KR102660331B1 - Multilingual medical management and medical tourism system - Google Patents

Abstract

The present invention provides a multilingual medical management and medical tourism system for providing medical services and medical tourism services using kiosk devices and terminals networked with a medical server.

Description

Multilingual medical management and medical tourism system}

The present invention relates to a multilingual medical management and medical tourism system, and more specifically, to a multilingual medical management and medical tourism system for providing medical services and medical tourism services using kiosk devices and terminals networked with a medical server. It's about.

The present invention has a technical background for providing convenient and effective services to users who speak various languages in the field of medical services and medical tourism.

As medical tourism increases worldwide, the need for multilingual support and efficient medical service provision has emerged.

In response to this, the present invention provides a multilingual medical management and medical tourism system through a network connection of a kiosk device and a medical server that provides information in various languages and enables remote medical consultation.

The system recognizes the patient's voice and face to provide personalized services and includes technological solutions that enable rapid medical consultation and emergency action.

Korean Patent Publication No. 10-2074805 Korean Patent Publication No. 10-2016-0060923

The present invention was created to solve the above problems, and the purpose of the present invention is a multilingual medical management and medical tourism system that provides medical services and medical tourism services using kiosk devices and terminals networked with a medical server. is to provide.

Another object of the present invention is to provide a multilingual medical management and medical tourism system equipped with an image camera unit for video treatment.

Another object of the present invention is to provide a multilingual medical management and medical tourism system equipped with a personal authentication unit for personal identification.

The object of the present invention is not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

A multilingual medical management and medical tourism system according to an embodiment of the present invention to solve the above problems may include a kiosk device that is networked with a medical server and provides remote medical services and medical tourism services.

In one embodiment, the medical server is a multilingual medical tourism portal module that provides medical and tourism service information in the languages of multiple countries, creates user-customized schedules, processes reservations, and processes payments, and transmits and receives them to the terminal and the kiosk device. A translation and voice recognition module that recognizes the user's voice input and translates it into the corresponding language to provide medical information and consultation contents to the terminal and the kiosk device, and a reservation and voice recognition module that transmits reservation information for the service selected by the user and manages the medical staff schedule. It includes a management module and an emergency consultation and action module that provides immediate medical consultation and emergency action in the event of an emergency, and the kiosk device includes a kiosk main body equipped with a touch screen monitor, microphone, speaker, video camera, printer, and payment terminal. , a remote consultation department that provides users with remote consultations through video consultations with medical staff using a video camera, microphone, and speaker; a security and payment department equipped to allow users to pay for services through a payment terminal; It may include an information information section equipped to explore and select service and medical tourism service information, and a data collection and analysis section that collects and analyzes user interaction and service usage data.

In one embodiment, the multilingual medical management and medical tourism system may include an image camera unit installed in the kiosk device and provided to photograph a patient, and a personal authentication unit installed in the kiosk device and provided to verify the patient's personal identity. there is.

In one embodiment, the image camera unit includes a camera unit horizontal movement rail installed horizontally on the upper front portion of the kiosk device, a rail movement gear rotatably fastened along the camera unit horizontal movement rail, and the rail movement gear. A gear support housing fastened in a 'ㄷ' shape to accommodate a gear support housing, and an angle adjustment unit installed in a spherical shape at one end of the gear support housing and provided to adjust the angle of an image camera network-connected to the medical server; , the angle adjusting unit, an adjusting unit body installed in a spherical shape at one end of the gear support housing, an adjusting ball accommodated so as to protrude on one side of the adjusting unit body and having an image camera installed thereon so as to be rotatable at various angles, the adjusting unit A horizontal adjustment unit built into the interior of the sub body and fastened to surround the circumference of the adjustment ball to rotate the adjustment ball in the horizontal direction, and a horizontal adjustment unit built into the interior of the adjustment unit body to surround the upper and lower circumferences of the adjustment ball. It includes a vertical adjustment part that is fastened to come into contact with the control unit and is provided to rotate the adjustment ball in a vertical direction, wherein the horizontal adjustment part is a horizontal adjustment unit disposed at regular intervals so that the circumference of the adjustment ball can be rotated in contact with the control ball in the horizontal direction. A roller, a leveling belt fastened to surround the leveling roller and having one surface in horizontal contact with the circumference of the adjusting ball, movable along an adjusting groove formed at regular intervals on the outer surface of the leveling belt. A fastened protrusion support ball, a friction protrusion formed to point outward from the protrusion support ball toward the adjustment ball and provided to come into contact with the adjustment ball to induce rotation, and a shaft support member accommodated and fixed to both ends of the adjustment groove. , a shaft support spring 156 built into the shaft support member and provided to generate elastic force, a buffer shaft installed in the horizontal direction on the shaft support member and elastically supported by the shaft support spring 156, the buffer shaft A buffer cylinder inserted to enable piston movement on the circumference of the buffer shaft, a cylinder spring inserted to generate an elastic force on the circumference of the buffer shaft and provided to be accommodated in the buffer cylinder, and the protruding support ball installed on one end of the buffer shaft. It includes a buffer member provided to relieve shock generated by contact with the shock absorber, and a support wire fastened toward the shaft support member on both sides of the circumference of the buffer cylinder to prevent the shock cylinder from being separated, and the vertical adjuster, Inside the adjustment unit body, a roller support bracket is built in a 'T' shape on the upper and lower sides with respect to the horizontal adjustment unit, a vertical adjustment roller is rotatably fastened to the roller support bracket, and a peripheral portion is engaged with the vertical adjustment roller. It includes a friction ball provided to roll and rotate the adjustment ball using frictional force, wherein the image camera unit moves the gear support housing left and right along the horizontal movement rail of the camera unit by controlling the rail moving gear, The angle adjuster may further include a feature of rotating the image camera to various angles to photograph the user and uploading the captured image data to the medical server.

In one embodiment, the personal authentication unit is an authentication unit installed on one side of the kiosk, where a palm seating groove for seating the palm is formed, and a scanning sensor unit for scanning the palm seated in the palm seating groove is built inside at regular intervals. A body, a foreign matter removal unit installed inside the authentication unit body and provided to remove foreign substances from the palm seated in the palm seating groove, wherein the foreign substance removal unit is positioned vertically at a predetermined interval inside the authentication unit body. a removal unit lifting rail installed, a removal unit lifting body fastened to be movable in the vertical direction along the shape of the removal unit lifting rail, a roller moving rail installed in the vertical direction inside the removal unit lifting body, and the roller moving rail. At least one member moving roller is fastened to be rotatably movable along the removal unit elevating body, and a spring movement is disposed on one side of the removal unit elevating body and is engaged with the rotational movement of the member moving roller and is fastened to be movable along the movement groove of the removal unit elevating body. A member, a removal unit spring fastened to generate an elastic force in the spring moving member, a removal unit support shaft disposed in the horizontal direction and rotatable while the removal unit spring is fastened to both end portions, and a peripheral portion of the removal unit support shaft. A removal part roller provided to be inserted into and rotatable integrally with the rotation of the removal part support shaft so as to be in contact with the palm, the removal part roller in the shaft movement groove of the removal part roller and the circumference of the removal part support shaft. A shaft support spring 229 is elastically fastened to the inner surface at regular intervals to relieve shock caused by palm contact with the removal unit roller, and an inner top of the authentication unit body at both end portions of the removal unit support shaft. A roller support part installed on the surface and provided to support the position of the removal unit roller by contact with the palm of the hand, wherein the roller support part is a spring support member fixed in the horizontal direction at regular intervals to the inner upper surface of the authentication unit body. , a support cylinder formed integrally with the spring support member in a direction perpendicular to the support member, a shaft support spring 233 inserted into a peripheral portion of the support cylinder and provided to be elastically supported by the spring support member, and integrally formed at the lower portion of the support cylinder. A support body formed in a 'ㅁ' shape, a support cushioning member built into the lower part of the support body and made of an elastic material, a support rotating ball inserted so that a portion protrudes into the support cushioning member and rotatable at various angles, A rotating ball support shaft installed in a direction perpendicular to the support rotating ball, a rotating ball support cylinder inserted into the circumference of the rotating ball support shaft to enable piston movement, a spring fastening member installed at the lower end of the rotating ball support cylinder, and the spring fastening member. It includes a cylinder support spring fastened to elastically support the distal end of the removal unit support shaft, and the personal authentication unit, when the user places the palm in the palm seating groove, the scan sensor unit scans the palm. It may further include collecting user information and transmitting identity information data to the medical server to confirm identity, and the foreign matter removal unit removing foreign substances from the palm for scanning by the scan sensor unit.

According to the present invention, a multilingual medical management and medical tourism system is provided for providing medical services and medical tourism services using kiosk devices and terminals networked with a medical server.

Overcoming language barriers: By providing medical and tourism service information in the languages of various countries, we overcome language barriers and increase accessibility to global users.

Providing efficient medical services: Through the remote consultation department, patients can consult with medical staff in real time from their location, providing efficient and convenient medical services.

Personalized user experience: Personalize the user experience and increase satisfaction by providing customized services based on the user's language and personal authentication information.

Improved emergency response: Emergency consultation and action modules enable rapid response in the event of an emergency.

Enhancement of security and reliability: Personal authentication unit accurately verifies user identity and ensures secure service access.

The effects according to the present invention are not limited to the details exemplified above, and further various effects are included within the present invention.

Figure 1 shows a relationship diagram of a multilingual medical management and medical tourism system according to the present invention.
Figure 2 shows a kiosk device of a multilingual medical management and medical tourism system according to the present invention.
3 and 4 show detailed configurations of the image camera unit of the multilingual medical management and medical tourism system according to the present invention.
Figures 5 and 6 show detailed configurations of the personal authentication unit of the multilingual medical management and medical tourism system according to the present invention.

Hereinafter, various embodiments will be described in more detail with reference to the attached drawings. The embodiments described herein may be modified in various ways. Specific embodiments may be depicted in the drawings and described in detail in the detailed description. However, the specific embodiments disclosed in the attached drawings are only intended to facilitate understanding of the various embodiments. Therefore, the technical idea is not limited to the specific embodiments disclosed in the attached drawings, and it should be understood that all equivalents or substitutes included in the spirit and technical scope of the invention are included.

Terms containing ordinal numbers, such as first, second, etc., may be used to describe various components, but these components are not limited by the above-mentioned terms. The above-mentioned terms are used only for the purpose of distinguishing one component from another.

In this specification, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof. When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

Meanwhile, a “module” or “unit” for a component used in this specification performs at least one function or operation. And the “module” or “unit” may perform a function or operation by hardware, software, or a combination of hardware and software. Additionally, a plurality of “modules” or a plurality of “units” excluding a “module” or “unit” that must be performed on specific hardware or performed on at least one processor may be integrated into at least one module. Singular expressions include plural expressions unless the context clearly dictates otherwise.

In addition, power and power transmission and control thereof for the following assembly configurations and embodiments, including “by control,” follow conventional techniques and are therefore omitted to avoid redundant description.

In addition, operation embodiments and configurations that are not described in detail below but are schematically described follow conventional techniques and are omitted in order to focus on the purpose of the present invention and its effects.

In addition, when describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof is abbreviated or omitted.

Figure 1 shows a relationship diagram of a multilingual medical management and medical tourism system according to the present invention.

Referring to FIG. 1, the multilingual medical management and medical tourism system may include a kiosk device 10 that is network-connected to a medical server 20 and provides remote medical services and medical tourism services.

The medical server 20 may include a multilingual medical tourism portal module 21, a translation and voice recognition module 22, a reservation and management module 23, and an emergency consultation and action module 24.

The multilingual medical tourism portal module 21 provides medical and tourism service information in multiple languages, and can generate, reserve, and process user-tailored schedules and transmit and receive them to the terminal and the kiosk device 10.

The translation and voice recognition module 22 can recognize the user's voice input through the terminal, translate it into the corresponding language, and provide medical information and consultation content to the terminal and the kiosk device 10.

The reservation and management module 23 can transmit reservation information for the service selected by the user and manage the schedule of medical staff.

The emergency consultation and action module 24 can provide immediate medical consultation and emergency action when an emergency situation occurs.

The kiosk device 10 may include a kiosk main body 10a, a remote consultation unit 11, a security and payment unit 12, an information information unit 13, and a data collection and analysis unit 14.

At this time, the remote consultation unit 11, security and payment unit 12, information information unit 13, and data collection and analysis unit 14 can function as software built into the kiosk main body 10a.

The kiosk body 10a may be equipped with a touch screen monitor, microphone, speaker, video camera, printer, and payment terminal.

The remote consultation unit 11 can provide users with remote consultation through video consultation with medical staff using a video camera, microphone, and speaker.

The security and payment unit 12 may be provided to allow payment for service provision through a payment terminal.

The information information section 13 may be provided to allow the user to search for and select medical service and medical tourism service information.

The data collection and analysis unit 14 may collect and analyze user interaction and service usage data.

[Example]

Multilingual medical tourism portal module (21):

Provides information on medical and tourism services available in multiple languages.

A customized medical tour itinerary is created according to the requirements entered by the user.

Reservation and payment processing functions allow users to easily reserve and pay for services.

The module exchanges information with the medical server 20, the kiosk device 10, and the user terminal through the network.

Translation and speech recognition modules:

It recognizes the user's voice input, translates it into the corresponding language, and provides medical information and consultation.

The module supports various languages to increase accessibility for global users.

It supports smooth communication by linking with the kiosk device 10 and the user terminal.

Scheduling and Management Module (23):

It transmits reservation information for medical services and tourism services selected by the user and manages the schedule of medical staff.

The module flexibly adjusts and manages the service schedule according to user needs.

Emergency consultation and action module (24):

Provides immediate medical consultation and emergency measures to users in the event of an emergency.

The module focuses on ensuring the safety and health of users.

Kiosk device (10):

The kiosk main body 10a is equipped with a touch screen monitor, microphone, speaker, video camera, printer, and payment terminal.

Through the remote consultation unit 11, users can receive remote consultation through video consultation with medical staff.

The security and payment department 12 securely processes payments for services.

The information information section 13 helps users easily navigate and select necessary medical service and tourist service information.

The data collection and analysis unit 14 collects user interaction and service usage data and uses it to improve services.

The image camera unit 100 photographs the patient and provides necessary visual information to medical staff.

The personal authentication unit 200 strengthens security by verifying the patient's personal identity.

Splash screen and camera activation:

The user selects a remote consultation service through the touch screen of the kiosk device 10.

Once the selection is made, the video camera built into the kiosk device 10 is automatically activated.

Patient imaging:

The video camera automatically adjusts to the user's position and angle to accurately capture the patient's face and upper body.

If necessary, users can manually adjust the camera's position or angle through the touchscreen.

Video data transmission:

The captured image data is transmitted to the medical server 20 in real time.

The data transfer process takes place seamlessly through a high-speed Internet connection.

Interaction with medical staff:

Medical staff remotely checks the patient's condition and communicates with the patient through a camera.

If necessary during the consultation, the medical staff may request additional imaging information.

Authentication request:

The user selects personal authentication on the initial screen to use the kiosk device 10.

The kiosk device 10 provides a method for personal authentication (e.g., fingerprint recognition, vein recognition, PIN number entry, etc.).

Enter authentication data:

The user provides the required data according to the selected authentication method.

For example, when palm recognition is selected, the scanning sensor unit photographs the user's palm, and when fingerprint recognition is selected, the scanning sensor unit recognizes the fingerprint.

Data verification and processing:

The entered authentication data is transmitted to the medical server 20 and compared with previously stored data.

When the data is confirmed to match, an authentication success message is displayed to the user.

Grant access to services:

Once authentication is successfully completed, the user can access various functions of the kiosk device 10.

If authentication fails, you are given the option to retry or to request help from an administrator.

3 and 4 show detailed configurations of the image camera unit of the multilingual medical management and medical tourism system according to the present invention.

Referring to FIGS. 3 and 4 , the multilingual medical management and medical tourism system may include an image camera unit 100 installed in the kiosk device 10 (10) to photograph a patient.

The image camera unit 100 may include a camera unit horizontal movement rail 110, a rail movement gear 120, a gear support housing 130, and an angle adjustment unit 140.

The camera unit horizontal movement rail 110 may be installed horizontally on the upper front part of the kiosk device 10.

The rail movement gear 120 may be provided so as to be rotatably movable along the camera unit horizontal movement rail 110.

The gear support housing 130 may be provided to be fastened in a 'ㄷ' shape to accommodate the rail moving gear 120.

The angle adjusting unit 140 may be installed in a spherical shape at one end of the gear support housing 130 to adjust the angle of the image camera 142a network-connected to the server.

Additionally, the angle adjusting unit 140 may include an adjusting unit body 141, an adjusting ball 142, a horizontal adjusting unit 150, and a vertical adjusting unit 170.

The adjuster body 141 may be installed in a spherical shape at one end of the gear support housing 130.

The adjustment ball 142 may be accommodated so as to protrude on one side of the adjustment unit body 141, and an image camera 142a may be installed so as to be rotatable to various angles.

The horizontal adjusting unit 150 may be built into the adjusting unit body 141 and fastened to surround the circumference of the adjusting ball 142 to rotate the adjusting ball 142 in the horizontal direction.

In addition, the horizontal adjustment unit 150 includes a horizontal adjustment roller 151, a horizontal adjustment belt 152, a protrusion support ball 153, a friction protrusion 154, a shaft support member 155, a shaft support spring 156, It may include a buffer shaft 157, a buffer cylinder 158, a cylinder spring 159, a buffer member 160, and a support wire 161.

The horizontal adjustment rollers 151 may be disposed at regular intervals so as to be rotatable so as to contact the circumference of the adjustment ball 142 in the horizontal direction.

The horizontal adjustment belt 152 is fastened to surround the horizontal adjustment roller 151 and may be provided so that one surface contacts the circumference of the adjustment ball 142 in the horizontal direction.

The protruding support ball 153 may be provided to be movably fastened along the adjustment grooves 152a formed at regular intervals on the outer surface of the horizontal adjustment belt 152.

The friction protrusion 154 may be formed to face outward from the protrusion support ball 153 toward the adjustment ball 142 and may be provided to come into contact with the adjustment ball 142 and induce rotation.

The shaft support member 155 may be provided to be accommodated and fixed to both ends of the adjustment groove 152a.

The shaft support spring 156 may be built into the shaft support member 155 to generate elastic force.

The buffer shaft 157 may be installed horizontally on the shaft support member 155 and elastically supported by the shaft support spring 156.

The buffer cylinder 158 may be inserted into the circumference of the buffer shaft 157 to enable piston movement.

The cylinder spring 159 may be inserted to generate elastic force around the buffer shaft 157 and may be accommodated in the buffer cylinder 158.

The buffer member 160 may be installed on one end of the buffer shaft 157 to alleviate impact generated by contact with the protruding support ball 153.

The support wire 161 may be fastened toward the shaft support member 155 on both sides of the circumference of the buffer cylinder 158 to prevent the buffer cylinder 158 from being separated.

The vertical adjusting unit 170 is built into the adjusting unit body 141 and is fastened to contact the upper and lower circumferences of the adjusting ball 142 to rotate the adjusting ball 142 in the vertical direction. It can be.

Additionally, the vertical adjustment unit 170 may include a roller support bracket 171, a vertical adjustment roller 172, and a friction ball 173.

The roller support bracket 171 may be installed in a 'T' shape inside the adjustment unit body 141 on the upper and lower sides with respect to the horizontal adjustment unit 150.

The vertical adjustment roller 172 may be provided to be rotatably fastened to the roller support bracket 171.

The friction ball 173 may be provided to roll and rotate the friction ball 173 by frictional force while its peripheral portion engages with the vertical adjustment roller 172.

At this time, the friction ball 173 has a magnetic force and sticks like a magnet together with the magnetic force of the adjustment ball 142, so that when the friction ball 173 rolls and rotates, the contacting adjustment ball 142 can be rolled and rotated in the same way.

The assembly relationship according to the above configurations and the effect of the embodiment will be described in detail based on the drawings as follows.

In the image camera unit 100, a camera unit horizontal movement rail 110 is installed across the upper front part of the kiosk device 10.

The rail movement gear 120 is fastened so as to be movable along the camera unit horizontal movement rail 110 and rotatable in the horizontal direction.

A gear support housing 130 accommodating the rail moving gear 120 is fastened while fixing both ends of a shaft penetrating the center to rotate the rail moving gear 120.

At this time, the shaft is electrically connected to the motor so that the rail moving gear 120 can rotate along the camera unit horizontal moving rail 110, and the shaft rotates under control so that the rail moving gear 120 can rotate.

In the angle adjusting unit 140, one side of the circumference of the spherical adjusting unit body 141 is fixed.

The adjustment ball 142 is fastened to the other side of the adjustment unit body 141 so as to be rotatable at various angles.

A video camera 142a is installed on one side of the protruding circumference of the control ball 142 to confirm personal identity and photograph the user for video conversation with a doctor.

The video camera 142a is network-connected to a server and can transmit shooting data for personal identification and video conversation.

In the horizontal adjustment unit 150, the horizontal adjustment roller 151 is arranged as shown in the drawing to surround the adjustment ball 142 and is built into the adjustment unit body 141 so as to be rotatable in the horizontal direction.

The leveling belt 152 is fastened to surround the entire leveling roller 151 and is disposed so that one entire side comes into contact with the circumference of the adjusting ball 142, so that it is wrapped around the entire leveling roller 151 when it rotates. The true horizontal adjustment belt 152 can rotate the adjustment ball 142 in the horizontal direction by rubbing the circumference of the adjustment ball 142.

In the adjustment protrusion, adjustment grooves 152a are formed at regular intervals on the outer surface of the horizontal adjustment belt 152.

A protruding support ball 153 is movably fastened to each adjustment groove 152a.

At this time, friction protrusions 154 are formed to protrude from the protrusion support ball 153 toward the circumference of the adjustment ball 142, and the friction protrusions 154 are made of rubber, polyurethane, etc. to efficiently friction the adjustment ball 142. It is desirable to use a material that has the same elasticity but can easily change shape.

A buffer cylinder 158 having a buffer member 160 formed at one end to move the protruding support ball 153 along the control groove 152a is disposed horizontally at both ends of the control groove 152a.

A cylinder spring 159 is built into the buffer cylinder 158.

While elastically supported by the cylinder spring 159, the buffer shaft 157 is horizontally inserted into the inside of the buffer cylinder 158.

Next, the distal end of the buffer shaft 157 is built into and fixed to the shaft support member 155.

One end of the shaft support spring 156 is fastened to one end of the buffer shaft 157, and the other end of the shaft support spring 156 is fastened to one inner side of the shaft support member 155, so that the buffer shaft 157 The shaft support spring 156 can support the shock generated when the piston moves toward the buffer cylinder 158 with elastic force.

Next, one end of the support wire 161 is fixed to the upper and lower ends of the shaft support member 155, and the other end is fixed to the side of the buffer cylinder 158.

At this time, the support wire 161 preferably has elasticity to support the piston movement of the buffer cylinder 158 and the buffer shaft 157.

As the horizontal adjustment belt 152 rotates due to the rotation of the entire horizontal adjustment roller 151, the adjustment ball 142 and the friction protrusion 154 come into contact with each other, and the protrusion support ball 153 rotates at various angles to create an adjustment groove 152a. You can move left and right along the .

The protruding support ball 153 moves left and right along the adjustment groove 152a and presses the buffer member 160 of the buffer cylinder 158 so that the buffer cylinder 158 moves as a piston along the shape of the buffer shaft 157. As the shaft 157 is elastically supported by generating the elastic force of the cylinder spring 159, the support wire 161 can support the piston movement of the buffer cylinder 158.

The buffer shaft 157 is pressed to generate an elastic force of the shaft support spring 156 by piston movement, and then returns to its original position by the elastic force, allowing repeated buffering motion.

In the vertical adjustment unit 170, a friction ball 173 with frictional force is built into the interior of the adjustment unit body 141 in contact with the adjustment ball 142, and the friction ball 173 is connected to the adjustment ball 142. and are engaged with each other through friction. That is, the control ball 142 can roll and rotate due to the frictional force generated by the rolling rotation of the friction ball 173.

In order to rotate the friction ball 173 in the vertical direction, the vertical adjustment roller 172 engages the friction ball 173.

In order to rotate and support the vertical adjustment roller 172, a roller support bracket 171 is fastened and built into the adjustment unit body 141 as shown in the drawing.

At this time, in order to rotate the vertical adjustment roller 172, it is electrically connected to a motor and rotates the vertical adjustment roller 172 under control to rotate the friction ball 173 in the vertical direction.

The angle of the image camera 142a can be adjusted by rolling and rotating the adjustment ball 142 to various angles due to friction caused by the rotating friction ball 173.

Figures 5 and 6 show detailed configurations of the personal authentication unit of the multilingual medical management and medical tourism system according to the present invention.

Referring to FIGS. 5 and 6 , the multilingual medical management and medical tourism system may include a personal authentication unit 200 installed in the kiosk device 10 to verify the patient's personal identity.

The personal authentication unit 200 may include an authentication unit body 210 and a foreign matter removal unit 220.

The authentication unit body 210 is installed on one side of the kiosk, and has a palm seating groove 210a for seating the palm, and has a scan sensor unit 210b inside to scan the palm seated in the palm seating groove 210a. It may be provided to be embedded at regular intervals.

The foreign matter removal unit 220 may be installed inside the authentication unit body 210 to remove foreign substances from the palm seated in the palm seating groove 210a.

In addition, the foreign matter removal unit 220 includes a removal unit elevating rail 221, a removal unit elevating body 222, a roller moving rail 223, a member moving roller 224, a spring moving member 225, and a removal part spring ( 226), a removal part support shaft 227, a removal part roller 228, a shaft support spring 229, and a roller support part 230.

The removal unit lifting rail 221 may be installed in the vertical direction at regular intervals inside the authentication unit body 210.

The removal unit lifting member 222 may be provided to be movable in the vertical direction along the shape of the removal unit lifting rail 221.

The roller moving rail 223 may be installed vertically inside the removal unit elevating body 222.

At least one member moving roller 224 may be provided so as to be rotatably movable along the roller moving rail 223.

The spring moving member 225 is disposed on one side of the removal unit elevating body 222 and is engaged with the rotational movement of the member moving roller 224 and can move along the movement groove 222a of the removal unit elevating body 222. It may be provided to be fastened.

The removal part spring 226 may be provided to be coupled to the spring moving member 225 to generate elastic force.

The removal unit support shaft 227 may be arranged in a horizontal direction and rotatable while the removal unit spring 226 is fastened to both end portions.

The removal part roller 228 is inserted into the circumference of the removal part support shaft 227 and can rotate integrally with the rotation of the removal part support shaft 227 so as to be in contact with the palm.

The shaft support spring 229 is elastically supported at regular intervals on the inner surface of the removal part roller 228 at the circumference of the removal part support shaft 227 in the shaft movement groove 228a of the removal part roller 228. It may be fastened to alleviate the impact caused by contact of the removal roller 228 with the palm.

The roller support unit 230 is installed on the inner upper surface of the authentication unit body 210 at both end portions of the removal unit support shaft 227 and is provided to support the position of the removal unit roller 228 by contact with the palm. You can.

In addition, the roller support unit 230 includes a spring support member 231, a support cylinder 232, a shaft support spring 233, a support body 234, a support buffer member 235, a support rotation ball 236, and a rotation ball. It may include a support shaft 237, a rotating ball support cylinder 238, a spring fastening member 239, and a cylinder support spring 240.

The spring support member 231 may be provided to be fixed in the horizontal direction at regular intervals on the inner upper surface of the authentication unit body 210.

The support cylinder 232 may be provided to be integrally formed with the spring support member 231 in a vertical direction.

The shaft support spring 233 may be inserted into the circumference of the support cylinder 232 and elastically supported by the spring support member 231.

The support body 234 may be provided to be integrally formed in a 'ㅁ' shape at the lower part of the support cylinder 232.

The support buffer member 235 may be built into the lower end of the support body 234 and may be made of an elastic material.

The support rotation ball 236 may be inserted into the support buffer member 235 so that a portion thereof protrudes and can be rotated at various angles.

The rotating ball support shaft 237 may be installed in a vertical direction on the support rotating ball 236.

The rotating ball support cylinder 238 may be inserted into the circumference of the rotating ball support shaft 237 to enable piston movement.

The spring fastening member 239 may be installed at the lower end of the rotating ball support cylinder 238.

The cylinder support spring 240 may be provided to be elastically supported from the spring fastening member 239 toward the distal end of the removal portion support shaft 227.

The assembly relationship according to the above configurations and the effect of the embodiment will be described in detail based on the drawings as follows.

In the personal authentication unit 200, an authentication unit body 210 on which a palm can be placed is installed on one side of the kiosk device 10.

A palm seating groove 210a capable of seating a palm is formed in the authentication unit body 210, and at least a scan sensor unit 210b capable of sensing the palm is formed on the bottom of the palm seating groove 210a. More than one is installed.

Personal personal data obtained by sensing the shape of the palm and fingers in the scan sensor unit 210b can be transmitted to prepare for identity verification.

In addition, the bottom of the palm seating groove 210a is open as shown in the drawing, so that the removal roller 228, which will be described later, can clean the palm and fingers.

In the foreign matter removal unit 220, removal unit elevating rails 221 are installed in the vertical direction at regular intervals inside the authentication unit body 210 and are disposed on both sides of the palm seating groove 210a.

Each removal part lifting body 222 is fastened so as to be able to go up and down along the removal part lifting rail 221.

At this time, a roller moving rail 223 is installed in the vertical direction inside each removal unit lifting body 222, and a member moving roller 224 is fastened so as to be able to rotate along the roller moving rail 223.

At this time, the member moving roller 224, although not shown in the drawing, can be rotated by control by being electrically connected to a motor that rotates the shaft.

At this time, the rotating shaft of the member moving roller 224 is inserted through the center of the roller, and both end portions are fastened to the roller moving rail 223.

The member moving roller 224 can rotate and move along the roller moving rail 223, so that the removal unit lifting member 222 can be moved along the moving groove.

A moving groove is formed in the vertical direction in each removal unit lifting member 222, and a spring moving member 225 is fastened to be able to move along the moving groove.

At this time, the bottom portion of the spring moving member 225 engages with the rotational movement of the member moving roller 224 and can move along the moving groove.

Next, one end of the removal part spring 226 is fixed to the protrusion formed on each spring moving member 225.

The other end of each removal part spring 226 is fixed to both ends of the removal part support shaft 227, and the removal part support shaft 227 is arranged in the horizontal direction as shown in the drawing.

A removal part roller 228 is inserted around the removal part support shaft 227.

In addition, the removal part support shaft 227 is disposed in the shaft movement groove 228a as shown in the drawing and is directed toward the inner surface of the shaft movement groove 228a at regular intervals on the circumference of the removal part support shaft 227. The shaft support spring 229 is fastened so that the shock generated by the vibration of the removal part support shaft 227 can be alleviated by the elastic force of the shaft support spring 229.

In the roller support portion 230, one end of the cylinder support spring 240 is fixed to both ends of the removal portion support shaft 227.

The other end of each cylinder support spring 240 is fixed to the spring fastening member 239, and the spring fastening member 239 protrudes from the lower end of the rotating ball support cylinder 238.

By connecting with the elastic force of the cylinder support spring 240, the removal unit support shaft 227 can move up and down by the removal unit elevating member 222.

A rotating ball support shaft 237 is vertically inserted from the top toward the inside of each rotating ball support cylinder 238.

The removal part roller 228 moves up and down by the removal part elevating body 222, and the rotating ball support cylinder 238 moves the piston according to the shape of the rotating ball support shaft 237 by the elastic force of the cylinder support spring 240. You can adjust the height by exercising.

At the upper end of each rotating ball support shaft 237, a support rotating ball 236 is formed in a spherical shape.

The support buffer member 235 accommodates the support pivot ball 236 so that a portion of the support pivot ball 236 is supported and embedded.

The support buffer member 235 is made of a soft but elastic material such as polyurethane or sponge, so that the support rotation ball 236 can rotate the rotation ball support shaft 237 at various angles based on the support buffer member 235. You can.

The support body 234 is fastened in a '∏' shape so that the support buffer member 235 is disposed at the lower portion.

The support fixing shaft 234a is formed in a vertical direction upward from the center of the support body 234.

In addition, a support cylinder 232 is inserted into the periphery of the support fixed shaft 234a, and a spring support member 231 is formed to extend outward from the upper part of the support cylinder 232.

At this time, a support spring is inserted into the circumference of the support cylinder 232 to generate elastic force and support the support cylinder 232 when it moves up and down along the shape of the support fixed shaft 234a.

When the removal part roller 228 moves up and down while moving up and down along the removal part elevating rail 221 of the removal part elevating body 222, the support body 234 moves up and down by the rotating ball support shaft 237. This generates elastic force of the cylinder support spring 240, thereby alleviating the shock caused by the lifting and lowering movements.

The upper end of each support fixing shaft 234a may be fixed to the inner upper surface of the authentication unit body 210 by being arranged in parallel with the removal unit lifting rail 221 at a predetermined distance.

As a result, the removal unit roller 228 is repeatedly engaged with the palm and fingers by the upward and downward movement of the foreign substance removal unit 220, thereby removing foreign substances.

Although preferred embodiments of the present invention have been shown and described above, the present invention is not limited to the specific embodiments described above, and may be used in the technical field to which the invention pertains without departing from the gist of the invention as claimed in the claims. Of course, various modifications can be made by those skilled in the art, and these modifications should not be understood individually from the technical idea or perspective of the present invention.

Kiosk Device(10)
Kiosk main body (10a)
Remote counseling department (11)
Security and Payment Department (12)
Information desk (13)
Data Collection and Analysis Department (14)
Medical Server(20)
Multilingual medical tourism portal module (21)
Translation and voice recognition module (22)
Scheduling and Management Module(23)
Emergency consultation and action module (24)
Image camera unit (100)
Camera unit horizontal movement rail (110)
Rail moving gear (120)
Gear support housing (130)
Angle adjustment unit (140)
Control body (141)
Control ball (142)
Visual camera 142a
Horizontal adjustment unit (150)
Leveling roller (151)
Leveling belt (152)
Control groove (152a)
Protruded support ball (153)
Friction protrusion (154)
Shaft support member (155)
Shaft support spring (156)
Shock shaft (157)
Shock Cylinder(158)
Cylinder Spring(159)
Buffering member (160)
Support wire(161)
Vertical adjustment unit (170)
Roller support bracket (171)
Vertical adjustment roller (172)
Friction ball (173)
Personal authentication unit (200)
Authentication unit body (210)
Palm seating groove (210a)
Scan sensor unit (210b)
Foreign matter removal unit (220)
Removal part lifting rail (221)
Removal part lifting body (222)
Mobile home (222a)
Roller moving rail (223)
Member moving roller (224)
Spring moving member (225)
Removal spring (226)
Removal support shaft (227)
Removal roller (228)
Shaft movement groove (228a)
Shaft support spring (229)
Roller support (230)
Spring support member (231)
Support cylinder (232)
Shaft support spring (233)
Support body (234)
Support fixing shaft (234a)
Support buffer member (235)
Support rotating ball (236)
Rotating ball support shaft (237)
Rotating ball support cylinder (238)
Spring fastening member (239)
Cylinder support spring (240)

Claims (3)

A kiosk device that is networked with a medical server and provides remote medical services and medical tourism services;
In a multilingual medical management and medical tourism system, including,
The medical server is,
A multilingual medical tourism portal module that provides medical and tourism service information in multiple languages, creates customized itineraries, processes reservations and payments, and transmits and receives them to the terminal and the kiosk device;
A translation and voice recognition module that recognizes the user's voice input through the terminal, translates it into the corresponding language, and provides medical information and consultation content to the terminal and the kiosk device;
Reservation and management module that transmits reservation information for services selected by the user and manages medical staff schedules;
Emergency consultation and action module, which provides immediate medical consultation and urgent action in the event of an emergency;
Including,
The kiosk device,
Kiosk body equipped with a touch screen monitor, microphone, speaker, video camera, printer, and payment terminal;
A remote counseling unit that provides remote consultation to users through video consultation with medical staff using a video camera, microphone, and speaker;
A security and payment department equipped to allow payment for service provision through a payment terminal;
An information desk equipped to allow users to explore and select medical service and medical tourism service information;
Data collection and analysis department, which collects and analyzes user interaction and service usage data;
an image camera unit installed in the kiosk device to photograph a patient;
Including,
The image camera unit,
a horizontal moving rail for the camera unit installed horizontally on the upper front portion of the kiosk device;
A rail movement gear coupled to enable rotational movement along the horizontal movement rail of the camera unit;
A gear support housing fastened in a 'ㄷ' shape to accommodate the rail moving gear;
An angle adjuster installed in a spherical shape at one end of the gear support housing to adjust the angle of an image camera network-connected to the medical server;
Including,
The angle adjustment unit,
an adjuster body installed in a spherical shape at one end of the gear support housing;
an adjustment ball accommodated so as to protrude on one side of the adjustment unit body and equipped with an image camera so as to be rotatable at various angles;
a horizontal adjustment unit built inside the adjustment unit body and fastened to surround a circumference of the adjustment ball to rotate the adjustment ball in a horizontal direction;
A vertical adjustment unit built inside the adjustment unit body and fastened to contact the upper and lower circumferences of the adjustment ball to rotate the adjustment ball in a vertical direction;
Including,
The horizontal adjustment unit,
horizontal adjustment rollers disposed at regular intervals so as to rotatably contact the circumference of the adjustment ball in a horizontal direction;
a leveling belt fastened to surround the leveling roller and having one surface in horizontal contact with the circumference of the adjusting ball;
a protruding support ball fastened to be movable along adjustment grooves formed at regular intervals on the outer surface of the horizontal adjustment belt;
a friction protrusion formed on the protrusion support ball to face outwardly toward the control ball and provided to contact the control ball to induce rotation;
Shaft support members accommodated and fixed to both ends of the adjustment groove;
A shaft support spring 156 built into the shaft support member and provided to generate elastic force;
a buffer shaft installed horizontally on the shaft support member and elastically supported by the shaft support spring 156;
a shock absorbing cylinder inserted around the shock absorbing shaft to enable piston movement;
a cylinder spring inserted into the circumference of the buffer shaft to generate an elastic force and accommodated in the buffer cylinder;
a buffer member installed at one end of the buffer shaft to relieve shock generated by contact with the protruding support ball;
a support wire fastened toward the shaft support member on both sides of the circumference of the buffer cylinder to prevent the buffer cylinder from being separated;
Including,
The image camera unit,
By control, the rail moving gear moves the gear support housing left and right along the camera unit horizontal moving rail,
The angle adjuster rotates the image camera to various angles to photograph the user,
A multilingual medical management and medical tourism system further comprising uploading captured image data to the medical server. delete delete