KR102340156B1 - Kiosk system for senior safety learning - Google Patents

Abstract

The present invention relates to a kiosk system for experiential safety learning for older people comprising: a base frame; a stand; an elevating unit; a monitor; a rotating unit; a photographing unit; a plurality of motion sensing sensors; and a controlling device. The stand includes: a stand body which is provided on an upper surface of the base frame; a lower base which is embedded in a lower part of the stand body; and an upper base which is embedded in an upper part of the stand body. The elevating unit includes: a pair of stopper blocks which are provided on an upper surface of the lower base and a lower surface of the upper base; a guide rail which is provided between the pair of stopper blocks; a position sensor which is provided on a lower surface of the upper stopper block and an upper surface of the lower stopper block, respectively; and a sliding block which is provided on an upper surface of the guide rail. The rotating unit is provided on an upper surface of the sliding block to rotate the monitor. The photographing unit includes: a photographing case which is provided on an upper surface of the stand body; a flash which is provided on a front edge of the photographing case; and a plurality of cameras which are provided on a front surface of the photographing case. The plurality of motion sensing sensors are provided in a lower part of a front surface of the stand body. The controlling device is provided to the base frame to control the elevating unit, the monitor, the rotating unit, the photographing unit, and the motion sensing sensors, respectively. The present invention allows the older people to easily experience content for the older people themselves.

Description

Kiosk system for senior safety learning {Kiosk system for senior safety learning}

The present invention relates to a kiosk system for elderly experience-type safety learning.

Republic of Korea Patent No. 2035819 (Registration date: 2019.10.17., Title of invention: Pedestrian facility design system and method using analysis of walking characteristics for the elderly) is a gait variable for detecting pedestrian distribution and gait characteristics in an area to be built with a walking facility A gait variable selection unit that selects a gait variable, and an image of the subject to be observed in the area where a walking facility is to be built is taken and analyzed in real time to observe the aging point in the face image, and aging for identification of the elderly using global and point-by-point characteristics Calculating the reference result value, analyzing the image of the subject to be observed, calculating the gait characteristic value based on the selected gait variable, and identifying and analyzing the elderly based on the facial characteristic and the gait characteristic to which the selected gait variable is applied. a pedestrian distribution and characteristic detection unit including a portion and an elderly person ratio and characteristic output unit for calculating the elderly proportion and gait characteristic values in an area where a walking facility is to be constructed by using the elderly identification and analysis results of the elderly identification unit; Receive the calculated elderly ratio and gait characteristic values provided by the pedestrian distribution and characteristic detection unit,

By analyzing the walking characteristics of a person, the characteristic standard value for each walking variable is stored, and the pedestrian facilities to be installed in the area where the pedestrian facility is to be constructed are divided into sidewalks, ramps, bus stops, subway stations, stairs, overpasses, and crosswalks, and the distribution and characteristics of pedestrians Design dimension calculation model to obtain the design dimension adjustment value of the pedestrian facility to be built in the area where the pedestrian facility is to be built by matching the calculated elderly ratio and walking characteristic values provided by the detection unit by classifying the components of the walking facility into steps, slopes, and flat elements construction department; A design dimension calculation value reflection unit that reflects the design dimension adjustment values obtained from the design dimension calculation model construction unit to determine the actual design dimensions based on the pedestrian distribution and walking characteristics in the area where the pedestrian facility is to be built; including, pedestrian distribution And in order to calculate the walking characteristic value of the elderly in the characteristic detection unit, the walking facility design system using the elderly walking characteristic analysis, characterized in that the walking ability factor of the elderly is divided into a walking factor, a balance factor, a muscle factor, and other factors has been

This prior art divides the components of a walking facility so that a walking facility can be built by reflecting the characteristics of the elderly in the facility design dimensions, while actually improving walking habits for the elderly or a countermeasure in case of an urgent traffic situation There was a fundamental problem of not being able to suggest any learning methods.

In addition, Republic of Korea Patent No. 2053359 (Registration date: 2019.12.02., Title of the invention: Interactive training system) is an interactive device including a display and a touch sensor for recognizing that the display is touched; memory for storing data; MIC; and a control device for controlling the interactive device, wherein when preset data is output through the display, the trainee trains by touching the display, and the stored data includes a plurality of data groups, The data group belonging to the plurality of data groups is composed of a plurality of characters by which the trainee can recognize the sequence, and the control device, when the voice input is received through the microphone, analyzes the received voice input, and Select one of the plurality of stored data groups based on the voice input, wherein in selecting the data group, a data group to which the analyzed voice input belongs is selected, and characters constituting the selected data group are output. Controls the display, and the plurality of data groups includes at least one of a group of Hangul consonants "a ~ n", a group of English alphabets "a ~ z" or "A ~ Z" group, and a group of numbers "1 ~ 9" Characterized in that, a training system is disclosed.

Although this prior art has the advantage of being able to perform dementia prevention and physical rehabilitation training for the elderly, since it is focused on protocols or software, there is a inconvenience in use that fails to implement a convenient hardware configuration for the elderly.

An object of the present invention, created to solve the above problems, is to provide a kiosk system for the elderly experience-type safety learning in which the elderly can easily experience contents for the elderly themselves.

An object of the present invention, the base frame and; a stand having a stand body provided on an upper surface of the base frame, a lower base built in a lower part of the stand body, and an upper base built in an upper part of the stand body; A pair of stopper blocks provided on an upper surface of the lower base and a lower surface of the upper base, a guide rail provided between the pair of stopper blocks, a lower surface of the upper stopper block, and an upper surface of the lower stopper block Elevating means each having a position sensor provided in the and a sliding block provided on the upper surface of the guide rail; monitor; a rotation means provided on the upper surface of the sliding block to rotate the monitor; a photographing means having a photographing case provided on the upper surface of the stand body, a flash provided on a front edge of the photographing case, and a plurality of cameras provided on the front surface of the photographing case; a plurality of motion detection sensors provided on the lower front side of the stand body; It can be achieved by the elderly experiential safety learning kiosk system comprising a controller provided on the base frame to control the lifting means, the monitor, the rotating means, the photographing means, and the motion detection sensor, respectively.

Preferably, the monitor of the present invention further comprises a plurality of second link ends provided on the rear surface, the rotating means, the motor provided on the upper surface of the sliding block, and a bracket provided on the upper surface of the motor; A plurality of support members provided on the upper surface of the bracket, a plurality of first link ends provided on the upper surface of the support member, and a link member connecting the first link end and the second link end. do.

Preferably, the present invention is characterized in that it further comprises a moving means provided on the lower surface of the base frame and controlled by the controller.

Preferably, the base frame of the present invention further includes an opening formed in a lower surface, and further comprising a painting means built into the base frame, wherein the painting means includes a cradle built into the base frame and a cradle of the cradle. a cylinder provided on the lower surface, a painting brush provided on the lower surface of the cylinder, and a first position provided on the painting brush and embedded in the base frame by the cylinder to be lowered and exposed through the opening of the base frame It is characterized in that it consists of a brush cover that is lifted between the second positions.

Preferably, the base frame of the present invention further comprises a plurality of hot air outlets formed on the lower surface, further comprising a paint detection sensor provided on the lower surface of the base frame, is built into the base frame, the hot air outlet and Further comprising a connected hot air fan, and further comprising a printer provided on the lower front side of the stand body, wherein the painting sensor, the hot air fan and the printer are each controlled by the controller.

As described above, the present invention has an effect that the elderly can easily experience contents for the elderly by themselves.

1 is a front view showing a kiosk system for elderly experience-type safety learning according to the present invention.
FIG. 2 is a front view showing a state in which the monitor of FIG. 1 is removed.
3 is a rear view showing the coupling relationship between the monitor and the monitor support member.
FIG. 4 is a rear view of FIG. 1 ;
5 is a cross-sectional view showing the coupling relationship between the monitor, the lifting means and the rotating means.
FIG. 6 is a bottom view of FIG. 1 ;
7 is a cross-sectional view of a main part of FIG. 1 showing a painting means.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

1 to 7, the kiosk system 100 for the elderly experiential safety learning according to the present invention includes a base frame 10, a stand 20, a lifting means 30, a rotating means 40, and a moving means ( 50), photographing means 60, painting means 70, monitor (MR), hot air fan (HT), printer (PRT), painting detection sensor (Bs), motion detection sensor (Ws) and controller (CTB) have.

The base frame 10 is a weight body made of a metal material or a synthetic resin material.

In addition, the base frame 10 is formed with a plurality of hot air balloons 80 on the lower surface. In addition, the base frame 10 is formed with an opening (no number) on the lower surface.

The stand 20 includes a stand body 21 provided on the upper surface of the base frame 10 , a lower base 23 built into the lower portion of the stand body 21 , and an upper portion built into the upper portion of the stand body 21 . It consists of a base (25).

In addition, the stand body 21 further includes a door 21a on the rear surface.

A plurality of motion detection sensors Ws are provided on the lower front side of the stand body 21 .

The lifting means 30 includes a pair of stopper blocks 31 provided on the upper surface of the lower base 23 and the lower surface of the upper base 25 , and a guide rail 33 provided between the pair of stopper blocks 31 . ), a position sensor 35 provided on the lower surface of the upper stopper block 31 , and a sliding block 37 provided on the upper surface of the guide rail 33 .

Here, the lifting means 30 is built in the stand body 21 .

In addition, the sliding block 37 moves up and down along the guide rail 33 .

In addition, the position sensor 35 is also provided on the upper surface of the lower stopper block 31 , and is provided to prevent the sliding block 37 from colliding with the stopper block 31 .

The rotating means 40 includes a motor 41 provided on an upper surface of the sliding block 37 , a bracket 43 provided on an upper surface of the motor 41 , and a plurality of support members provided on an upper surface of the bracket 43 . (45), a plurality of first link ends (47) provided on the upper surface of the support member (45), and a link member (49) one end coupled to the first link end (47).

The monitor MR is provided with a second link end MR-1 coupled to the other end of the link member 49 on the rear surface. Accordingly, the monitor MR is rotated at a predetermined angle by the rotation means 40 , and is raised and lowered by the elevation means 30 .

The moving means 50 is provided on the lower surface of the base frame 10 .

Here, the moving means 50 is an endless track, and the belt is made of a rubber material, but since these components are only known parts, a detailed description or illustration thereof will be omitted. In addition, the moving means 50 is not limited to the caterpillar type, and a caster type is also possible.

The photographing means 60 includes a photographing case 61 provided on the upper surface of the stand body 21 , a flash 63 provided on the front edge of the photographing case 61 , and a front surface of the photographing case 61 . It consists of a plurality of cameras 65 provided.

Here, the cameras 65 are cameras provided with lenses having different angles of view, pixels, and magnifications.

The painting means 70 includes a cradle 71 built into the base frame 10, a cylinder 73 provided on the lower surface of the cradle 71, and a painting brush 77 provided on the lower surface of the cylinder 73, , a brush cover provided on the painting brush 77 and raised between a first position embedded in the base frame 10 by a cylinder 73 and a second position that is lowered and exposed through the opening of the base frame 10 It consists of (79).

Here, the painting brush 77 is detachable and has a structure in which ink is filled.

The painting sensor Bs is provided on the lower surface of the base frame 10 so as to be located behind the painting means 70 . Here, the color detection sensor Bs is an optical sensor capable of distinguishing the brightness and saturation of a color.

The hot air fan HT is built into the base frame 10 and communicates with the hot air fan 80 . Here, the hot air balloon 80 is shown to be formed on the front surface of the painting means 70, but is not limited thereto, and can be dried quickly during the painting operation of drawing a line on the bottom surface with the lowered painting brush 77. It may be formed in various positions.

A printer PRT is provided at the lower front of the stand body 21 .

The controller (CTB) includes a lifting means 30, a rotating means 40, a moving means 50, a photographing means 60, a painting means 70, a hot air fan (HT), a printer (PRT), a motion detection sensor (Ws) ) and the paint sensor (Bs) are built into the base frame 10 to control each.

The operational relationship of the kiosk system 100 for the elderly experiential safety learning of the present invention will be briefly described.

First, the controller (CTB) has various contents that the elderly can learn by themselves, such as fall prevention contents, crosswalk safety contents, CPR contents, etc., and various contents for the elderly can be uploaded and used as needed. Since these technical contents are only known techniques, the detailed description below will be omitted.

For example, if the crosswalk safety content for the elderly is serviced, the kiosk system 100 for elderly experience-type safety learning detects the distance between the user and the system through the motion detection sensor (Ws). Only when is too far or too close, the controller (CTB) displays 'Come a little closer' or 'Please move away a little bit' through the monitor (MR).

Nevertheless, the user does not react and the controller (CTB) moves the kiosk system 100 for the elderly experiential safety learning to a preferred position by controlling the moving means 50 .

When the user's position is properly adjusted, crosswalk safety content for the elderly is provided through the monitor (MR). In this case, the controller (CTB) may control the camera 65 of the photographing means 60 to photograph the user's face, and then convert it to the face of the owner of the crosswalk safety content for the elderly and use it. It should be noted in advance that these contents are not essential parts constituting the present invention.

In addition, the controller CTB controls the camera 65 to check the user's pupils and controls the lifting means 30 and the rotating means 40 to move the monitor MR to the most appropriate height and angle for the user's eye level. make it

Also, when the actual user moves along the line, the controller CTB controls the painting means 70 to draw a line with the painting brush 77 . At this time, the brush cover 79 must be removed in advance. At the same time, by controlling the hot air blower (HT) to supply hot air through the hot air outlet (80) to quickly dry the painted wire. In addition, the paint detection sensor Bs detects whether the line is preferably drawn in real time.

Finally, when the content of the content is finished, the controller (CTB) outputs the user's photo, result table, and certificate of completion through the printer (PRT).

Although the present invention as described above is limited to one embodiment, it is clear that all embodiments modified based on the technical idea of the present invention are not limited thereto and fall within the scope of the present invention.

10: base frame 20: stand
30: lifting means 40: rotating means
50: moving means 60: shooting means
70: painting means
CTB : Controller
100: kiosk system for elderly experience-type safety learning

Claims (5)

a base frame;
a stand having a stand body provided on an upper surface of the base frame, a lower base built in a lower part of the stand body, and an upper base built in an upper part of the stand body;
A pair of stopper blocks provided on an upper surface of the lower base and a lower surface of the upper base, a guide rail provided between the pair of stopper blocks, a lower surface of the upper stopper block, and an upper surface of the lower stopper block Elevating means each having a position sensor provided in the and a sliding block provided on the upper surface of the guide rail;
monitor;
a rotation means provided on the upper surface of the sliding block to rotate the monitor;
a photographing means having a photographing case provided on the upper surface of the stand body, a flash provided on a front edge of the photographing case, and a plurality of cameras provided on the front surface of the photographing case;
a plurality of motion detection sensors provided on the lower front side of the stand body;
and a controller provided on the base frame to control the lifting means, the monitor, the rotating means, the photographing means, and the motion detection sensor, respectively.
The method of claim 1,
The monitor further includes a plurality of second link ends provided on the rear surface,
The rotating means,
a motor provided on the upper surface of the sliding block, a bracket provided on the upper surface of the motor, a plurality of support members provided on the upper surface of the bracket, and a plurality of first link ends provided on the upper surface of the support member; A kiosk system for elderly experience-type safety learning, characterized in that it comprises a link member connecting the first link end and the second link end.
The method of claim 1,
The kiosk system for the elderly experience-type safety learning, which is provided on the lower surface of the base frame and further comprises a moving means controlled by the controller.
The method of claim 1,
The base frame further comprises an opening formed in the lower surface,
Further comprising a painting means built into the base frame,
The painting means includes a cradle built into the base frame, a cylinder provided on a lower surface of the cradle, a painting brush provided on the lower surface of the cylinder, and a painting brush provided on the painting brush and embedded in the base frame by the cylinder The elderly experience-type safety learning kiosk system, characterized in that it comprises a brush cover that is raised and lowered between the first position and the second position that is lowered and exposed through the opening of the base frame.
The method of claim 1,
The base frame further includes a plurality of hot air balloons formed on the lower surface,
Further comprising a color detection sensor provided on the lower surface of the base frame,
Built in the base frame and further comprising a hot air fan in communication with the hot air outlet,
Further comprising a printer provided on the lower front of the stand body,
The kiosk system for elderly experience-type safety learning, characterized in that the painting sensor, the hot air fan, and the printer are each controlled by the controller.

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