KR102682307B1 - Chicken rib order member management system based on big data - Google Patents

Abstract

The present invention is a big data-based dakgalbi ordering member management system equipped with a member management server that manages excellent customers to secure regular customers and a personal authentication device that is network-linked to receive and transmit the user's personal information. provided.

Description

Chicken rib order member management system based on big data}

The present invention relates to a member management system for ordering dakgalbi based on big data. More specifically, it relates to a member management server that manages excellent customers to secure regular customers, and is network-linked to receive and transmit the user's personal information. This is about a Dakgalbi ordering member management system based on big data equipped with a personal authentication device.

With technological advancements, it has become important for the restaurant and food service industry to provide customized menus based on customers' preferences and health conditions.

Additionally, to increase customer loyalty, the introduction of personalized service and reward systems has become an essential element.

In this context, the present invention utilizes big data and artificial intelligence (AI) to recommend personalized dakgalbi menus, conduct target marketing to customers, and manage members to continuously improve services based on customer feedback. We propose a system.

Big data is a technology that extracts and analyzes meaningful information from large amounts of data, and is used to understand customers' order history, meal patterns, and menu preferences.

This information is processed by AI and machine learning algorithms and used to provide personalized menu recommendations and target marketing.

The member management system of the present invention also includes a point management system, which accumulates points each time a customer places an order, manages the accumulated points, and provides them for use.

This point system encourages customers to participate in ordering and contributes to increasing customer loyalty by providing rewards when customers reach certain points.

Lastly, the member management system of the present invention collects and analyzes customer feedback and suggests ways to improve the system.

This helps us continuously improve the quality of our services.

Therefore, the present invention proposes a big data-based dakgalbi ordering member management system that responds to the important issues of personalization and improvement of customer loyalty in the existing food service industry.

Korean Patent Publication No. 10-2002-0096357 Korean Patent Publication No. 10-2006-0110709

The present invention was devised to solve the above problems, and the purpose of the present invention is to provide a big data-based dakgalbi ordering member management system equipped with a member management server that manages excellent customers to secure regular customers. .

Another object of the present invention is to provide a big data-based dakgalbi order member management system equipped with a personal authentication device that receives the user's personal information and transmits it to the member management server.

Another object of the present invention is to provide a big data-based dakgalbi order member management system equipped with an auxiliary pressing device to facilitate palm and vein recognition.

Another object of the present invention is to provide a big data-based dakgalbi order member management system equipped with a palm foreign matter removal device to facilitate palm and vein recognition.

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.

The big data-based Dakgalbi ordering member management system according to an embodiment of the present invention to solve the above problem may include a member management server that manages excellent customers to secure regular customers.

In one embodiment, the member management server uses a member database containing member information including personal information, order history, feedback, and point status, order history, member meal patterns, and menu preferences using artificial intelligence and machine learning algorithms. A big data processing and analysis department that analyzes and recommends personalized menus and performs target marketing; a menu recommendation department that recommends personalized menus to members based on the analyzed data; and a department that manages point accumulation and use and point-based compensation algorithms. It may include a user interface that performs the functions of a point management unit, menu recommendation, ordering, point inquiry, and feedback provision.

In one embodiment, the big data-based dakgalbi ordering member management system is network connected to the member management server and may include a personal authentication device provided to receive the user's personal information and transmit it to the member management server. .

In one embodiment, the personal authentication device includes a device plate installed and fixed on the ground, a device supporter installed perpendicular to the device plate, and installed on an upper part of the device supporter to provide a plurality of information and recommendations by the member management server. A device display unit provided to display a chicken rib menu, a device rail installed in a circle around the device plate, a device camera slidably installed in a circle along the device rail and provided to capture a user, the device plate and a palm recognition auxiliary device installed in the device to perform personal authentication through a sensor for recognizing the palm and veins in order to obtain the user's personal information, wherein the palm recognition auxiliary device is installed in a vertical direction on the device plate. A device extension part installed to be extendable, a lower device body installed on an upper part of the device extension part and provided with a palm seating member for seating the palm, installed on an upper part of the lower device body and the back of the hand for seating the back of the hand. An upper device body provided to form a seating member, an auxiliary pressing device installed inside the upper device body and provided to press and secure the back of the hand seating member toward the back of the hand, and a palm seating member installed inside the lower device body. It includes a palm foreign matter removal device provided to remove foreign matter from the palm seated on the palm, wherein the auxiliary pressing device includes a unit body built inside the upper device body, and is installed on one side of the unit body to power the device. A power supply unit provided to supply power, a power supply shaft inserted from the power supply unit toward the inside of the unit body and provided to transmit a signal from the power supply unit, and power installed to be connected to the power supply shaft to drive the unit. A unit driving part provided to generate a unit driving part, a pressing shaft installed at the lower part of the unit driving part to be able to move up and down by the unit driving part, and inserted into the circumference of the pressing shaft to generate an elastic force to reduce shock caused by the vertical movement. It includes a shaft buffer spring provided to relieve the pressure, a pressing head installed at a lower part of the pressing shaft to perform a pressing operation, and the unit driving unit includes a driving unit body installed at the distal end of the power supply shaft, and a lower part of the driving unit body. A drive roller rotatable by the power supply shaft, a drive shaft extending through the side of the drive roller to both sides and rotated integrally with the rotation of the drive roller, and a circumference of both sides of the drive shaft. It includes a power unit separation prevention member inserted into the unit, a rotation power unit fastened to both ends of the drive unit rotation shaft to generate rotation power, and the rotation power unit is a power unit provided to fasten the drive unit rotation shaft through the side portion. A sub-housing, a first rotating part rotatably fastened to the distal end of the driving unit rotating shaft and provided to be built into the interior of the power unit housing, a first rotating plate rotatably inserted into the center of the first rotating section, and the first rotating plate A second rotating part rotatably fastened to a circumferential part at regular intervals, a second rotating plate rotatably fastened to an end of each of the second rotating parts, a power unit piston shaft installed in a straight direction on the second rotating plate, A power unit spring inserted into the circumference of the power unit piston shaft and provided to elastically support it, a power unit cylinder inserted into the power unit piston shaft to enable piston movement, and installed at an end of the power unit cylinder to press the power by rotational force. It includes a power member provided to transmit the power to the shaft, and the auxiliary pressing device is controlled so that the power supply unit supplies power to the unit driving unit to drive the pressing shaft so that the pressing head places the back of the hand seating member on the back of the hand. It may further include a feature that assists the sensor of the palm recognition assistance device to recognize the palm by seating it.

In one embodiment, the palm foreign matter removal device includes a device housing built into the lower device body so that the palm seating member is disposed at the top, a rotation control unit built into the lower device body and provided to control the device to generate a rotational force, and Rotation guide gears rotatably fastened to the lower part of the device housing at regular intervals, fastened to surround the entire rotation guide gears and the rotation control unit at regular intervals to rotate the rotation guide gears under the control of the rotation control unit. a rotation guiding belt, a rotating shaft inserted from the inside of the device housing toward the center of each of the rotating guiding gears, a shaft support member inserted into a peripheral portion of each rotating shaft and provided to support the lower part of the device housing, An extension cylinder inserted into the circumference of each of the rotating shafts and provided to be able to extend, an adsorption gear rotatably fastened to an upper part of each of the elongation cylinders, and an adsorption unit installed on the periphery of the adsorption gear at regular intervals to enable adsorption. A member, a connecting member installed on the upper part of the suction gear and provided to rotate integrally with the rotation of the suction gear, a power gear rotatably fastened to the upper part of the connecting member, the suction gear in the inner center of the device housing, and A palm cleaning unit is installed in a vertical direction to engage with the power gear and is provided to remove foreign substances from the palm, wherein the palm cleaning unit includes a cleaning unit body installed in a vertical direction at the inner center of the device housing, and the cleaning unit body. A roller housing installed in the shape of 'ㅣㅣ' in the inner center, a seating roller rotatably fastened to the roller housing, a cleaning unit housing installed on one inner side of the cleaning unit body, and a cleaning unit at the lower part of the cleaning unit housing. A housing seating portion installed on the inner lower surface of the body to enable piston movement, connected from the lower part of the cleaning unit housing toward the seating roller and capable of being unwound and wound by the seating roller to assist the piston movement of the housing seating portion. A mounting unit wire, a spray unit rail installed on the other inner side of the cleaning unit body, a spray unit bracket slidably fastened to the spray unit rail, and installed on the other inside side of the cleaning unit body but at the lower part of the spray unit rail. A guiding portion support member disposed, a spray guiding portion installed from the bottom of the spraying portion bracket toward the guiding portion supporting member and capable of piston movement to assist the sliding movement of the spraying portion bracket, installed on the bottom portion of the spraying portion bracket. a spray control unit provided to store the cleaning solution while controlling spray, a spray pipe inserted in a vertical direction toward the spray control unit and provided to guide the clean solution from the spray control unit, and inserted into a peripheral portion of the spray pipe. The spray unit cylinder is disposed on the upper part of the cleaning unit body, the spray unit spring is inserted into the circumference of the spray unit cylinder and is provided to elastically support for spraying, the spray unit housing installed on the top of the spray unit cylinder, and the spray unit cylinder. A spray nozzle unit installed on the upper part of the dead body pipe and equipped to spray the cleaning solution supplied from the spraying part pipe, a cleaning part frame curvedly installed on both upper sides of the cleaning part body, and a palm at the distal end of the cleaning part frame A rotational frame for the cleaning unit rotatably fastened according to a shape, a rotational return unit installed in the rotational frame for the cleaning unit toward the frame for assisting in returning to the position according to the rotation of the rotational frame for the cleaning unit, the rotating unit for the cleaning unit A cleaning roller unit is installed at the distal end of the rotating frame and is provided to evenly clean the palm with the cleaning solution sprayed by the spray nozzle unit, wherein the cleaning roller unit is inserted and rotatable so that the cleaning unit rotating frame penetrates. a cleaning part rotating roller, a roller part shaft inserted into the cleaning part rotating roller and provided to protrude and retract, and a shaft attached to one end of the roller part shaft to prevent separation from the cleaning part rotating roller. A prevention member, a first shaft rotation member rotatably fastened to the other end of the roller shaft, a length adjustment frame installed on the first shaft rotation member to be separated so that the length can be adjusted, and rotatable in the length adjustment frame. a length adjustment shaft built into the length adjustment frame and capable of adjusting the length by separating the length adjustment frame; a second shaft rotating member rotatably fastened to the distal end of the length adjustment frame; and a distal end fastened to overlap the second shaft rotating member. A roller rotating member is inserted into the roller rotating shaft and is rotatable by the roller rotating shaft, and is fastened to the roller rotating member by a rotating member bolt to apply the cleaning solution sprayed by the spray nozzle to the palm of the hand. It includes a spread roller provided to spread evenly, and the palm foreign matter removal device rotates the rotation inducing gear by the rotation control unit so that the suction gear and the power gear rotate the palm cleanliness portion for recognition by the sensor. It may further include features that keep it clean.

According to the present invention, a big data-based dakgalbi ordering member management system equipped with a member management server that manages excellent customers to secure regular customers and a personal authentication device that is network-linked to receive and transmit the user's personal information. This is provided. 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 the dakgalbi ordering member management system based on big data according to the present invention.
Figure 2 shows an implementation flowchart of the member management server of the big data-based dakgalbi ordering member management system according to the present invention.
Figure 3 shows a connection flowchart between the personal authentication device and the member management server of the big data-based dakgalbi ordering member management system according to the present invention.
Figure 4 shows embodiments of the personal authentication device of the big data-based dakgalbi ordering member management system according to the present invention.
Figure 5 shows embodiments of the palm recognition assistance device of the big data-based dakgalbi ordering member management system according to the present invention.
Figure 6 shows detailed configurations of the auxiliary pressing device of the big data-based dakgalbi ordering member management system according to the present invention.
Figure 7 shows detailed configurations of the palm foreign matter removal device of the big data-based dakgalbi ordering member management 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, 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.

Figures 1 and 2 show a relationship diagram of the big data-based dakgalbi ordering member management system and an implementation flowchart of the member management server according to the present invention.

Referring to Figures 1 and 2, the big data-based dakgalbi ordering member management system may include a member management server 10 that manages excellent customers to secure regular customers.

The member management server 10 may include a member database 11, a big data processing and analysis unit 12, a menu recommendation unit 13, a point management unit 14, and a user interface 15.

The member database 11 is a database containing member information, including personal information, order history, feedback, point status, etc.

The big data processing and analysis unit 12 is a module that analyzes order history, member meal patterns, menu preferences, etc. to enable personalized menu recommendations and target marketing, and can use artificial intelligence and machine learning algorithms.

The menu recommendation unit 13 is a module that recommends personalized menus to the user based on the analyzed data, and recommends them in consideration of the user's meal patterns, preferences, health information, etc.

The point management unit 14 is a module that manages members' points and manages point accumulation and use, point-based compensation system, etc.

In addition, the point management unit 14 roughly stores points according to the order when a member orders a menu item from an app or website, stores the above information, allows the member to check the point status, and provides points for the next order. If you decide to use it, deplete the points, analyze the member's point status and order history, provide rewards according to the points the member has achieved, encourage member participation and interest in ordering through the point and reward algorithm. , providing additional game elements to members who have achieved specific points or have a specific order history, analyzing the member's point usage patterns and feedback on rewards to provide improvement plans for the point and reward system to the user interface 15 You can perform the steps:

The user interface 15 is an interface that allows the user to interact with the system and provides functions such as menu recommendation, ordering, point inquiry, and feedback provision.

In addition, the member management server 10 roughly includes the steps of allowing a member to join the member database 11 and providing necessary personal information to the member database 11, and the member's order history and feedback are stored in the big data processing and analysis unit. Analyzed by (12), the step of identifying menu preferences, meal patterns, and ordering frequency, the step of recommending personalized menus to members based on the analyzed information, and points accumulated each time the member orders dakgalbi and managing the accumulated points and providing them in a usable state, providing feedback on the menu ordered by the member and analyzing it by the big data processing and analysis unit 12 to improve the member management server 10. can be performed.

Example 1: Member registration and database creation

Members who use this system sign up through the app or website. In this process, you enter personal information such as name, contact information, email, and date of birth. Additionally, users can optionally enter their meal preferences, allergy information, health information, etc. The information collected in this way is stored in the member database 11 and is later used for menu recommendation and point management.

Example 2: Big data processing and analysis

When a member places an order for dakgalbi, this order information is delivered to the big data processing and analysis department (12). The module analyzes data such as the user's order history, preferred menu, and order time, and determines the user's meal pattern and menu preference based on this. For example, you can identify a pattern that a member usually orders dakgalbi for dinner and prefers spicy menu items.

Example 3: Personalized menu recommendation

The pattern identified in the big data processing and analysis unit 12 is transmitted to the menu recommendation unit 13. The module recommends a personalized menu by combining the identified patterns, the user's health information, and allergy information. For example, the spicy dakgalbi menu that can be ordered for dinner is recommended to the user mentioned above.

Example 4: Point Management and Compensation

Points are accumulated each time a member places an order. These are managed in the point management department 14, and members can check these points and use them in their next order. Additionally, the system can provide various rewards based on the member's point status and order history. For example, member satisfaction can be increased by providing additional points to members who achieve a certain number of points or providing VIP service to regular customers.

Example 5: Gathering Feedback and Improving the System

Members can provide feedback on the ordered menu to the system. This feedback is analyzed by the big data processing and analysis unit 12 and used to improve the system. For example, if there is a lot of negative feedback about a particular menu, you may know that this menu needs improvement. In this way, the system establishes a feedback loop for continuous improvement and development.

The above embodiments are described in more detail as follows.

Example 1: Member registration and database creation

Users sign up for membership through an app or website. During this process, you will enter personal information such as name, contact information, email, and date of birth. Additionally, members can optionally enter their meal preferences, allergy information, and health information. The process of entering this information can be burdensome for members, so it is important to provide an easy and simple method. For example, preferences can be collected in the form of answering the question ‘Please select your favorite menu item’, and allergy information can be collected in the form of answering the question ‘Please select the food ingredient that causes allergies’.

Example 2: Big data processing and analysis

When a member places an order for dakgalbi, this order information is delivered to the big data processing and analysis department (12). The module analyzes data such as the member's order history, preferred menu, and order time, and identifies the member's meal pattern and menu preference based on this. In this process, machine learning algorithms can be used to identify the characteristics of each member and segment member groups. This can also help you plan future marketing strategies.

Example 3: Personalized menu recommendation

The pattern identified in the big data processing and analysis unit 12 is transmitted to the menu recommendation unit 13. The module recommends personalized menus by combining the identified patterns, member health information, and allergy information. In this process, AI algorithms can be used to recommend customized menus that take into account each member's individual situation. Recommended menus are sent to members as notifications, and members can easily order through them.

Example 4: Point Management and Compensation

Points are accumulated each time a member places an order. These are managed in the point management department 14, and members can check these points and use them in their next order. Additionally, the system can provide various rewards based on the member's point status and order history. For example, member satisfaction can be increased by providing additional points to members who achieve a certain number of points or providing VIP service to regular customers. This compensation system can be expected to have the effect of inducing member participation and interest by utilizing the principles of gamification.

Example 5: Gathering Feedback and Improving the System

Members can provide feedback on the ordered menu to the system. This feedback is analyzed by the big data processing and analysis unit 12 and used to improve the system. For example, if there is a lot of negative feedback about a certain menu, you may know that this menu needs improvement. Additionally, if members provide feedback on their experience using the system, this can be used to improve the member interface and usability of the system. In this way, the system forms a feedback loop for continuous improvement and development.

Figure 4 shows embodiments of the personal authentication device of the big data-based dakgalbi ordering member management system according to the present invention.

Referring to Figure 4, the big data-based dakgalbi ordering member management system is network-connected to the member management server 10 and is equipped to receive the user's personal information and transmit it to the member management server 10. It may include an authentication device 100.

The personal authentication device 100 may include a device plate 110, a device supporter 120, a device display unit 130, a device rail 140, a device camera 150, and a palm recognition assistance device 200. .

The device plate 110 may be installed and fixed to the ground.

The device support 120 may be installed in a vertical direction on the device plate 110.

The device display unit 130 may be installed on the upper part of the device supporter 120 to display a plurality of information and a recommended dakgalbi menu by the member management server 10.

The device rail 140 may be installed in a circular shape around the device plate 110 .

The device camera 150 may be installed to slide in a circular shape along the device rail 140 and be provided to photograph the user.

Figure 5 shows embodiments of the palm recognition assistance device of the dakgalbi ordering member management system based on big data according to the present invention.

Referring to FIG. 5, the palm recognition assistance device 200 is installed on the device plate 110 and can be equipped to perform personal authentication through a sensor for recognizing the palm and veins to obtain the user's personal information. .

Additionally, the palm recognition assistance device 200 may include a device extension portion 210, a lower device body 220, an upper device body 230, an auxiliary pressing device 300, and a palm foreign matter removal device 400. .

The device extension portion 210 may be installed to be extendable in the vertical direction on the device plate 110.

The lower device body 220 may be installed at the upper end of the device extension portion 210 and may be provided with a palm seating member 220a for seating the palm.

The upper device body 230 may be installed on the upper part of the lower device body 220 and may be provided with a back of the hand seating member 230a for seating the back of the hand.

Figure 6 shows detailed configurations of the auxiliary pressing device of the big data-based dakgalbi ordering member management system according to the present invention.

Referring to FIG. 6, the auxiliary pressing device 300 may be installed inside the upper device body 230 to press and secure the back of the hand seating member 230a toward the back of the hand.

In addition, the auxiliary pressing device 300 includes a unit body 310, a power supply unit 320, a power supply shaft 330, a unit driving unit 340, a pressing shaft 360, a shaft buffer spring 370, and a pressing head ( 380).

The unit body 310 may be provided to be built into the upper device body 230.

The power supply unit 320 may be installed on one side of the unit body 310 to supply power to the device.

The power supply shaft 330 may be inserted from the power supply unit 320 toward the inside of the unit body 310 to transmit signals from the power supply unit 320.

The unit driver 340 may be installed to be connected to the power supply shaft 330 and be provided to generate power to drive the unit.

Additionally, the unit drive unit 340 may include a drive unit body 341, a drive unit roller 342, a drive unit rotation shaft 343, a power unit separation prevention member 344, and a rotation power unit 350.

The driving unit body 341 may be installed at the distal end of the power supply shaft 330.

The driving unit roller 342 is installed at the lower part of the driving unit body 341 and may be rotatable by the power supply shaft 330.

The driving unit rotation shaft 343 extends to both sides through the side of the driving unit roller 342 and may be provided to rotate integrally with the rotation of the driving unit roller 342.

The power unit separation prevention member 344 may be provided to be inserted into both circumferential portions of the drive unit rotation shaft 343.

The rotation power unit 350 may be fastened to both ends of the drive unit rotation shaft 343 to generate rotation power.

In addition, the rotating power unit 350 includes a power unit housing 351, a first rotating unit 352, a first rotating plate 353, a second rotating unit 354, a second rotating plate 355, and a power unit piston shaft 356. ), a power unit spring 357, a power unit cylinder 358, and a power member 359.

The power unit housing 351 may be provided so that the drive unit rotation shaft 343 penetrates the side portion and is fastened thereto.

The first rotation unit 352 may be rotatably fastened to the distal end of the drive unit rotation shaft 343 and may be installed inside the power unit housing 351.

The first rotating plate 353 may be provided to be rotatably inserted into the central portion of the first rotating part 352.

The second rotating part 354 may be rotatably fastened to the circumference of the first rotating plate 353 at regular intervals.

The second rotating plate 355 may be provided to be rotatably fastened to the distal end of each of the second rotating parts 354.

The power unit piston shaft 356 may be installed on the second rotating plate 355 in a straight direction.

The power unit spring 357 may be inserted into the peripheral portion of the power unit piston shaft 356 and provided to elastically support it.

The power unit cylinder 358 may be inserted into the power unit piston shaft 356 to enable piston movement.

The power member 359 may be installed at the distal end of the power unit cylinder 358 to transmit power to the pressing shaft 360 by rotational force.

The pressing shaft 360 may be installed below the unit driving unit 340 and can be moved up and down by the unit driving unit 340.

The shaft buffer spring 370 may be inserted into the periphery of the pressing shaft 360 to generate elastic force to relieve shock caused by up and down movement.

The pressing head 380 may be installed at the lower part of the pressing shaft 360 to perform a pressing operation.

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The assembly relationships according to the above configurations and the effects of the embodiments are described in detail based on the drawings as follows.

In the personal authentication device 100, a device plate 110 is installed on the ground, and a device support 120 is installed in a vertical direction at the front end with respect to the device plate 110.

The device display unit 130 is installed on the upper part of the device support 120.

The device rail 140 is installed in a circular shape on the peripheral surface of the device plate 110.

The device camera 150 is slidably installed in a circular manner on the device rail 140 and can capture a user standing on the device plate 110.

In the palm recognition assistance device 200, the device extension portion 210 is installed at the rear of the upper surface of the device plate 110 to be able to extend in the vertical direction.

The lower device body 220 is installed at the top of the device extension part 210, and a palm seating member 220a on which the palm can be seated is installed on the upper surface.

The upper device body 230 is installed on the upper part of the lower device body 220, and a back of the hand seating member 230a on which the back of the hand can be seated is installed on the bottom.

In the auxiliary pressing device 300, the unit body 310 is built into the upper device body 230.

A pressing head 380 is installed at the lower end of the pressing shaft 360, and a shaft buffering spring 370 is inserted into the circumference of the pressing shaft 360.

At this time, the pressing shaft 360 is built into the unit body 310 to be movable so as to press the back of the hand seating member 230a in a vertical direction.

In the unit drive unit 340, a drive unit roller 342 is rotatably fastened to the bottom surface with respect to the drive unit body 341.

The drive unit rotation shaft 343 is inserted through the side portion based on the drive unit roller 342.

The power unit separation prevention member 344 is inserted into both circumferential parts of the drive unit rotation shaft 343, and the rotation power unit 350 is rotatably installed at both ends of the drive unit rotation shaft 343.

In the rotary power unit 350, a power unit housing 351 provided in the shape of a circular plate at both ends of the drive unit rotation shaft 343 in the shape of a 'ㅣㅣ' shape is inserted through one central side.

The first rotating part 352 is rotatably installed in a '└┘' shape at the distal end of the driving part rotating shaft 343.

The first rotating plate 353 is rotatably inserted into the central portion of the first rotating part 352.

One end of the second rotating part 354 is rotatably fastened to the circumference of the first rotating plate 353 at regular intervals.

The central portion of the second rotating plate 355 is rotatably inserted into the other end of the second rotating portion 354.

One end of the power unit piston shaft 356, on which the power unit spring 357 is inserted into the peripheral part, is installed on the peripheral part of the second rotating plate 355.

One end of the power unit cylinder 358 is inserted into the power unit piston shaft 356 to enable piston movement, and the power member 359 is installed on the other end of the power unit cylinder 358.

One end of the power supply shaft 330 is inserted toward the drive body 341.

A power supply unit 320 is installed at the other end of the power supply shaft 330, and the power supply unit 320 is disposed on one side of the unit body 310.

Inside the driving unit body 341, a series of detailed components for generating driving force by the power supply shaft 330 are built.

In one embodiment, the auxiliary pressing device 300 has the power supply unit 320 supply power to the unit driving unit 340 to drive the pressing shaft 360 under the control of the member management server 10 to drive the pressing head 380. ) can assist the sensor of the palm recognition assistance device 200 to recognize the palm by seating the back of the hand seating member 230a on the back of the hand.

In one embodiment, when a user stands on the device plate 110, the device extension portion 210 extends in the vertical direction and the palm recognition assistance device 200 is placed at a height where the user can rest his/her hand.

In one embodiment, the power supply shaft 330 transmits a power signal to the drive unit body 341 by the power supply unit 320 to rotate the drive unit roller 342.

In one embodiment, following the above embodiment, the drive unit rotation shaft 343 may rotate integrally with the rotation of the drive unit roller 342 so that the first rotation unit 352 may rotate.

In one embodiment, as the first rotating plate 353 rotates, the second rotating part 354 and the second rotating plate 355 may each rotate.

In one embodiment, following the above embodiment, the power member 359 presses the pressing shaft 360 so that the pressing head 380 seats the back of the hand seating member 230a on the back of the hand to facilitate sensor recognition.

In one embodiment, following the above embodiment, the power unit cylinder 358 moves as a piston along the power unit piston axis 356 by the operation of the power unit 359 and returns to its position by the elastic force of the power unit spring 357. It is possible to alleviate the impact.

Figure 7 shows detailed configurations of the palm foreign matter removal device of the big data-based dakgalbi ordering member management system according to the present invention.

Referring to FIG. 7 , the palm foreign matter removal device 400 may be installed inside the lower device body 220 to remove foreign substances from the palm seated on the palm seating member 220a.

In addition, the palm foreign matter removal device 400 includes a device housing 410, a rotation control unit 420, a rotation induction gear 430, a rotation induction belt 440, a rotation shaft 450, a shaft support member 460, and a kidney. It may include a cylinder 470, an adsorption gear 480, an adsorption member 490, a connecting member 500, a power gear 510, and a palm cleaning part 600.

The device housing 410 may be provided to be embedded in the lower device body 220 so that the palm seating member 220a is disposed at the upper portion.

The rotation control unit 420 may be built into the lower device body 220 and may be provided to control the rotational force generated.

The rotation inducing gear 430 may be provided to be rotatably fastened to the lower end of the device housing 410 at regular intervals.

The rotation induction belt 440 is fastened to surround the entire rotation induction gear 430 and the rotation control unit 420 at regular intervals to rotate the rotation induction gear 430 under the control of the rotation control unit 420. It may be provided.

The rotation shaft 450 may be provided to be inserted toward the center of each rotation inducing gear 430 inside the device housing 410.

The shaft support member 460 may be inserted into the periphery of each rotation shaft 450 and provided to support the lower portion of the device housing 410.

The extension cylinder 470 may be inserted into the periphery of each of the rotating shafts 450 to be capable of being extended.

The suction gear 480 may be provided to be rotatably fastened to the upper part of each elongation cylinder 470.

The adsorption member 490 may be installed on the circumference of the adsorption gear 480 at regular intervals to enable adsorption.

The connecting member 500 may be installed on the upper part of the suction gear 480 and rotated integrally with the rotation of the suction gear 480.

The power gear 510 may be provided to be rotatably fastened to the upper part of the connecting member 500.

The palm cleaning unit 600 may be installed in a vertical direction to engage the suction gear 480 and the power gear 510 at the inner center of the device housing 410 to remove foreign substances from the palm.

In addition, the palm cleaning part 600 includes a cleaning part body 610, a roller housing 620, a seating roller 630, a cleaning part housing 640, a housing seating part 650, a seating wire 660, and a powder. Thread rail 670, injection unit bracket 680, guide unit support member 690, injection guide unit 700, injection control unit 710, injection unit pipe 720, injection unit cylinder 730, injection unit spring ( 740), a spray unit housing 750, a spray nozzle unit 760, a cleaning unit frame 770, a cleaning unit rotation frame 780, a rotation return unit 790, and a cleaning roller unit 800. .

The cleaning body 610 may be installed vertically in the inner central portion of the device housing 410.

The roller housing 620 may be installed in an 'ㅣㅣ' shape in the inner central portion of the cleaning unit body 610.

The seating roller 630 may be provided to be rotatably fastened to the roller housing 620.

The cleaning unit housing 640 may be installed on one inner side of the cleaning unit body 610.

The housing seating portion 650 may be installed at the bottom of the cleaning unit housing 640 to enable piston movement on the inner lower surface of the cleaning unit body 610.

The seating portion wire 660 is connected from the lower part of the cleaning portion housing 640 toward the seating roller 630 and can be unwound and wound by the seating roller 630 to cause piston movement of the housing seating portion 650. It can be provided to assist.

The injection unit rail 670 may be installed on the other inner side of the cleaning unit body 610.

The spray unit bracket 680 may be provided to be slidably fastened to the spray unit rail 670.

The guide part support member 690 may be installed on the other inner side of the cleaning part body 610 and may be arranged below the spraying part rail 670.

The injection guide portion 700 may be installed from the bottom of the spray portion bracket 680 toward the guide portion support member 690 and may be capable of piston movement to assist the sliding movement of the spray portion bracket 680.

The spray control unit 710 may be installed on the bottom of the spray unit bracket 680 to control spray and store the cleaning solution.

The spray pipe 720 may be inserted in a vertical direction toward the spray control unit 710 to guide the cleaning solution into the spray control unit 710.

The injection unit cylinder 730 may be inserted into the circumference of the injection unit pipe 720 and disposed on the upper part of the cleaning unit body 610.

The spray unit spring 740 may be inserted into the circumference of the spray unit cylinder 730 and provided to elastically support the spray unit for spraying.

The spray unit housing 750 may be installed on the top of the spray unit cylinder 730.

The spray nozzle unit 760 may be installed on the top of the spray pipe 720 to spray the cleaning solution supplied from the spray pipe 720.

The cleaning unit frame 770 may be installed in a curved manner on both upper sides of the cleaning unit body 610.

The rotating cleaning frame 780 may be provided to be rotatably fastened to the distal end of the cleaning part frame 770 along the shape of the palm.

The rotation return unit 790 may be installed from the cleaning unit rotation frame 780 toward the cleaning unit frame 770 to assist in returning to the position according to the rotation of the cleaning unit rotation frame 780.

The cleaning roller unit 800 may be installed at the distal end of the cleaning unit rotating frame 780 to evenly clean the palm with the cleaning solution sprayed by the spray nozzle unit 760.

In addition, the cleaning roller unit 800 includes a cleaning unit rotating roller 810, a roller unit shaft 820, a shaft separation prevention member 830, a first shaft rotating member 840, a length adjustment frame 850, and a length adjustment unit. It may include a shaft 860, a second shaft rotating member 870, a roller rotating member 880, and a spread roller 890.

The cleaning part rotation roller 810 may be inserted so that the cleaning part rotation frame 780 penetrates and can be rotatably provided.

The roller shaft 820 may be inserted into the cleaning portion rotating roller 810 and be capable of protruding and retracting.

The shaft separation prevention member 830 may be fastened to one end of the roller unit shaft 820 to prevent separation from the cleaning unit rotation roller 810.

The first shaft rotating member 840 may be provided to be rotatably fastened to the other end of the roller shaft 820.

The length adjustment frame 850 may be installed on the first shaft rotating member 840 and be separated so that the length can be adjusted.

The length adjustment shaft 860 may be rotatably built into the length adjustment frame 850 so that the length can be adjusted by separating the length adjustment frame 850.

The second shaft rotating member 870 may be provided to be rotatably fastened to the distal end of the length adjustment frame 850.

The roller rotating member 880 is fastened to overlap the second shaft rotating member 870, and a roller rotating shaft 880a is inserted into the distal end to be rotatable by the roller rotating shaft 880a. .

The spread roller 890 may be fastened to the roller rotating member 880 with a rotating member bolt to spread the cleaning solution sprayed by the spray nozzle unit 760 evenly on the palm.

The assembly relationships according to the above configurations and the effects of the embodiments are described in detail based on the drawings as follows.

In the palm foreign matter removal device 400, a palm seating member 220a is installed in a horizontal direction at the top of the device housing 410, and the device housing 410 is built into the lower device body 220.

Shaft support members 460 are installed at regular intervals on the inner lower surface of the device housing 410.

The lower end of the rotating shaft 450 is installed to be rotatable in the vertical direction on each shaft support member 460.

An elongation cylinder 470 is inserted into the periphery of each rotating shaft 450, and a shaft support member 460 is further installed at the upper end of the elongation cylinder 470 and is fixed to the bottom of the palm seating member 220a.

The rotation induction gear 430 is inserted toward each shaft support member 460 installed on the inner lower surface of the device housing 410 and protrudes downward from the device housing 410.

Meanwhile, the rotation control unit 420 is built into the lower device body 220, and the rotation induction belt 440 is wound around the entire rotation induction gear 430 in the rotation control unit 420.

Suction members 490 are installed at regular intervals around the circumference of the suction gear 480, and the central portion of the suction gear 480 is inserted into the circumference of each elongation cylinder 470.

The connecting member 500 is seated on the upper part of the suction gear 480, and its central portion is inserted into the circumference of the elongating cylinder 470.

The power gear 510 is seated on the upper part of the connecting member 500, and its central portion is inserted into the circumference of the elongating cylinder 470.

In the palm cleaning unit 600, the cleaning unit body 610 is installed in a vertical direction at the inner bottom center of the device housing 410 and is in contact with a rotatable suction gear 480 and a power gear 510 on both sides. It is arranged to be rotatable.

The lower end of the 'ㅣㅣ' shaped roller housing 620 is fixed to the inner lower center of the cleaning body 610.

In a shape in which the seating portion wire 660 is wound around the seating roller 630, the seating roller 630 is rotatably fastened to the roller housing 620.

The cleaning unit housing 640, which is bent in multiple stages toward the bottom, is fixed to one inner side of the cleaning unit body 610.

The upper end of the housing seating part 650, which has a shape capable of piston movement, is fastened to the lower part of the cleaning unit housing 640, and the lower end of the housing seating part 650 is fixed to the inner lower surface of the cleaning unit body 610.

Additionally, the seating portion wire 660 is connected to the cleaning portion housing 640 while being wound around the seating roller 630.

The spray section rail 670 is installed on the other inner side of the cleaning section body 610, and the guide section support member 690 is connected to the lower end of the spray section rail 670 on the other inside side of the cleaning section body 610. It is installed in the shape of ┘.

The lower part of the injection guide portion 700 is seated on the guide portion support member 690 in a shape capable of piston movement.

The spray unit bracket 680 is slidably fastened to the spray unit rail 670 and is fixed to the bottom of the top of the spray guide unit 700.

In addition, the injection control unit 710 is fixed to the bottom of the injection unit bracket 680, and the injection unit pipe 720 is connected to the injection control unit 710 and is formed to protrude in a vertical direction from the cleaning unit body 610.

The injection unit cylinder 730 is inserted into the periphery of the protruding injection unit pipe 720, and the injection unit spring 740 is inserted into the periphery of the injection unit cylinder 730.

The injection nozzle unit 760 is fastened to the upper end of the injection pipe 720 to enable piston movement.

In addition, the lower end of the injection unit housing 750 is installed at the upper end of the injection unit cylinder 730 to house the injection nozzle unit 760.

At this time, the injection unit cylinder 730 is made of a rubber-like material with elasticity and can relieve impact together with the injection unit spring 740.

The lower part of the rotating cleaning frame 780 is rotatably fastened to the upper part based on the cleaning part frame 770.

The rotational return unit 790 is installed from the upper end of the cleaning section frame 770 toward the center of the cleaning section frame 770 to facilitate return to the original position as the cleaning section rotating frame 780 rotates according to the shape of the palm. You can.

The cleaning roller unit 800 is fastened to the upper end of the cleaning unit rotating frame 780.

Based on the above shape, the lower ends of the cleaning unit frame 770 are installed on both sides of the upper end of the cleaning unit body 610 to face each other.

In the cleaning roller unit 800, the cleaning unit rotating frame 780 is inserted so as to penetrate the central side of the cleaning unit rotating roller 810.

The roller shaft 820 is fitted to the cleaning portion rotating roller 810, and a shaft separation prevention member 830 is fastened to one end to prevent separation from the cleaning portion rotating roller 810.

The first shaft rotation member 840 is fastened to the other end of the roller shaft 820.

In a configuration in which the length adjustment shaft 860 is inserted into the length adjustment frame 850, one end of the length adjustment frame 850 is fastened to the first shaft rotating member 840.

At this time, the length adjustment frame 850 may be extended along the length adjustment axis 860 as shown in the drawing.

Additionally, the second shaft rotating member 870 is further fastened to the other end of the length adjustment frame 850.

With the roller rotating members 880 overlapping each other, the roller rotating shaft 880a is inserted into the distal end, and the second shaft rotating member 870 is rotatably fastened to one roller rotating member 880.

The other roller rotation member 880 is connected by a rotation member bolt to rotate the spread roller 890.

In one embodiment, the palm foreign matter removal device 400 rotates the rotation inducing gear 430 by the rotation control unit 420 so that the suction gear 480 and the power gear 510 rotate the palm cleaning unit 600. You can keep your palm clean for sensor recognition.

At this time, the rotation induction belt 440 may rotate the rotation induction gear 430 to add rotational force.

In one embodiment, the elongation cylinder 470 may be elongated along the longitudinal direction of the rotary shaft 450 as each of the rotary shafts 450 connected to each other rotates through the rotation of each rotation inducing gear 430 .

In one embodiment, following the above embodiment, each suction gear 480 rotates so that the plurality of suction members 490 are rotated while being adsorbed to the periphery of the cleaning part body 610.

In one embodiment, each power gear 510 may rotate simultaneously with the above embodiment to rotate the peripheral portion of the cleaning unit body 610.

In one embodiment, the injection unit bracket 680 slides up and down along the injection unit rail 670 under the control of the injection control unit 710 to spray the cleaning liquid contained in the injection control unit 710 into the injection unit pipe ( 720), and the spray nozzle unit 760 can spray the cleaning liquid toward the palm.

In one embodiment, following the above embodiment, the cleaning roller unit 800 may spread the cleaning liquid evenly along the shape of the palm and move at various angles according to the rotation of the cleaning unit rotation frame 780. At this time, the rotational cleaning frame 780 can be returned to its original position by the rotational return unit 790.

In one embodiment, the impact caused by the above embodiment may be alleviated by the spray spring 740.

In one embodiment, following the above embodiment, the cleaning unit housing 640 is supported by the piston movement of the housing seating portion 650 and the seating wire 660 of the seating roller 630 to alleviate the impact. You can.

In one embodiment, the injection unit bracket 680 may be moved up and down through piston movement by the injection guide unit 700 to induce injection.

In one embodiment, the cleaning part rotation roller 810 of the cleaning roller part 800 rotates to support the roller part shaft 820 and each of the shaft rotating members 840 and 870 can rotate.

In one embodiment, at the same time as the above embodiment, the length adjustment frame 850 extends the length along the length adjustment axis 860, and the roller rotation axis 880a moves the roller rotation member 880 to the spread roller 890. You can rotate it to spread the cleaning liquid evenly on your palm.

In one embodiment, the recognition rate of the sensor of the palm recognition assistance device 200 can be increased with the palm cleaned according to the above embodiment.

Figure 3 shows a connection flowchart between the personal authentication device and the member management server of the big data-based dakgalbi ordering member management system according to the present invention.

As a comprehensive example,

Example 1: Connection between member management server 10 and personal authentication device

The personal authentication device serves to help members identify themselves when they visit a restaurant. The device is designed to recognize palms and veins, so it uses each member's unique characteristics to verify their identity. The information is encrypted and transmitted to the member management server 10, where it is compared with the member's database information. If there is an exact match, the member's login is successful, and the member's profile, point status, personalized menu recommendations, etc. are provided through the user interface 15.

Example 2: Connection between member management server 10 and palm recognition assistance device

The palm recognition assistance device is part of a personal authentication device and includes an extendable part and a palm seating member. The device recognizes personal information by scanning the palm and veins when a member places his or her palm on the seating member. The information is encrypted and transmitted to the member management server 10, and is compared with the server's member database 11 to confirm identity.

Example 3: Connection of member management server 10 and auxiliary pressing device

The auxiliary pressing device is a part of the palm recognition auxiliary device and serves to secure the back of the member's hand to the palm seating member. The device helps keep the palm firmly pressed against the seat so that the sensor can accurately scan the member's palm and veins. This process increases user convenience and improves recognition accuracy.

Example 4: Connection between member management server 10 and palm foreign matter removal device

The palm foreign matter removal device is part of the palm recognition assistance device and is responsible for removing foreign substances stuck in the member's palm. The device serves to clean the surface of the palm so that the sensor can accurately scan the member's palm and veins. The information is encrypted and transmitted to the member management server 10, and is compared with the server's member database 11 to confirm identity.

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.

Membership Management Server (10)
Member Database(11)
Big data processing and analysis department (12)
Menu recommendation section (13)
Point Management Department (14)
User Interface(15)
Personal authentication device (100)
Device plate (110)
Device support (120)
Device display unit 130
Device Rail(140)
Device Camera(150)
Palm recognition assistant device (200)
Device extension 210
Lower device body (220)
Palm seating member (220a)
Upper device body (230)
Back of hand seating member (230a)
Auxiliary pressing device (300)
Unit body (310)
Power supply unit (320)
Power supply shaft (330)
Unit driving unit (340)
Drive body (341)
Drive roller (342)
Drive rotation shaft (343)
Power unit separation prevention member (344)
Rotating power unit (350)
Power unit housing (351)
First rotating part 352
First rotating plate (353)
Second rotating part 354
Second rotating plate (355)
Power unit piston shaft (356)
Power unit spring (357)
Power cylinder (358)
Power member (359)
Press shaft (360)
Buffer spring (370)
Pressing head (380)
Palm foreign matter removal device (400)
Device housing (410)
Rotation control unit (420)
Rotation guide gear (430)
Rotation guide belt (440)
Rotating shaft (450)
Shaft support member (460)
Kidney Cylinder(470)
Suction gear (480)
Adsorption member (490)
Connecting member (500)
Power Gear(510)
Palm cleaning part (600)
Cleaning body (610)
Roller Housing(620)
Seating roller (630)
Cleaning unit housing (640)
Housing seating part (650)
Seating wire (660)
Spray rail (670)
Spray unit bracket (680)
Guide support member (690)
Injection guide unit (700)
Injection control unit 710
Injection pipe (720)
Injection cylinder (730)
Injection spring (740)
Injection housing (750)
Spray nozzle unit (760)
Cleaning department frame (770)
Cleaning department meeting frame (780)
Meeting return unit (790)
Cleaning roller unit (800)
Cleaning section rotating roller (810)
Roller shaft (820)
Shaft separation prevention member (830)
First shaft rotating member (840)
Adjustable length frame (850)
Length adjustment axis (860)
Second shaft rotating member (870)
Roller rotation member (880)
Spread Roller(890)

Claims (3)

Membership management server that manages top customers to secure regular customers;
a personal authentication device network-connected to the member management server to receive the user's personal information and transmit it to the member database of the member management server;
In the big data-based Dakgalbi ordering member management system, which includes,
The member management server is,
A big data processing and analysis department that uses artificial intelligence and machine learning algorithms to analyze order history, member meal patterns, and menu preferences to provide personalized menu recommendations and target marketing;
Menu recommendation unit that recommends personalized menus to members based on analyzed data;
Point management department that manages point accumulation and use, and point-based compensation algorithm;
A user interface that performs the functions of menu recommendation, ordering, point inquiry, and feedback provision;
Including,
The member database is,
Provide member information including personal information, order history, feedback, and point status;
The personal authentication device is,
A device plate installed and fixed to the ground;
a device support installed perpendicular to the device plate;
A device display unit installed on the upper part of the device supporter and provided to display a plurality of information and a recommended dakgalbi menu by the member management server;
a device rail installed in a circular shape around the device plate;
a device camera installed to be slidable in a circular manner along the device rail and provided to photograph a user;
A palm recognition assistance device installed on the device plate and equipped to perform personal authentication through a sensor for recognizing the palm and veins to obtain the user's personal information;
Including,
The palm recognition assistance device,
a device extension portion installed on the device plate to be able to extend in a vertical direction;
A lower device body installed at the upper end of the device elongation section and provided with a palm seating member for seating the palm of the hand;
an upper device body installed on the upper part of the lower device body and provided with a back of the hand seating member for seating the back of the hand;
an auxiliary pressing device installed inside the upper device body to press and secure the back of the hand seating member toward the back of the hand;
a palm foreign matter removal device installed inside the lower device body to remove foreign matter from the palm seated on the palm seating member;
Including,
The auxiliary pressing device is,
a unit body built inside the upper device body;
a power supply unit installed on one side of the unit body to supply power to the device;
a power supply shaft inserted from the power supply unit toward the inside of the unit body and provided to transmit signals from the power supply unit;
a unit driving unit installed to be connected to the power supply shaft and provided to generate power to drive the unit;
a pressing shaft installed below the unit driving unit and capable of moving up and down by the unit driving unit;
a shaft buffer spring inserted into the circumference of the pressing shaft to generate elastic force to relieve shock caused by up and down movement;
a pressing head installed at the lower part of the pressing shaft to perform a pressing operation;
Including,
The unit driving unit,
a driving unit body installed at the distal end of the power supply shaft;
a drive unit roller installed at a lower portion of the drive unit body and rotatable by the power supply shaft;
a drive unit rotation shaft that extends through the side of the drive unit roller to both sides and rotates integrally with the rotation of the drive unit roller;
Power unit separation prevention members inserted into both circumferential portions of the drive unit rotation shaft;
a rotation power unit fastened to both ends of the drive unit rotation shaft to generate rotation power;
Including,
The rotating power unit,
a power unit housing provided so that the drive unit rotation axis passes through a side portion;
A first rotating part rotatably fastened to the distal end of the driving part rotation shaft and installed inside the power unit housing;
a first rotating plate rotatably inserted into the center of the first rotating unit;
a second rotating part fastened to the circumference of the first rotating plate at regular intervals and rotatable;
a second rotating plate rotatably fastened to a distal end of each of the second rotating parts;
a power unit piston shaft installed in a straight direction on the second rotating plate;
A power unit spring inserted into a peripheral portion of the power unit piston shaft and provided to elastically support it;
a power unit cylinder inserted into the power unit piston shaft to enable piston movement;
a power member installed at the end of the power unit cylinder to transmit power to the pressing shaft by rotational force;
Including,
The auxiliary pressing device is,
Through control, the power supply unit supplies power to the unit driving unit to drive the pressing shaft, so that the pressing head seats the back of the hand seating member on the back of the hand, thereby assisting the sensor of the palm recognition assistance device to recognize the palm. Contains more,
The palm foreign matter removal device,
a device housing built into the lower device body such that the palm seating member is disposed at the upper portion;
a rotation control unit built into the lower device body and provided to control the rotational force generated;
a rotation induction gear rotatably fastened to the lower end of the device housing at regular intervals;
a rotation induction belt fastened to surround the entire rotation induction gear and the rotation control unit at a predetermined interval to rotate the rotation induction gear under the control of the rotation control unit;
a rotation shaft inserted toward the center of each rotation guide gear within the device housing;
a shaft support member inserted into a peripheral portion of each of the rotating shafts and provided to support a lower portion of the device housing;
an elongation cylinder inserted into a peripheral portion of each of the rotating shafts and configured to be elongated;
An adsorption gear rotatably fastened to an upper portion of each elongation cylinder;
Adsorption members installed on the periphery of the adsorption gear at regular intervals to enable adsorption;
a connecting member installed on an upper portion of the suction gear and configured to rotate integrally with the rotation of the suction gear;
a power gear rotatably fastened to the upper part of the connecting member;
a palm cleaning unit installed at the inner center of the device housing in a vertical direction to engage the suction gear and the power gear to remove foreign substances from the palm;
Including,
The palm cleaning part is,
a cleaning body installed vertically in the inner center of the device housing;
A roller housing installed in a 'ㅣㅣ' shape at the inner center of the cleaning unit body;
a seating roller rotatably fastened to the roller housing;
a cleaning unit housing installed on one inner side of the cleaning unit body;
a housing seating portion installed at a lower portion of the cleaning unit housing to enable piston movement on an inner lower surface of the cleaning unit body;
a seating portion wire connected from a lower portion of the cleaning unit housing toward the seating roller and capable of being unwound and wound by the seating roller to assist piston movement of the housing seating portion;
a spraying unit rail installed on the other inner side of the cleaning unit body;
a spray unit bracket slidably fastened to the spray unit rail;
a guide portion support member installed on the other inner side of the cleaning portion body and disposed below the spray portion rail;
a spray guide unit installed from the bottom of the spray unit bracket toward the guide unit support member and capable of piston movement to assist the sliding movement of the spray unit bracket;
a spray control unit installed on the bottom of the spray unit bracket to control spray and store a cleaning solution;
a spray pipe inserted vertically toward the spray control unit to guide the cleaning solution from the spray control unit;
a spray cylinder inserted into the circumference of the spray pipe and disposed on an upper portion of the cleanser body;
an injection unit spring inserted into the circumference of the injection unit cylinder and provided to elastically support the injection unit;
an injection unit housing installed on an upper portion of the injection unit cylinder;
a spray nozzle unit installed on an upper portion of the spray pipe to spray the cleaning solution supplied from the spray pipe;
a cleaning unit frame curvedly installed on both upper sides of the cleaning unit body;
a rotating cleaning frame frame rotatably fastened to a distal end of the cleaning part frame along the shape of a palm;
a rotation return unit installed in the cleaning unit rotation frame toward the cleaning unit frame and provided to assist return to position according to rotation of the cleaning unit rotation frame;
a cleaning roller unit installed at an end of the rotating frame of the cleaning unit to evenly clean the palm of the hand with the cleaning solution sprayed by the spray nozzle unit;
Including,
The cleaning roller part,
a cleaning unit rotating roller inserted through the cleaning unit rotating frame and rotatably provided;
a roller shaft inserted into the cleaning portion rotating roller and capable of protruding and retracting;
a shaft separation prevention member fastened to one end of the roller shaft to prevent separation from the cleaning portion rotating roller;
a first shaft rotating member rotatably fastened to the other end of the roller shaft;
a length-adjustable frame installed on the first shaft rotating member and detachable to allow length adjustment;
a length adjustment shaft rotatably built into the length adjustment frame to enable length adjustment by separating the length adjustment frame;
a second shaft rotating member rotatably fastened to a distal end of the length adjustment frame;
a roller rotating member that is fastened to overlap the second shaft rotating member and has a roller rotating shaft inserted into its distal end to be rotatable by the roller rotating shaft;
a spread roller fastened to one of the roller rotation members by a rotation member bolt to spread the cleaning solution sprayed by the spray nozzle unit evenly on the palm of one's hand;
Including,
The palm foreign matter removal device,
A big data-based Dakgalbi ordering member further comprising a feature of rotating the rotation inducing gear by the rotation control unit to clean the palm for recognition by a sensor while the suction gear and the power gear rotate the palm cleanliness portion. Management system. delete delete