KR101672985B1 - Environment monitoring system using qrcode and method using this - Google Patents

Abstract

The present invention relates to an environmental monitoring system and method for collecting environmental information of an environmental monitoring station using a QR code, and more particularly, to an environmental monitoring system provided in each area, in which a QR code is provided, The user can recognize the environmental status of the environmental monitoring station in real time by having an input unit for inputting the environmental status of the server when recognizing the QR code so that a specialist does not need to reside in the environmental monitoring station And a remote environment monitoring system and method using the QR code capable of collecting and analyzing environment information of a remote environment monitoring site.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a QR code,

The present invention relates to an environmental monitoring system and method for collecting environmental information of an environmental monitoring station using a QR code, and more particularly, to an environmental monitoring system provided in each area, in which a QR code is provided, The user can recognize the environmental status of the environmental monitoring station in real time by having an input unit for inputting the environmental status of the server when recognizing the QR code so that a specialist does not need to reside in the environmental monitoring station And a remote environment monitoring system and method using the QR code capable of collecting and analyzing environment information of a remote environment monitoring site.

Generally, a technology for collecting and analyzing environmental information of a local area is provided by monitoring the environment of each region remotely by providing an environmental monitoring center in each region.

Such prior art is disclosed in Korean Patent Laid-Open No. 10-2013-0114765 entitled " Real-Time Water Quality Measurement and Water Purification System Using Network,

The prior art is a combination of a mechanical system for improving the water quality of the water purification agent and an electronically controlled network real time monitoring network for real-time water quality measurement. When contaminants such as sewage, sewage, and wastewater are introduced, Measuring the pH and turbidity of contaminants introduced by the first water quality monitoring device, comparing the data value of the pollutant with the measured data of the contaminant by the first water quality monitoring device, And if the pollutant is judged to be normal water, the measured data value is separately recorded and recorded. If it is determined that the pollutant is a contaminant of the introduced substance, the second water quality measurement is performed. If a substance is defined as a pollutant, the secondary water quality measurement will be performed. If the pollutant such as nitrogen, phosphorus, ammonia, Measuring the quality of water by using a network, wherein the measurement is performed by using litmus paper, and when the data according to the color change is compared and analyzed, Water purification system.

However, the above-mentioned prior art relates to a system for inspecting pollutants when pollutants are injected into water, and transmitting the inspected data through a network, and a specialist for analyzing pollutants or an expert for controlling the analyzer .

In addition, there are the "Real-time odor monitoring / management system and method" of the prior art registration No. 10-0734861, and the registration system of the patent No. 10-1238726 "Sewage source remote automatic remote monitoring and control system using continuous sludge concentration measuring device"

The above-mentioned prior art registration No. 10-0734861 entitled " Real-time Odor Monitoring / Management System and Method "

The prior art includes a malodor concentration detector for detecting a malodor concentration of a gas in real time and outputting the concentration of the malodor, and a controller for checking the concentration output from the detector to determine whether the gas is collected according to whether the concentration exceeds a threshold value. A plurality of gas reservoirs for collecting and storing the collected gas, and a plurality of gas reservoirs for collecting / storing the collected gas, A real-time odor monitoring / management system including a storage selection unit for selecting a storage, and a method thereof,

The above-mentioned prior art No. 10-1238726 entitled " Automatic Sewage Monitoring System for Sewage from the Sewage System Using Continuous Sludge Concentration Measurement Apparatus " refers to a system for automatically monitoring and controlling sewage water, a first settling tank, aeration tank, second settling tank, , Monitoring part, and remote sewage remote automatic monitoring and control module. The concentration of sludge depth of the first settling tank, the second settling tank, and the concentration tank is continuously measured to calculate the sludge drawing point and the amount of drawing. The operating point and the operating time can be set according to the standard value. By maintaining the sludge drawing amount, it is possible to maximize efficiency of dehydrator treatment, Therefore, it is possible to reduce the power consumption and the chemical cost by using the continuous measuring device of sludge concentration. Monitoring and control system.

However, in the above two related arts, the measurement device is installed in the area to measure the environment or the water quality, and the information collected by the device is received to analyze the environment or the water quality remotely. By installing the device at each installation site, There is a problem that an expert must be input for maintenance and analysis.

Furthermore, another prior art is disclosed in " Odor Detection System and Method " in Japanese Patent Laid-Open No. 10-2013-0059208,

In the conventional technology, a complainant's report is transmitted to a central server through a resident application so that a smarter and clearer environment can be created by transmitting sensory information such as a sense of smell to a central server by using a smart phone or the like, And transmits the notification to the public official. The public official activates the deodorization apparatus through a user application, and the deodorant collects data including time, wind direction, wind speed, temperature and humidity after completion of the deodorant collection, The central server sends a message related to collection completion and collection bag collection to the user application, and the central server sends an analysis related message to the resident application, and a method for detecting the odor is provided have.

However, according to the above-described conventional technology, since a resident application is downloaded using a smart phone or the like, and the smell is transmitted through the downloaded application, a complaint can be reported with the corresponding application, .

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in an effort to solve the above problems, and it is an object of the present invention to provide a remote monitoring system, which includes an environmental monitoring station in an area for monitoring an environmental condition, When the remote terminal recognizes the QR code, the remote terminal automatically connects to the server and outputs an input unit. The input unit is made up of a plurality of query units, so that a local resident can directly input environment information.

The inputted environmental information is transmitted to a database unit provided in the monitoring means, so that environmental information of each region can be collected remotely,

The remote terminal is provided with a search unit for searching for climate information of the area when the environment information is transmitted, and the retrieved climate information is automatically transmitted to the monitoring unit together with the environment information, so that accurate environmental information of the area having the environmental monitoring station is measured And to provide a remote environment monitoring system and method using the same QR code.

In order to achieve the above object, a system and method for activating and monitoring a local community using a QR code according to the present invention

A local environment monitoring station provided with a QR code,

A remote terminal connected to the recognized QR code and outputting an input unit for inputting environmental conditions, and a transmission unit for transmitting the input environment information;

And a monitoring unit configured by a receiving unit for receiving environmental information transmitted through the remote terminal, a database unit for storing the received information, and a display unit for outputting information stored in the database unit,

The remote terminal

And a search unit for searching climate information of the environmental monitoring station.

The remote terminal also includes a recognition step of recognizing the QR code of the local environment monitoring station,

A connection step of connecting to the server with the recognized QR code,

An input step of inputting environment information to the input unit,

A transmission / reception step of transmitting environment information written in the input unit to a database unit;

And a monitoring step of analyzing and outputting the environment information transmitted in the transmitting and receiving step.

As described above, the resident participation activation and remote environment monitoring system and the method using the QR code according to the present invention

The environmental monitoring station is provided with a QR code so that a local resident can easily access the QR code through the remote terminal. If the QR code is recognized, the environment monitoring station is provided with a plurality of query units An input unit is connected to a server having an additional unit,

The local residents can easily check and input the environmental condition through the output unit,

The inputted environmental information is transmitted to the monitoring means to remotely check the environmental condition of the area provided with the environmental monitoring station,

The remote terminal may further include a search unit for searching for a climatic condition of the area and automatically checking the state of the environmental monitoring station in the area as the detected climatic information is automatically transmitted to the monitoring unit.

As QR code is used for local residents, there is no need to place specialists in each area,

By using the QR code, the connection is simple and easy, and the installation cost can be reduced.

FIG. 1 is a block diagram of a resident participation activation and remote environment monitoring system using a QR code according to the present invention.
2 is a block diagram of an embodiment of an input unit output to a remote terminal according to the present invention
3 is a diagram showing a method of activating a resident participation using a QR code according to the present invention and a method using a remote environment monitoring system
4 is a diagram showing the configuration of a reader unit, a processing unit, and a communication unit according to the present invention
5 is a perspective view and an enlarged view of a holder according to the present invention;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

While the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention. It is to be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but on the contrary, is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In the drawings, the components are expressed by exaggeratingly larger (or thicker) or smaller (or thinner) in size or thickness in consideration of the convenience of understanding, etc. However, It should not be.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

1 to 3, a resident participation activation and remote environment monitoring system using a QR code (Q) according to the present invention includes a local environment monitoring station 10 provided with a QR code Q, The remote terminal 30 recognizing the code Q and the monitoring means 40 transmitting and receiving environmental information inputted through the remote terminal 30. [

More specifically, a local environment monitoring station 10 is provided in a region for monitoring the environment, and a QR code (Q) is provided in the local environment monitoring station 10.

In general, a separate monitoring tool is installed and operated in order to monitor the local environment, so that experts or management personnel are located in the area. In order to solve this problem, the QR code (Q) (10). Further, the QR code (Q) is transmitted to the server 20 through the remote terminal 30 (including a multi-device capable of recognizing a QR code (Q) of a smart phone, a PDA, etc.) .

The QR code (Q) is a two-dimensional bar code in a matrix format that displays information in a black and white plaid pattern. It is mainly used in Japan, Korea, UK, USA and the name is derived from Denso Wave's registered trademark Quick Response. The QR code (Q) is a two-dimensional bar code that overcomes the capacity limitations of a bar code which has been widely used in the past, and can be used to store character data in addition to numerals, It is read by a scanner and utilized.

QR code (Q) has a two-dimensional shape in the vertical and horizontal directions, and can have more information. In addition to the numeric characters, the QR code (Q) stores character data such as alphabets and Chinese characters . Also, if the color can be distinguished from the joke, the color may be included.

These QR codes (Q) can support various versions from version 1 to version 40, and the maximum information and size that can be included in each version are different, and QR code (Q) A region including a position detection pattern (including a separator), a timing pattern, an alignment pattern, format information, version information, and a data area (including an error correction code area).

This QR code (Q) was widely used as a substitute for existing bar codes since it was widely used in product management such as automobile parts production management in the beginning, but in Japan, a QR code (Q) was printed on various print media And developed as a means for making it easy to search for connected Internet information.

Furthermore, the QR code (Q) according to the present invention is not limited to the shape and the size of the QR code (Q) described above, and can be recognized through the remote terminal 30 such as a conventional bar code, 2D code, The present invention is not limited thereto.

2, when the remote terminal 30 recognizes the QR code Q in the resident participation activation and remote environment monitoring system using the QR code Q according to the present invention, The environment information input to each of the query units 211 is provided to the remote terminal 30 so that the environment information input to each of the query units 211 is provided to the remote terminal 30, And transmits it through the transmitter 31. [

The inquiry unit 211 is composed of an environment related query unit 211 that can feel through the human's five senses so that a local resident can easily participate, so that the user can easily input environmental information even if he or she is not an expert.

Environment information transmitted through the remote terminal 30 of the local residents is received by the monitoring means,

More specifically, the monitoring means includes a receiving unit 41 for receiving environmental information transmitted through the transmitting unit 31, a database unit 43 for storing environmental information received by the receiving unit 41, And a display unit 45 for outputting information stored in the monitoring unit 43. The monitoring means allows a part or all of the environmental monitoring stations 10 in each area to be confirmed in one place.

The server 20 is further provided with a search unit 23. More specifically, the server 20 is provided with a search unit 23 for searching climate information of the environment monitoring station 10, The search unit 23 of the server 20 recognizes the QR code Q through the terminal 30 and outputs the weather information of the region , The wind speed, the temperature, and the like), and automatically transmits the climate information to the monitoring means when the environmental information by the input unit 21 is transmitted to the monitoring means, Allow the situation to be analyzed.

The environmental monitoring station 10 further includes a reader unit 15 for reading the payment information of the user and a processing unit 13 for processing the read information and transmitting the processed information to the server 20, And a communication unit (11) for receiving the information approved by the server (20).

In more detail, as shown in FIG. 4, a settlement of a user is required to view environmental information analyzed through a QR code (Q) according to the present invention and a remote environment monitoring system. And a reader unit 15 for reading the payment information of the user. The reader unit 15 means a physical means for reading money such as electronic money, that is, a credit card, knowing the orderer information and paying the cost A reader such as a keyboard capable of moving to a settlement window when a credit card number is input, a barcode reader capable of reading a barcode, a camera reader capable of reading a credit card number when the appearance of the credit card is photographed, And the like. Also, although not shown in the figure, the reader unit 15 may be provided as an external reader, and the user may use various payment means depending on the situation.

The processing unit 13 determines whether the approval information is correct and whether the read information is error or unreadable information by judging information input from the reader unit 15. The communication unit 11 communicates with the processing unit 13 to the settlement server 20 of the credit company or bank that performs the settlement processing, and receives the approved or rejected information from the settlement server 20 again.

Further, the communication unit 11 may transmit the information processed in the processing unit 13 and the information approved in the server 20 by using a wireless network such as Bluetooth, Wi-Fi, 3G, or a wired network such as a LAN, So that the user can confirm the approval status or check the error in real time so that the user can conveniently settle the settlement status.

On the other hand, as shown in Fig. 5,

The environmental monitoring station may include a memo holder 50 for inserting or attaching a note.

The holder 50 includes a pair of mutually connected cubes 51, a body 52, a clip 53, and an attachment band 54.

The magazine 51 of the holder 50 is provided with a first sucker 51a, a second sucker 51b, a shock absorber 51c, a guide 51d and a space 51e.

First, the first sucker 51a and the second sucker 51b having different diameters are formed as front and rear surfaces, respectively, so that the suction and coupling can be achieved on the flat part of the environmental monitoring station.

5 is a sectional view of the cuboid 51 shown in the one-dot chain line on the lower right side of FIG. 5; the cuboid 51 of the holder 50 is cushioned on the upper portion of the first sucker 51a. The sucker 51c is further formed to suddenly apply an instantaneous force to pressurized air to prevent the surface to be adsorbed, such as the edge of the environmental monitoring station, from being damaged.

The buffer absorbing reservoir 51c forms a buffer absorbing reservoir 51c which is further protruded at the center of the storage bag 51. [

The buffer reservoir 51c is configured to have a diameter different from that of the first reservoir 51a of the cubicle 51. The position of the buffer reservoir 51c may be adjusted by a guide (not shown) 51d -> buffered sucker 51c -> first sucker 51a.

In order to suck the first sucker 51a, the second sucker 51b is sucked by a method of pressing the second sucker 51b. In order to suck the second sucker 51b, It is preferable to press the sucking cover 51d.

In addition, the adsorbent 51c is adsorbed by the first adsorption vessel 51a and secondarily adsorbed by the adsorption adsorption vessel 51c, so that the adsorption adsorption can be doubly performed. .

The cubicle 51 has first and second suckers 51a and 51b having diameters different from each other. Even if the width of the rim provided on the front surface, the side surface, and the back surface of the environment monitoring station of the environmental monitoring station is small, And can be adsorbed and coupled using the second sucker 51b.

It is also preferable to have a strong attraction force through the first sucker 51a having a relatively large diameter to be coupled to the rear portion of the display of the environmental monitoring station and to be coupled to the display front portion through the second sucker 51b having a small diameter.

The body 52 of the holder 50 is a metal having elasticity and the body 52 has a through hole 52a at a central portion thereof. The attachment band 54 is attached to the front and rear of the body 52 through the through hole 52a.

The portion where the attaching band 54 is directly contacted by the through hole 52a is increased to increase the coupling force with the body 52 and to prevent the body 52 from being separated easily.

The clips 53 of the holder 50 are formed on the body 52 and include a first clamper 53A, a second clamper 53B and a connecting arm 53C.

Before describing the components of the clip, the overall shape and manufacturing method of the clip will be briefly described. When the clip is viewed in a plan view, the clip is kept warped like a bow, And has a bow-like shape by riveting or hook-type engagement with the clamper 53B.

5, the clips 53 of the holder 50 will be described in terms of components. The first clamper 53A of the clip 53 includes a bent portion 53Aa, an anti-injury cover member 53Ab, And a non-slidable member (not shown).

The bent portion 53Aa of the first clamper 53A is formed with a tapered portion at a predetermined angle in order to enlarge the gap with the second clamper 53B during the unclamping operation, It is in the form of a bar formed by a straight line.

When the first clamper 40 is unclamped due to the formation of the bent portion 53Aa, a note or the like is inserted and clamped at a desired portion to fix a note such as a note, business card, .

In addition, an injury preventing cover member 53Ab is further provided at an end of the first clamper 53A to allow the user to securely and easily fit the note using the clip 53, It is possible to prevent the note paper from being separated from the clip 53 due to the weak wind or movement.

The non-slip member 53Ba of the first clamper 53A will be described together with the non-slip member 53Ba of the second clamper 53B described below.

Next, the second clamper 53B of the holder 50 is coupled to the two connecting arms 53C at the upper portion of the holder 50. [ The second clamper 53B is coupled to the two connecting arms 53C so that the body 52 of the holder 50 maintains a tense state like an bow.

The second clamper 53B and the first clamper 53A may be in contact with or separated from each other and fixed and separated from the note paper.

The slip prevention member 53Ba is provided on the contact surface of the second clamper 53B so as to clamp the first clamper 53A together with the first clamper 53A so that the slippery material such as paper can be stably fixed .

The non-skid member 53Ba may be formed of a pipe having a rubber material through which friction may occur on the surface, and is preferably made of a synthetic resin flexible pipe.

The connection arm 53C of the holder 50 is formed as a column spaced apart from both sides of the upper portion of the body 52. The connecting arm 53C is engaged with the second clamper 53B to keep the body 52 bent like an arrow.

The connecting arm 53C includes a first coupling hole 53Ca and is riveted by a second coupling hole (not shown) of the second clamper.

However, in the method of riveting the connection arm 53C and the second clamper 53B in a state in which the body 52 is warped like an arc, the operation speed is slow and high skill is required.

A hook (not shown) is formed on both sides of the second clamper 53B and the hook is hooked on the connecting arm 53C while the body 52 is warped like an arrow, (Not shown) of the second clamper 53B is pressed in a joining groove (not shown) of the connecting arm by a machining method such as hamming in a state of being arranged in a jig with a corresponding round- It can be folded tightly.

The hook coupling prevents the detachment of the second clamper 53B and the connecting arm 53C, as well as eliminates the protruding portion of the hook (not shown), thereby improving the finish quality.

The attachment band 54 of the holder 50 is bonded to the body 52 and includes a margin portion 54a and an attachment portion 54b.

The margin portion 54a is an extended band portion formed at a portion that does not overlap with the body 52. The extended portion 54a cuts or scrapes the tape 52 with the scissors so that the user can be fixed at an appropriate position, Adhesive tape) can be used to easily adjust the length.

Since the margin portion 54a has the attachment portion 54b containing the adhesive agent 54c at both ends thereof, it is possible to easily attach a note such as a paper sheet, a business card, or a leaflet without special adhesive, adhesive tape, I can remove it.

In addition, the customer can easily view the advertisement by attaching a leaflet P provided in accordance with the design of the user including the contents of the store, Can be improved.

In addition, the adhesive 54b can be sufficiently applied by applying the adhesive agent 54c in a similar manner to a post-it which does not readily deteriorate even if the adhesive agent 54b sticks to the adhesive agent 54b. The adhesive agent 54c is used .

The adhesive 54c is also applied to the margin 54a to enhance the adhesion of the holder 50 to the environment monitoring station to improve the fixing force of the holder 50 together with the margin 51 and the margin 54a .

The attachment portion 54b shown in FIG. 5 may be provided with an adhesive tape connected to the band, and may be provided with a clamp (not shown) at an end thereof through a thin aluminum or steel wire, Notice or leaflet can be fixed.

The customer can easily see the advertisement through the attachment portion 54b of the attachment band 54. The clamper 53 allows the user to easily manage an important note or business card, .

1 to 3, a recognition step of recognizing a QR code (Q) is described. First, a QR code (Q) (100), a connection step (200) for connecting to the server (20), an input step (300) for inputting environment information, a transmission and reception step (400) for transmitting environment information to the database part (43) And a monitoring step (500) for analyzing and outputting the output data.

More specifically, in the recognition step 100, the local environment monitoring station 10 is provided with a QR code Q, the local residents recognize the QR code Q through the remote terminal 30, and the recognized QR code Q to the server 20 in the connection step 200.

The server 20 is provided with an input unit 21 including a plurality of query units 211. In the input step 300, the input unit 21 of the server 20 outputs And the environment information is input according to the query unit 211 of the output unit 21. [

The input environmental information forms a transmission / reception step 400 to be transmitted / received to / from the reception unit 41 provided in the monitoring means 40 through the transmission unit 31 provided in the remote terminal 30, The environmental information transmitted from the monitoring unit 500 is provided to the monitoring unit 500 in the monitoring step 500 and includes a database unit 43 for storing environment information and a display unit 45 for outputting stored environment information The environment information is stored and output.

Further, in the normal transmission / reception step 400, the climate information of the environmental monitoring station 10 is retrieved through the retrieval unit 23 provided in the server 20 and automatically transmitted to the database unit 43 of the monitoring means, To more accurately collect and analyze the environmental information of the environmental monitoring station 10 in each region.

Furthermore, the inquiry unit 211 is composed of a query unit 211 that can be determined by the user, particularly the five senses of the local residents, so that the environment information of the area can be easily and easily collected even if the expert does not reside The inquiry unit 211 further includes a memo input unit 213 so that the user can additionally input information other than the environment information provided in the inquiry unit 211 to facilitate analysis of the environment information.

While the present invention has been described with reference to the accompanying drawings, it is to be understood that the present invention is not limited to the specific embodiments, Changes and substitutions are possible, and such modifications, alterations, and substitutions are to be construed as being within the scope of the present invention.

Q: QR Code 10: Environmental Monitoring Office
11: communication unit 13:
15: Reader section 20: Server
21: Input unit 211: Query unit
213: memo input unit 23:
30: remote terminal 31: transmitter
40: monitoring means 41:
43: Database part 45: Display part
50: holder 51:
51a: first sucker 51b: second sucker
51c: shock absorber 51d: guide
52: body 53: clamper
53a: first binding portion 53b: second binding portion
54: attachment band 54a:
54b: Attachment part 54c: Adhesive
100: recognition step 200: connection step
300: input step 400: transmission / reception step
500: Monitoring step

Claims (8)

A local environment monitoring station equipped with a QR code;
server;
A remote terminal, which is a smartphone possessed by a local resident and having a transmitter for transmitting environment information input to an input unit output from the server;
And a monitoring unit including a receiving unit for receiving environment information transmitted through the remote terminal, a database unit for storing the received information, and a display unit for outputting information stored in the database unit,

The server is connected using the QR code recognized by the remote terminal and the wireless network, and outputs an input unit for inputting the environmental status of the local resident to the remote terminal,
Wherein the server further comprises a search unit for searching for climate information of the environmental monitoring station,
The server automatically transmits the weather information retrieved from the retrieval unit to the monitoring unit,

The environmental monitoring station is provided with a memo holder 50 for inserting or attaching a note,
The holder 50 includes a pair of mutually connected cubes 51, a body 52, a clip 53, and an attachment band 54,
The magazine 51 of the holder 50 is constituted by the first sucker 51a, the second sucker 51b, the buffer sucker 51c, the guide 51d and the space portion 51e,
The first sucker 51a and the second sucker 51b having different diameters are formed on the front surface and the rear surface of the cage 51 so that they are sucked and connected to a flat portion of the environment monitoring room,
The cage 51 is further provided with a shock absorber 51c on the upper portion of the first sucker 51a to prevent damage to the sucked surface,
The buffer reservoir 51c is configured to have a diameter different from the diameter of the first reservoir 51a of the cubicle 51 and the buffer reservoir 51c is located at a position between the guide 51d and the buffer reservoir 51c, And the sucker 51a in this order,
The body 52 of the holder 50 is made of a metal having elasticity and the body 52 has a through hole 52a at a central portion thereof and the attachment band 54 is inserted through the through hole 52a Attached to the front and rear of the body 52,
The clip 53 of the holder 50 is formed on the body 52 and includes a first clamper 53A, a second clamper 53B and a connecting arm 53C,
The clip 53 is bent by an rivet or hook type coupling between the connecting arm 53C and the second clamper 53B while being warped in an oblique view,
The first clamper 53A of the clip 53 includes a bent portion 53Aa, an anti-injury cover member 53Ab, and a non-slip member,
The bent portion 53Aa of the first clamper 53A is formed to have a tapered portion in order to enlarge an interval from the second clamper 53B in an unclamping operation, And is in the form of a bar formed by closing,
When the first clamper 40 is unclamped due to the formation of the bent portion 53Aa, a note is inserted and clamped at a desired portion to fix the note to the clip 53,
An anti-injury cover member 53Ab is further provided at an end of the first clamper 53A,
The second clamper 53B of the holder 50 is coupled to the two connecting arms 53C so that the body 52 of the holder 50 maintains a bow-
The second clamper 53B is provided with a non-slip member 53Ba to ensure stable fixing of the note paper together with the first clamper 53A. . The method according to claim 1,
The input unit output from the server to the remote terminal
And a plurality of query units, wherein the QR code is used for resident participation and remote environment monitoring. 3. The method of claim 2,
Wherein the inquiry unit further comprises a memo input unit for activating the resident participation and remote environment monitoring using the QR code. delete A local environment monitoring station equipped with a QR code;
server;
A remote terminal, which is a smartphone possessed by a local resident and having a transmitter for transmitting environment information input to an input unit output from the server;
A monitoring unit configured to receive environmental information transmitted through the remote terminal, a monitoring unit configured to receive the environment information transmitted from the remote terminal, a database unit configured to store the received information, and a display unit configured to output information stored in the database unit As a result,
The environmental monitoring system of the environmental monitoring system is provided with a memo holder 50 for inserting or attaching a note,
The holder 50 includes a pair of mutually connected cubes 51, a body 52, a clip 53, and an attachment band 54,
The magazine 51 of the holder 50 is constituted by the first sucker 51a, the second sucker 51b, the buffer sucker 51c, the guide 51d and the space portion 51e,
The first sucker 51a and the second sucker 51b having different diameters are formed on the front surface and the rear surface of the cage 51 so that they are sucked and connected to a flat portion of the environment monitoring room,
The cage 51 is further provided with a shock absorber 51c on the upper portion of the first sucker 51a to prevent damage to the sucked surface,
The buffer reservoir 51c is configured to have a diameter different from the diameter of the first reservoir 51a of the cubicle 51 and the buffer reservoir 51c is located at a position between the guide 51d and the buffer reservoir 51c, And the sucker 51a in this order,
The body 52 of the holder 50 is made of a metal having elasticity and the body 52 has a through hole 52a at a central portion thereof and the attachment band 54 is inserted through the through hole 52a Attached to the front and rear of the body 52,
The clip 53 of the holder 50 is formed on the body 52 and includes a first clamper 53A, a second clamper 53B and a connecting arm 53C,
The clip 53 is bent by an rivet or hook type coupling between the connecting arm 53C and the second clamper 53B while being warped in an oblique view,
The first clamper 53A of the clip 53 includes a bent portion 53Aa, an anti-injury cover member 53Ab, and a non-slip member,
The bent portion 53Aa of the first clamper 53A is formed to have a tapered portion in order to enlarge an interval from the second clamper 53B in an unclamping operation, And is in the form of a bar formed by closing,
When the first clamper 40 is unclamped due to the formation of the bent portion 53Aa, a note is inserted and clamped at a desired portion to fix the note to the clip 53,
An anti-injury cover member 53Ab is further provided at an end of the first clamper 53A,
The second clamper 53B of the holder 50 is coupled to the two connecting arms 53C so that the body 52 of the holder 50 maintains a bow-
The second clamper 53B is provided with a non-slip member 53Ba to ensure stable fixing of the note paper together with the first clamper 53A,

The server is connected using the QR code recognized by the remote terminal and the wireless network, and outputs an input unit for inputting the environmental status of the local resident to the remote terminal,

A recognition step in which a remote terminal, which is a smartphone owned by a local resident, recognizes a QR code of a local environmental monitoring station;
A connection step of the remote terminal accessing the server with the recognized QR code;
An input step provided in the server for outputting an input unit to the remote terminal, and inputting environmental information by a local resident to the input unit;
Transmitting and receiving environment information written in the input unit to a database unit by a remote terminal; And
And analyzing and outputting the environment information transmitted in the transmitting and receiving step. The method of activating the residents participation and remote environment monitoring using the QR code. 6. The method of claim 5,
In the transmitting and receiving step
And a search unit for searching weather information of the environmental monitoring station, and the searched weather information is automatically transmitted to the database unit. The method according to claim 5 or 6,
In the input step
And a plurality of query units for selecting environment information are provided, and environmental information of an environmental monitoring station is input. 8. The method of claim 7,
In the query portion,
And a memo input unit is further included in the QR code.

Images