KR102191069B1 - Kiosk - Google Patents

Abstract

The present invention relates to a kiosk comprising: a kiosk terminal including a touch screen type display unit that displays a tuition payment selection icon to provide a tuition payment means to a user and an attendance check selection icon to provide an attendance authentication means, and a recognition means for recognizing a credit card or a debit card; a card recognition unit for acquiring electronic chip information or magnetic information provided in the credit card or debit card inserted into the recognition means; a control unit which processes a card payment request of the user as the user presses the tuition payment selection icon and the card recognition unit acquires the electronic chip information; and an attendance processing execution unit for accessing an attendance management server when the user presses the attendance check selection icon and an attendance confirmation signal is input by the user, and executing attendance processing for classes by comparing it with the previously stored attendance book data.

Description

Kiosk{KIOSK}

The present invention relates to a kiosk capable of unattended processing of student attendance check and tuition payment at a place such as an academy.

In general, a kiosk (KIOSK) refers to an unmanned terminal installed in a public place so that the public can easily use it for unmanned automation of information services and tasks in the information and communication field.

Currently, it is installed in various public facilities, large bookstores, department stores, exhibition halls, airports or railway stations, and provides various administrative procedures, product information, facility usage methods, and nearby tourist information.

Most of them do not use a keyboard, and they adopt a touch screen that puts their hand on the screen, so they can easily search step by step, and in addition to the advantage of providing convenience to users, there is no need to have a person to guide directly from the information provider side. Therefore, the effect of manpower saving is great. In particular, Internet-only kiosks that can use the Internet anytime and anywhere are attracting attention.

However, the conventional kiosk does not include a function of unattended attendance check or payment of tuition fees at a place such as an academy.

Therefore, there is a problem that there is not enough time to actually give a lecture because the instructor has to devote the lecture time to check the attendance of all students.

And, in the case of tuition payment, there is a cumbersome problem in that parents must transfer tuition fees to the academy, and the academy manager must check whether the tuition is paid by checking each student.

Therefore, there is an urgent need to develop a kiosk that can improve the convenience of parents and academia managers by allowing students to check attendance unattended to efficiently utilize lecture time and to pay tuition fees unattended.

On the other hand, the above-described background technology is technical information that the inventor possessed for derivation of the present invention or acquired during the derivation process of the present invention, and is not necessarily a known technology disclosed to the general public prior to filing the present invention. .

Korean Patent Registration No. 10-2137505

The present invention provides a kiosk capable of unattended processing of student attendance checks in a place such as an academy, and unattended payment of tuition fees by credit card or debit card.

Another object of the present invention is to provide a kiosk that can improve the effect of learning by checking whether students have actually taken a class in the classroom, thereby preventing students from secretly leaving the classroom during the lecture time after checking attendance. to provide.

Another object of the present invention is to provide a kiosk that measures a user's body temperature in real time and, when the user's body temperature is above a preset temperature, generates different types of noise multiplexedly to give an alert to the user and the people around him. .

Another object of the present invention is to provide a kiosk in which different types of noise are generated multiplexedly and scent is generated when the user's body temperature is greater than or equal to a preset temperature so that the user and the surrounding people can more effectively give an alert.

The technical problem of the present invention is not limited to the technical problem mentioned above, and other technical problems that are not mentioned will be clearly understood by those skilled in the art from the following description.

A kiosk according to an embodiment of the present invention includes a touch screen type display unit and a credit card or check displaying an attendance check selection icon for providing a tuition payment selection icon for providing a tuition payment means to a user and an attendance authentication means. A kiosk terminal including a recognition means for recognizing a card, a card recognition unit for acquiring electronic chip information or magnetic information provided in the credit card or debit card inserted into the recognition means, the user presses the tuition payment selection icon, and the card A control unit that processes a user's card payment request as the recognition unit acquires electronic chip information, and when an attendance confirmation signal is input by the user as the user presses the attendance check selection icon, it connects to the attendance management server and stores the previously stored attendance book data. Comprising an attendance processing execution unit for executing attendance processing for the class by comparison,
The kiosk terminal includes a base plate fixed to the ground, an elevator cylinder coupled to an upper surface of the base plate, a support coupled to a bottom surface of the kiosk terminal and adjustable in height by operation of the elevator cylinder, and an upper side of the kiosk terminal A portable terminal of a user, which is disposed at the lower side and transmits a rise button, a descend button, and a beacon signal for controlling the operation of the lifting cylinder to raise or lower the support, and which is located in a lecture room and has completed attendance processing by the attendance processing unit. Further comprising a communication unit for transmitting and receiving data with,
The control unit periodically transmits a beacon signal to the portable terminal within a predetermined range at a preset time interval,
The control unit controls the communication unit to transmit a beacon signal to mobile terminals within a certain range in order to determine whether the user has been in the lecture room during the lecture time, and determines whether a response signal is received from the mobile terminal for a preset time. , When the response signal is received by the communication unit for a preset time, the user of the mobile terminal is present in the classroom and attendance is deemed to have been taken, and the response signal is not received through the communication unit for a preset time. , Attendance is not recognized as the user of the mobile terminal is deemed to have not taken the class outside the classroom,
A non-contact body temperature measuring unit installed in the kiosk terminal and measuring the body temperature of a user located in front,
A first audible alarm unit that is installed in the kiosk terminal and generates a noise when the body temperature of the human body measured by the non-contact body temperature measuring unit is higher than a preset temperature,
It is installed in the kiosk terminal and generates noise when the body temperature of the human body measured by the non-contact body temperature measurement unit is higher than a preset temperature, but is operated 5 to 10 seconds after the first audible alarm unit is activated to increase the noise. A second audible alarm unit,
An olfactory alarm unit installed in the kiosk terminal and configured to alert by spraying incense when the body temperature of the human body measured by the non-contact type body temperature measurement unit exceeds a preset temperature,
The first audible alarm unit is disposed so as to face each other in up and down directions, and a corrugated downhill passage is formed therein, and a plurality of collision surface portions disposed diagonally to each other in the up and down directions on the downhill passage At least one is received in the downhill passage of the formed first and second resonance sound generators and the first and second resonance sound generators, and generates a first noise that collides with the collision surface while descending along the downhill passage to generate noise The first and second resonance sound generators are respectively coupled to the sub, upper and lower sides, and the first and second resonance sound generators are positioned at a preset time interval so that the first and second resonance sound generators repeatedly generate noise. Including a first motor to change to,
The second audible alarm unit is a supporter, installed on one side of the supporter, and a plurality of peaks and valleys connected in a form that continuously cross each other along the longitudinal direction, so that a compressible or expandable elastic part, located at an end point The compression unit in contact with the mountain, the compression unit is installed on the upper surface of the support, and maintains a state in which the compression unit is in contact with the mountain at the end point, and when the user's body temperature measured by the non-contact body temperature measurement unit is higher than a preset temperature A compression cylinder for retracting the compression unit to be compressed, an expansion cylinder installed on the upper surface of the support and for raising the compression cylinder so that the expansion and contraction expands when the compression cylinder moves the compression unit backward, between the mountain portions Includes a second noise generator that is filled in a plurality of spaces and is formed in a grain shape, and generates noise while swinging when the expansion and contraction is expanded,
The olfactory alarm unit, a housing installed in the kiosk terminal and having a plurality of injection holes formed on the front and both sides thereof, is accommodated in the inner space of the housing, a plurality of storage tanks in which liquid scent-generating substances are stored, and the storage tank A plurality of pumps each connected and pumping the fragrance-generating material, a plurality of injection nozzles each fixed to the injection hole and injecting the fragrance-generating material pumped by the pump to the outside of the housing, the fragrance-generating material around And a diffusion portion for swinging the housing to diffuse,
The diffusion unit includes a pair of pillars arranged to face each other on the upper surface of the kiosk terminal, a pair of swing ropes coupled to the support to enable swing movement, and one side and the other side are respectively fixed to the swing row and fix the housing And a second motor configured to rotate the striking part at predetermined time intervals so that the striking box and the striking part are arranged to face up and down the fixing box, and the striking part strikes the fixing box so that the housing swings.

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According to one aspect of the present invention as described above, it is possible to unattended the attendance check of students in a place such as an academy, and the tuition can be paid unattended with a credit card or debit card, thereby improving convenience in use. There is.

In addition, by checking whether or not the students actually took the class in the classroom, there is an effect of improving the effectiveness of learning by preventing students from secretly leaving the classroom during the lecture time after the attendance check.

In addition, the user's body temperature is measured in real time, and when the user's body temperature is higher than a preset temperature, different types of noise are generated multiplexedly to alert the user and the surrounding people to prevent the spread of infectious diseases.

In addition, when the user's body temperature is higher than a preset temperature, different types of noise are generated multiplexedly and scent is generated, so that the user and the surrounding people can more effectively alert the user.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within a range apparent to those of ordinary skill in the art from the contents to be described below.

1 is a perspective view showing a kiosk according to an embodiment of the present invention.
2 is a block diagram showing a connection state of components applied to a kiosk according to an embodiment of the present invention.
3 is a front view showing an example in which a first audible alarm unit, a second audible alarm unit, and an olfactory alarm unit are applied to a kiosk according to an embodiment of the present invention.
4 is a diagram illustrating a first audible alarm applied to a kiosk according to an embodiment of the present invention.
5 is a view showing a second audible alarm applied to a kiosk according to an embodiment of the present invention.
6 and 7 are diagrams showing an olfactory alarm applied to a kiosk according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION The detailed description of the present invention to be described later refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It is to be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

1 is a perspective view showing a kiosk according to an embodiment of the present invention, and FIG. 2 is a block diagram showing a connection state of components applied to a kiosk according to an embodiment of the present invention.

A kiosk according to an embodiment of the present invention is a product that is provided in an academy so that a user can unattended tuition payment or attendance check, and includes a kiosk terminal 10, a card recognition unit 20, and a control unit 30. , It may include an attendance processing execution unit 40.

The kiosk terminal 10 may include a touch screen type display unit 11 and a recognition means 13 for recognizing a credit or debit card.

The display unit 11 provides a touch-type user interface screen allowing the user to select a tuition payment and attendance check, and the user interface screen includes a tuition payment selection icon 111 for providing a tuition payment method to the user, It may include an attendance check selection icon 112 for providing an attendance authentication means to the user.

For example, when the user clicks the tuition payment selection icon 111, various icons such as math, Korean, and English are provided on the user interface screen in a pop-up format.

In addition, when the user selects a specific subject, a touch keyboard may be displayed on the user interface screen.

When a user enters at least one of his/her name, date of birth, and mobile phone number, it is connected to the attendance management server 41 and compared with the pre-stored attendance data. If the information entered by the user is pre-stored information, the interface screen In the recognition means 13 may be displayed a phrase to recognize the card.

As another example, a barcode scanner may be installed in the kiosk terminal.

The barcode scanner may be configured to recognize the unique information of the barcode provided on the user card supplied to each user in the academy and compare it with the attendance book data.

In this case, the unique information may be at least one of a student's name, date of birth, and mobile phone number.

In addition, when the unique information stored in the user card matches the name stored in the attendance data, a phrase prompting the recognition means to recognize the card is displayed on the user interface screen.

The recognition means is generally provided in a kiosk, and may be formed in a type of inserting a credit or debit card, or a type of scratching a credit or debit card.

Since the recognition means 13 is a commercialized technology like the recognition means of a general kiosk provided in stores, convenience stores, and fast food stores, detailed descriptions are omitted.

The card recognition unit 20 recognizes electronic chip information provided on the credit card or debit card when the recognition means is formed in a type in which a credit card or debit card is inserted, and when the recognition means is formed in a scratch type, a credit card or Recognizes magnetic information provided on the check card.

Since the card recognition unit 20 is the same as the configuration and principle provided in a generally used credit card or debit card payment device, a detailed description will be omitted.

The control unit 30 processes the user's card payment request as the user presses the tuition payment selection icon and the card recognition unit 20 obtains electronic chip information.

Since the controller 30 is the same as the configuration provided in a general card payment device, a detailed description will be omitted.

On the other hand, when the user selects the attendance check selection icon, a touch-type keyboard is displayed on the user interface screen.

When a user enters at least one of his/her name, date of birth, and mobile phone number, the attendance processing execution unit 40 connects to the attendance management server 41 according to the user's attendance confirmation signal and compares it with the previously stored attendance data. And, if the name input by the user is a pre-stored name, the attendance process of the user is executed while displaying the word attendance confirmation on the user interface screen.

As another example, when the user selects the attendance check selection icon, a phrase prompting the barcode scanner to recognize the barcode of the user card may be displayed on the user interface screen. When the user recognizes the user card in the barcode scanner, the attendance processing execution unit 40 ) Is connected to the attendance management server 41 according to the user's attendance confirmation signal and compared with the pre-stored attendance data, and if the unique information entered in the user card is a pre-stored name, the phrase attendance confirmation is displayed on the user interface screen. While being displayed, the attendance process of the user is executed.

The kiosk terminal may further include a communication unit 50 that transmits a beacon signal and transmits and receives data to and from the user's portable terminal H located in the lecture room.

The communication unit 50 may be formed as a beacon that transmits a short-range communication signal to a designated lecture room in a predetermined time unit.

The beacon includes a RECO beacon using Bluetooth Low Energy and transmits a Bluetooth signal every predetermined period.

The communication unit 50 may be formed in a plurality, and transmits and receives data 1:1 through a short-range communication signal with the mobile terminals H of users whose attendance processing is completed by the attendance processing execution unit 40.

The intrinsic value of the short-range communication signal transmitted from the communication unit 50 may vary according to each classroom. For example, if the intrinsic values of the short-range communication signal transmitted from the communication unit 50 are '101', '102', and '103', the first lecture room, the second lecture room, and the third lecture room of the first building will be respectively corresponded. I can.

The controller 30 controls the communication unit 50 to periodically transmit a beacon signal to the portable terminal H within a predetermined range at a preset time interval.

The control unit 30 controls the communication unit 50 to transmit a beacon signal to the mobile terminals H within a certain range in order to determine whether the user has been in the lecture room during the lecture time, while controlling the mobile terminal H for a preset time. It checks whether a response signal is received from and when the response signal is received by the communication unit 50 for a preset time, the user of the mobile terminal H is considered to be present in the lecture room and taking the class, and attendance is acknowledged, If the response signal is not received through the communication unit 50 for a preset time, the user of the portable terminal H is regarded as not taking classes outside the classroom and attendance is not recognized.

The control unit 30 can be programmed to acknowledge attendance when the user returns to the classroom and receives a response signal from the communication unit 50 again, even if the response signal is not received from the communication unit 50 for a while due to reasons such as going to the bathroom. have.

The kiosk 1 according to an embodiment of the present invention can improve the effectiveness of learning by relatively preventing the user from secretly leaving the classroom during lecture time through the communication unit 50 and the control unit 30.

Such a kiosk terminal 10 may be formed in a table-top shape as shown in FIG. 1, or may be formed in a stand shape as shown in FIG. 3.

And, when the kiosk terminal 10 is applied as a stand type, the base plate 14 that is seated on the ground, the lifting cylinder 15 coupled to the upper surface of the base plate 14, the kiosk terminal 10 is coupled to the bottom surface. It may further include a support 16, an up button 17 and a down button 18 installed on the kiosk terminal 10.

The lifting cylinder 15 may be formed of a hydraulic cylinder in which a piston rises or falls as hydraulic pressure is supplied or discharged.

The piston of the lifting cylinder 15 is coupled to the bottom surface of the support 16 to raise or lower the support 16 and the kiosk terminal 10.

The rising button 17 is configured to raise the piston of the lifting cylinder 15, and the descending button 18 is provided to lower the piston of the lifting cylinder 15.

The down button 18 is installed on the lower part of the kiosk terminal 10 so that a user with a relatively small height such as an elementary school student or a user in a wheelchair can easily press it.

That is, when the down button 18 is pressed, the kiosk terminal 10 is lowered to a certain height and is located at the eye level of a user with a small height, so that a user with a small height also selects a course fee payment selection icon 111 and an attendance check selection icon 112 The functions of the kiosk terminal 10 can be easily used.

The lift button 17 is installed on the upper part of the kiosk terminal 10 so that users who are relatively taller than elementary school students, such as middle and high school students, can easily press.

That is, a relatively tall user tries to use the kiosk terminal 10, but when the kiosk terminal 10 is lowered, pressing the upward button 17 installed on the upper side of the kiosk terminal 10, the kiosk terminal 10 It is raised to a certain height and positioned at the eye level of a tall user.

Therefore, even a tall user can easily use the functions of the kiosk terminal 10 such as the tuition payment selection icon 111 and the attendance check selection icon 112.

At this time, since the rising button 17 is installed on the upper side of the kiosk terminal 10, it is possible for a tall user to raise the kiosk terminal 10 to his or her eye level without lowering the waist.

Next, referring to FIGS. 3 to 7, a non-contact body temperature measurement unit 60, a first audible alarm unit 70, and a second audible alarm unit 80 applied to the kiosk 1 according to an embodiment of the present invention. , The olfactory alarm unit 90 will be described.

3 is a front view showing an example in which a first audible alarm unit, a second audible alarm unit, and an olfactory alarm unit are applied to a kiosk according to an embodiment of the present invention, and FIG. 4 is a kiosk according to an embodiment of the present invention. Fig. 5 is a diagram showing a second audible alarm applied to a kiosk according to an embodiment of the present invention, and Figs. 6 and 7 are It is a diagram showing the olfactory alarm applied to the kiosk according to.

The non-contact body temperature measuring unit 60 may be formed by a known thermal imaging camera or a known non-contact body temperature measuring device.

The non-contact body temperature measuring unit 60 is installed on the top or side of the kiosk terminal 10 to measure the body temperature of a person located in front of the kiosk terminal 10 in real time.

The non-contact body temperature measuring unit 60 transmits the body temperature of the user to the control unit 30 electrically connected when the temperature is about 37.5° C. or higher, which is a temperature generated during corona infection.

When the user's body temperature measured by the non-contact body temperature measurement unit 60 is about 37.5° C., the control unit 30 sequentially includes the first audible alarm unit 70, the second audible alarm unit 80, and the olfactory alarm unit 90. To operate.

The first audible alarm unit 70 generates a noise, that is, an alarm sound only when the user's body temperature measured by the non-contact body temperature measurement unit 60 is 37.5° C. or higher, and notifies the user with heat and people located nearby.

To this end, the first audible alarm unit 70 includes a first case 71 installed on the upper side of the kiosk terminal 10, a first resonance sound generating unit 72, and a first, as shown in FIGS. 3 and 4. 2 It may include a resonance sound generator 73, a first noise generator 74, and a first motor 75.

The first resonance sound generation unit 72 and the second resonance sound generation unit 73 are arranged to face each other in the upper and lower directions in the inner space of the first case 71, and the downhill passage 72a having a waveform shape therein, 73a) is formed, and a plurality of collision surface portions 72b and 73b are formed on the downhill passages 72a and 73a, respectively, which are located diagonally to each other in the up and down directions.

The first resonance sound generator 72 may be formed of a rectangular box with an open top surface and an empty space therein.

The upper surface opening of the first resonance sound generating unit 72 may be opened and closed by the cover 721 to accommodate the first noise generating unit 74 in the downhill passage 72a.

The first resonance sound generator 72 may generate a resonance sound through the downhill passage 72a.

The second resonance sound generator 73 may be formed of a rectangular box with an open bottom surface and an empty space therein, and the downhill passage 73a described above is formed in the inner space.

The bottom opening of the second resonance sound generator 73 may be opened and closed by the cover 731 to accommodate the first noise generator 74 in the downhill passage 73a.

The second resonance sound generator 73 may generate a resonance sound through the downhill passage 73a.

The first noise generating unit 74 is formed in a ball shape so as to descend along the downhill passages 72a and 73a, respectively.

At least one first noise generating unit 74 may be applied.

The first noise generator 74 descends along the downhill passages 72a and 73a of the first resonance sound generator 72 and the second resonance sound generator 73, respectively, and in the process, the impact surface portion 72b, 73b) is repeatedly collided and an alarm sound is generated.

In this case, the first noise generating unit 74, the first resonance sound generating unit 72, and the second resonance sound generating unit 73 may be formed of a metal material so as to generate large alarm sounds and resonance sounds.

The first motor 75 is fixed to the upper surface of the support block 711 formed on the inner bottom surface of the first case 71.

The first motor 75 may be formed of an AC motor or a DC motor in which a motor shaft is rotated in a forward or reverse direction.

A first resonance sound generator 72 and a second resonance sound generator 73 are respectively coupled to the upper and lower sides of the motor shaft of the first motor 75.

Accordingly, the first resonance sound generation unit 72 and the second resonance sound generation unit 73 maintain an upright state.

In this state, the first motor 75 includes the first resonance sound generation unit 72 and the second resonance sound generation unit so that the first noise generation unit 74 repeatedly descends along the downhill passages 72a and 73a, respectively. Change the top and bottom position of (73). Therefore, the first noise generating unit 74 collides with the collision surface portions 72b and 73b several times, thereby generating an alarm sound.

At this time, the first motor 75 adjusts the upper and lower positions of the first resonant sound generator 72 and the second resonant sound generator 73 so that the first noise generator 74 repeatedly generates noise. It changes at preset time intervals.

That is, the control unit 30 rotates the motor shaft of the first motor 75 at an angle of about 180 degrees in accordance with the time when the first noise generating unit 74 reaches the lower end of the downhill passages 72a and 73a. It is to change the upper and lower positions of the 1 resonance sound generating unit 72 and the second resonance sound generating unit 73.

For example, if the time for the first noise generator 74 to reach the lower end of the downhill passage is about 5 seconds, the control unit 30 rotates the motor shaft of the first motor 75 at an angle of 180 degrees every 5 seconds. Let it.

In this way, as the first audible alarm unit 70 generates an alarm sound, measures such as inducing a person with fever to leave the seat and go to the hospital can be made to be alert to a person with fever and those around him. The spread of infectious diseases can be prevented, such as inducing people around them to distance themselves from those who have fever.

The second audible alarm unit 80 is configured to induce a more reliable measure by increasing the volume of the alarm sound.

The second audible alarm unit 80 is installed in the kiosk terminal 10, together with the first audible alarm unit 70, 90 only when the user's body temperature measured by the non-contact body temperature measuring unit 60 is 37.5 °C or higher. It generates an alarm sound and notifies the user and the people in the vicinity.

To this end, as shown in FIG. 5, the second audible alarm unit 80

The second case 81 installed on the upper side of the kiosk terminal 10, the support 82, the expansion and contraction 83, the compression unit 84, the compression cylinder 85, the expansion cylinder 86, the second It may include a noise generator 87.

The support 82 is installed in the inner space of the second case 81, and an extension part 83 is installed on one side thereof.

The elastic part 83 may be compressed or expanded by successively cross-forming a plurality of peaks 831 and valleys 832 along the longitudinal direction.

The compression unit 84 is in contact with the peak portion 831 located at the end point in order to compress the elastic portion 83, and may be formed in an approximately'U' cross-sectional shape.

The compression cylinder 85 may be formed as a linear cylinder or a rodless cylinder so as to move the compression unit 84 forward or backward, and a piston is coupled to the compression unit 84.

The compression cylinder 85 maintains a state in which the compression part 84 is in contact with the mountain part 831 located at the end point, and when the user's body temperature measured by the non-contact body temperature measuring part 60 is about 37.5 ℃ or more, the elastic part The compression unit 84 is moved backward so that 83 is compressed.

The expansion cylinder 86 is installed on the upper surface of the support 82.

The expansion cylinder 86 may be formed as a hydraulic cylinder, and a piston is coupled to the compression cylinder 85.

In the expansion cylinder 86, when the expansion and contraction 83 is compressed as the compression cylinder 85 moves the compression part 84 backward, the compression cylinder 85 is re-expanded so that the expansion and contraction 83 is expanded again. Raise.

The second noise generating unit 87 is filled in a plurality of spaces between the ridges 831 and is formed in a grain shape.

The second noise generating unit 87 oscillates when the expansion and contraction 83 is inflated and generates an alarm sound.

In addition, some of the second noise generating units 87 collide with each other to generate an alarm sound, and other parts collide with the mountain unit 831 to generate an alarm sound.

At this time, the expansion and contraction unit 83 and the second noise generating unit 87 may be formed of a metal material to generate a large noise.

In addition, the control unit 30 repeatedly operates the expansion cylinder 86 and the compression cylinder 85 in sequential order so that the second noise generating unit 87 continuously generates an alarm sound.

Specifically, the control unit 30 controls the compression cylinder 85 to advance the compression unit 84 after the expansion cylinder 86 raises the compression cylinder 85, and the expansion and contraction unit 83 The expansion cylinder 86 lowers the compression cylinder 85 at the time when the expansion and contraction of) is finished and is restored to its original state, and the compression unit 84 is controlled to contact the ridge 831 located at the end point again. Then, the compression cylinder 85 is controlled to move the compression unit 84 backward and the expansion cylinder 86 to raise the compression cylinder 85.

As a result, the second noise generating units 87 collide with each other or the mountain portion 831 to generate an alarm sound.

At this time, the time point at which the elastic part 83 is restored to its original state at which the stretching action ends is different depending on the length of the elastic part 83.

For example, if the time that the stretching action of the stretching part 83 is completed is 5 seconds, the controller 30 operates the compression cylinder 85 and the expansion cylinder 86 after 5 seconds.

In addition, the control unit 30 sequentially operates the compression cylinder 85 and the expansion cylinder 86 after about 5 to 10 seconds from the time when the first motor 75 is operated.

Accordingly, the first audible alarm unit 70 and the second audible alarm unit 80 together generate an alarm sound.

In this case, the amount of the alarm sound generated by the first audible alarm unit 70 and the alarm sound generated by the second audible alarm unit 80 are summed to reliably alert a person who has a fever and those around him. can do. Therefore, it is possible to more efficiently prevent the spread of infectious diseases.

The olfactory alarm unit 90 is configured to emit a certain scent only when the user's body temperature measured by the non-contact type body temperature measurement unit 60 is 37.5° C. or higher to give an olfactory alarm.

That is, the olfactory alarm unit 90 does not hear the alarm sound generated by the first audible alarm unit 70 and the second audible alarm unit 80 because it is a certain distance away from the user with poor hearing or the kiosk terminal 10. It performs a function of notifying those around you who are unable to do so, so that more people can be sure of the fact of the fever.

To this end, the olfactory alarm unit 90 is accommodated in the inner space of the housing 91 and the housing 91 disposed on the upper side of the kiosk terminal 10, as shown in Figs. In the plurality of storage tanks 92 in which the substance 921 is stored, the plurality of pumps 93, which are respectively opened to the storage tank 92 and pump the fragrance-generating material 921, the injection hole 91a, and the pump 93 A plurality of spray nozzles 94 that are respectively connected and spray the fragrance-generating material 921 pumped by the pump 93 to the outside of the housing 91, and the fragrance-generating material 921 sprayed by the spray nozzle 94 It may include a diffusion unit 95 for swinging the housing 91 so as to diffuse around it.

At this time, the control unit 30 is programmed to operate the second audible alarm unit 80 after about 5 to 10 seconds after simultaneously operating the first audible alarm unit 70 and the olfactory alarm unit 90.

The fragrance generating material 921 may be applied to any one of various types of perfume liquids that are generally used, or may be applied to any of the perfume liquids that are generally used.

The fragrance-generating material 921 may be applied to have a mint scent so as to induce alertness.

The spray nozzle 94 may be applied as a product capable of spraying the fragrance-generating material 921 in the form of fine particles.

The spray nozzle 94 is installed on the front and both sides of the housing 91, and sprays the fragrance-generating material 921 in various directions to notify not only the user but also many people around the user about the heat generation.

The diffusion unit 95 is configured to swing the housing 91 to diffuse the fragrance-generating material 921 around it.

To this end, the diffusion unit 95 includes a pair of holding portions 951 arranged to face each other on the upper surface of the kiosk terminal 10, a pair of swing strings 952 coupled to the holding portion 951 to enable swing movement, One side and the other side are fixed to the swing string 952, respectively, and a fixed box 953 in which a portion of the lower side of the housing 91 is received and fixed, a hitting part 954 with a rounded part hitting the fixed box 953, and hitting It may include a second motor 955 that rotates the striking part 954 at preset time intervals so that the part 954 strikes the fixed box 953.

The holding part 951 and the swing rope 952 may swing the fixed box 953 and the housing 91 on the same principle as the swing provided in the playground.

The striking part 954 is arranged to face the fixing box 953 up and down.

The striking part 954 may be formed of a rubber or silicone material. Therefore, it is possible to prevent damage to the hitting part 954 and the fixing box 953.

The second motor 955 is fixed to the upper surface of the kiosk terminal 10 and disposed below the fixing box 953.

The second motor 955 may be formed of an AC motor or a DC motor in which a motor shaft is rotated in a forward or reverse direction.

The control unit 30 controls the second motor 955 to rotate the hitting unit 954 once at a preset time interval.

The striking part 954 maintains a state perpendicular to the upper surface of the kiosk terminal 10, and the second motor 955 is the striking part when the user's body temperature measured by the non-contact body temperature measuring part 60 is 37.5 °C or higher. The 954 is rotated 360 degrees, and the striking part 954 strikes the fixing box 953 by rotation to swing the fixing box 953 and the housing 91.

Therefore, the fragrance generating material 921 sprayed by the injection nozzle 94 is diffused to the front and both sides of the kiosk terminal 10 to inform more people about the user's heat and to be alert.

At this time, the control unit 30 controls the second motor 955 to rotate the striking unit 954 once in accordance with the time point at which the swing movement of the fixing box 953 is stopped.

For example, if the time at which the swing movement of the fixed box 953 is stopped is about 5 seconds, the controller 30 controls the second motor 955 to rotate the striking unit 954 once again after 5 seconds.

Additionally, the diffusion unit 95 is installed on the upper surface of the housing 91 and may further include a blowing fan (not shown) to assure the fragrance generating material 921 further away.

A total of three blowing fans may be applied to diffuse the fragrance generating substances 921 sprayed to the front and both sides of the housing 91, respectively.

At this time, the control unit 30 is the first audible alarm unit 70 and the second audible alarm unit when the non-contact body temperature measurement unit 60 does not measure the body temperature due to the departure of the user with heat from the front of the kiosk terminal 10 80 and can be programmed to stop the operation of the olfactory alarm 90.

The above-described embodiments are for illustrative purposes only, and those of ordinary skill in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You can understand. Therefore, it should be understood that the above-described embodiments are illustrative and non-limiting in all respects. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

The scope to be protected through the present specification is indicated by the claims to be described later rather than the detailed description, and should be interpreted as including all changes or modified forms derived from the meaning and scope of the claims and the concept of equivalents thereof. .

1: kiosk 10: kiosk terminal
11: display unit 111: tuition payment selection icon
112: attendance check selection icon 13: recognition means
14: base plate 15: lifting cylinder
16,82: support 17: up button
18: down button 20: card recognition unit
30: control unit 40: attendance processing execution unit
41: attendance management server 50: communication department
60: non-contact body temperature measurement unit 70: first audible alarm unit
71: first case 711: support block
72: first resonance sound generating unit 72a, 73a: downhill passage
72b,73b: impact surface 721,731: cover
73: second resonance sound generation unit 74: first noise generation unit
75: first motor 80: second audible alarm unit
81: second case 83: expansion part
831: maternal 832: bone
84: compression unit 85: compression cylinder
86: expansion cylinder 87: second noise generator
90: olfactory alarm unit 91: housing
91a: injection hole 92: storage tank
921: fragrance generating substance 93: pump
94: spray nozzle 95: diffusion
951: holding part 952: swing rope
953: fixed box 954: hitting part
955: second motor

Claims (2)

A kiosk terminal including a touch screen type display that displays a tuition payment selection icon for providing a tuition payment means to a user and an attendance check selection icon for providing an attendance authentication means, and a recognition means for recognizing a credit card or a check card ,
A card recognition unit for obtaining electronic chip information or magnetic information provided in the credit card or debit card inserted into the recognition means,
A control unit that processes a user's card payment request as the user presses the tuition payment selection icon and the card recognition unit acquires electronic chip information,
When the user presses the attendance check selection icon and an attendance confirmation signal is input by the user, it accesses an attendance management server and includes an attendance processing execution unit for executing attendance processing for a class by comparing it with pre-stored attendance book data,
The kiosk terminal,
Base plate fixed to the ground,
An elevation cylinder coupled to the upper surface of the base plate,
A support that is coupled to the bottom of the kiosk terminal and whose height is adjusted by the operation of the lifting cylinder,
An up button and a down button respectively disposed on the upper side and the lower side of the kiosk terminal and controlling the operation of the lifting cylinder so that the support rod rises or falls,
Further comprising a communication unit that transmits a beacon signal and transmits and receives data to and from a mobile terminal of a user who is located in the lecture room and has completed attendance processing by the attendance processing execution unit,
The control unit periodically transmits a beacon signal to the portable terminal within a predetermined range at a preset time interval,
The control unit controls the communication unit to transmit a beacon signal to mobile terminals within a certain range in order to determine whether the user has been in the lecture room during the lecture time, and determines whether a response signal is received from the mobile terminal for a preset time. , When the response signal is received by the communication unit for a preset time, the user of the mobile terminal is present in the classroom and attendance is deemed to have been taken, and the response signal is not received through the communication unit for a preset time. , Attendance is not recognized as the user of the mobile terminal is deemed to have not taken the class outside the classroom,
A non-contact body temperature measuring unit installed in the kiosk terminal and measuring the body temperature of a user located in front,
A first audible alarm unit that is installed in the kiosk terminal and generates a noise when the body temperature of the human body measured by the non-contact body temperature measuring unit is higher than a preset temperature,
It is installed in the kiosk terminal and generates noise when the body temperature of the human body measured by the non-contact body temperature measurement unit is higher than a preset temperature, but is operated 5 to 10 seconds after the first audible alarm unit is activated to increase the noise. A second audible alarm unit,
An olfactory alarm unit installed in the kiosk terminal and configured to alert by spraying incense when the body temperature of the human body measured by the non-contact type body temperature measurement unit exceeds a preset temperature,
The first audible alarm unit,
First and second resonant sounds are generated, arranged to face each other in the up and down directions, and a downhill passage in a waveform shape is formed inside, and a plurality of collision surfaces located diagonally on each other in the up and down directions are formed on the downhill passage. part,
A first noise generator that is accommodated in at least one or more downhill passages of the first and second resonance sound generators, and collides with the collision surface while descending along the downhill passage to generate noise,
The first and second resonance sound generators are respectively coupled to the upper and lower sides, and the upper and lower positions of the first and second resonance sound generators are changed at a preset time interval so that the first and second resonance sound generators repeatedly generate noise. Including a first motor,
The second audible alarm unit,
support fixture,
A plurality of ridges and valleys that are installed on one side of the support and connected in a form that continuously cross each other along the longitudinal direction,
Compression part contacting the mountain part located at the end point,
It is installed on the upper surface of the support and keeps the compression unit in contact with the mountain portion located at the end point, and moves the compression unit backward so that the elastic unit is compressed when the user's body temperature measured by the non-contact body temperature measurement unit is higher than a preset temperature. Cylinder for compression,
An expansion cylinder installed on the upper surface of the support and raising the compression cylinder so that the expansion and contraction expands when the compression cylinder moves the compression unit backward,
A second noise generator that is filled in a plurality of spaces between the ridges and is formed in a grain shape, and is vibrated when the elastic part is expanded and generates noise,
The olfactory alarm unit,
A housing installed on the kiosk terminal and having a plurality of injection holes formed on the front and both sides, respectively,
A plurality of storage tanks accommodated in the inner space of the housing and storing liquid fragrance-generating substances,
A plurality of pumps respectively connected to the storage tanks and pumping fragrance-generating substances,
A plurality of spray nozzles each fixed to the spray hole and spraying the fragrance generating material pumped by the pump to the outside of the housing,
Includes a diffusion unit for swinging the housing so as to diffuse the fragrance generating material around,
The diffusion unit,
A pair of holding portions disposed to face each other on the upper surface of the kiosk terminal,
A pair of swing ropes coupled to the support to enable swing movement,
A fixing box having one side and the other side fixed to the swing row and fixing the housing,
A striking portion disposed to face the fixing box up and down,
A kiosk comprising a second motor for rotating the striking part at preset time intervals so that the striking part strikes the fixed box so that the housing swings. delete

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