KR20110064396A - Ubiquitous led lighting devices with cockatrice management methods - Google Patents

Abstract

PURPOSE: A method for managing a piggery using a ubiquitous light emitting diode-based light illuminating apparatus is provided to confirm the illuminance of the piggery using a controlling unit at a remote place. CONSTITUTION: Wired-wireless network(200) implements bidirectional communication with a piggery(100). A piggery light illuminating lamp controlling unit(300) monitors the illuminance of the piggery through the wired-wireless network. Information related to the illuminance of the piggery is stored and managed by the controlling unit. The controlling unit includes a managing part, a communicating part, and a manipulating part.

Description

Ubiquitous LED lighting devices with cockatrice management methods}

The present invention relates to a pig lighting management system and method using the ubiquitous LED lighting device. In more detail, the piglet lighting management system using the ubiquitous LED lighting device that monitors the piglets that need to manage the lighting by using the piglet lighting control device at a remote place and adjusts the pig's illumination according to the standard environment suitable for the pig's growth. It's about how.

In general, piglets raised in pig farms are graded on the product produced according to the degree of lighted stress. Therefore, a lighting device that constantly adjusts the illuminance of the pigs was used, which requires the administrator to directly control, monitor, and manage the device, and set the state at the site at all times to adjust the illumination.

In the meantime, the manager has been operating the lighting device in view of the conditions necessary for the growth of piglets by actively utilizing his or her knowledge, and the manager must manage the lighting state accurately in order to achieve the performance of piglet breeding. There is this.

The present invention has been made in view of the above-described circumstances, and an object of the present invention is to transmit illuminance information collected using an illuminance measuring device inside a pig house to a pig house lighting control device through a wired / wireless communication network, and accumulated in the pig house control device. Pig management system using ubiquitous LED lighting device to manage / control / set the pig's illuminance with recommended lighting conditions in consideration of lighting information, current lighting and external lighting such as sunlight, and to manage remote pigs To provide a way

As described in detail above, according to the piglet lighting management system and the method using the ubiquitous LED lighting device of the present invention, controlling the illuminance affecting the growth of pigs is remotely using piglet lighting control device from a remote place It is possible to check and change the status, which reduces the management burden of pigs.

Although the present invention has been described in detail with reference to preferred embodiments, the present invention is not limited to the above-described embodiments, and the technical field to which the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical idea of the present invention to the extent that various modifications or changes are possible.

Pig management system using the ubiquitous LED lighting device according to the first aspect of the invention for achieving the above object

Ubiquitous LED lighting device that receives the setting value from the pigs' lighting control device to set the lighting intensity suitable for the growth of piglets in pigs, and illuminates the illumination of the lighting suitable for the growth of piglets;

Illuminance measuring device for measuring illuminance inside pig house measured by the influence of external lighting such as ubiquitous LED lighting device and solar light, and delivering illuminance information inside pig house to pig house lighting control device;

It provides the optimal environment for the growth of piglets composed of piglet lighting control device for checking and monitoring the illuminance measurement data inside the pig house transmitted from the illumination measuring device and inputting and managing the illumination data suitable for the growth of piglets.

IP-based sensor network farm management method according to a second aspect of the present invention for achieving the above object,

A) step of registering the pig's unique number and lighting information to be managed and controlled using the wire and wireless communication network in the pig house lighting control device; And

B) the pig's illuminance measuring device measures the sunlight and the current illumination state and transmits to the pig house lighting control device through a wired or wireless communication network; And

C) receiving, by the pig lighting control device, measurement data transmitted from the measurement sensor and state data of the driving device through a wired / wireless communication network; And

Therefore, according to the present invention, it is possible to maximize the growth of piglets by raising the roughness of pigs in the optimum state and breeding. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The present invention, anytime, where wired and wireless communication network is possible, wherever and anywhere through the wired and wireless communication network to maintain optimal lighting conditions, pigs lighting management system using a ubiquitous LED lighting device that can optimally manage the growth environment of piglets It is about a method.

1 is a view showing a pig management system using a ubiquitous LED lighting device according to an embodiment of the present invention, Figure 2 schematically shows a system implemented inside the pig house lighting control device.

The pig house lighting management system using the ubiquitous LED lighting device of the present invention monitors, stores and manages pig's illumination information through the wire / wireless communication network 200 and the wire / wireless communication network for bidirectional communication with the pig house 100. 100 and management of the lighting information, including the pigeon lighting control device 300 for monitoring the illumination information, analysis information, reference information, processing results and the like collected from the pig company 100 and manages the set value; It is composed.

The piglet lighting control device 300 includes a management unit 310 for managing lighting information of pigs, a communication unit 320 for bidirectional communication with pigs, and an operation unit 330 for monitoring and controlling the state of pigs. do.

Donsa 100 of the present invention is used as a concept of a place to manage the breeding of piglets. Inside the pig yarn 100 is composed of an illumination measuring device 120 for measuring the roughness of the pig yarn, and a ubiquitous LED lighting device 110 for controlling the illumination state of the pig yarn 100.

As an example of the communication implemented by the communication unit 320 of the pigs lighting control device 300, a wired communication method using a communication method such as LAN, RS-232, RS-422, RS-485, USB, Wireless communication methods include WLAN, RF, BlueTooth, 802.15.4, Zigbee, USN, and WSN.

1 is a complete block diagram of a pig house lighting management system using a ubiquitous LED lighting device

Figure 2 is an example of the use of pilgrim lighting management system using the ubiquitous LED lighting device

Explanation of symbols for main parts of the drawings

100: Barn

110: ubiquitous LED lighting device

120: roughness measuring device

200: wired or wireless communication network

300: pig house lighting control device

310: management

320: communication unit

330: control panel

Claims (3)

Using a ubiquitous LED lighting device to illuminate the inside of the pig house, using the external effect of sunlight, pig house lighting control device for maintaining the pig's lighting constant and Ubiquitous LED lighting from the pig house lighting control device to express the environmental status information by comparing the illumination information of pigs received by the pig house lighting control device to the illumination intensity required for the growth of the pig, and to control the same environment as the growth standard information The piglet lighting control device delivers the setting value to the device, and measures the value caused by external lighting factors such as the sun along with the setting value set from the illuminance measuring device to the ubiquitous LED lighting device and transmits the measured value to the pig house lighting control device. Ubiquitous LED pig lighting management system comprising a According to claim 1, wherein the pig control device Communication unit for receiving the illumination information from the illuminance specific device of the pig company, and transmits the set value to the ubiquitous LED lighting device; And A management unit for comparing the illuminance information of pigs received from the communication unit with the illuminance information required for pig growth to determine and store illuminance information to be changed in the ubiquitous LED; and Ubiquitous LED pig house lighting management system comprising a; control unit for inputting the illumination information necessary for the growth of pigs displayed on the management unit, and confirms the current pig house illuminance state The communication unit of claim 2, wherein In wired and wireless communication methods, communication methods such as LAN, RS-232, RS-422, RS-485, and USB are used as wired communication methods.Wireless communication methods include WLAN, RF, BlueTooth, 802.15.4, Zigbee, Ubiquitous LED pig farm lighting management system using communication methods such as USN and WSN

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