KR102558214B1 - Cosmetics sales system - Google Patents

Abstract

The present invention provides a cosmetics sales system equipped with a sales server including functional units for matching cosmetics suitable for skin conditions, and a skin scanner that links the scanner to the skin to remove foreign substances on the skin to scan the skin condition by networking with the sales server.

Description

Cosmetics sales system {Cosmetics sales system}

The present invention relates to a cosmetics sales system, and more particularly, to a cosmetics sales system equipped with a sales server including functional units for matching cosmetics suitable for skin conditions, and a skin scanner that connects with the sales server to scan skin conditions by removing foreign substances on the skin and adhering the scanner to the skin.

In general, cosmetics are used to maintain/manage the user's skin cleanly and resiliently or to beautify the user's appearance. Depending on the purpose, it is largely divided into so-called basic cosmetics such as various lotions and creams used for basic maintenance/management of the skin such as moisturizing or supplying nutrients, and makeup cosmetics such as powder, lipstick, and eye cosmetics used to beautify the user's appearance.

These cosmetics are sold in containers after manufacturing the types and ratios of cosmetic raw materials for an unspecified number of people in consideration of the average consumer's preference or skin characteristics at the cosmetics manufacturer. Users select and purchase cosmetics suitable for their taste and skin condition among numerous cosmetics on the market.

However, human skin is classified as dry or oily depending on the oil/moisture state, and even if the same dryness or oiliness, there is a large difference among individuals depending on the degree. In the case of general consumers, it is not easy to accurately determine their skin type and select cosmetics suitable for it. Therefore, there is a problem in that unexpected skin trouble occurs when a cosmetic that does not suit one's skin type is selected incorrectly.

Therefore, in order to recommend cosmetics suitable for the skin condition, the present invention scans the skin condition with a skin scanner, collects a checklist according to the customer's skin color and preferred color, analyzes it comprehensively, and proposes a cosmetics sales system that recommends customized cosmetics.

Korean Patent Registration No. 10-2354086 Korean Patent Publication No. 10-2022-0156126

The present invention has been made to solve the above problems, and an object of the present invention is to provide a cosmetics sales system equipped with a sales server that matches cosmetics suitable for skin conditions through a skin scanner.

Another object of the present invention is to provide a cosmetics sales system equipped with functional units that receive checklist information to check skin condition, skin color, preferred color, etc., and match cosmetics suitable for skin based on a photographed skin condition image.

In addition, another object of the present invention is to provide a cosmetics sales system equipped with a skin scanner that is network-linked with a sales server and closely adheres to the skin to scan the skin condition.

Another object of the present invention is to provide a cosmetics sales system provided in a skin scanner with a foreign matter removal unit for removing skin foreign matter attached to the scanner during scanning.

Another object of the present invention is to provide a cosmetics sales system provided in a skin scanner with a contact unit for adhering the skin scanner to the skin during skin scanning.

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

A cosmetics sales system according to an embodiment of the present invention for solving the above problems may include a sales server for selling cosmetics in network with a terminal and an automatic cosmetics sales unit.

In one embodiment, the sales server includes an information requesting unit requesting the user's basic information input to the terminal, a preferred color requesting unit requesting the user's preferred color checklist input to the terminal, a color requesting unit requesting the user's skin color information input to the terminal, a skin sensing unit measuring the user's skin condition using a skin scanner and analyzing the measurement result, a cosmetics matching unit collecting information input through the terminal and matching the cosmetics posted on the shopping mall server based on the results analyzed by the skin sensing unit, matching in the cosmetic matching unit A sales request unit for transmitting cosmetics information to the automatic cosmetics sales unit, and a cosmetics sales unit for transmitting information on sales of cosmetics sold in the automatic cosmetics sales unit to a shopping mall server.

In one embodiment, the sales server requests the terminal to input the user's basic information, stores the input user's basic information, requests the terminal to input the checklist of the user's preferred color, stores the input checklist, requests the terminal to input the user's skin color information, stores the input skin color information, images the measured skin condition information and stores it, analyzes the stored skin condition image, collects the information of the steps, and stores the skin color information. It may further include a feature of performing the step of matching cosmetics, the step of sending matched cosmetics information to the cosmetics automatic sales unit, and the step of sending sold cosmetics sales information to a shopping mall server.

In one embodiment, the skin scanner may include a scanning unit that closely adheres to the user's skin and scans a skin condition, a scanning unit body installed to fix the scanning unit, a foreign matter removal unit installed on the scanning unit and removing foreign substances from the skin during scanning, and a close contact unit installed on the scanning unit body to adhere to the skin during scanning.

In one embodiment, the foreign matter removal unit includes a rotator body installed at the rear end of the scan unit, a first rotator installed in a 'c' shape on one side of the rotator body and rotatable to remove foreign substances from the scan unit, a second rotator installed in a 'c' shape on the other side of the rotator body and rotatable to remove foreign substances from the scan unit, a first removal unit installed at the distal end of the first rotation unit to remove foreign substances from the scan unit, and installed at the distal end of the second rotation unit to scan the scan It may include a second removal unit for removing foreign substances from the unit, a fixing bracket installed in an 'L' shape on one side of each of the first removal unit and the second removal unit to fix the first removal unit and the second removal unit to the scan unit, and a moving unit rotatably inserted into the fixing bracket and assisting the rotation of the first removal unit and the second removal unit with respect to the scan unit.

In one embodiment, the rotating body includes a rotating motor generating rotational force, forms a space to insert the first rotating unit and the second rotating unit, and includes a rotating body installed at a rear end of the scanning unit, a rotating unit inserted into the rotating unit body, and a rotating unit head fastened to the rotating unit body to fix the first rotating unit and the second rotating unit, wherein the first removal unit and the second removal unit include a cleaning unit at an end portion for removing foreign substances from the scan unit, and the cleaning unit The removal unit rotating shaft inserted into the distal end of the first removal unit and the second removal unit and rotated under the control of a control unit, a rotation shaft head integrally formed toward a lower portion of the removal unit rotation shaft, and a cleaning head fastened to the rotation shaft head so that a head groove is formed in a central portion to insert the rotation shaft head and a polyurethane material is wrapped along the circumference thereof.

In one embodiment, the movable unit includes a wheel-shaped rotating body, a 'ㅅ'-shaped first rotating shaft inserted into the rotating body to be extendable in length, a 'Y'-shaped second rotating shaft inserted into the rotating body to be extendable in length, a control shaft having a rotating member fastened to rotate toward the central portion of the first rotating shaft and the second rotating shaft, respectively, and a control shaft body inserted into and protecting the circumference of the control shaft, the first rotating shaft is on both inner sides A 'J'-shaped protrusion guide groove 2821a is formed along the longitudinal direction, and includes a first shaft body provided in a cylindrical shape, a first sliding shaft slidably inserted into the first shaft body, and shaft fixing protrusions 2823 fastened to both sides of the first sliding shaft to guide the first sliding shaft along the protrusion guide groove 2821a, and the second rotation shaft along the longitudinal direction on both inner sides of the 'J' A second shaft body in which a 'character-shaped protrusion guide groove is formed and provided in a cylindrical shape, a second sliding shaft slidably inserted into the second shaft body, and a shaft fixing protrusion 2833 fastened to both sides of the second sliding shaft to guide the second sliding shaft along the protrusion guide groove, and the rotating member includes a fastening protrusion protruding from both sides of the inner end surface, and a fastening spring inserted into the circumference of the fastening protrusion to generate elastic force, , The control shaft body may include a body protrusion protruding from both sides of the distal end, a protrusion groove formed on both sides of the distal end of the body protrusion to insert the fastening protrusion, and a spring fastening surface formed to fasten the fastening spring to the body protrusion.

In one embodiment, the foreign matter removal unit is networked with the skin sensing unit to operate when the scanning unit transmits a skin image to the skin sensing unit, and generates a rotational force from the rotation motor so that the first rotation unit and the second rotation unit forward and reverse rotate toward the scan unit, the moving unit assists rotation of the first rotation unit and the second rotation unit in the scan unit, and the cleaning unit removes skin foreign substances deposited on the scan unit.

In one embodiment, the close contact part is installed on both sides of the scan part body and has a contact part body formed with a contact part flow groove opened toward the front, a rotary motor built into the contact part body to generate rotational force, a plurality of floating gears formed on the circumference so as to rotate in engagement with a body gear formed along the inner circumference of the close contact body, a floating gear installed at the rear end of the floating gear, a rotating body installed at the rear end of the floating gear and rotating by receiving the rotational force of the rotating motor, and fastened to a body fixing groove formed at a front end of the floating gear , an extension part capable of length extension, a moving part housing fastened to the front end of the extension part and having an open interior, a moving part fastened to the moving part housing so as to be self-rotating, a contact shaft inserted into the moving part at regular intervals, a first contact head integrally formed on the front end of the contact shaft and in close contact with the skin, and a second contact head installed to both sides of the first contact head so as to be angularly adjustable to assist in contact with the skin of the first contact head.

In one embodiment, the extension part includes an extension body having body fixing protrusions formed at regular intervals on a rear end surface thereof to be fastened to the body fixing groove, a first extension part coupled to a lower portion of the extension body to be extended in length, and a second extension part to be coupled to the lower portion of the first extension portion to be extended in length and coupled to the moving part housing. It may include a close-up spring that generates and supports elastic force when fastened with the moving part.

In one embodiment, the contact unit is networked with the skin sensing unit to operate when the scan unit captures a skin image with the skin sensing unit, the length of the extension portion is extended so that the first adhesion head is in close contact with the skin, the second adhesion head assists the adhesion operation of the first adhesion head, and the moving part is moved by the elastic force of the adhesion spring so as to adhere to the skin according to the movement of the scan unit, and generates rotational force from the rotation motor to rotate a plurality of the floating gears along the adhesion part flow groove A feature of attaching and detaching the first and second adhesion heads from the skin may be further included.

According to the present invention, there is provided a cosmetics sales system equipped with a sales server including functional units for matching cosmetics suitable for skin conditions, and a skin scanner that links the scanner to scan the skin condition by networking with the sales server to remove foreign substances on the skin and adheres the scanner to the skin. Effects according to the present invention are not limited by the contents exemplified above, and more various effects are included in the present invention.

1 shows a relationship diagram of a cosmetics sales system according to the present invention.
2 is a flowchart of a sales server of a cosmetics sales system according to the present invention.
3 is a flow chart showing a sales server and a foreign matter removal unit of the cosmetics sales system according to the present invention.
4 is a flowchart illustrating a sales server and a contact unit of the cosmetics sales system according to the present invention.
5 illustrates embodiments of a skin scanner of a cosmetic sales system according to the present invention.
6 illustrates embodiments of a foreign matter removal unit of the cosmetics sales system according to the present invention.
7 illustrates still other embodiments of the foreign matter removal unit of the cosmetics sales system according to the present invention.
8 illustrates embodiments of the close contact part of the cosmetics sales system according to the present invention.
9 illustrates other embodiments of the close contact part of the cosmetics sales system according to the present invention.

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

Terms including ordinal numbers, such as first and second, may be used to describe various components, but these components are not limited by the above terms. The terminology described above is only used for the purpose of distinguishing one component from another.

In this specification, the terms "comprise" or "having" are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but it should be understood that the presence or addition of one or more other features or numbers, steps, operations, components, parts, or combinations thereof is not excluded in advance. It should be understood that when an element is referred to as being “connected” or “connected” to another element, it may be directly connected or connected to the other element, but other elements may exist in the middle. On the other hand, when an element is referred to as “directly connected” or “directly connected” to another element, it should be understood that no other element exists in the middle.

Meanwhile, a “module” or “unit” for a component used in this specification performs at least one function or operation. And a "module" or "unit" may perform a function or operation by hardware, software, or a combination of hardware and software. In addition, a plurality of “modules” or “units” other than “modules” or “units” to be executed in specific hardware or to be executed in 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, in describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be abbreviated or omitted.

1 shows a relationship diagram of a cosmetics sales system according to the present invention.

Referring to FIG. 1 , the cosmetics sales system may include a sales server 10 for selling cosmetics in network with a terminal and an automatic cosmetics sales unit.

The sales server 10 may include an information requesting unit 11, a preferred color requesting unit 12, a color requesting unit 13, a skin sensing unit 14, a cosmetics matching unit 15, a sales requesting unit 16, and a cosmetics sales unit 17.

The information requesting unit 11 may request input of user basic information to the terminal.

The user's basic information may include the user's gender, age, normal skin exposure environment, cosmetics in use, sleeping time, nutritional status, and medical conditions.

The preferred color requesting unit 12 may request the terminal to input a checklist of colors preferred by the user.

At this time, the preferred color means the color of cosmetics commonly used for make-up.

The color requesting unit 13 may request input of the user's skin color information to the terminal.

The skin sensing unit 14 may measure a user's skin condition using a skin scanner and analyze the measurement result.

The cosmetics matching unit 15 may collect information received through the terminal and match the cosmetics posted on the shopping mall server based on the result analyzed by the skin sensing unit 14 .

The sales requesting unit 16 may transmit cosmetic information matched by the cosmetic matching unit 15 to the automatic cosmetics sales unit.

The cosmetics sales unit 17 may transmit sales information of cosmetics sold in the automatic cosmetics sales unit to the shopping mall server.

2 is a flowchart of the sales server 10 of the cosmetics sales system according to the present invention.

Step S110: Request the user's basic information input to the terminal

Step S120: Store basic information of the input user.

Step S130: The terminal is requested to input a checklist of colors preferred by the user.

Step S140: Store the input checklist.

Step S150: The terminal is requested to input the user's skin color information.

Step S160: Store the input skin color information.

Step S170: The measured skin condition information is imaged and stored.

Step S180: Analyzing the stored skin condition image.

Step S190: Collect information of the above steps.

Step S200: Based on the collected information, cosmetics of the shopping mall server are matched.

Step S210: The matched cosmetics information is transmitted to the cosmetics vending unit.

Step S220: The sold cosmetics sales information is transmitted to the shopping mall server.

User information is collected by the functional units and the skin is analyzed using a skin scanner, and customized cosmetics can be recommended from the shopping mall server based on the collected information.

In addition, the matched customized cosmetics can be purchased through the automatic cosmetics sales unit, and the purchase details are transmitted and stored in the shopping mall server, so that it is easy to calculate the sales details.

5 shows embodiments of the skin scanner 100 of the cosmetic sales system according to the present invention.

Referring to FIG. 5 , the skin scanner 100 may include a scanning unit 110, a scanning unit body 120, a foreign substance removal unit 200, and a contact unit 300.

The scanning unit 110 may be provided to scan a skin condition by adhering to the user's skin.

The scan unit body 120 may be installed and fastened in a handle shape to fix the scan unit 110 .

In addition, a display unit for displaying the control of the scan unit 110 may be additionally installed in the scan unit body 120 .

In addition, the scan unit body 120 may additionally include a button for controlling skin enlargement and reduction of the scan unit 110 .

6 illustrates embodiments of the foreign matter removal unit 200 of the cosmetics sales system according to the present invention.

The foreign substance removal unit 200 may be installed in the scanning unit 110 to remove foreign substances from the skin during scanning.

In addition, the foreign matter removing unit 200 may include a rotating unit body 210, a first rotating unit 220, a second rotating unit 230, a first removing unit 240, a second removing unit 250, a fixing bracket 270, and a moving unit 280.

Rotator body 210 may be installed at the rear end of the scan unit 110 .

In addition, the rotator body 210 may include a rotator body 211 and a rotator head 212 .

The rotation body 211 may include a rotation motor 211a that generates rotational force.

In addition, the rotator body 211 forms a space into which the first rotator 220 and the second rotator 230 are inserted, and may be installed at the rear end of the scan unit 110 .

The rotator head 212 may be provided to be fastened to the rotator body 211 to fix the first rotator 220 and the second rotator 230 inserted into the rotator body 211 .

The first rotation unit 220 is installed in a 'c' shape on one side of the rotation unit body 210 and may be rotatably provided to remove foreign substances from the scan unit 110.

The second rotation unit 230 is installed in a 'c' shape on the other side of the rotation unit body 210 and may be rotatably provided to remove foreign substances from the scan unit 110.

The first removal unit 240 may be installed at the distal end of the first rotating unit 220 to remove foreign substances from the scanning unit 110 .

The second removal unit 250 may be installed at the distal end of the second rotation unit 230 to remove foreign substances from the scan unit 110 .

In addition, the first removal unit 240 and the second removal unit 250 may include a cleaning unit 260 to remove foreign substances from the scan unit 110 at the distal end.

The cleaning unit 260 may include a removal unit rotating shaft 261 , a rotating shaft head 262 , and a cleaning head 263 .

The removal part rotating shaft 261 may be inserted into the distal end of the first removal part 240 and the second removal part 250 and rotated under the control of the control unit.

The rotating shaft head 262 may be integrally formed toward the lower portion of the rotating shaft 261 of the removal part.

At this time, the removal unit rotating shaft 261 and the rotating shaft head 262 may be provided in a '凸' shape.

The cleaning head 263 may be fastened with the rotation shaft head 262 so that a head groove 263a is formed to insert the rotation shaft head 262 and a polyurethane material is wrapped along the circumference.

At this time, the polyurethane material is provided to remove foreign substances from the scan unit 110 and may be provided with a material such as cloth or cotton capable of removing foreign substances.

The fixing bracket 270 is installed in an 'L' shape on one side of each of the first removal unit 240 and the second removal unit 250 to fix the first removal unit 240 and the second removal unit 250 to the scan unit 110. It may be provided.

The moving unit 280 may be rotatably inserted into the fixing bracket 270 and assist the first removal unit 240 and the second removal unit 250 to rotate with respect to the scanning unit 110 .

In addition, the moving unit 280 may include a rotating body 281 , a first rotating shaft 282 , a second rotating shaft 283 , a control shaft 284 , and a control shaft body 285 .

Rotating body 281 may be provided in the shape of a wheel.

The first rotating shaft 282 may be provided in a 'ㅅ' shape inserted into the rotating body 281 so as to extend its length.

In addition, the first rotation shaft 282 may include a first shaft body 2821, a first sliding shaft 2822, and a shaft fixing protrusion.

The first shaft body 2821 may have a cylindrical shape.

In addition, 'J'-shaped protruding guide grooves 2821a may be formed on both inner sides of the first shaft body 2821 along the longitudinal direction.

The first sliding shaft 2822 may be slidably inserted into the first shaft body 2821 .

Shaft-fixing protrusions 2823 may be fastened to both sides of the first sliding shaft 2822 to guide the first sliding shaft 2822 along the protrusion guide groove 2821a.

The second rotation shaft 283 may be provided in a 'Y' shape that is inserted into the rotation body 281 so that its length can be extended.

In addition, the second rotation shaft 283 may include a second shaft body 2831, a second sliding shaft 2832, and a shaft fixing protrusion.

The second shaft body 2831 may have a cylindrical shape.

In addition, 'J'-shaped protruding guide grooves 2831a may be formed on both inner sides of the second shaft body 2831 along the longitudinal direction.

The second sliding shaft 2832 may be slidably inserted into the second shaft body 2831 .

The shaft fixing protrusions 2833 may be provided to guide the second sliding shaft 2832 along the protrusion guide groove 2831a by fastening to both sides of the second sliding shaft 2832 .

The control shaft 284 may be provided in a shaft shape to form a rotating member 284a fastened to rotate toward the center of the first rotation shaft 282 and the center of the second rotation shaft 283, respectively.

The rotating member 284a may include fastening protrusions 284a-1 protruding from both sides of the inner end surface.

In addition, the rotating member 284a may include a fastening spring 284a-2 inserted into the circumference of the fastening protrusion 284a-1 to generate an elastic force.

The control shaft body 285 may be inserted into the circumference of the control shaft 284 to protect it.

In addition, the control shaft body 285 may include body protrusions 2851 protruding from both sides of the distal end.

In addition, the control shaft body 285 may include protrusion grooves 2852 formed on both sides of the distal end of the body protrusion 2851 into which the fastening protrusion 284a-1 is inserted.

In addition, the control shaft body 285 may include a spring fastening surface 2853 formed to fasten the fastening spring 284a-2 to the body protrusion 2851.

The assembly relationship according to the above configurations and the effect of the embodiment are described in detail as follows.

In the foreign matter removal unit 200, the rotation unit body 210 is assembled to the rear end of the scanning unit 110.

The rotating part body 210 is assembled in the order of the rotating part body 211 in which the rotary motor 211a is built, the first rotating part 220 and the second rotating part 230, and the rotating part head 212.

At this time, each of the first rotation unit 220 and the second rotation unit 230 is disposed in a decalcomani (or mirroring) position.

The first removal unit 240 is assembled at the distal end of the first rotation unit 220 and the second removal unit 250 is assembled at the distal end of the second rotation unit 230 .

The cleaning unit 260 is assembled to the distal end of each of the first removal unit 240 and the second removal unit 250 .

The cleaning unit 260 is assembled to the distal end of each of the first removal unit 240 and the second removal unit 250 in the order of a rotating shaft head 262 and a cleaning head 263 integrally formed with the rotation shaft 261 of the removal unit.

A fixing bracket 270 is assembled in an 'L' shape on one side of each of the first removal part 240 and the second removal part 250 .

The moving unit 280 is rotatably assembled on the surface where the fixing bracket 270 meets the scanning unit 110 .

The movable unit 280 is inserted into the rotating body 281 in a shape in which the first rotating shaft 282, the control shaft body 285, and the second rotating shaft 283 are sequentially assembled based on the rotating body 281.

Inside the control shaft body 285, a shape in which the rotating member 284a is assembled is inserted at both ends with respect to the control shaft 284.

The fastening protrusion 284a-1 into which the fastening spring 284a-2 of the rotating member 284a is inserted is fastened to the protruding groove 2852 of the control shaft body 285.

At this time, the fastening spring 284a-2 can be elastically supported by the spring fastening surface 2853 of the body protrusion 2851.

The first rotary shaft 282 is assembled to the first shaft body 2821 so that the first sliding shaft 2822 to which shaft fixing protrusions are fastened on both sides is slidable along the protrusion guide groove 2821a.

Since the second rotational shaft 283 has the same assembled shape as the second shaft body 2831, the second sliding shaft 2832, and the shaft fixing protrusion of the first rotational shaft 282, it is omitted to avoid redundant description.

3 is a flow chart of the recommendation server 10 and the foreign matter removal unit 200 of the cosmetics sales system according to the present invention.

In one embodiment, the scanning unit 110 transmits the skin image to the skin sensing unit 14 (step S210).

In one embodiment, the rotary motor 211a generates rotational force so that each of the first rotation unit 220 and the second rotation unit 230 rotates forward and backward (step S220).

In one embodiment, the moving unit 280 rotates along the scan unit 110 to assist rotation of the first rotation unit 220 and the second rotation unit 230 (step S230).

In one embodiment, the first sliding shaft 2822 (and the second sliding shaft 2832) slides along the protruding guide grooves 2821a and 2831a so that the first rotational shaft 282 (and the second rotational shaft 283) extends.

In one embodiment, the first rotation shaft 282 and the second rotation shaft 283 which are extended by rotation of the control shaft 284 rotate by control to drive the moving unit 280 .

In one embodiment, when the first rotational shaft 282 and the second rotational shaft 283 rotate, the fastening protrusion 284a-1 flows into the protruding groove 2852, and the fastening spring 284a-2 of the rotating member 284a generates elastic force at the spring fastening surface 2853 and elastically supports it.

In one embodiment, the cleaning unit 260 removes foreign substances on the skin from the scanning unit 110 (step S240).

In one embodiment, the rotating shaft 261 of the removal unit rotates under the control of the controller to rotate the cleaning unit 260 to remove foreign substances from the scanning unit 110 .

8 and 9 show embodiments of the close contact part 300 of the cosmetics sales system according to the present invention.

Referring to FIGS. 8 and 9 , the contact portion 300 may be installed on the scan unit body 120 to adhere to the skin during scanning.

In addition, the close contact part 300 may include a close contact body 310, a rotation motor 320, a moving gear 330, a rotating body 340, an extension part 350, a moving part housing 360, a moving part 370, a close contact shaft 380, a first close head 390, and a second close close head 400.

The close contact body 310 may be provided to be installed on both sides of the scan unit body 120 .

In addition, the close contact body 310 may be formed with a close contact flow groove 310a opened toward the front.

In addition, the body gear 310b may be formed along the inner circumference of the close contact body 310 .

The rotary motor 320 may be provided to generate rotational force by being embedded in the close contact body 310 .

The floating gear 330 may be provided so that a plurality of gear protrusions 330a are formed on the circumference to rotate in mesh with the body gear 310b.

In addition, the floating gear 330 may have body fixing grooves 330b formed at regular intervals at the front end.

The rotation body 340 may be installed at the rear end of the floating gear 330 and rotated by receiving rotational force of the rotation motor 320 .

The extension part 350 is fastened to the body fixing groove 330b of the floating gear 330, and may be provided to enable length extension.

In addition, the extension part 350 may include an extension part body 351 , a first extension part 352 , and a second extension part 353 .

The extension body 351 may be provided in a disk shape with body fixing protrusions 351a formed at regular intervals on the rear end surface so as to be fastened to the body fixing groove 330b.

The first extension part 352 may be provided to be fastened to the lower part of the extension part body 351 so that its length is extendable.

The second extension part 353 is fastened to the lower part of the first extension part 352 to be able to extend its length, and may be provided to be fastened with the moving part housing 360 .

The moving part housing 360 is fastened to the front end of the extension part 350 and may be provided so that the inside thereof is open.

In addition, the moving part housing 360 may include an elastic magnetic protrusion 361 that is magnetically coupled to the moving part 370 at an end portion and formed of a compressible elastic material.

In addition, the moving part housing 360 may include a close contact spring 362 inserted into the circumference of the elastic magnetic protrusion 361 to generate and support elastic force when coupled with the moving part 370 .

The moving part 370 may be provided to be coupled to the moving part housing 360 so as to be self-rotating.

The close shaft 380 may be provided to be inserted into the moving part 370 at regular intervals.

The first close contact head 390 may be formed integrally with the front end of the close contact shaft 380 to adhere to the skin.

The second close-up head 400 may be installed on both sides of the first close-up head 390 so as to be angularly adjustable to assist the first close-up head 390 in close contact with the skin.

The assembly relationship according to the above configurations and the effect of the embodiment are described in detail as follows.

In the contact part 300, the contact part body 310 is assembled to both sides of the scan part body 120.

A rotation motor 320 is built into the close contact body 310 .

The contact part flow groove 310a is formed in the contact part body 310, and a plurality of rotation bodies 340 electrically connected to the rotary motor 320 are rotatably and movably assembled in the contact part flow groove 310a.

A floating gear 330 is assembled under each of the plurality of rotating bodies 340, and each floating gear 330 is assembled to rotate by engaging with each other by a gear protrusion 330a.

At this time, the floating gear 330 may be engaged with the body gear 310b formed along the circumference of the moving groove 310a of the close contact part to rotate.

An extension part 350 is assembled to the body fixing groove 330b at the front end (or lower end) of each floating gear 330.

The extension part 350 is assembled to the body fixing groove 330b by the body fixing protrusion 351a.

At this time, the extension part 350 has the body fixing protrusion 351a formed on the rear end surface of the extension body 351, the first extension part 352, the second extension part 353, and the moving part housing 360. Assembled downward in this order, and the moving part 370 is assembled to the moving part housing 360 so as to be self-rotating.

The moving part 370 is magnetically coupled to the elastic magnetic protrusion 361 formed at the center of the distal end of the moving part housing 360 and into which the contact spring 362 is inserted.

A plurality of close contact shafts 380 are protrudingly inserted into the lower part of the moving part 370 at regular intervals, and a first close contact head 390 and a second close close head 400 are assembled at the distal end of the close close shaft 380.

At this time, the second close head 400 is assembled on both sides of the first close head 390 .

4 is a flow chart of the recommendation server 10 and the contact unit 300 of the cosmetics sales system according to the present invention.

In one embodiment, the scanning unit 110 moves along the skin texture (step S310).

In one embodiment, the moving part 370 flows by the elastic force of the close spring 362 (step S320).

In one embodiment, the length of the extension part 350 is extended so that the first contact head 390 is in close contact with the skin (step S330).

In one embodiment, in order to extend the length of the extension part 350, the first extension part 352 and the second extension part 353 are sequentially extended at intervals at which the first contact head 390 can adhere to the skin.

In one embodiment, the second close contact head 400 pivots to both sides of the first close head 390 to come into close contact with the skin to assist the close close operation of the first close head 390 (step S340).

In one embodiment, the scanning unit 110 captures a skin image with the skin sensing unit 14 (step S350).

In one embodiment, rotational force is generated in the rotary motor 320 (step S360).

In one embodiment, a plurality of floating gears 330 rotate along each floating gear 330 and the body gear 310b of the close contact portion flowing groove 310a (step S370).

In one embodiment, the first adhesion head 390 and the second adhesion head 400 are detached from the skin (step S380).

Movement and close contact of the scan unit 110 along the skin texture may be repeated by repeating the flow chart.

Although the 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 various modifications may be made by those skilled in the art without departing from the gist of the present invention claimed in the claims, and these modifications should not be individually understood from the technical spirit or prospect of the present invention.

Sales Server (10)
Information request unit (11)
Preferred color request unit (12)
Color request unit (13)
Skin sensing unit (14)
Cosmetic Matching Unit (15)
Sales Requisition (16)
Cosmetic Sales Department (17)
skin scanner(100)
Scan unit 110
Scan unit body (120)
Foreign matter removal unit (200)
Rotating part body (210)
rotating part body(211)
Rotation motor (211a)
rotary head(212)
1st rotating part 220
Second rotating part (230)
First removal part 240
Second removal part (250)
cleaning unit 260
Remover Rotational Shaft (261)
Rotary shaft head(262)
Cleaning Head(263)
Head home (263a)
Fixed bracket(270)
Moving part (280)
rotating body(281)
First axis of rotation (282)
First shaft body (2821)
Projection guide groove (2821a)
first sliding axis 2822
Shaft fixing protrusion (2823)
Second axis of rotation (283)
Second shaft body (2831)
Projection guide groove (2831a)
Second sliding axis 2832
Shaft fixing protrusion (2833)
Control Shaft(284)
Rotating member (284a)
Fastening protrusion (284a-1)
Fastening spring (284a-2)
Control shaft body(285)
Body projection (2851)
Protrusion Groove (2852)
Spring engagement face (2853)
Adhesion part (300)
Contact body (310)
Contact part flow groove (310a)
body gear 310b
Rotary Motor (320)
floating gear(330)
Gear projection (330a)
Body fixing groove (330b)
rotating body(340)
Extension (350)
extension body (351)
Body fixing protrusion (351a)
First extension 352
Second extension (353)
Moving part housing (360)
Elastic magnet projection (361)
close spring(362)
Moving part (370)
close shaft(380)
First close head (390)
Second close head (400)

Claims (3)

A sales server for selling cosmetics in network with terminals and automatic cosmetics sales units;
In the cosmetics sales system comprising a,
The sales server,
an information requesting unit requesting input of basic information of a user to a terminal;
a preferred color requesting unit requesting the terminal to input a checklist of colors preferred by the user;
a color requesting unit requesting input of user's skin color information to the terminal;
a skin sensing unit that measures a user's skin condition using a skin scanner and analyzes the measurement result;
a cosmetic matching unit that collects the information received through the terminal and matches the cosmetics posted on the shopping mall server based on the result analyzed by the skin sensing unit;
a sales requesting unit for transmitting cosmetic information matched by the cosmetics matching unit to the automatic cosmetics selling unit;
a cosmetics sales unit that transmits sales information of cosmetics sold in the cosmetics vending unit to a shopping mall server;
including,
The basic information is
Including the user's gender, age, normal skin exposure environment, cosmetics in use, sleeping time, nutritional status, and medical conditions,
The sales server,
requesting input of basic information of a user to a terminal;
Storing input basic information of the user;
requesting a terminal to input a checklist of colors preferred by the user;
Storing the entered checklist;
requesting input of skin color information of a user to a terminal;
storing input skin color information;
imaging and storing the measured skin condition information;
Analyzing the stored skin condition image;
collecting information of the above steps;
Matching the cosmetics of the shopping mall server based on the collected information;
sending matched cosmetic information to the cosmetic vending unit;
Transmitting sold cosmetics sales information to a shopping mall server;
Further comprising the feature of performing
The skin scanner,
a scanning unit that closely adheres to the user's skin and scans the skin condition;
a scan unit body installed to fix the scan unit;
a foreign substance removal unit installed in the scan unit to remove foreign substances from the skin when scanning;
a contacting unit installed on the body of the scanning unit to closely adhere to the skin during scanning;
including,
The foreign matter removal unit,
a rotation unit body installed at the rear end of the scan unit;
A first rotating unit installed in a 'c' shape on one side of the body of the rotating unit and rotatable to remove foreign substances from the scanning unit;
a second rotating part installed in a 'c' shape on the other side of the rotating part body and rotatable to remove foreign substances from the scanning part;
a first removal unit installed at a distal end of the first rotating unit to remove foreign substances from the scanning unit;
a second removal unit installed at the distal end of the second rotation unit to remove foreign substances from the scan unit;
a fixing bracket installed in an 'L' shape on one side of each of the first removal unit and the second removal unit to fix the first removal unit and the second removal unit to the scanning unit;
a moving unit rotatably inserted into the fixing bracket and assisting the first removal unit and the second removal unit to rotate with respect to the scan unit;
including,
The rotating part body,
a rotational body having a built-in rotational motor generating rotational force, forming a space into which the first rotational unit and the second rotational unit are inserted, and installed at a rear end of the scanning unit;
a rotation unit head fastened to the rotation unit body to fix the first rotation unit and the second rotation unit inserted into the rotation unit body;
including,
The first rotation part and the second rotation part,
a cleaning unit for removing foreign substances from the scan unit at the distal end;
including,
The cleaning unit,
a removal unit rotating shaft inserted into distal ends of the first rotation unit and the second rotation unit and rotated under the control of a control unit;
a rotation shaft head integrally formed toward a lower portion of the removal unit rotation shaft;
a cleaning head formed in a central portion into which the rotating shaft head is inserted and coupled to a polyurethane material along the circumferential portion;
including,
The moving part,
a wheel-shaped rotating body;
A 'ㅅ'-shaped first rotational shaft inserted into the rotational body to extend its length;
A 'Y'-shaped second rotational shaft inserted into the rotational body to extend its length;
a control shaft having a rotating member fastened to rotate toward the center of the first rotation shaft and the center of the second rotation shaft, respectively;
a control shaft body inserted into and protecting the circumference of the control shaft;
including,
The first axis of rotation,
A first shaft body having 'J'-shaped protruding guide grooves along the longitudinal direction on both inner sides thereof and having a cylindrical shape;
a first sliding shaft slidably inserted into the first shaft body;
shaft fixing protrusions coupled to both sides of the first sliding shaft to guide the first sliding shaft along the protruding guide groove;
including,
The second axis of rotation,
A second shaft body having 'J'-shaped protruding guide grooves along the longitudinal direction on both inner sides thereof and having a cylindrical shape;
a second sliding shaft slidably inserted into the second shaft body;
Shaft fixing protrusions coupled to both sides of the second sliding shaft to guide the second sliding shaft along the protrusion guide groove;
including,
The rotating member,
fastening protrusions protruding from both sides of the inner end surface;
A fastening spring inserted into the circumference of the fastening protrusion to generate elastic force;
including,
The control shaft body,
Body protrusions protruding from both sides of the distal end;
protrusion grooves formed on both sides of the distal end of the body protrusion to insert the fastening protrusion;
a spring fastening surface formed to fasten the fastening spring to the body protrusion;
including,
The foreign matter removal unit,
Operates when the scanning unit transmits a skin image to the skin sensing unit in conjunction with the skin sensing unit in a network manner;
By generating rotational force in the rotary motor, the first rotation unit and the second rotation unit forward and reverse rotate toward the scan unit,
The moving part assists rotation of the first rotation part and the second rotation part of the scanning part,
The cleaning unit further includes a feature of removing skin foreign substances attached to the scanning unit,
The adhesion part,
a contact part body installed on both sides of the scan part body and formed with a contact part flow groove open toward the front;
a rotary motor built into the contact body to generate rotational force;
A plurality of floating gears are installed on the circumference so as to engage and rotate with the body gear formed along the inner circumference of the contact body;
a rotating body installed at the rear end of the floating gear and rotating by receiving the rotating force of the rotating motor;
an extension part fastened to the body fixing groove formed at a predetermined interval at the front end of the floating gear and capable of length extension;
a moving part housing fastened to the front end of the extension part and having an open interior;
a moving part fastened to the moving part housing so as to be self-rotating;
Adhering shafts inserted into the moving part at regular intervals;
a first contact head integrally formed at the front end of the contact shaft and in close contact with the skin;
a second contact head installed on both sides of the first contact head to be angularly adjustable to assist the first contact head to adhere to the skin;
including,
the extension,
an extension body having body fixing protrusions formed on a rear end surface at regular intervals so as to be fastened to the body fixing groove;
A first extension portion fastened to a lower portion of the extension body to be extended in length;
a second extension portion coupled to a lower portion of the first extension portion to be extended in length and coupled to the moving part housing;
including,
The second extension part,
an elastic magnetic projection formed of a compressible elastic material and coupled to the moving part by magnetic force at the distal end;
a contact spring inserted into the circumference of the elastic magnetic protrusion to generate and support elastic force when fastened with the moving part;
including,
The adhesion part,
Network-linked with the skin sensing unit operates after the scanning unit transmits a skin image to the skin sensing unit;
The length of the extension portion is extended so that the first adhesion head is in close contact with the skin, and the second adhesion head assists the adhesion operation of the first adhesion head;
The moving part moves by the elastic force of the close-up spring so as to come into close contact with the skin according to the operation of the foreign matter removal part,
Further comprising a feature of detaching the first and second contact heads from the skin by generating rotational force from the rotation motor to rotate the plurality of floating gears along the flow groove of the close contact part. delete delete