises a master cpu module, also comprises the wireless communication module all be connected with described master cpu module, an illuminance sensor, a carbon dioxide sensor and one or more than one sensor interface;

Described wireless communication module is built-in with SIM card, described illuminance sensor and described carbon dioxide sensor all are built in described agriculture Internet of Things collecting device, and described sensor interface comprises soil moisture sensor interface, soil temperature sensor interface and aerial temperature and humidity sensor interface.

Described master cpu module, it is arranged on described agriculture Internet of Things collecting device inside, the data that collect for the built-in or external sensor of Storage and Processing, and the data after processing send described wireless communication module to.

Described wireless communication module adopts GPRS module or CDMA module, and it is mounted on the wireless communication antenna on described agriculture Internet of Things collecting device, be used to realizing wirelessly transmitting data.

The beneficial effects of the utility model are: agriculture Internet of Things collecting device described in the utility model, having retained in the prior art on the basis of acquisition terminal function, has increased wireless communication module, can connect up and monitoring computer in scene.Simultaneously, in wireless communication module, insert SIM card, can directly data be passed in software, set the server and mobile phone of IP address in.By the mobile network, connect the Internet, without broadband, easy for installation, and the GPRS module or the CDMA module communication flow that adopt are minimum, and a month flow is less than 20M.Therefore realized server transmitting real-time data and the historical data of self-timing to management system, and made the user can pass through the setting of the described agriculture Internet of Things collecting device of note remotely modifying.Simultaneously, the utility model, except related sensor is built-in, has also configured the multiple sensor interface, has improved the washability of sensor, and the input of each road can converge a plurality of sensing datas of this type sensor, has therefore enlarged the information acquisition amount of equipment.

On the basis of technique scheme, the utility model can also be done following improvement.

Further, described illuminance sensor is built in described agriculture Internet of Things collecting device, and described illuminance sensor is outside equipped with protective cover.

Adopt the beneficial effect of above-mentioned further scheme to be: it is more accurate to make the measurement of intensity of illumination, science more, and protected well illuminance sensor.

Further, described agriculture Internet of Things collecting device also is provided with power interface, be used to realizing externally fed.

Further, rechargeable battery is equipped with in described agriculture Internet of Things collecting device inside, for when there is no externally fed, not realizing power supply by rechargeable battery.

Adopt the beneficial effect of above-mentioned further scheme to be: when there is no externally fed, by inner powered battery, can make the equipment normal operation, realize the continual collection of environmental data.

Further, the back side of described agriculture Internet of Things collecting device is provided with an organic fixed head, and this organic fixed head is provided with fixed orifice, for fixing described agriculture Internet of Things collecting device.

Adopt the beneficial effect of above-mentioned further scheme to be: equipment to be fixed up more firm, convenient.

Further, on described agriculture Internet of Things collecting device, display screen is installed, shows for the data by after described master cpu resume module, and described display screen adopts LCDs or digitron display screen.

Adopt the beneficial effect of above-mentioned further scheme to be: can demonstrate well various data, facilitate the operation of equipment, be conducive to the user and grasp information.

Further, described agriculture Internet of Things collecting device is provided with RS232 serial ports and/or RS485 serial ports, for described agriculture Internet of Things collecting device is connected with computing machine by connection, realize by the running parameter of the described agriculture Internet of Things collecting device of allocation of computer.

Adopt the beneficial effect of above-mentioned further scheme to be: the software kit by computing machine arranges port, information receives the information such as IP address, SIM card information and note receiving number, has guaranteed the integrated operation of equipment.

Further, be provided with three pilot lamp on described agriculture Internet of Things collecting device, it is respectively used to indicate described agriculture Internet of Things collecting device to be in charged state, network state and duty.

Adopt the beneficial effect of above-mentioned further scheme to be: by pilot lamp, to indicate the various situations of equipment, convenient operation.

The accompanying drawing explanation

Fig. 1 is the structural representation of agriculture Internet of Things collecting device described in the utility model;

Fig. 2 is the parts annexation schematic diagram of agriculture Internet of Things collecting device described in the utility model.

In accompanying drawing, the list of parts of each label representative is as follows:

1, master cpu module, 2, wireless communication module, 3, illuminance sensor, 4, carbon dioxide sensor, 5, soil moisture sensor interface, 6, the soil temperature sensor interface, 7, the aerial temperature and humidity sensor interface, 8, wireless communication antenna, 9, power interface, 10, display screen.

Embodiment

Below in conjunction with accompanying drawing, principle of the present utility model and feature are described, example, only be used to explaining the utility model, is not intended to limit scope of the present utility model.

As shown in Figures 1 and 2, the present embodiment has provided a kind of agriculture Internet of Things collecting device, it is for the environment automatic measurement, inside comprises a master cpu module 1, also comprises the wireless communication module 2 that all is connected with described master cpu module 1,illuminance sensor 3,carbon dioxide sensor 4 and one or a more than one sensor interface;

Described wireless communication module 2 is built-in with SIM card, describedilluminance sensor 3 and describedcarbon dioxide sensor 4 all are built in described agriculture Internet of Things collecting device, and described sensor interface comprises soil moisture sensor interface 5, soil temperature sensor interface 6 and aerial temperature andhumidity sensor interface 7.

Described master cpu module 1, it is arranged on described agriculture Internet of Things collecting device inside, the data that collect for the built-in or external sensor of Storage and Processing, and the data after processing send described wireless communication module 2 to; Described wireless communication module 2 adopts GPRS module or CDMA modules, and it is mounted on thewireless communication antenna 8 on described agriculture Internet of Things collecting device, be used to realizing long distance wireless transmission data; Describedilluminance sensor 3 is built in described agriculture Internet of Things collecting device, and described illuminance sensor is outside equipped with protective cover.

Described agriculture Internet of Things collecting device also is provided with power interface 9, be used to realizing externally fed; Rechargeable battery is equipped with in described agriculture Internet of Things collecting device inside, for when there is no externally fed, not realizing power supply by rechargeable battery, can make the equipment normal operation, realizes the continual collection of environmental data.

The back side of described agriculture Internet of Things collecting device is provided with an organic fixed head, and this organic fixed head is provided with fixed orifice, for fixing described agriculture Internet of Things collecting device, in the present embodiment, is provided with altogether 8 fixed orifices.

On described agriculture Internet of Things collecting device,display screen 10 is installed, shows for the data by after described master cpu resume module, can adopt LCDs or digitron display screen.Master cpu module 1 will receive De Ge road sensing data and process, real-time showing in visual form on display screen.In the present embodiment, employing resolution is 192 * 64 liquid crystal display, comparatively clear.

Described agriculture Internet of Things collecting device is provided with RS232 serial ports and/or RS485 serial ports, with computing machine, is connected by connection be used to making described agriculture Internet of Things collecting device, realizes by the running parameter of the described agriculture Internet of Things collecting device of allocation of computer.

On described agriculture Internet of Things collecting device, be provided with three pilot lamp, it is respectively used to indicate described agriculture Internet of Things collecting device to be in charged state, network state and duty.

In the present embodiment, carbon dioxide sensor gathers the concentration of the carbon dioxide in environment, with the form of aanalogvoltage electric current, transmits after conversion, and the master cpu module controls receives the data that carbon dioxide sensor collects, and stores and process; Temperature in aerial temperature and humidity sensor collection environment and relative humidity (temperature unit: ℃, humidity unit: %RH), after conversion, transmit with digital signal form, the data that master cpu module controls admission of air Temperature Humidity Sensor collects, and store and process; The temperature of soil temperature sensor collection soil and moisture (temperature unit: ℃), after conversion, to transmit with digital form, the master cpu module controls receives the data that soil temperature sensor collects, and stores and process.The sensor interface of the present embodiment can also a plurality of sensors in parallel, and the communication process of sensor and described master cpu module is consistent with above-mentioned carbon dioxide sensor etc.

In addition, described optical sensor gathers the intensity of illumination (unit: LUX) of sunshine, after conversion, transmit with the form of aanalogvoltage or digital quantity, the master cpu module controls receives the data that optical sensor collects, and store and process, it is more accurate to make the measurement of intensity of illumination, more science.

Described in the present embodiment, the installation process of agriculture Internet of Things collecting device is:

At first, the sensors such as external soil temperature sensor, soil moisture moisture are connected with the socket of equipment, then connect with the mains.

Then, with random subsidiary RS232/485 serial port communication line, equipment is connected with computing machine, receives the information such as IP address, SIM card information and alarm message receiving number by software kit configuration device port, information.

Secondly, after having set, equipment is fixed on to the place of needs monitoring by the fixed orifice at the back side, overhead about 1.5M place, switch on power.

Again, equipment is started working, and the environmental information collected is shown on LCDs in real time, and arrives given server by wireless way for transmitting.

Finally should be noted that: please don't be arranged on corner or be blocked place by metal shield, in order to avoid affect the transmission of wireless signal.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.

Claims (10)

1. agriculture Internet of Things collecting device, inside comprises a master cpu module (1), it is characterized in that, also comprise the wireless communication module (2), an illuminance sensor (3), a carbon dioxide sensor (4) and one or the more than one sensor interface that all with described master cpu module (1), are connected;

Described wireless communication module (2) is built-in with SIM card, described illuminance sensor (3) and described carbon dioxide sensor (4) all are built in described agriculture Internet of Things collecting device, and described sensor interface comprises soil moisture sensor interface (5), soil temperature sensor interface (6) and aerial temperature and humidity sensor interface (7).

2. a kind of agriculture Internet of Things collecting device according to claim 1, it is characterized in that, described master cpu module (1), it is arranged on described agriculture Internet of Things collecting device inside, be used for the data that the built-in or external sensor of Storage and Processing collects, and the data after processing send described wireless communication module (2) to.

3. a kind of agriculture Internet of Things collecting device according to claim 1, it is characterized in that, described wireless communication module (2) adopts GPRS module or CDMA module, and it is mounted on the wireless communication antenna (8) on described agriculture Internet of Things collecting device, be used to realizing wirelessly transmitting data.

4. a kind of agriculture Internet of Things collecting device according to claim 1, is characterized in that, described illuminance sensor (3) is built in described agriculture Internet of Things collecting device, and described illuminance sensor (3) is outside equipped with protective cover.

5. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, described agriculture Internet of Things collecting device also is provided with power interface (9), be used to realizing externally fed.

6. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, rechargeable battery is equipped with in described agriculture Internet of Things collecting device inside, for when there is no externally fed, not realizing power supply by rechargeable battery.

7. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, the back side of described agriculture Internet of Things collecting device is provided with an organic fixed head, and this organic fixed head is provided with fixed orifice, for fixing described agriculture Internet of Things collecting device.

8. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, on described agriculture Internet of Things collecting device, display screen (10) is installed, for the data after described master cpu module (1) is processed, show, and described display screen (10) adopts LCDs or digitron display screen.

9. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, described agriculture Internet of Things collecting device is provided with RS232 serial ports and/or RS485 serial ports, for described agriculture Internet of Things collecting device is connected with computing machine by connection, realize by the running parameter of the described agriculture Internet of Things collecting device of allocation of computer.

10. according to arbitrary described a kind of agriculture Internet of Things collecting device in claim 1 to 4, it is characterized in that, on described agriculture Internet of Things collecting device, be provided with three pilot lamp, it is respectively used to indicate described agriculture Internet of Things collecting device to be in charged state, network state and duty.

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