KR102231968B1 - Smart farm integrated management system that can be linked with online distribution - Google Patents

Abstract

The present invention monitors environment information such as temperature and humidity inside the house as well as whether or not there is an abnormality in the facility, outputs an alarm signal when a problem occurs, so that the administrator can recognize it, and it is only possible to remotely control the environment and equipment of the house. Rather, it relates to a smart farm integrated management system that can be linked with online distribution that can provide history and images of growing crops.In detail, a house that has an internal space and creates a growing environment for crop cultivation in the internal space. facility; A measurement unit that measures environmental information including temperature and humidity of the house facility and outputs measurement data; A management server that collects and stores measurement data output from the measurement unit and monitors real-time environmental information analyzed based on the measurement data; And a user terminal that accesses the management server through a wired/wireless communication network and displays information monitored by the management server.

Description

Smart farm integrated management system that can be linked with online distribution}

The present invention monitors environment information such as temperature and humidity inside the house as well as whether or not there is an abnormality in the facility, outputs an alarm signal when a problem occurs, so that the administrator can recognize it, and it is only possible to remotely control the environment and equipment of the house. Rather, it relates to a smart farm integrated management system that can be linked with online distribution that can provide history and images of growing crops.

In recent years, there is a trend that the basis for cultivation of crops such as returning farming/gwichon as well as weekend farms is spreading.

There are many people who want to obtain know-how about crop cultivation by sharing information or data related to crop cultivation with each other, but the crop cultivation method is still only in contact with the standard cultivation method of public institutions such as the Agricultural Technology Center. In addition, more specific and detailed information on crop cultivation is not yet easy to access unless it is through people who have actually experienced crop cultivation.

In particular, in the case of a green house, the temperature and humidity inside are very important. When the temperature in the middle of winter falls, you need to heat before reaching the minimum temperature, and when the temperature inside the green house rises in the middle of the day, you need to respond quickly when ventilation is needed.

Normally, a temperature sensor is installed in a green house, so when the temperature rises above the proper temperature, the switch opens, the ventilation fan that circulates air is also operated, and if the humidity is insufficient, the sprinkler is operated to supply moisture.

These cultivation methods have standard cultivation methods provided by public institutions, but standard cultivation methods are also cultivation methods created by accumulating data on detailed conditions such as the existing growing environment, climate, region, and weather for a long period of time. There are problems that can be different.

In this way, not only returning farms/gwichons, but also crop farmers such as weekend farms, as well as veteran farmers who have managed and operated green houses for a long time, respond to changing conditions such as climate and weather and how to cope with crop growth conditions. There was a problem of lack of expertise and time to continuously collect crop cultivation data in real time and reflect it in crop cultivation.

And in the case of a green house, the temperature and humidity inside are very important, so when the temperature in the middle of winter falls, you need to heat it before it reaches the minimum temperature, and when the temperature inside the green house rises in the middle of the day, you need to respond quickly when ventilation is needed. There are also cases in which a farmer who is out of the office can lose time and see frustration.

In addition, in rural areas, the elderly population is large, making it difficult to move. To visually check the growth status of crops in a green house, you need to go directly to a far-off green house and check the growth status of the crops with your own eyes. In terms of adjustment, the interface for controlling the devices was complicated or difficult, making it difficult for unskilled farmers to respond quickly.

As such, for those who want to return to farming or new farmers who do not have new skills or experience in agriculture, they do not have the ability to replace immediately when a problem occurs in the crop due to the environmental change of the greenhouse. Therefore, remote monitoring of temperature and humidity is optimal. There is an urgent need to build an intelligent green house system that supports automatic temperature and humidity adjustment.

Republic of Korea Patent Publication No. 10-2012-0028191

Therefore, the object of the present invention is to monitor the environment information such as temperature and humidity inside the house as well as the presence or absence of an abnormality in the facility, output an alarm signal when a problem occurs so that the manager can recognize it, and control the growing environment and equipment of the house remotely It is to provide a smart farm integrated management system that can be linked with online distribution that can provide not only the history and images of growing crops, but also the growing crops.

As a means for solving the above-described problems, the smart farm integrated management system capable of linking with the online distribution of the present invention includes: a house facility in which an internal space is provided and a growing environment for crop cultivation is created in the internal space; A measurement unit that measures environmental information including temperature and humidity of the house facility and outputs measurement data; A management server that collects and stores measurement data output from the measurement unit and monitors real-time environmental information analyzed based on the measurement data; And a user terminal that accesses the management server through a wired/wireless communication network and displays information monitored by the management server.

As an example, the measurement unit further includes status information for each equipment measured in the measurement data by measuring status information for each equipment of the house facility, and the management server further includes the measurement data output from the measurement unit. It is possible to determine whether or not there is an abnormality for each device and monitor it by comparing and analyzing the status information value for each included device with the preset steady state reference value for each device.

As an example, the management server may command the user terminal to inform the user terminal of the abnormal equipment and status information of the corresponding equipment when abnormal equipment exists as a result of determining whether or not there is an abnormality for each equipment.

As an example, the management server sets temperature and humidity values for creating an appropriate growing environment for each period of the house facility, and environment information including temperature and humidity included in the measurement data output from the measurement unit and preset By comparing and analyzing the appropriate temperature and humidity values for each period, it is possible to detect the occurrence of an error in the appropriate growing environment for each period of the house facility.

As an example, the management server may instruct the user terminal to inform the abnormal situation of the growth environment information when an error occurs in the appropriate growth environment for each period of the house facility.

As an example, the management server controls the operation of the house facility by outputting a control signal so that a preset temperature and humidity value of the house facility is maintained when an error occurs in the appropriate growing environment for each period of the house facility. can do.

As an example, an image photographing unit that photographs the interior space of the house facility and outputs image data, wherein the management server collects and stores image data output from the image photographing unit, and the house facility You can monitor the image of the interior space of the building.

As an example, the management server matches environmental information including temperature and humidity included in the measurement data output from the measurement unit with an image of a crop photographed by the image capturing unit by date and time to generate history data and store the same. A history management department; An identification code assignment unit for assigning a unique identification code to the history data stored in the history management unit; And an information providing unit for inquiring the identification code given by the identification code granting unit in response to the history viewing request of the user terminal, and outputting and displaying the searched history data to the user terminal.

As an example, the house facility is installed side by side in a plurality of spaced apart from each other to form a skeleton of the outer upper surface of the house facility, and the outer side to which the external vinyl is installed on the outer surface; A plurality of inner goose spaced apart from the lower side of the outer goose; An inner vinyl configured to be openable and closed by closing the outer surface of the inner gasoline; And in the form of a long rod, a pair is disposed between the outer and inner ribs, and is arranged symmetrically on both sides with respect to the center of the inner rib, and the center of the inner vinyl is located at the center of the inner rib. A winding pipe in which both sides of the inner vinyl are wound, respectively, a flow motor connected to one end of the winding pipe to rotate the winding pipe in a forward or reverse direction, and the winding pipe reciprocate from the center of the circular arc of the inner side to each end. It is composed of a reciprocating transfer unit for controlling the operation of the flow motor, the opening and closing device for controlling the opening and closing of the inner vinyl; may include.

As an example, the house facility is interposed between the outer and inner ends to fix the position of the inner vinyl, and prevents the winding pipes arranged symmetrically on both sides with respect to the center of the inner side from crossing the center of each other. A fixing device that further includes; wherein the fixing device is provided long in a direction in which the inner thorns are spaced parallel to each other, and a fixing pipe fixed to the center upper surface of each inner thorn so that the inner vinyl is interposed between the inner thorns ; A first body coupled to the fixing pipe; A second body coupled to the first body in a state coupled to the outer gauze; And a length adjusting unit that controls the length of the first body and the second body in a coupled state.

As an example, the first body includes a first fitting hole coupled to the fixing pipe in a fitting manner, and a fixing pipe provided in a tube shape having a space portion formed therein and extending upward from the first fitting hole, , The second body includes an insertion tube whose outer diameter corresponds to the inner diameter of the space portion and is integrally coupled to an upper end of the insertion tube and a second fitting hole coupled to the outer tube, The length adjustment unit includes a guide hole formed vertically on both side surfaces of the fixing pipe, and protruding from the lower end of the insertion pipe to both sides and protruding to the outside of the fixing pipe through the guide hole while the insertion pipe is inserted into the fixing pipe. It may include a protruding protrusion, a screw thread formed on the outer periphery of the fixing pipe, and a control unit fastened to the screw thread in a screwing manner and disposed under the protruding protrusion.

As described above, the smart farm integrated management system that can be linked with the online distribution of the present invention monitors environment information such as temperature and humidity inside the house, as well as whether there is an abnormality in the facility, and outputs an alarm signal when a problem occurs so that the manager can It has the effect of preventing crop damage and accidents by making the situation immediately aware and promptly dispatching management personnel and taking initial measures.

In addition, since the environment and equipment of the house can be controlled remotely and the image inside the house can be monitored, there is an effect that it is possible to easily check the growing environment or condition of the crop even in a remote place.

In particular, house farmers and consumers can access online sales outlets linked with the management server to check the history and images of crop growth, so house farmers can expand distribution channels such as securing sales outlets online. Income can be generated accordingly, and consumers can also check the source and history when purchasing crops produced in house farms, thereby enabling safe and secure purchase of crops.

1 is a diagram schematically showing a smart farm integrated management system that can be linked with online distribution of the present invention.
2 is a block diagram showing the configuration of a smart farm integrated management system that can be linked with online distribution according to an embodiment of the present invention.
3 is a block diagram showing the configuration of a management server according to an embodiment of the present invention.
4A and 4B are perspective views showing a house facility according to an embodiment of the present invention.
5 is a cross-sectional view of a main part showing an operating state of a house facility according to an embodiment of the present invention.
6 is a perspective view showing an example in which a fixing device for a house facility according to an embodiment of the present invention is applied.
7 is an exploded perspective view of a fixing device for a house facility according to an embodiment of the present invention.
8A and 8B are views showing an operating state of a fixing device for a house facility according to an embodiment of the present invention.
Figure 9 is a front view of Figure 6;

Hereinafter, on the basis of the accompanying drawings the configuration and operation of the present invention will be described in more detail. In describing the present invention, terms or words used in the present specification and claims are the present invention based on the principle that the inventor can appropriately define the concept of terms in order to describe his or her invention in the best way. It must be interpreted as a meaning and concept consistent with the technical idea of

1 is a diagram schematically showing a smart farm integrated management system linkable with online distribution of the present invention, and FIG. 2 is a block diagram showing the configuration of a smart farm integrated management system linkable with online distribution according to an embodiment of the present invention. 3 is a block diagram showing the configuration of a management server according to an embodiment of the present invention.

Referring to FIG. 1, a smart farm integrated management system (hereinafter referred to as'system of the present invention') that can be linked with online distribution of the present invention includes a house facility 10, a measurement unit 20, a management server 30, and a user. It may be configured to include the terminal 40.

The house facility 10 is provided with an internal space and creates a growing environment for cultivating crops in the internal space.

For example, the house facility 10 may be provided with an air conditioning equipment 11 for controlling the temperature and humidity of the internal space, and a house such as lighting, watering facilities, boilers, ventilation fans, etc. to promote crop growth. Various operating equipment 12 that may be provided in operation may be provided.

The air conditioning equipment 11 or operating equipment 12 of the house facility 10 is selectively controlled by a control signal of the management server 30 described below, or provided in the interior space of the house facility 10. It can be controlled by direct control of the administrator through a switch or the like.

The measurement unit 20 may measure environmental information including temperature and humidity of the house facility 10 and output and transmit measurement data.

The measurement unit 20 may be composed of a combination of various types of sensors. For example, as shown in FIG. 2, it may include a temperature sensor 21 that is mounted in the interior space of the house facility 10 to measure temperature and a humidity sensor 22 that measures humidity.

In addition, the measurement unit 20 is an operating state detection sensor that is mounted on the aforementioned air conditioning equipment 11 or each operating equipment 12 to collect the ON/OFF state of each equipment and error event information output in case of an abnormal situation. (23) may be included, and the device-specific state information may be measured through the operation state detection sensor 23, and this measurement data may be output and transmitted.

The management server 30 may collect and store measurement data output from the measurement unit 20 and monitor real-time environmental information analyzed based on the measurement data, and a control signal for controlling the house facility 10 By outputting, the house facility 10 can be selectively controlled.

Specifically, the management server 30 compares and analyzes the condition information value for each equipment included in the measurement data output from the measurement unit 20 to a preset normal state reference value for each equipment to determine whether there is an abnormality for each equipment, and monitor it. can do.

At this time, the management server 30 outputs an alarm signal when abnormal equipment exists as a result of determining whether there is an abnormality for each equipment, so that the manager immediately recognizes the abnormal condition of the house facility 10, and promptly dispatches management personnel and takes initial measures. By making it possible to prevent damage to crops and accidents.

Such an alarm signal may also be transmitted to the user terminal 40 described below, and the management server 30 commands the user terminal 40 to inform the user terminal 40 of the abnormal facility and the status information of the corresponding facility together with the alarm signal. I can.

In addition, the management server 30 sets the temperature and humidity values to create an appropriate growth environment for each period of the house facility 10, and the environment including the temperature and humidity included in the measurement data output from the measurement unit 20 By comparing and analyzing the information and the appropriate temperature and humidity values for each preset period, it is possible to detect the occurrence of an error in the appropriate growing environment for each period of the house facility 10.

The management server 30 may output an alarm signal when an error occurs in the appropriate growing environment for each period of the house facility 10, and in this case, similarly, it transmits an alarm signal to the user terminal 40. In addition, it can be ordered to be informed of abnormal situations in the growth environment information.

In particular, since the temperature and humidity management in the house facility 10 is an important management factor for growing crops, the management server 30 may adjust the temperature and humidity to maintain an appropriate growing environment for each time period.

That is, in order to correct when an error occurs in the appropriate growing environment for each period of the house facility 10, the management server 30 sets the temperature and humidity of the house facility 10 in advance. A control signal may be output to maintain the temperature and humidity values, and transmitted to the air conditioning equipment 11 of the house facility 10 to control the operation of the house facility 10.

The user terminal 40 may access the management server 30 through a wired or wireless communication network and display information monitored by the management server 30.

At this time, the user terminal 40 may be either a manager terminal operating and managing the house facility 10 or a consumer terminal consuming crops grown through the house facility 10.

The user terminal 40 may be any one of a personal computer (PC), a smart phone, a tablet, a cellular phone, a PDA, and a laptop, which is equipped with a communication module supporting a wired/wireless communication network and enables data communication through it. Application software and a user interface (UI) capable of displaying data and processing results provided from the management server may be mounted.

Here, the communication module is an IP network that provides large-capacity data transmission/reception service and data service without interruption through Internet protocols (IP, Internet Protocol). All IP) network, mobile communication network (CDMA, 2G, 3G, 4G, LTE), Wibro (Wireless Broadband) network, HSDPA (High Speed Downlink Packet Access) network, satellite communication network, and Wi-Fi (Wireless Fidelity) network Any suitable wireless communication network can be selected and used.

And, when the user terminal 40 is a consumer terminal, the management server 30 may block access to the management server 30 of an unspecified user by granting access rights only to selected consumer terminals among the consumer terminals. .

Meanwhile, the system of the present invention can monitor not only environmental information measured by the measurement unit 20 but also an image of the interior space of the house facility 10.

For example, the system of the present invention may further include an image photographing unit 50 for photographing an internal space of the house facility 10 and outputting image data, and the management server 30 is the image photographing unit 50 ) To collect and store the image data output from, and to monitor the image of the interior space of the house facility (10).

Such monitoring information of the management server 30 may be transmitted from the management server 30 at the request of the user terminal 40 and displayed on the user terminal 40.

In addition, the management server 30 is configured to manage the growth history of crops grown in the house facility 10, including images by the image capture unit 50, and provide such management information to managers or consumers. do.

Referring to FIG. 3, the management server 30 may include a history management unit 31, an identification code granting unit 32, and an information providing unit 33.

The history management unit 31 generates history data by matching environmental information including temperature and humidity included in the measurement data output from the measurement unit 20 with the image of the crop captured by the image capture unit 50 by date and time. And it can be classified and saved.

For example, the history management unit 31 can manage the history of crops produced in the house facility 10 by day or time, and can classify and store environmental information and images recorded by day or time.

The identification code granting unit 32 may assign a unique identification code to the history data matched and stored in the history management unit 31. For example, the identification code may be generated as a QR code (Quick Response Code).

The information providing unit 33 inquires the identification code given by the identification code granting unit 32 in response to a request to view the history of the user terminal 40, and transfers the searched history data to the user terminal 40. It can be printed and displayed.

At this time, the request to view the history of the user terminal 40 may be made through recognition of the QR code presented as an example of the identification code grant unit 32, in which case the user terminal 40 recognizes the QR code in advance. It is natural that a QR code reader or a QR code rear app must be provided.

In addition, the management server 30 is constructed so that it can be provided through an online retailer, for example, a website or a mobile app, which is linked to the management server 30 and categorizes the historical data collected by each farm house. I can.

The user terminal 40 connected to the online retailer can check the crop growth history for a specific house farm by inquiring the identification code given by the identification code granting unit 32.

Accordingly, house farmers can expand distribution channels such as securing sales outlets through online, thereby generating income, and not only the managers of the farmers, but also consumers, through the online sales outlets provided by the management server 30 Since it is possible to check the date and time environmental information of crops grown in farms or the growth images of crops, it is possible to check the source and history when purchasing crops produced in house farms, so that you can purchase safe and secure crops, the service of the present invention is It helps to promote the role of win-win.

4A and 4B are perspective views showing a house facility according to an embodiment of the present invention, FIG. 5 is a cross-sectional view of a main part showing an operating state of the house facility according to an embodiment of the present invention, and FIG. 6 is an embodiment of the present invention. It is a perspective view showing an example in which the fixing device of the house facility according to the embodiment is applied. And Figure 7 is an exploded perspective view of the fixing device of the house facility according to an embodiment of the present invention, Figures 8a and 8b are views showing the operating state of the fixing device of the house facility according to an embodiment of the present invention. 9 is a front view of FIG. 6.

On the other hand, in the system of the present invention, the internal vinyl 300 in the house facility 10 is configured to be opened and closed from the inside, thereby improving the thermal insulation effect of the house facility 10 and opening and closing the internal vinyl 300. It is characterized by being configured to be able to control the internal temperature of the facility (10).

Referring to Figures 4a and 4b, according to an embodiment of the present invention, another house facility 10 may be configured to include an outer side cover 100, an inner side cover 200, an inner vinyl 300, and an opening and closing device 400. I can.

The outer gasoline 100 constitutes the outer upper surface of the house facility, and as shown in Figs. 4a and 4b, a plurality of the outer visors are installed side by side and spaced apart from each other, and an external vinyl 110 is installed on the outer surface of the house facility ( Make sure that the inner space of 10) has an airtight structure for warmth.

At this time, in the house facility 10, a plurality of side frames 13 forming a side frame on both sides are installed in a number of longitudinal directions, and a first transverse frame 14 that is long fixed in the transverse direction at the upper end of the side frames 13 is provided. It can be configured, and the outer surface of the house facility 10 is a more robust skeleton by ensuring that both ends thereof are fixed in a state spaced apart from each other along the longitudinal direction of the first transverse frame 14, respectively. You will be able to have a structure.

In FIG. 4A and the like, the outer goose 100 is shown in an arched shape, but this is an example. In the present invention, the outer goose 100 is formed according to the size or shape of the house facility 10, such as a triangular or quadrangular shape. It is obvious that it can be applied in more various forms.

The inner goblet 200 is provided in plural, and is spaced apart from the corresponding position of the outer goblet 100 to the lower side thereof.

At this time, the inner goose 200 has an arc-shaped arc-shaped structure, and both ends thereof are respectively fixed to the second transverse frame 15 fixed to the side frame 13 in the transverse direction so as to provide rigidity.

The inner vinyl 300 is configured to close the outer surface of the inner side 200, and Fig. 4A shows a state before the inner vinyl 300 is unfolded, and Fig. 4B shows a state in which the inner vinyl 300 is unfolded. Have indicating.

That is, as shown in Figs. 4A and 4B, the inner vinyl 300 can be opened and closed, so when the inner vinyl 300 is unfolded, a thermal insulation function for the inner space of the house facility 10 can be expressed. Free temperature control is possible through over and closing.

Here, the opening and closing of the inner vinyl 300, that is, opening and closing, means a state in which the inner vinyl 300 is wound and opened and a state in which the inner vinyl 300 is unwound and unfolded.

The opening and closing device 400 is configured to control the opening and closing of the inner vinyl 300, and may include a winding pipe 410, a flow motor 420, and a reciprocating transfer unit 430.

The winding pipes 410 are arranged in the form of a long rod, and a pair is disposed between the outer thorns 100 and the inner thorns 200, each of the outer thorns 100 and the inner spears 200 having an arc shape. It is arranged symmetrically on both sides based on the center of the arch.

That is, a pair of winding pipes 410 are each disposed long over the front and rear directions of the house facility 10 (a direction in which a plurality of inner and outer gasses are spaced apart from each other), and both sides of the inner vinyl 300 are illustrated. 4A and 4B, and are configured to be wound around a pair of winding pipes 410, respectively, as in FIGS. 5A to 5C.

At this time, the inner vinyl 300 is a single lump so that one side is wound around one of a pair of winding pipes 410, and the other side is wound around the other of a pair of winding pipes 410, as shown in FIG. 5A. It is composed.

The flow motor 420 is connected to one end or both ends of the winding pipe 410, and the internal vinyl 300 is rotated in a forward or reverse direction according to the rotation direction of the flow motor 420. It is configured to be wound around the winding pipe 410 or unwound in the opposite direction.

The reciprocating transfer unit 430 is the flow motor so that a pair of winding pipes 410 are reciprocated in a symmetrical arrangement from the center of the arch of the inner side 200 to each end as shown in Figs. 4A and 4B. 420).

That is, each of the winding pipes 410 is reciprocated left and right along the arch like the operation of a vehicle wiper by the operation of the reciprocating transfer unit 430, but the pair of winding pipes 410 moves in a symmetrical posture, respectively. do.

This reciprocating transfer unit 430 may be configured to include a transfer bar 432 and a driving device 434, and in the case of the transfer bar 432, one end of the transfer bar 432 is disposed at the center of the arc of the inner side 200, and , The flow motor 420 is fixed to the other end.

And the driving device 434 is connected to one end of the transfer bar 432 (the center of the arc of the inner side 200) to rotate and reciprocate the transfer bar 432 by a certain angle so that the transfer bar 432 is a vehicle wiper. It is possible to control the operation of the flow motor 420 and the winding pipe 410 while performing a reciprocating motion such as the operation of.

At this time, the driving device 434 is not specifically shown, but a motor capable of reciprocating rotation may be applied.

Meanwhile, the flow motor 420, which is configured to reciprocate in an arc shape along the inner side 200 by the operation of the reciprocating transfer unit 430, is connected to the winding pipe 410 in the process of reciprocating to one side or the other side. It is configured to perform an opening/closing action such that the inner vinyl 300 is unfolded or wound on the upper surface of the inner goose 200 by rotating it in a forward or reverse direction.

Preferably, as shown in FIG. 5A, when the coiling pipe 410 is disposed near the central portion of the inner spine 200, the central bottom surface of the inner vinyl 300 is in close contact with the inner spine 200. Both sides of the inner vinyl 300 are wound around the pipe 410 as much as possible, that is, the inner vinyl 300 is opened.

In addition, as shown in FIG. 5B, when a pair of winding pipes 410 are transported toward both ends of the inner gouge 200 by the control of the reciprocating transfer unit 430, the flow motors 420 are each in one direction. By rotating, the wound inner vinyl 300 can be partially unfolded, and in addition, when the winding pipe 410 is located at both ends of the inner side 200 as shown in FIG. 5C, the flow motor 420 in the same direction. It is possible to increase the temperature of the house facility 10 by completely unfolding the wound inner vinyl (300).

Afterwards, the reciprocating transfer unit 430, which has the flow motor 420 positioned at both ends of the inner gasoline 200 in order to open the closed inner vinyl 300, rotates oppositely to sequentially change the position of the flow motor 420. 5B and 5A, while the flow motor 420 rotates the coiling pipe 410 in opposite directions, respectively, and the inner vinyl 300 is wound around the coiling pipe 410, and the inner vinyl 300 is closed. ) Can be opened.

When the repetitive operation of the opening and closing device 400 accumulates, the inner vinyl 300 disposed between the outer goblet 100 and the inner goblet 200 may cause problems such as gradually shifting the center to one side, Accordingly, a change in the reciprocating range of the winding pipe 410 of any one of the pair occurs, and the winding pipe 410 exceeds the center of the inner gouge 200 and invades the other area, etc. Etc. may occur.

Accordingly, in a preferred embodiment of the present invention, as a means for overcoming the above-mentioned problems, a fixing device 500 that is interposed between the outer and inner visors 100 and 200 to fix the position of the inner vinyl 300 ) Is provided.

The fixing device 500 is configured to prevent crossing of the center of each other by maintaining a range in which the winding pipes 410 disposed symmetrically on both sides with respect to the center of the inner goose 200 are reciprocated. .

Hereinafter, the fixing device 500 will be described in detail with reference to FIGS. 6 to 9.

The fixing device 500 according to the present embodiment may include a fixing pipe 510, a first body 520, a second body 530, and a length adjustment part 540.

The fixed pipe 510 is disposed on the center upper surface of the inner side head 200 in a direction in which a plurality of inner heads 200 are spaced parallel to each other in the form of a long pipe, as shown in FIG. 6, and the fixed pipe The inner vinyl 300 is interposed between the 510 and the inner side 200 so that the interposed inner vinyl 300 is pressed from both sides by the fixing pipe 510 and the inner side 200 so that the position is firm. Can be fixed.

In addition, the first body 520 is coupled to the fixing pipe 510, and the second body 530 is coupled to the first body 520 in a state of being coupled with the outer goose 100.

The length adjustment unit 540 is controlled in a state in which the first body 520 and the second body 530 are coupled, so that the first body 520 and the second body 530 are fixed to the pipe ( Regardless of the interval between the 510 and the outer goose 100, each can be easily coupled.

When the length of the first body 520 and the second body 530 is increased by the length adjusting part 540 in a state in which the fixing device 500 is coupled with the fixing pipe 510, the fixing pipe 510 ) And the inner gauze 200, as the gap between the fixed pipe 510 and the inner visor 200 presses the lower side of the inner visor 200, interposed between the fixed pipe 510 and the inner visor 200 The inner vinyl 300 is to be able to be fixed more firmly in the installed position.

In this case, the first body 520 may include a first fitting hole 521 and a fixing pipe 522 as shown in FIG. 7.

As shown in the drawing, the first fitting hole 521 is a tube shape with one side open, so that the inner diameter corresponds to the outer diameter of the fixing pipe 510 so that the open portions of the first fitting hole 521 are mutually opened. It can be easily combined in a fitting method through (not shown).

Preferably, the open portion of the first fitting hole 521 is provided at 180° or less to facilitate mutual fastening with the fixing pipe 510, but its rigidity can be secured even in a coupled state.

The fixed pipe 522 also has a space portion 523 formed therein in a tube shape, and extends upward by a predetermined length from the first fitting hole 521 as shown in the drawing.

And the second body 530 may be configured to include an insertion tube 531 and a second fitting 532, the insertion tube 531 has an outer diameter and the inner diameter of the space portion 523 It is configured to be correspondingly configured to be inserted into the space 523 as a whole.

The second fitting hole 532 is integrally coupled to the upper end of the insertion tube 531, and is coupled to the outer goose 100.

The second fitting hole 532 has the same structure as the first fitting hole 521 so that the inner diameter corresponds to the outer diameter of the outer visor 100 so that they can be easily coupled to each other. Robustness can be secured.

Here, in the present embodiment, the shape of the first fitting hole 521 and the second fitting hole 532 has been described by limiting the shape to a tube shape with one side open, but in the present invention, the outer tube 100 and the fixing pipe 510 Depending on the cross-sectional shape of ), it may be configured in the form of a triangle or a square tube.

That is, since the insertion tube 531 of the second body 530 is coupled in a manner that is inserted into the fixing tube 522 of the first body 520, the first body 520 and the second body 530 are inserted therein. The length can be adjusted according to the depth, and the first fitting hole 521 is provided in a'T' shape in the first body 520 and the second fitting hole 532 is provided in the second body 530 It is also provided in a'T' shape, but the first fitting hole 521 and the second fitting hole 532 are arranged vertically so that the outer visor 100 and the fixing pipe 510 are disposed vertically to each other. Can be combined.

The length adjustment part 540 may include a guide hole 541, a protrusion 542, a screw thread 543, and a control tool 544 as shown in FIG. 7.

As shown in the drawing, the guide hole 541 is formed vertically through both sides of the fixing tube 522, and the length of the first body 520 and the second body 530 is as long as the length of the guide hole 541 Becomes adjustable.

The protruding protrusion 542 protrudes from the lower end of the insertion tube 531 to both sides, and the fixing tube 522 through the guide hole 541 in a state in which the insertion tube 531 is inserted into the fixing tube 522. It is configured to protrude outward of.

A screw thread 543 is formed on the outer periphery of the fixing pipe 522 as shown in FIG. 7, and the control mechanism 544 is configured such that the inner diameter corresponds to the outer diameter of the fixing pipe 522 in a donut shape as shown. Thus, the inner periphery of the control tool 544 may be fastened to the screw thread 543 formed on the outer periphery of the fixing pipe 522 by a screw coupling method.

The control tool 544 supports the protruding protrusion 542 from below, as shown in FIGS. 6 and 8A, so that the control tool 544 rotates on the fixing pipe 522 and the protrusion protrusion ( 542) height can be controlled.

That is, when the control tool 544 is fastened to the lower part of the fixing pipe 522, the protruding protrusion 542 is located at the lowermost part of the guide hole 541, so that the first body 520 and the second body ( The combined length of 530) can be minimized.

On the contrary, as shown in FIG. 8B, when the control tool 544 is rotated and positioned above the fixing pipe 522, the protruding protrusion 542 is raised by the control tool 544 and the first body (520) and the second body 530 is elongated and interposed between the fixed pipe 510 and the inner goblet 200 as shown in FIG. 9 while spreading the gap between the outer goblet 100 and the inner goblet 200 It is possible to firmly maintain the installation position of the inner vinyl 300 by pressing the inner vinyl 300.

The fixing device 500 is arranged and fixed in each center between the outer goose 100 and the inner goose 200, so that a pair of winding pipes 410 that are symmetrical to each other is provided with the outer goose 100 and the inner goose 200. ) In the process of opening and closing the inner vinyl 300 by reciprocating symmetrically on the left and right sides of the center of the house. Durability can be greatly improved.

At this time, the fixing device 500 extends the first body 520 and the second body 530 by the configuration of the length adjustment unit 540 as described above, and is firmly attached to the outer side 100 and the inner side 200 Since it is fixed, it is possible to completely control the invasion of the winding pipe 410 out of the center and invading the operating area of the other winding pipe 410, and even if vibration or shock accumulates due to repeated operation of the device in the long term, the mounting state Will be able to keep it more solid.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements by those skilled in the art using the basic concept of the present invention defined in the following claims are also present. It belongs to the scope of rights of

10: house facilities 20: measuring unit
30: management server 31: history management unit
32: identification code assignment 33: information provision unit
40: user terminal 50: image recording unit
100: go outward 200: go inward
300: inner vinyl 400: opening and closing device
410: winding pipe 420: flow motor
430: reciprocating transfer unit 432: transfer bar
434: drive device

Claims (11)

A house facility provided with an internal space and creating a growing environment for cultivating crops in the internal space;
A measurement unit that measures environmental information including temperature and humidity of the house facility and outputs measurement data;
A management server that collects and stores measurement data output from the measurement unit and monitors real-time environmental information analyzed based on the measurement data; And
Including; a user terminal that accesses the management server through a wired/wireless communication network and displays information monitored by the management server,
The measurement unit,
The status information for each equipment measured in the measurement data is further included by measuring the status information for each equipment of the house facility,
The management server,
The status information value for each device included in the measurement data output from the measurement unit is compared and analyzed with a preset normal state reference value for each device to determine whether there is an abnormality for each device and monitor it. If present, instructs the user terminal to be informed of abnormal equipment and status information of the equipment,
The above house facilities,
A plurality of side by side and spaced apart from each other to form the skeleton of the outer upper surface of the house facility, and the outer side to which the external vinyl is installed;
A plurality of inner goose spaced apart from the lower side of the outer goose;
An inner vinyl configured to be openable and closed by closing the outer surface of the inner gasoline;
Side frames installed in a plurality along the longitudinal direction to form a side frame on both sides;
A first transverse frame fixedly installed at an upper end of the side frame in a transverse direction and fixed while forming a space at both ends of the outer side frame;
A second transverse frame fixed to the side frame in a transverse direction so as to be parallel from a lower portion of the first transverse frame, and fixed while forming a space at both ends of the inner side frame;
In the form of a rod, a pair is arranged between the outer and inner ribs, and is arranged symmetrically on both sides with respect to the center of the inner cover, and the center of the inner vinyl is located at the center of the inner cover, and both sides of the inner vinyl A pair of winding pipes, each of which parts are wound, a flow motor connected to one end of the winding pipe to rotate the winding pipe in the forward or reverse direction, and the pair of winding pipes, respectively, at the left and right ends at the center of the arch of the inner side. An opening/closing device configured with a reciprocating transfer unit for controlling the operation of the flow motor so as to be reciprocated in an arrangement symmetrical to each other, and controlling an opening/closing operation so that the inner vinyl is spread or wound on the upper surface of the inner visor; And
A fixing device that is interposed between the outer and inner visors to fix the position of the inner vinyl and prevents the winding pipes arranged symmetrically on both sides with respect to the center of the inner visor from exceeding the center of each other; and, further comprising,
The fixing device,
A fixing pipe provided along a direction in which the inner thorns are spaced side by side and fixed to the upper surface of the center of each inner thorn so that an inner vinyl is interposed between the inner thorns;
A first body coupled to the fixing pipe;
A second body coupled to the first body in a state coupled to the outer gauze; And
By controlling the length of the first body and the second body in a coupled state, the space between the fixing pipe and the inner thorn is separated so that the fixing pipe pressurizes the inner vinyl interposed between the inner thorn of the lower side. Including;
The first body,
It is provided in the form of a tube whose inner diameter is connected to the fixed pipe in a fitting manner in correspondence with the outer diameter of the fixed pipe in the form of a tube whose one side is open, and a tube shape having a space portion formed therein, and the upper side from the first fitting hole It has a'T' shape including a fixing tube extending to,
The second body,
The outer diameter corresponds to the inner diameter of the space part, and the inner diameter corresponds to the outer diameter of the outer goose in the form of a tube that is integrally coupled to the upper end of the insertion tube and the insertion tube inserted into the space and the other side is open. It is arranged in a direction orthogonal to the first body in a'T' shape including a second fitting hole coupled in a fitting manner,
The length adjustment unit,
A guide hole formed vertically through both sides of the fixing pipe, a protruding protrusion protruding from the lower end of the insertion pipe to both sides and protruding to the outside of the fixing pipe through the guide hole while the insertion pipe is inserted into the fixing pipe, and the A screw thread formed on the outer periphery of the fixed pipe and a donut shape whose inner diameter is configured to correspond to the outer diameter of the fixed pipe and fastened to a screw thread formed on the outer periphery of the fixed pipe by a screw connection method, and disposed under the protruding protrusion to a protruding protrusion A smart farm integrated management system capable of linking with online distribution, characterized in that it includes a control unit that supports and controls the height of the protrusion as the height changes while rotating on the fixed pipe.
delete delete The method of claim 1,
The management server,
Set the temperature and humidity values that create an appropriate growth environment for each period of the house facility, and compare and analyze environmental information including temperature and humidity included in the measurement data output from the measurement unit and the appropriate temperature and humidity values for each preset period. The smart farm integrated management system capable of linking with online distribution, characterized in that it detects the occurrence of errors in the appropriate growth environment for each period of the house facility.
The method of claim 4,
The management server,
Smart farm integrated management system capable of linking with online distribution, characterized in that when an error occurs in the appropriate growth environment for each period of the house facility is detected, the user terminal is commanded to inform the abnormal situation of the growth environment information.
The method of claim 5,
The management server,
When an error occurs in the appropriate growing environment for each period of the house facility, a control signal is output to control the operation of the house facility by outputting a control signal so that the preset temperature and humidity values of the house facility are maintained. Smart farm integrated management system.
The method of claim 1,
Further comprising; an image photographing unit for photographing the internal space of the house facility and outputting image data,
The management server,
A smart farm integrated management system capable of linking with online distribution, characterized in that it collects and stores image data output from the image capturing unit and monitors an image of an internal space of the house facility.
The method of claim 7,
The management server,
A history management unit that matches environmental information including temperature and humidity included in the measurement data output from the measurement unit with an image of a crop photographed by the image capture unit by date and time to generate history data and store the same;
An identification code assignment unit for assigning a unique identification code to the history data stored in the history management unit; And
And an information providing unit for inquiring the identification code given by the identification code granting unit in response to a request to view the history of the user terminal, and outputting and displaying the searched history data to the user terminal; Smart farm integrated management system that can be linked with distribution.
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