CN204143208U - A kind of kelp seedling cultivation illumination monitoring and warning device - Google Patents
A kind of kelp seedling cultivation illumination monitoring and warning device Download PDFInfo
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- CN204143208U CN204143208U CN201420627494.1U CN201420627494U CN204143208U CN 204143208 U CN204143208 U CN 204143208U CN 201420627494 U CN201420627494 U CN 201420627494U CN 204143208 U CN204143208 U CN 204143208U
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Abstract
The utility model relates to a kind of kelp seedling cultivation illumination monitoring and warning device, comprise photometric data and gather forward node and photometric data warning node, photometric data gathers forward node and comprises power supply unit one, data receipt unit, data forwarding unit one, data forwarding unit two and mutual information processing unit one, and described photometric data warning node comprises power supply unit two, alarm control unit, audible-visual annunciator and mutual information processing unit two.The retransmitting paramater that the utility model has kelp seedling cultivation photometric data arranges function; The utility model supports Ethernet and GPRS two kinds of data transfer modes simultaneously, there is extensive adaptability, Ethernet data transmission mode is applicable to the network environment possessing in-house network or internet, and GPRS data transmission mode is applicable to the kelp seedling cultivation production scene without online condition; The utility model has kelp seedling cultivation intensity of illumination alarm parameters and arranges function; The utility model has sound and light of alarm; The utility model has control output function.
Description
Technical field
The utility model relates to a kind of kelp seedling cultivation illumination monitoring and warning device, belongs to technical field of agricultural information.
Background technology
Kelp seedling cultivation is generally under artificially controlling temperature condition, utilizes natural lighting to carry out summer sporelings (of laminaria) cultivation.The growth of kelp seedling is more responsive to external environmental factor especially intensity of illumination, and intensity of illumination directly can affect the formation of kelp spore sorus and sporangial development degree; In addition, the kelp seedling sporinite of different times is not identical to the requirement of illumination condition yet.Therefore, under natural lighting condition, kelp seedling cultivation enterprise needs to understand current intensity of illumination in time, the timely intensity of illumination Changing Pattern grasping every day, can process in time when occurring that intensity of illumination is abnormal, to ensure kelp seedling growing environment, improving seedling percent and quality of emerging.
So far, in most kelp seedling cultivation enterprise of China, the old way adopting traditional hand-held illuminometer to carry out artificial light-metering is still.Within kelp seedling cultivation season, light-metering personnel need ceaselessly to hold illuminometer every day and walk about everywhere in seedling culturing vehicle, and not only the data precision is not high, and want labour and the time of at substantial, and effort of taking a lot of work, efficiency is very low.
Summary of the invention
For deficiency of the prior art, the utility model discloses a kind of kelp seedling cultivation illumination monitoring and warning device;
The utility model is a set of solution based on technology of Internet of things.Whole system gathers forward node and photometric data warning node two parts composition primarily of photometric data.Photometric data gathers the Monitoring Data that forward node is responsible for receiving and forwarding from kelp seedling cultivation spot sensor, and photometric data warning node is responsible for receiving photometric data, arranging alarm parameters and sound and light alarm.By installing and implementing native system, the problems such as the Real-Time Monitoring of factor of illuminance in kelp seedling cultivation enterprise seedling culturing vehicle, risk alarm and photometric data statistical study can be solved well, reduce personnel labor intensity, improve nursery work efficiency.
The technical solution of the utility model is as follows:
A kind of kelp seedling cultivation illumination monitoring and warning device, comprise photometric data and gather forward node and photometric data warning node, described photometric data gathers forward node and connects described photometric data warning node, described photometric data gathers forward node and comprises power supply unit one, data receipt unit, data forwarding unit one, data forwarding unit two and mutual information processing unit one, described power supply unit one connects described data receipt unit respectively, described data forwarding unit one, described data forwarding unit two and described mutual information processing unit one, described data receipt unit connects described mutual information processing unit one, described mutual information processing unit one connects described data forwarding unit one and described data forwarding unit two respectively, described photometric data warning node comprises power supply unit two, alarm control unit, audible-visual annunciator and mutual information processing unit two, described power supply unit two connects described alarm control unit, described audible-visual annunciator and described mutual information processing unit two respectively, and described mutual information processing unit two, described alarm control unit are connected successively with described audible-visual annunciator, described power supply unit one and described power supply unit two include voltage transformation module, standby electric module.
Preferred according to the utility model, the model of described power supply unit one and described power supply unit two is MW NED-50B; The model of described data receipt unit is SZ05-ADV/SI4432; The model of described data forwarding unit one is USRTCP232-401; The model of described data forwarding unit two is SZ11-GPRS; The model of described mutual information processing unit one is MCGS TPC 7062HI; The model of described alarm control unit is FT-R04-100; The model of described audible-visual annunciator is ZXDZBJ-3; The model of described mutual information processing unit two is MCGS TPC 1062K.
Preferred according to the utility model, described data receipt unit connects described mutual information processing unit one by RS485 bus, described mutual information processing unit one connects described data forwarding unit one and described data forwarding unit two respectively by RS485 bus, and described mutual information processing unit two connects described alarm control unit by RS485 bus.
Preferred according to the utility model, described data receipt unit is provided with 2 road RS485 bus interface, described data receipt unit supporting industry standard MODBUS communications protocol or self-defined communications protocol; Described data forwarding unit one is provided with the data retransmission interface of 1 tunnel configuration RS485/ Ethernet modular converter; Described data forwarding unit two is provided with the data retransmission interface of 1 tunnel configuration RS485/GPRS modular converter; Described mutual information processing unit one is provided with 1 piece of industrial touch screen, and described industrial touch screen internal operation has existing Embedded Configuration Software system; Described alarm control unit is provided with No. 4 relays and 1 described audible-visual annunciator, and described alarm control unit is also provided with 1 road RS485 communication interface; Described mutual information processing unit two is provided with 1 piece of industrial touch screen, and described mutual information processing unit two is also provided with 1 road RJ45 communication interface, and described mutual information processing unit two internal operation has existing Embedded Configuration Software system.
Under the support of mutual information processing unit one, described data forwarding unit one and described data forwarding unit two carry out the real-time forwarding of 2 circuit-switched data simultaneously.
Described voltage transformation module is used for 220V civil power to be converted to 24V and 5V; Described standby electric module is used for realizing under civil power disconnection for described monitoring and warning device continuous working 3-5 hour; Described data receipt unit, for gathering photometric data, is sent to described mutual information processing unit one by RS485 bus; Described in described data forwarding unit a pair, photometric data carries out data conversion, is outwards forwarded, and by Ethernet, described photometric data is transferred to described photometric data warning node by RJ45 interface; Described data forwarding unit two carries out data conversion to described photometric data, is outwards forwarded and by internet, described photometric data is transferred to remote server by GPRS; Described mutual information processing unit one is arranged for finishing man-machine interaction, data retransmission, retransmitting paramater, that is: operator on duty arranges the frequency of described photometric data forwarding and the destination address of forwarding in described mutual information processing unit one; Described alarm control unit receives the instruction of described mutual information processing unit two, carries out sound and light alarm or controls other equipment, and other equipment described comprise sunshade net, the shutter of production scene; Described mutual information processing unit two receives and shows the time point of described photometric data and collection, completes data display, man-machine interaction, warning setting, controlling alarm; Seedling-raising technique personnel, according to the different bearing stage of kelp seedling, mark off multiple monitoring, alarming period, and set the alarm parameters of each monitoring, alarming period in described mutual information processing unit two, and described alarm parameters is illumination threshold value; When the time point of the collection of described photometric data falls into certain monitoring, alarming period, automatically this illumination threshold value corresponding to monitoring, alarming period is loaded, and the illumination threshold value corresponding to described photometric data and this monitoring, alarming period described is compared: when described photometric data exceeds described illumination threshold value, under the instruction of described information interaction processing unit two, open alarm control unit; When described photometric data does not exceed described illumination threshold value, described alarm control unit is in closed condition;
The advantage herein designed is, the utility model supports Ethernet and GPRS two kinds of data transfer modes simultaneously, has extensive adaptability in actual applications; Ethernet data transmission mode is applicable to the network environment possessing in-house network or internet near kelp seedling cultivation production scene, and GPRS data transmission mode is applicable to the remote kelp seedling cultivation production scene without online condition, position.
Preferred according to the utility model, illumination monitoring and warning device also comprise housing one, described photometric data gathers forward node and is encapsulated in described housing one, described housing one base plate is provided with fixed hole position, for being fixed in described housing one by described power supply unit one, described data receipt unit, described data forwarding unit one, described data forwarding unit two and described mutual information processing unit one; Described housing one is provided with inside door and external door, and described inside door is embedded with industrial touch screen, is embedded with organic glass above described external door, and described inside door and described external door are equipped with door lock; Sealing strip is embedded with inside external door; Described industrial touch screen is 7.2 " TFT liquid crystal displays.
The advantage herein designed is, described housing one is provided with inside door and external door, and described inside door is embedded with industrial touch screen, is embedded with organic glass above described external door, is convenient to user's view screen; Described inside door and described external door are equipped with door lock, open external door and carry out contact action, be embedded with sealing strip inside external door, waterproof dust-proof after closing.
Preferred according to the utility model, illumination monitoring and warning device also comprise housing two, described photometric data warning node encapsulates is in described housing two, described housing two base plate is provided with fixed hole position, for being fixed in described housing two by described power supply unit two, described alarm control unit, described audible-visual annunciator and described mutual information processing unit two; Housing two is provided with the door of single opening structure, is provided with door lock; Described door is provided with perforate, described door is embedded with 1 audible-visual annunciator.
Preferred according to the utility model, described voltage transformation module is Special circuit board, is screwed on housing one or housing two base plate, and the external triple cable of described Special circuit board also passes housing one or housing two from perforate, and tapping is provided with water joint; Described standby electric module adopts 2 pieces of bar shaped accumulators, and described bar shaped accumulator is fixed on housing one or housing two base plate by iron clamp.
The utility model only protects described photometric data to gather annexation in annexation in forward node between power supply unit one, data receipt unit, data forwarding unit one, data forwarding unit two and mutual information processing unit one and photometric data warning node between power supply unit two, alarm control unit, audible-visual annunciator and mutual information processing unit two; the embedded program of described each unit is Default Value; those skilled in the art can buy, and described each unit combines the combined action produced not to be had.
The beneficial effects of the utility model are:
1, the utility model has the collection monitoring of kelp seedling cultivation photometric data and automatic forwarding capability, organically combines, the photometric data of automatic pick-up transducers with the optical sensor being located at production scene, and automatically forwards toward outside; The retransmitting paramater that the utility model has kelp seedling cultivation photometric data arranges function, arranges the frequency of described photometric data forwarding and the destination address of forwarding by operator on duty;
2, the utility model supports Ethernet and GPRS two kinds of data transfer modes simultaneously, has extensive adaptability in actual applications; Ethernet data transmission mode is applicable to the network environment possessing in-house network or internet near kelp seedling cultivation production scene, and GPRS data transmission mode is applicable to the remote kelp seedling cultivation production scene without online condition, position;
3, the utility model has kelp seedling cultivation intensity of illumination alarm parameters and arranges function, seedling-raising technique personnel are according to the different bearing stage of kelp seedling, mark off multiple monitoring, alarming period, and set the alarm parameters of each monitoring, alarming period in described mutual information processing unit two; Described alarm parameters is illumination threshold value; Mutual information processing unit two is provided with internal clocking, when the time point of the collection of described photometric data falls into certain monitoring, alarming period, automatically this illumination threshold value corresponding to monitoring, alarming period is loaded, and the illumination threshold value corresponding to described photometric data and this monitoring, alarming period described is compared: when described photometric data exceeds described illumination threshold value, under the instruction of described information interaction processing unit two, open alarm control unit; When described photometric data does not exceed described illumination threshold value, described alarm control unit is in closed condition;
4, the utility model is provided with audible-visual annunciator, has sound and light of alarm, carries out sound and light alarm immediately when the intensity of illumination in kelp seedling cultivation workshop exceeds described illumination threshold value, and prompting managerial personnel take measures to reduce loss in time;
5, the utility model has control output function, according to alarm condition automatic output switch amount signal, starts or closes sunshade net, the shutter external unit of production scene, realize the regulation and control to photoenvironment between seedling culturing vehicle.
Accompanying drawing explanation
Fig. 1 is the utility model application schematic diagram;
In Fig. 1, monitoring described in the utility model and warning device and be located at the optical sensor of production scene, remote server organically combines, automatically gather the photometric data of optical sensor, and automatically forward toward outside;
Fig. 2 is the structural representation that the utility model photometric data gathers forward node;
Fig. 3 is the structural representation of the utility model photometric data warning node;
Fig. 4 is the structural representation of the utility model housing one;
Fig. 5 is the structural representation of the utility model housing two;
Wherein, 1, power supply unit one; 2, data receipt unit; 3, data forwarding unit one; 4, data forwarding unit two; 5, mutual information processing unit one; 6, optical sensor; 7, power supply unit two; 8, alarm control unit; 9, audible-visual annunciator; 10, mutual information processing unit two; 11, base plate; 12, inside door; 13, external door; 14, industrial touch screen; 15, organic glass window; 16, door lock.
Embodiment
Below in conjunction with Figure of description and embodiment, the utility model is further qualified, but is not limited thereto.
Embodiment
A kind of kelp seedling cultivation illumination monitoring and warning device, comprise photometric data and gather forward node and photometric data warning node, described photometric data gathers forward node and connects described photometric data warning node, described photometric data gathers forward node and comprises power supply unit 1, data receipt unit 2, data forwarding unit 1, data forwarding unit 24 and mutual information processing unit 1, described power supply unit 1 connects described data receipt unit 2 respectively, described data forwarding unit 1, described data forwarding unit 24 and described mutual information processing unit 1, described data receipt unit 2 connects described mutual information processing unit 1, described mutual information processing unit 1 connects described data forwarding unit 1 and described data forwarding unit 24 respectively, described photometric data warning node comprises power supply unit 27, alarm control unit 8, audible-visual annunciator 9 and mutual information processing unit 2 10, described power supply unit 27 connects described alarm control unit 8, described audible-visual annunciator 9 and described mutual information processing unit 2 10 respectively, and described mutual information processing unit 2 10, described alarm control unit 8 are connected successively with described audible-visual annunciator 9, described power supply unit 1 and described power supply unit 27 include voltage transformation module, standby electric module.
The model of described power supply unit 1 and described power supply unit 27 is MW NED-50B; The model of described data receipt unit 2 is SZ05-ADV/SI4432; The model of described data forwarding unit 1 is USR TCP232-401; The model of described data forwarding unit 24 is SZ11-GPRS; The model of described mutual information processing unit 1 is MCGS TPC 7062HI; The model of described alarm control unit 8 is FT-R04-100; The model of described audible-visual annunciator 9 is ZXDZ BJ-3; The model of described mutual information processing unit 2 10 is MCGS TPC 1062K.
Described data receipt unit 2 connects described mutual information processing unit 1 by RS485 bus, described mutual information processing unit 1 connects described data forwarding unit 1 and described data forwarding unit 24 respectively by RS485 bus, and described mutual information processing unit 2 10 connects described alarm control unit 8 by RS485 bus.
Described data receipt unit 2 is provided with 2 road RS485 bus interface, described data receipt unit 2 supporting industry standard MODBUS communications protocol or self-defined communications protocol; Described data forwarding unit 1 is provided with the data retransmission interface of 1 tunnel configuration RS485/ Ethernet modular converter; Described data forwarding unit 24 is provided with the data retransmission interface of 1 tunnel configuration RS485/GPRS modular converter; Described mutual information processing unit 1 is provided with 1 piece of industrial touch screen 14, and described industrial touch screen 14 internal operation has existing Embedded Configuration Software system; Described alarm control unit 8 is provided with No. 4 relays and 1 described audible-visual annunciator 9, and described alarm control unit 8 is also provided with 1 road RS485 communication interface; Described mutual information processing unit 10 2 is provided with 1 piece of industrial touch screen 14, and described mutual information processing unit 2 10 is also provided with 1 road RJ45 communication interface, and described mutual information processing unit 2 10 internal operation has existing Embedded Configuration Software system.
Under the support of mutual information processing unit 1, described data forwarding unit 1 and described data forwarding unit 24 carry out the real-time forwarding of 2 circuit-switched data simultaneously.
Described voltage transformation module is used for 220V civil power to be converted to 24V and 5V; Described standby electric module is used for realizing under civil power disconnection for described monitoring and warning device continuous working 3-5 hour; Described data receipt unit 2, for gathering photometric data, is sent to described mutual information processing unit 1 by RS485 bus; Described data forwarding unit 1 carries out data conversion to described photometric data, is outwards forwarded by RJ45 interface, and by Ethernet, described photometric data is transferred to described photometric data warning node; Described data forwarding unit 24 carries out data conversion to described photometric data, is outwards forwarded and by internet, described photometric data is transferred to remote server by GPRS; Described mutual information processing unit 1 is arranged for finishing man-machine interaction, data retransmission, retransmitting paramater, that is: operator on duty arranges the frequency of described photometric data forwarding and the destination address of forwarding in described mutual information processing unit 1; Described alarm control unit 8 receives the instruction of described mutual information processing unit 2 10, carries out sound and light alarm or controls other equipment, and other equipment described comprise sunshade net, the shutter of production scene; Described mutual information processing unit 2 10 receives and shows the time point of described photometric data and collection, completes data display, man-machine interaction, warning setting, controlling alarm; Seedling-raising technique personnel, according to the different bearing stage of kelp seedling, mark off multiple monitoring, alarming period, and set the alarm parameters of each monitoring, alarming period in described mutual information processing unit 2 10, and described alarm parameters is illumination threshold value; When the time point of the collection of described photometric data falls into certain monitoring, alarming period, automatically this illumination threshold value corresponding to monitoring, alarming period is loaded, and the illumination threshold value corresponding to described photometric data and this monitoring, alarming period described is compared: when described photometric data exceeds described illumination threshold value, under the instruction of described information interaction processing unit 2 10, open alarm control unit 8; When described photometric data does not exceed described illumination threshold value, described alarm control unit 8 is in closed condition;
The advantage herein designed is, the utility model supports Ethernet and GPRS two kinds of data transfer modes simultaneously, has extensive adaptability in actual applications; Ethernet data transmission mode is applicable to the network environment possessing in-house network or internet near kelp seedling cultivation production scene, and GPRS data transmission mode is applicable to the remote kelp seedling cultivation production scene without online condition, position.
Illumination monitoring and warning device also comprise housing one, described photometric data gathers forward node and is encapsulated in described housing one, described housing one base plate 11 is provided with fixed hole position, for being fixed in described housing one by described power supply unit 1, described data receipt unit 2, described data forwarding unit 1, described data forwarding unit 24 and described mutual information processing unit 1; Described housing one is provided with inside door 12 and external door 13, and described inside door 12 is embedded with industrial touch screen 14, and described external door 13 is embedded with organic glass 15 above, and described inside door 12 and described external door 13 are equipped with door lock 16; Sealing strip is embedded with inside external door 13; Described industrial touch screen 14 is 7.2 " TFT liquid crystal displays.
The advantage herein designed is, described housing one is provided with inside door 12 and external door 13, and described inside door 12 is embedded with industrial touch screen 14, and described external door 13 is embedded with organic glass 15 above, is convenient to user's view screen; Described inside door 12 and described external door 13 are equipped with door lock 16, open external door 13 and carry out contact action, be embedded with sealing strip inside external door 13, waterproof dust-proof after closing.
Illumination monitoring and warning device also comprise housing two, described photometric data warning node encapsulates is in described housing two, described housing two base plate 11 is provided with fixed hole position, for being fixed in described housing two by described power supply unit 27, described alarm control unit 8, described audible-visual annunciator 9 and described mutual information processing unit 2 10; Housing two is provided with the door of single opening structure, is provided with door lock 16; Described door is provided with perforate, described door is embedded with 1 audible-visual annunciator 9.
Described voltage transformation module is Special circuit board, is screwed on housing one or housing two base plate, and the external triple cable of described Special circuit board also passes housing one or housing two from perforate, and tapping is provided with water joint; Described standby electric module adopts 2 pieces of bar shaped accumulators, and described bar shaped accumulator is fixed on housing one or housing two base plate by iron clamp.
The method of work of described device, concrete steps comprise:
(1) described photometric data collection forward node powers on, described power supply unit 1 is powered to described data receipt unit 2, described data forwarding unit 1, described data forwarding unit 24 and described mutual information processing unit 1, and the start of described data receipt unit 2, described data forwarding unit 1, described data forwarding unit 4 two and described mutual information processing unit 1 runs;
(2) described data receipt unit 2 gathers photometric data, is sent to described mutual information processing unit 1 by RS485 bus;
(3) described mutual information processing unit 1 receives and shows described photometric data, operator on duty arranges the frequency of described photometric data forwarding and the destination address of forwarding in described mutual information processing unit 1, is sent to described data forwarding unit 1 and described data forwarding unit 24 by RS485 bus synchronous;
(4) described data forwarding unit 1 carries out data conversion to described photometric data, described data forwarding unit 1 carries out data conversion to described photometric data, outwards forwarded by RJ45 interface, and by Ethernet, described photometric data is transferred to described photometric data warning node, enter step (5); Described data forwarding unit 24 carries out data conversion to described photometric data, is outwards forwarded and by internet, described photometric data is transferred to remote server by GPRS, enters step (6);
(5) described photometric data warning node powers on, described power supply unit 27 is to the power supply of described alarm control unit 8, audible-visual annunciator 9 and mutual information processing unit 2 10, and the start of power supply unit 27, alarm control unit 8, audible-visual annunciator 9 and mutual information processing unit 2 10 runs, described mutual information processing unit 2 10 loads described multiple monitoring, alarming period and the alarm parameters corresponding to described each monitoring, alarming period automatically, described photometric data warning node receives photometric data by Ethernet interface, described mutual information processing unit 2 10 receives and shows the time point of described photometric data and collection, when the time point of the collection of described photometric data falls into certain monitoring, alarming period, automatically this illumination threshold value corresponding to monitoring, alarming period is loaded, and the illumination threshold value corresponding to described photometric data and this monitoring, alarming period described is compared: when described photometric data exceeds described illumination threshold value, alarm control unit 8 is opened under the instruction of described information interaction processing unit 2 10, after described alarm control unit 8 is opened, described audible-visual annunciator 9 power supply is connected, carry out sound and light alarm or control other equipment, operator on duty takes treatment measures in time according to alarm condition, when described photometric data does not exceed described illumination threshold value, described alarm control unit 8 is in closed condition,
(6) described photometric data is through GPRS transmission accessing Internet, and transfers to remote server; Remote server monitors described remote server particular port, receives the described photometric data of transmission and stores; Described remote server runs existing special software, and operator on duty uses Computer Browser or cell-phone customer terminal to check the Lighting information in kelp seedling cultivation workshop respectively, realizes remote monitoring.
Claims (7)
1. a kelp seedling cultivation illumination monitoring and warning device, it is characterized in that, comprise photometric data and gather forward node and photometric data warning node, described photometric data gathers forward node and connects described photometric data warning node, described photometric data gathers forward node and comprises power supply unit one, data receipt unit, data forwarding unit one, data forwarding unit two and mutual information processing unit one, described power supply unit one connects described data receipt unit respectively, described data forwarding unit one, described data forwarding unit two and described mutual information processing unit one, described data receipt unit connects described mutual information processing unit one, described mutual information processing unit one connects described data forwarding unit one and described data forwarding unit two respectively, described photometric data warning node comprises power supply unit two, alarm control unit, audible-visual annunciator and mutual information processing unit two, described power supply unit two connects described alarm control unit, described audible-visual annunciator and described mutual information processing unit two respectively, and described mutual information processing unit two, described alarm control unit are connected successively with described audible-visual annunciator, described power supply unit one and described power supply unit two include voltage transformation module, standby electric module.
2. a kind of kelp seedling cultivation illumination monitoring according to claim 1 and warning device, is characterized in that, the model of described power supply unit one and described power supply unit two is MW NED-50B; The model of described data receipt unit is SZ05-ADV/SI4432; The model of described data forwarding unit one is USR TCP232-401; The model of described data forwarding unit two is SZ11-GPRS; The model of described mutual information processing unit one is MCGS TPC 7062HI; The model of described alarm control unit is FT-R04-100; The model of described audible-visual annunciator is ZXDZ BJ-3; The model of described mutual information processing unit two is MCGS TPC 1062K.
3. a kind of kelp seedling cultivation illumination monitoring according to claim 1 and warning device, it is characterized in that, described data receipt unit connects described mutual information processing unit one by RS485 bus, described mutual information processing unit one connects described data forwarding unit one and described data forwarding unit two respectively by RS485 bus, and described mutual information processing unit two connects described alarm control unit by RS485 bus.
4. a kind of kelp seedling cultivation illumination monitoring according to claim 1 and warning device, it is characterized in that, described data receipt unit is provided with 2 road RS485 bus interface, described data receipt unit supporting industry standard MODBUS communications protocol or self-defined communications protocol; Described data forwarding unit one is provided with the data retransmission interface of 1 tunnel configuration RS485/ Ethernet modular converter; Described data forwarding unit two is provided with the data retransmission interface of 1 tunnel configuration RS485/GPRS modular converter; Described mutual information processing unit one is provided with 1 piece of industrial touch screen, and described industrial touch screen internal operation has existing Embedded Configuration Software system; Described alarm control unit is provided with No. 4 relays and 1 described audible-visual annunciator, and described alarm control unit is also provided with 1 road RS485 communication interface; Described mutual information processing unit two is provided with 1 piece of industrial touch screen, and described mutual information processing unit two is also provided with 1 road RJ45 communication interface, and described mutual information processing unit two internal operation has existing Embedded Configuration Software system.
5. a kind of kelp seedling cultivation illumination monitoring according to claim 1 and warning device, it is characterized in that, illumination monitoring and warning device also comprise housing one, described photometric data gathers forward node and is encapsulated in described housing one, described housing one base plate is provided with fixed hole position, for being fixed in described housing one by described power supply unit one, described data receipt unit, described data forwarding unit one, described data forwarding unit two and described mutual information processing unit one; Described housing one is provided with inside door and external door, and described inside door is embedded with industrial touch screen, is embedded with organic glass window above described external door, and described inside door and described external door are equipped with door lock; Sealing strip is embedded with inside external door; Described industrial touch screen is 7.2 " TFT liquid crystal displays.
6. a kind of kelp seedling cultivation illumination monitoring according to claim 1 and warning device, it is characterized in that, illumination monitoring and warning device also comprise housing two, described photometric data warning node encapsulates is in described housing two, described housing two base plate is provided with fixed hole position, for being fixed in described housing two by described power supply unit two, described alarm control unit, described audible-visual annunciator and described mutual information processing unit two; Housing two is provided with the door of single opening structure, is provided with door lock; Described door is provided with perforate, described door is embedded with 1 audible-visual annunciator.
7. a kind of kelp seedling cultivation illumination monitoring according to any one of claim 1-6 and warning device, it is characterized in that, described voltage transformation module is Special circuit board, be screwed on housing one or housing two base plate, the external triple cable of described Special circuit board also passes housing one or housing two from perforate, and tapping is provided with water joint; Described standby electric module adopts 2 pieces of bar shaped accumulators, and described bar shaped accumulator is fixed on housing one or housing two base plate by iron clamp.
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| CN201420627494.1U CN204143208U (en) | 2014-10-27 | 2014-10-27 | A kind of kelp seedling cultivation illumination monitoring and warning device |
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| CN201420627494.1U CN204143208U (en) | 2014-10-27 | 2014-10-27 | A kind of kelp seedling cultivation illumination monitoring and warning device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104331014A (en) * | 2014-10-27 | 2015-02-04 | 山东省农业科学院科技信息研究所 | Kelp seedling illumination monitoring and alarming device and working method thereof |
| CN108305467A (en) * | 2018-03-13 | 2018-07-20 | 中国电子科技集团公司第三十八研究所 | A kind of bicycle road entrance vehicle flow detection system based on self-identifying |
-
2014
- 2014-10-27 CN CN201420627494.1U patent/CN204143208U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104331014A (en) * | 2014-10-27 | 2015-02-04 | 山东省农业科学院科技信息研究所 | Kelp seedling illumination monitoring and alarming device and working method thereof |
| CN108305467A (en) * | 2018-03-13 | 2018-07-20 | 中国电子科技集团公司第三十八研究所 | A kind of bicycle road entrance vehicle flow detection system based on self-identifying |
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