KR102211228B1 - Extension image system for smart phone - Google Patents

Abstract

The present invention relates to an automatically controlled smartphone magnified image device, which comprises: a magnifying adapter lens (1); a wireless module (2) for transmitting and receiving an information signal in a wireless communication; a microcomputer (3) for transmitting and receiving the information signal to and from the wireless module (2); an LED drive (5) for turning on/off a light emitting diode; a moisture measuring frequency oscillator (7) for operating a moisture measurement sensor; a battery (8) for driving a clip type magnifying adapter lens module device; and a power supply unit (9) for charging power (9).

Description

Extension image system for smart phone that can be automatically controlled {Extension image system for smart phone}

The present invention relates to an enlarged image device for a smart phone capable of automatic control, and more particularly, an enlarged image by configuring the enlarged image device to be detachable to a smart phone of all types (machine, model, type, kind). By allowing the device to be automatically controlled, it measures pores, pigmentation, dead skin cells, atopy, etc. and moisture as comprehensive information on the human body, diagnoses them, and prescribes cosmetics suitable for their skin type. It is not only for skin measurement diagnosis, which can measure and diagnose hair, scalp, etc., which can provide reasonable and reasonable skin care, but also for learning to shoot and enlarge plants and insects by implementing a microscope function, and to enlarge photographs of plants of crops. Therefore, it can be used for agriculture, which can diagnose diseases and pests, and for industrial and other dermatological medical uses that photograph and inspect the surface of semiconductors, fabrics, textile products, etc., and also LCD display of the main body of a smart phone. By implementing an app mode for the function of the'Enlarged Imaging Device' in Bue, comprehensive information on the human skin, learning information on plants and insects, etc., agricultural information such as pests and pests of crops, and product surfaces, etc. The present invention relates to an enlarged image device for a smart phone capable of automatic control that can display and view industrial information and other medical information of dermatology through an LCD display unit of a smart phone body.

In general, cosmetics are divided according to several skin types and are mass-produced for each type and provided to consumers.

These cosmetics are usually manufactured so as not to cause trouble to all or the majority of people rather than to meet the needs of many types of consumers.

However, consumers are demanding cosmetics that are optimized for their skin condition, and it is very difficult for cosmetics produced so as not to cause trouble to the majority of people as described above to suit specific consumers' preferences or skin conditions. .

In other words, since there are various differences in preferences and skin characteristics for each person, it is desirable to purchase and use cosmetics that suit their preferences and/or skin characteristics, but in reality, due to the distribution system where cosmetics are mass-produced and sold by manufacturers, individual skin Considering the characteristics, it is not possible to purchase.

Accordingly, recently, a cosmetic manufacturing device that allows users to directly manufacture customized cosmetics according to their skin characteristics has been developed. Prior to that, accurate information on each individual skin (eg, pores, pigmentation, dead skin cells, atopy, etc.) is being developed. This is possible only when it is easily obtained and diagnosed.

Recently, a measuring device using a smart phone has been developed as a method of measuring information on each individual's skin.

A smart phone is a portable computer with high software compatibility and capable of making a phone call.

A smartphone may be viewed as a telephony device composed of a standardized interface and an operating system based on a platform, and a smartphone can be used as an application device by e-mail, Internet search, reading and writing text, and installing additional apps. It can be used as a small electronic computing device connected to an extension device through a built-in keyboard or an external USB keyboard, a VGA terminal capable of external output, and an HDMI terminal.

In addition, it is possible to directly access the Internet and intranet by using the wireless Internet access function, as well as interlock with groupware.

Free and paid apps, various apps can be selected/installed according to the user's situation, users can create their own desired applications (apps), and applications can be shared between smartphones with the same operating system. It has functions such as.

Skin measuring devices using existing smartphones include a clamp type that combines a macro lens using a clamp member to the camera lens of a smartphone, and a slot and bumper that is used in combination with a smartphone using a slot and a bumper. There is a type.

These existing skin measuring devices have limitations in obtaining accurate and precise information on various skin conditions (i.e. pores, pigmentation, dead skin cells, atopy, moisture, oil, etc.). It was difficult to prescribe cosmetics suitable for one's skin type, and scientific and rational skin management was difficult.

In addition, as a skin condition measuring device using a portable device, Korean Patent No. 10-1843261 (hereinafter referred to as a cited invention) is proposed. The cited invention captures the skin condition with a portable device camera regardless of the location of the portable device camera. It is easy to add various sensors that perform the function of measuring in contact with the skin, but there is no lighting when photographing skin and there is no means to prevent diffuse reflection, so the sharpness of the subject received through the lens There is a problem that falls significantly.

In other words, the cited invention is to irradiate the subject with the lighting of the mobile phone because the lighting is not configured. Since the lighting of the mobile phone is irradiated in only one direction, the light applied to the subject is not uniform, so clear image information can be obtained. In particular, there is a limit to obtaining enlarged image information.

In addition, when the oil and moisture sensor is used to measure oil and moisture, when the oil and moisture sensor contacts the skin, it does not contact the skin with a suitable constant pressure, and the contact pressure is different each time it is used, so accurate measurement is not possible.

The above cited invention is to be fixed with elastic force by a clasp ring when it is mounted on a portable device.Since the clasp ring is squeezed with elastic force from the time of insertion and installation in a portable device, a local pressure is applied to the liquid crystal of the portable device instantaneously. There is a problem that causes shortening and even causes damage.

1. Korean Patent Registration No. 10-0938403 (announcement date: 2010.01.21). 2. Korean Patent Registration No. 10-1179232 (announcement date: 2012.09.03). 3. Korean Patent Registration No. 10-1872227 (announcement date: 2018.06.28). 4. Korean Patent Registration No. 10-1843261 (announcement date: 2018.03.28).

Accordingly, the present invention was invented to solve the above problems, and an object of the present invention is to expand the enlarged imaging device by configuring it to be detachable to a smart phone of all types (machine, model, type, kind). By allowing the imaging device to be automatically controlled, it is possible to measure pores, pigmentation, dead skin cells, atopy, etc. as comprehensive information about the human body, measure moisture, and diagnose it and prescribe cosmetics suitable for one's skin type. For scientific and rational skin care, not only for skin measurement diagnosis, for measuring and diagnosing hair, scalp, etc., but also for learning to take pictures of plants or insects by implementing a microscope function, and to take pictures of plants of crops. It can be used for agriculture, which can diagnose diseases and pests by expanding it, as well as industrial and other dermatological medical applications that photograph and inspect the surface of semiconductors, textiles, textile products, etc., and also LCD of the main body of a smart phone. By implementing an app mode for the function of the'magnified image device' on the display unit, comprehensive information about the human skin, learning information such as plants and insects, and agricultural information such as pests and pests of crops and the product surface by manipulation of the touch sensor unit It is to provide an enlarged image device for a smart phone capable of automatic control that can display and view industrial information such as, etc. and other medical information of dermatology through an LCD display unit of a smart phone body.

An embodiment for achieving the above object is a central processing unit that processes and controls information collected as a main body of a smart phone, a lens that receives image information, and a central processing unit that stores image information transmitted from the lens. The camera sensor unit transmitted to the tooth unit, the LCD display unit that outputs information provided from the central processing unit unit, the touch sensor unit to output necessary information to the LCD display unit, and the central processing unit unit and the external module transmit and receive information The wireless communication unit (WIFI, BT), the memory unit storing information of the central processing unit unit, the battery unit supplying the charged power to the central processing unit unit, and the battery unit connected to an external power source to supply power to charge. It configures the power supply.

As an enlarged image device in the main body of the smart phone, a clip-type enlargement adapter lens module device is detachably configured, and the clip-type enlargement adapter lens module device functions for all purposes such as skin, hair, learning, industrial and medical use. An adapter lens for enlargement configured by mounting a lens capable of performing a function, a wireless module (WIFI, BT) for transmitting and receiving an information signal with a wireless communication unit (WIFI, BT) of the main body of the smart phone, and the wireless A microcomputer that transmits/receives and controls information signals with modules (WIFI, BT), an LED drive that turns on/off a light emitting diode according to a signal command from the micom, and a moisture measurement sensor by a signal command from the micom. A frequency oscillator for measuring moisture to be operated, a light emitting diode emitting LED light according to a signal command from the LED drive, a moisture measuring sensor for measuring moisture according to a signal command from the frequency oscillator for moisture measurement, A battery for supplying power to the microcomputer to drive a clip-type adapter lens module device, and a power supply for charging power to the battery through a charging terminal.

The clip-type adapter lens module device for enlargement constitutes a body, is inserted and mounted to the lower side of the body, and includes an adapter lens for enlargement that receives image information from a subject, and a smart phone to the rear of the adapter lens for enlargement. A through hole coinciding with the same horizontal line as the camera lens of the main body, a light blocking holder composed of the front of the magnifying adapter lens and preventing diffuse reflection from the side during shooting, and a peripheral part of the light blocking holder to transmit light when shooting. An LED circuit board consisting of a light emitting diode (LED) that emits light to irradiate the subject, and an LED drive configured to turn on/off the light emitting diode (LED) and installed therein, and the A guider formed in the front of the LED circuit board and formed with a through hole in the same horizontal line as the enlargement adapter lens in the center portion, a space portion formed to maintain a gap between the guider and the LED circuit board, and the guider A moisture measurement sensor configured to measure moisture on the upper side, wherein the moisture measurement sensor comprises a guide bar in the rear and is coupled to the coil spring, and a main circuit board and a battery supplying power are provided on the upper side of the enlargement adapter lens. It is a mounting configuration, consisting of an upper side and a rear side of the body, a button and a rocker for assembly fixing and separation are integrally configured, and a coil spring having a compression and repulsive force function between the body frames inside and behind the button is configured, and the Inside the locker, a pad for protecting the liquid crystal of the main body of a smart phone is combined.

The enlarged image device for a smartphone according to the present invention,

First, by assembling the smartphone body and the'clip-type enlargement adapter lens module device', the app mode for the function of the'smart phone enlarged image device' of the present invention is displayed on the LCD display unit of the smartphone body. By implementing it, it is possible to automatically control all functions of the lens module device for a clip-type enlargement adapter by manipulating the touch sensor unit.

In addition, it is possible to easily assemble and disassemble the'clip-type enlargement adapter lens module device' in the main body of the smart phone, and can be attached to and detached from all types of smart phones (machine, model, type, kind). It is configured so that the'magnified image device for smartphone' can be automatically controlled, thereby maximizing the compatibility of the'magnified image device for smartphone'.

Second, it is possible to use the enlarged image device of the present invention in a smartphone that each individual has without using the existing expensive enlarged image device, so that it can be used at a low cost as well as the following effects can be obtained.

Third, information on skin moisture can also be obtained by measuring an accurate moisture value by a moisture measurement sensor, a frequency oscillator for moisture measurement, and a microcomputer.

Fourth, by implementing the app mode for the function of the'magnified image device for smart phone' of the present invention on the LCD display of the main body of the smart phone, comprehensive information on the skin of the human body by manipulation of the touch sensor unit The wireless module and smart phone of the'clip-type adapter lens module device' for learning information such as plants and insects, agricultural information such as diseases and pests of crops, industrial information such as product surfaces, and other medical information for dermatology. By wireless communication between the wireless communication units of the main body, it is automatically notified by displaying through the LCD display unit of the main body of a smart phone.

Fifth, as skin care, the skin pore distribution, pore size, pigmentation, keratin, atopy, keratin and oil, moisture, etc., which are comprehensive information on the human body, are scientifically accurately measured and diagnosed. It is possible to prescribe suitable cosmetics, scientific and rational skin care, and to manage hair by measuring and diagnosing hair and scalp.

Sixth, and for learning purposes, plants and insects can be photographed and viewed, so that learning effects can be expected, and when photographing and analyzing plants of crops for agriculture, diseases and pests can be diagnosed. The state of printing on the surface, the state of adhesion to the adhesive part of printed matter, analysis of the foaming state of rubber products such as natural or artificial rubber, enlarged photographic inspection of ticks in the house, and photographic inspection of the surface of the processed metal plate or product Therefore, it can be determined whether it is defective or not, and can be used for medical purposes such as other dermatology.

Eighth, and also, it is possible to diagnose by photographing and measuring anytime, anywhere, and it is easy to carry.

Absorption, when the smartphone body and the clip-type adapter lens module device are assembled, the distance between the locker and the body is sufficiently secured so that it is smoothly assembled without forcefully inserting it from the beginning, so it does not adversely affect the smartphone body. In particular, since excessive force is not applied to the LCD of the main body of the smartphone, it can shorten the life of the LCD or protect it from damage.

Tenth, by configuring a light blocking holder in front of the magnifying adapter lens, it prevents diffuse reflection from the side during shooting, and the light emitting diode (LED) configured at the periphery of the light blocking holder emits light during shooting and irradiates the subject. The subject information can be clearly and accurately obtained.

Eleventh, as a plurality of light-emitting diodes (LEDs) are formed at the periphery of the light-blocking holder, when shooting, light is emitted and evenly irradiated to the subject to obtain clear image information, and in particular, it has an excellent effect in obtaining enlarged image information.

Twelfth, by forming a space between the guider and the light blocking holder to maintain the gap, consistent image information is obtained at regular intervals when photographing a subject, and it is also possible to protect the light blocking holder from foreign substances.

Thirteenth, the moisture measurement sensor has a guide bar in the rear and is combined with the coil spring, so that when it is in close contact with an object such as skin for moisture measurement, it is in close contact with a certain pressure by the cushioning force of the coil spring, enabling consistent measurement. There are effects such as.

1 is an overall block diagram of a "magnified image device for a smartphone" according to the present invention.
FIG. 2 is a mechanical perspective view showing a state in which a clip-type adapter lens module device for enlargement of a “smart phone enlarged image device” according to the present invention is coupled to a main body of a smart phone.
3 is a mechanical perspective view showing a state in which a clip-type enlargement adapter lens module device of a "magnified image device for a smart phone" according to the present invention is coupled to a main body of a smart phone from the rear.
4 is a mechanical cross-sectional view showing a state in which a clip-type adapter lens module device for enlargement of a "smart phone enlarged image device" according to the present invention is coupled to a main body of a smart phone.
5 is a mechanical cross-sectional view showing a clip-type adapter lens module device for enlargement of a "magnified image device for a smartphone" according to the present invention.
6 is a mechanical front view showing a clip-type adapter lens module device for enlargement of a "magnified image device for a smartphone" according to the present invention.
7 is a mechanical side view showing a clip-type adapter lens module device for enlargement of a "magnified image device for a smartphone" according to the present invention.
8 is a mechanical rear view showing a clip-type adapter lens module device for enlargement of a "magnified image device for a smartphone" according to the present invention.

Hereinafter, it will be described in detail according to the accompanying drawings, shown as preferred embodiments as follows.

The terms defined in the description of the present invention are defined in consideration of functions or forms in the present invention, and should not be understood as limiting technical elements of the present invention.

In the present invention, various changes can be made and various forms can be obtained, and implementation examples (aspects) (or examples) will be described in detail in the text. However, this is not intended to limit the present invention to a specific form of disclosure, and it should be understood that all changes, equivalents, and substitutes included in the spirit and scope of the present invention are included.

In addition, the components in each drawing are expressed by exaggeratingly large (or thick) or small (or thin) or simplified the size or thickness in consideration of the convenience of understanding, but this limits the scope of protection of the present invention. It shouldn't be.

The terms used in the present specification are only used to describe specific embodiments (sun, 態樣, aspect) (or examples), and are not intended to limit the present invention.

Terms as defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted as an ideal or excessively formal meaning unless explicitly defined in this application. .

Embodiments for achieving the object of the present invention will be described with reference to the accompanying drawings.

First, as shown in Fig. 1, a central processing unit 100 that processes and controls information collected as a main body A of a smart phone, a lens 101 that receives image information, and image information transmitted from the lens. The camera sensor unit 102 is configured to transmit the signal to the central processing unit unit.

An LCD display unit 103 that displays and outputs information provided from the central processing unit 100, a touch sensor unit 104 for outputting and controlling necessary information to the LCD display unit 103, and a central processing unit A wireless communication unit (WIFI, BT) 105 for transmitting and receiving information between the tooth 100 and an external module is configured.

The wireless communication unit (WIFI, BT) 105 is preferably a Wi-Fi or Bluetooth (BT), more preferably a Bluetooth (BT).

The reason is that Bluetooth (BT) consumes less power than WiFi (WIFI).

A memory unit 106 storing information of the central processing unit 100, a battery unit 107 supplying charged power to the central processing unit 100, and an external power source connected to the battery unit 107 Thus, the power supply unit 108 is configured to supply power to charge.

As described above, the main body A of a smart phone is configured.

A clip-type adapter lens module device Q for enlargement is configured to be detachably attached to the main body A of the smart phone as an enlarged image device.

The clip-type adapter lens module device for enlargement (Q) includes an adapter lens for enlargement 1 configured by mounting a lens capable of performing functions for all purposes such as skin, hair, learning, industrial and medical use, and the smartphone ( The smart phone) constitutes a wireless communication unit (WIFI, BT) 105 of the main body A and a wireless module (WIFI, BT) 2 that transmits and receives an information signal.

Like the wireless communication unit (WIFI, BT) 105, the wireless module 2 is preferably made of WiFi or Bluetooth, and more preferably, it is made of Bluetooth (BT).

The reason is that Bluetooth (BT) consumes less power than WiFi (WIFI).

The wireless module (WIFI, BT) (2) and the microcomputer (3) that transmits and receives information signals and controls, and the LED drive (LED Drive) to turn on / off the light emitting diode (4) by a signal command of the micom (3) ) (5), and a frequency oscillator 7 for measuring moisture that operates the moisture measurement sensor 6 by a signal command from the microcomputer 3.

And a light emitting diode 4 emitting LED light according to a signal command of the LED drive 5, and a moisture measuring sensor measuring moisture according to a signal command of the frequency oscillator 7 for moisture measurement ( 6).

A battery 8 for supplying power to the microcomputer 3 to drive a clip-type adapter lens module device, and a power supply 9 for charging power to the battery 8 through a charging terminal.

In the present invention configured as described above, the touch sensor unit 104 by attaching the clip-type adapter lens module device Q for enlargement to the main body A of the smart phone, and then bringing the adapter lens 1 for enlargement close to the skin. By the manipulation of the skin pore distribution, pore size, pigmentation, keratin, and other atopy, etc. are captured by the camera sensor unit 102 and received as an image, and the received image information is transmitted to the central processing unit 100 and this image The information is processed into images and numerical values by analyzing image information in the central processing unit 100, and the processed image and numerical signal are stored in the memory unit 106, and the image is transmitted through the LCD display unit 103. It also prints.

The touch sensor unit 104 implements an app mode for the function of the'magnified image device' on the LCD display unit of the main body of the smart phone, such as imaging, storing, and outputting the skin information. ).

And when capturing information, the LED drive 5 illuminates the light emitting diode 4 according to the signal command of the microcomputer 3 and irradiates the subject (skin, etc.) to enlarge the image information with the adapter lens 1 and the lens. The light is received by the camera sensor unit 102 through 101.

On the other hand, in order to obtain information on the moisture of the skin, the moisture value measured by the moisture measurement sensor 6 by the manipulation of the touch sensor unit 104 is received by the frequency oscillator 7 for moisture measurement and the microcomputer 3 ) And processed by the microcomputer 3, and the calculated moisture value is transmitted to the central processing unit 100 through the wireless module 2 and the wireless communication unit 105, and the LCD ( LCD) A numerical value is output to the display unit 103 and the numerical value is stored in the memory unit 106 at the same time.

In the present invention as described above, information such as skin and hair can be received and collected through the adapter lens 1 for enlargement, and the information on skin moisture is also a moisture measurement sensor 6 and a frequency oscillator 7 for moisture measurement. And it can be obtained by measuring an accurate moisture value by the microcomputer (3).

In addition, the present invention is a smart phone body because wireless communication is made between the wireless module 2 of the clip-type enlargement adapter lens module device Q and the wireless communication unit 105 of the smart phone body A. By controlling the touch sensor unit 104 of (A), all functions of the clip-type adapter lens module device Q for enlargement can be automatically controlled.

That is, operation of the touch sensor unit 104 by implementing an app mode for the function of the'magnified image device for smart phone' of the present invention on the LCD display unit 103 of the main body of the smart phone (A) This allows comprehensive information about human skin, learning information about plants and insects, agricultural information such as pests and diseases of crops, industrial information such as product surfaces, and other medical information of dermatology, etc. ) By wireless communication between the wireless module 2 of the smart phone and the wireless communication unit 105 of the main body A of the smart phone through the LCD display unit 103 of the main body A of the smart phone. Notify automatically.

In addition, it is possible to easily assemble and disassemble the clip-type adapter lens module device (Q) on the main body of the smart phone (A), and all types of smart phones (smart phones) (model, type, kind) ), it is possible to maximize the compatibility of the'enlarged image device' of the present invention by automatically controlling the'enlarged image device' by configuring it to be detachable.

Meanwhile, an embodiment of a mechanism for the clip-type adapter lens module device Q for enlargement as the enlarged image apparatus of the present invention will be described.

As shown in Figs. 2 to 8, the clip-type enlargement adapter lens module device (Q) constitutes a body 10 and is inserted and mounted to the lower side of the body 10, and an enlargement adapter that receives image information from a subject The lens 11 is configured.

A through hole 12 is formed in the same horizontal line as the camera lens 101 of the smart phone body A behind the enlargement adapter lens 11, and the enlargement adapter lens 11 ), and constitutes a light blocking holder 13 that prevents diffuse reflection from the side when shooting.

A light-emitting diode (LED) 14, which is composed of a plurality of peripheral portions of the light blocking holder 13 and emits light to irradiate the subject when photographing, and a front side of the light-emitting diode (LED) 14 and emits light. The LED circuit board 15 on which the LED drive for turning on/off the diode (LED) 14 is installed is configured.

A guider 17 formed in the front of the LED circuit board 15 and formed with a through hole 16 coinciding with the enlarged adapter lens 11 on the same horizontal line as the enlargement adapter lens 11, and the guider 17 and the light A space 18 formed to maintain a gap between the blocking holders 13 is formed.

A moisture measurement sensor 19 is configured on the upper side of the guider 17 to measure moisture, and the moisture measurement sensor 19 constitutes a guide bar 20 to the rear, and is coupled to the coil spring 21. .

A main circuit board 22 and a battery 23 for supplying power are mounted on the upper side of the enlargement adapter lens 11.

It is composed of the upper and the rear of the body 10, and the button 24 and the rocker 25 for assembly fixing and separation are integrally configured, and compression between the body frame 26 to the inner rear of the button 24 and A coil spring 27 having a repulsive force function is formed, and a pad 28 for protecting a liquid crystal of a main body of a smart phone is coupled to the inside of the locker 25.

It is made by configuring a charging terminal portion 29 for charging the battery 23 with an external power source on the lower side of the body 10.

In the present invention as described above, the clip-type enlargement adapter lens module device Q is used in combination with the main body A of a smart phone as shown in FIGS. 2 to 4.

That is, as a method of coupling the clip-type adapter lens module device (Q) for expansion to the main body (A) of a smart phone, first press the button (24) to compress the coil spring (27) while pressing the rocker (25) to the rear. Guide.

In this case, the gap between the rear of the locker 25 and the body 10 is widened to be wider than the thickness of the smartphone main body A, and then the smart phone main body A as shown in FIG. After inserting, remove the pressing force from the pressed button.

At this time, the compressed coil spring 27 generates a repulsive force to return to its original state, and the repulsive force of the coil spring 27 is compressed and fixed to the main body A of a smart phone by a locker 25.

When the smartphone main body A and the clip-type enlargement adapter lens module device Q are assembled, the lens 101 of the smartphone main body A and the clip-type enlargement adapter lens module device Q are enlarged. The adapter lens 11 is assembled so that it is aligned on the same line.

When the smartphone body (A) and the clip-type adapter lens module device (Q) are assembled, a sufficient distance between the rocker 25 and the body 10 is secured, so that the smartphone body is assembled smoothly without forcefully inserting it from the beginning. Does not adversely affect (A).

In particular, since excessive force is not applied to the liquid crystal of the main body A of the smartphone, it is possible to shorten the life of the liquid crystal or protect it from damage. Furthermore, the liquid crystal can be protected by configuring the pad 28 made of rubber inside the rocker 25.

In addition, by configuring the light blocking holder 13 in front of the enlargement adapter lens 11, it is possible to prevent diffuse reflection from the side during photographing.

The light-emitting diode (LED) 14 configured at the periphery of the light-blocking holder 13 emits light when photographing and irradiates the subject so that information of the subject can be clearly and accurately obtained.

That is, as a plurality of light-emitting diodes (LEDs) 14 are formed at the periphery of the light-blocking holder 13, when shooting, light is emitted and evenly irradiated to the subject, so that clear image information can be obtained. Has an effect.

The LED circuit board 15 installed on one front side of the light emitting diode (LED) 14 is configured from one side so as not to interfere when the magnifying adapter lens 11 receives information on the subject.

The guider 17 forms a space 18 between the light-blocking holders 13 to maintain a distance with the light-blocking holder 13, thereby obtaining consistent image information at regular intervals when photographing a subject, and also blocking light. The holder 13 can be protected from foreign matter or the like.

The moisture measurement sensor 19 constitutes a guide bar 20 in the rear and is combined with the coil spring 21 to provide a constant pressure by the buffering force of the coil spring 21 when in close contact with an object such as skin for moisture measurement. It is closely adhered to, allowing consistent measurement.

And when the smartphone body (A) and the clip-type enlargement adapter lens module device (Q) are assembled, a predetermined distance (h) between the upper end of the smartphone body (A) and the upper inner side of the rocker 25 as shown in FIG. By doing this, it is possible to assemble and use the clip-type adapter lens module device Q of the present invention interchangeably, even for models having various lengths between the lens 101 and the upper end of the smartphone main body A.

In the present invention, when the clip-type enlargement adapter lens module device (Q) is assembled with the smartphone body (A), the function of the'magnified image device for smartphones' is displayed on the LCD display unit 103 of the smartphone body A. As described in detail in FIG. 1, by implementing the app mode for, all functions of the clip-type adapter lens module device Q for enlargement can be automatically controlled by the manipulation of the touch sensor unit 104.

The present invention as described above is to assemble the smart phone body (A) and the clip-type adapter lens module device (Q) for enlargement to the LCD display unit 103 of the smart phone (smart phone) body (A) of the present invention. By implementing the app mode for the function of the'magnifying image device for smartphone', all functions of the clip-type adapter lens module device Q for enlargement can be automatically controlled by the manipulation of the touch sensor unit 104, and the smartphone (smart phone) It is possible to easily assemble and disassemble the clip-type adapter lens module device (Q) on the main body (A), and attach and detach it to all types of smart phones (smart phones). It is possible to maximize the compatibility of the'magnified image device for smartphones' by automatically controlling the'magnified image device'.

A: Smart phone body Q: Clip-type enlargement adapter lens module device
1,11: adapter lens for magnification 2: wireless module
3: micom 4,14: light-emitting diode
5: LED Drive 6: Moisture measurement sensor
7: Frequency oscillator for moisture measurement 8: Battery
9: power supply 10: body
12: through hole 13: light blocking holder
15: LED circuit board 16: through hole
17: guider 18: space
19: moisture measurement sensor 20: guide bar
21, 27: coil spring 22: main circuit board
23: battery 24: button
25: rocker 26: body frame
28: pad 29: charging terminal
100: central processing unit 101: lens
102: camera sensor unit 103: LCD display unit
104: touch sensor unit 105: wireless communication unit
106: memory unit 107: battery unit
108: power supply

Claims (15)

As a magnifying image device, the clip-type magnifying adapter lens module device (Q) constitutes a body (10) and is inserted into and mounted to the lower side of the body (10), and a magnifying adapter lens (11) for receiving image information from a subject and ,
A through hole 12 is formed in the same horizontal line as the camera lens 101 of the main body A of a smart phone to the rear of the adapter lens 11 for enlargement,
A light blocking holder 13 configured as a front side of the enlargement adapter lens 11 and preventing diffuse reflection from the side during photographing,
A light-emitting diode (LED) 14 which is composed of a plurality of peripheral portions of the light blocking holder 13 and emits light when photographing to irradiate the subject,
A guider 17 comprising a front side of the LED circuit board 15 and having a through hole 16 in the same horizontal line as the enlargement adapter lens 11 in the central portion,
A space part 18 formed to maintain a gap between the guider 17 and the light blocking holder 13 is formed,
A main circuit board 22 and a battery 23 for supplying power are mounted on the upper side of the enlargement adapter lens 11, and
It is composed of an upper side and a rear side of the body 10, and comprises a button 24 and a rocker 25 for assembling, fixing and separating as an integral type,
It constitutes a coil spring 27 having a compression and repulsion function between the body frame 26 to the inner rear of the button 24,
A pad 28 for protecting the liquid crystal of the main body of a smart phone is coupled to the inner side of the locker 25,
An enlarged imaging device for a smart phone capable of automatic control, including a charging terminal 29 for charging the battery 23 with an external power source at the lower side of the body 10. The method of claim 1, wherein a moisture measurement sensor (19) for measuring moisture is provided on the upper side of the guider (17), wherein the moisture measurement sensor (19) constitutes a guide bar (20) to the rear side to form a coil spring (21). ) And a magnified image device for smartphones that can be automatically controlled. The LED circuit board (15) of claim 1, wherein the LED circuit board (15) is composed of one front side of a light emitting diode (LED) (14) and an LED drive (LED Drive) is installed to turn on/off the light emitting diode (LED) (14). An enlarged image device for smartphones that can be controlled automatically by doing so. delete delete delete delete delete delete delete delete As an enlarged image device, a clip-type enlargement adapter lens module device (Q) that can be used by attaching detachably to a smart phone of all models (machine, model, type, kind) is constructed,
The clip-type adapter lens module device (Q) for enlargement includes an adapter lens (1) for enlargement configured by mounting a lens capable of performing functions for all purposes, such as skin, hair, learning, industrial and medical,
A wireless module (2) for transmitting and receiving information signals through wireless communication,
A microcomputer (3) that transmits and receives information signals, processes, and controls the wireless module (2),
A light emitting diode (4) turned on/off by a signal command from the micom (3);
A battery 8 for supplying power to the microcomputer 3 to drive the clip-type adapter lens module device for enlargement;
Includes a power supply 9 for charging power to the battery 8 through a charging terminal,
The clip-type adapter lens module device (Q) for enlargement comprises a body (10) and is configured to be inserted and mounted under the body (10), and an adapter lens (11) for enlargement that receives image information from a subject,
A light blocking holder 13 configured as a front side of the enlargement adapter lens 11 and preventing diffuse reflection from the side during photographing,
A light emitting diode (LED) 14 configured at the periphery of the light blocking holder 13 and emitting light to irradiate the subject when photographing,
A guider 17 comprising a front side of the LED circuit board 15 and having a through hole 16 in the same horizontal line as the enlargement adapter lens 11 in the central portion,
A space part 18 formed to maintain a gap between the guider 17 and the light blocking holder 13 is formed,
The main circuit board 22 is mounted on the upper side of the enlargement adapter lens 11,
It is composed of an upper side and a rear side of the body 10, and comprises a button 24 and a rocker 25 for assembling, fixing and separating as an integral type,
An enlarged image device for a smartphone capable of automatic control further including a coil spring 27 having a compression and repulsion function between the body frame 26 to the inner rear of the button 24. According to claim 12, Automatically configured by forming a through hole (12) coincident with the camera lens (101) of the main body (A) of the smartphone (A) in the rear of the adapter lens (11) for enlargement. Controllable enlarged video device for smartphones. The method of claim 12, comprising a battery (23) for supplying power to the upper side of the adapter lens (11) for enlargement,
A pad 28 for protecting the liquid crystal of the main body of a smart phone is coupled to the inside of the locker 25,
An enlarged imaging device for a smartphone capable of automatic control by configuring a charging terminal 29 that charges the battery 23 with an external power source on the lower side of the body 10. According to any one of claims 1 and 12, the enlarged image device for a smartphone capable of automatic control is used for comprehensive information and learning about the skin and hair of the human body, as well as for agricultural, industrial, and medical purposes. Magnified imaging device.

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