A device that enables the acquisition of images of hairy skin areas using mobile devices.
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- AGE BACK CO BV
- Filing Date
- 2026-04-16
- Publication Date
- 2026-06-22
Smart Images
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Abstract
Description
1 TARIFF IMAGES OF SKIN AREAS CONTAINING HAIR ARE OBTAINED WITH MOBILE DEVICES. THE DEVICE THAT MAKES IT POSSIBLE TECHNICAL FIELD The invention makes it possible to obtain images of a target area in the hair-containing skin region. It is related to a device that makes a profit. PREVIOUS TECHNIQUE Imaging systems for examining hair, scalp, and skin surface; dermoscopy, trichoscopy, close-range optical examination, mobile imaging devices, Surface imaging applications performed with macro and / or micro optical elements 15 and digital systems for evaluating these images. The systems provide magnified views of hair strands, follicular structures, and skin surface features. visualization, comparative examination of specific regions, and time It allows monitoring of changes within it. The solutions used in current technology essentially fall into two main groups. In the first group, dermatoscopic and trichoscopic devices for obtaining direct images are included. These devices are used to measure hair density, determine hair strand diameter, and analyze follicles. examination of structures, differentiation between terminal and vellus tissue, appearance of the scalp 25 for the purpose of evaluation and monitoring changes over time in specific regions In the first group, the acquired images are processed through software. There are systems in place. In these systems, various measurements are obtained from the images; The measurements in question are evaluated for the purposes of classification, comparison, and reporting. In the technical field, Canfield Scientific, FotoFinder Systems, Venus Concept / Restoration Companies such as Robotics, TrichoLAB, and DermLite are operating. 30 Known solutions also include accessory structures used in conjunction with smartphones. These devices feature external optical magnification that works in conjunction with the phone camera. elements, separate lighting modules, additional connecting parts or freestanding modules The structures used in current technology are arranged in this way. 35 mostly its own light source, image acquisition element and / or optical inspection These are systems that include various components. DermLite DL1 type structures are examples of such solutions. 2 It consists of. FotoFinder solutions, on the other hand, operate with their own camera and optical module. It offers systems for professional use. One of the main problems encountered in current solutions is that systems are often fragmented. It has a hardware architecture. Phone holder, optical element, light module and connector 5 The fact that its components are separate parts prolongs the installation time and usage. This can lead to alignment errors and varies from user to user. The methods used make standardizing shooting difficult, especially. the geometric relationship between the lens, light, and the imaging surface in high-magnification imaging Failure to fix the focus leads to misalignment, shadowing, insufficient homogeneous lighting, and 10 This leads to a decrease in image repeatability. Another problem seen in current solutions is the lighting element, or light source. It requires independent and additional components. External LED lighting module, separate battery, The system is bulkier and heavier for structures requiring a rechargeable housing or wired connection. 15 and makes it more complex in terms of use. This situation affects portability, preparation This creates limitations in terms of duration, ease of use, and cost, and affects the end user. This makes it difficult to develop practical and quickly usable structures that cater to the needs of the audience. Another issue arises in terms of ergonomics and operational speed. Separate lens 20 The module can be used with a separate light module, a separate housing, or a separate connector. portability, quick preparation, and repeated viewing in daily use. This makes it difficult to carry out these procedures, especially the periodic monitoring of hair health. In applications that require multiple shots from the same area, each time recreating a similar location, similar angle, and similar lighting 25 This is necessary. This situation weakens the user experience and in longitudinal tracking. This negatively impacts data reliability. Furthermore, with current technology, when acquiring images at high magnification, the light entering the field of vision... Proper transmission and distribution constitute a significant technical issue. (Image 30) Inadequate or inappropriate lighting conditions in the area can lead to shadowing and contrast. loss, decrease in image quality and comparability of the resulting images This causes a decrease. Therefore, in imaging systems, only one light source is needed. It is not enough to find the source; it is also necessary to capture images in the area where the light is located. It is also important that the light is transmitted in a way that provides adequate illumination. The current 35 The inability to adequately provide homogeneous lighting in the solutions, and consequently the image... This results in a decrease in repeatability. 3 In conclusion, the current technique used in the field of imaging hair-containing skin areas includes various Although there are devices and systems, these structures have a multi-part structure, separate lighting and energy requirements, installation and alignment difficulties, lack of portability and practical use, focus and inadequacies in lighting standardization and reproducible image acquisition The difficulties in implementing it mainly arise from technical problems. 5 In conclusion, all the problems mentioned above necessitate an innovation in the relevant technical field. It has made it mandatory. BRIEF DESCRIPTION OF THE INVENTION 10 The present invention aims to eliminate the aforementioned disadvantages and contribute to the relevant technical field. It is related to a device, designed to bring new advantages. One aim of the invention is to provide high-magnification and high-resolution images of the scalp and hair follicles. The goal is to develop a device that enables the acquisition of high-resolution images. Another aim of the invention is to create a portable and fast device that can work integrated with a smartphone. The goal is to create a usable device. Another aim of the invention is to transfer the smartphone's existing flash light through fiber optic cables. The goal is to create a device that enables the transmission of the device to the target area. Another purpose of the invention is external LED lighting, a separate battery, and an additional power supply. The goal is to create a device that reduces the need for it. 25 Another aim of the invention is to standardize shooting distance and optical alignment, and this The aim is to create a device that enables more repeatable image acquisition. Another aim of the invention is to reduce shadowing and provide more homogeneous lighting. 30 The goal is to create a device that enables this and improves image quality. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to achieve this by targeting a region in the hair-containing skin area. It relates to a device that makes it possible to take images. Accordingly, its innovation lies in image acquisition. 35 a device containing at least a light source and capable of connecting to a phone, tablet, or similar device It must include a body, with at least one internal guiding element located on the body. 4 It must contain at least one optical element located on the body, and it must have a light source. It must include at least one light-gathering channel that collects the emitted light, on the internal directional element. It contains multiple channels positioned circumferentially, allowing the light from the light source to... internal navigation element to ensure guidance to the target area and the target area located between them, having multiple openings positioned circumferentially on it, at least 5 It contains a minimal light distribution element, a light collecting trough, channels and the openings in question. It contains multiple light guide elements that stretch between them and carry light to the target area, and The light guide element is a fiber optic cable. This allows the mobile device to display the current image. Using a receiving element and a light source, an external viewing device, separate illumination Enlarged, 10-inch images of the target area without requiring a module and / or independent power source. It becomes possible to obtain illuminated and evaluable images. A feature of a possible design of the invention is that the internal guiding element is at least partially It must include at least one surrounding external guiding element. Thus, the light guide element 15 It is possible. A feature of a possible design of the invention is that the external guiding element is the cover. To ensure a leak-proof installation, the internal guide element is z-shaped. It is structured so that it extends further outwards from the body along its axis. 20 This creates a recess for the lid, making the end facing the target area more enclosed. and it is possible to arrange them in a leak-proof manner. A feature of a possible configuration of the invention is the internal guiding element and the external guiding element. The element is cylindrical in shape. Thus, the geometric compatibility between the elements is 25. is being enhanced and the light guide elements are being oriented in an orderly manner within the apparatus. It is being facilitated. A feature of a possible design of the invention is that the end facing the target area is closed. It must include at least one transparent cover. Thus, thanks to this cover, the device has 30 While the interior is protected against external environmental influences, light is transmitted to the target area and the target... The acquisition of images of the area can continue without hindrance, thanks to the cover light and Its structure, which is suitable for image transmission, contributes to obtaining a clear image. preferably scratch-resistant, cleanable and / or removable Thanks to its configuration, use, maintenance and replacement are facilitated, and the target is 35. the hair and / or bristles in the area being laid more evenly upon contact This allows for a clearer view of the hair follicles, follicular structures, and skin surface. It is possible to do so. A feature of a possible configuration of the invention is that the channels surround the internal guiding element. The six of these are placed at equal angular intervals along the length. This ensures that the light reaches the target area in 5 seconds. By ensuring environmentally friendly and balanced delivery, shading can be reduced and more It is possible to achieve homogeneous lighting. A feature of a possible configuration of the invention is that the device's charging interface is located on the body. It includes at least one charging port designed to prevent interference. Thus, the device has 10 Even when connected to the device, it is possible to access the device's charging port, and Ease of use is being improved. A feature of a possible configuration of the invention is that the light-gathering trough is oriented along the z-axis. It is a cylindrical channel that extends in the direction of light. Thus, the device emits 15 light from the light source. It is possible to receive the light more evenly and direct it to the light guide elements. is happening. A feature of a possible design of the invention is that the body is shape-dependent on the device. The inner surface is made of flexible material to enable it to be connected. 20 This allows the adapter to fit more comfortably on devices with different external geometries, and This allows for a more secure connection to the device. A feature of a possible design of the invention is that the optical element is positioned so that the image taken from the target area is... Internal orientation 25 to ensure the image is transmitted to the image acquisition element of the device. It is positioned between the image acquisition element and the target element. Thus, the target The image of the area is magnified and more clearly displayed on the imaging element. It is possible to deliver it. A feature of a possible design of the invention is that the light guide elements are located in the light collecting trough 30 It is positioned so that it extends between the openings. This allows the device to illuminate. The light from the source is transferred to the target area in a controlled, directed, and low-loss manner. It is possible to transport it. A feature of a possible configuration of the invention is that the light-gathering trough of the device is 35 to be aligned with the light source in order to receive the light emanating from it 6 It is positioned so that the light from the existing light source of the device reaches the apparatus. This ensures that it is received more effectively by them. A characteristic feature of a possible design of the invention is that its optical element is a lens. Thus Enlarging, clarifying, and providing more detail to the target area. 5 It is possible to obtain it. A feature of a possible design of the invention is that the inner surface of the light-gathering trough is positioned so that the light reaches the outside. to reduce light leakage into the environment and to allow the light to function more effectively within the apparatus. It includes a light-impermeable coating to allow for its directional guidance. Thus, the device has 10 collecting light from the light source with minimal loss and directing it to light guide elements. This makes it possible to transfer the information more efficiently. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows the isometric view of the apparatus that is the subject of the invention. Figure 2 shows the isometric view of the surface of the device that is attached to the apparatus. It is shown. Figure 3 shows the surface of the device to which the invention's apparatus will be attached. Figure 4 shows a cross-sectional view of the invented apparatus along the x-axis, particularly under light. The diagram shows the light collector and the light guide element. In Figure 5, the device in question is shown along the x-axis to the cross-sectional plane shown in Figure 4. A cross-sectional view taken from a plane that has been translated is given. In Figure 6, the device facing the apparatus in question has an internal guiding element and an external guiding element. The diagram shows structures such as the steering element, optical element, and channels. 30 In Figure 7, the device facing the invention, specifically passing through channels, is shown. The view shown illustrates the light guide element reaching the openings. In Figure 8, the channels are shown on the reverse side of the surface of the device facing the apparatus that is the subject of the invention. The image shows the light guide element passing through and reaching the openings. 35 7 Figure 9 shows the x-axis of the device when the apparatus in question is connected to the device. A cross-sectional view is provided. DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the apparatus (1) that is the subject of the invention is explained only to better understand the subject. This is explained with examples that will not create any limiting effect. Figure 1 shows the isometric view of the apparatus (1) that is the subject of the invention. The apparatus (1) is made of hair, Obtaining images of the target area in hairy skin regions such as mustache and beard. 10 an apparatus (1) that makes it possible to perform mobile trichoscopy, dermoscopy, close range for use in surface imaging and biometric assessment applications The apparatus (1) is structured in order to obtain images of the target area. Phones, tablets and similar devices containing an image capture element (101) and a light source (102) It is designed to work with the devices (100). Image acquisition element (101), word 15 The subject of the device may be (100) camera and / or image sensor, and the light source (102) is The device may have (100) a flash and / or similar built-in lighting unit. The apparatus (1) has at least one housing (10) which enables it to work together with the devices (100). It includes. The housing (10) is connected to the device (100) as a protective casing. This 20 Therefore, the body (10), the rear surface of the device (100) and at least part of its side surfaces It is structured in the form of a case to wrap around it. Preferably, the device (100) takes images. It is connected to the surface where element (101) is located. The connection in question is connected in the figure. This is possible. In order to ensure this, the inner surface of the body (10) must be at least partially flexible. It may be made of material. The outer surface of the body (10) is both the device (100) and 25 aluminum, composite to protect the structure inside the apparatus (1) against impacts It can be manufactured from materials that provide higher strength, such as metal. The body (10) enables the image acquisition element (101) to acquire images of the target area. It contains at least one hole to provide. The body (10) contains at least one hole to provide the device (100) to which it will be connected. in accordance with the model, external geometry and layout characteristics It can be configured. The apparatus (1) has at least one internal guiding element extending outwards from the body (10). (20) is included. The inner guiding element (20) is preferably cylindrical in structure and is shown in Figure 1. 35 As can be seen, it extends outwards from the body (10) in the direction of the z-axis (z). Inside The inner part of the guiding element (20) is hollow and is defined in the body (10), 8 the image acquisition element (101) of the device (100) takes an image of the target area The hole providing the (100) image of the device continues along this gap. So essentially the device's (100) image This hole, which aligns with the receiving element (101), continues along the entire apparatus (1). is doing. The apparatus (1) contains at least one optical element (21). The optical element (21) is the body. (10) so that it remains between the internal guiding element (20) and the device (100). It is located. Therefore, the optical element (21) is the image receiving element of the device (100). It is positioned to be aligned with (101). Optical element (21), lens, macro lens, micro The lens can be a magnifying element and / or a combination of these, allowing the target to be 10. The image of the area is magnified, clarified, and captured by approximately 40x. It can be obtained in more detail by element (101). The apparatus (1) enables the device (100) to receive light from the light source (102). It includes a light collecting groove (50). The light collecting groove (50) is located on the body (10) of the device (100) 15 a cylindrical structure located on the surface and extending along the z-axis (z) It is arranged in the form of a channel. This is shown in Figure 4, a cross-sectional view taken along the x-axis (x). It can be seen with the inner guiding element (20) and the light collecting channel (50), an application. It is cylindrical in shape, but the image receiving element (101) and light of the device (100) Depending on the geometry, layout and / or cross-section form of the source (102), different 20 They can also be arranged in geometries. The light collecting groove (50) is positioned to correspond with the light source (102) of the device (100). positioned to receive, collect and hold the light in the apparatus (1) It allows for its orientation. In addition, the inner 25 of the light collecting groove (50) the surface to reduce the leakage of light to the outside environment and to keep the light inside the apparatus (1) with a light-impermeable coating to enable more effective light direction It may be coated. Thus, the light coming from the light source (102) of the device (100) is more to collect light with minimal loss and transfer it more efficiently to light guide elements (23) This makes it possible. Thanks to this, the stability of the lighting transmitted to the target area and 30 Increasing homogeneity can contribute to improving image quality. To provide this guidance, the apparatus (1) must have at least one light guide element (23) It includes a light guide element (23), one end of which is in the light collecting groove (50) and the other end of which is A fiber 35 located in the opening (41) in the light distribution element (40) which will be explained below It can be arranged in the form of an optical cable. The light guide element (23) is a fiber optic cable. Thanks to this, the light received from the device's (100) light source (102) is low on the target area. 9 It can be transmitted with loss, in a focused and directed manner. Thus, the light, body (10) Instead of moving in a scattered manner along the irregular grooves or channels (22) inside, This can be delivered to the target area more efficiently via fiber optic cable. This reduces shadowing in the target area, balances lighting, and improves contrast. The enhancement of images that allow for clearer visualization of hair strands, follicles, and scalp features. 5 It is possible to obtain these images. These images show hair thickness, hair density, suitable for evaluating follicular structure and similar biometric features. It provides display infrastructure. The internal guidance element (20) takes the light from the starting point and directs it to the target area 10 The light guide element (23) that enables the transmission of light can fulfill this function. It contains at least one channel (22) to give. Channel (22) is the internal guiding element (20) arranged in a circular pattern along its perimeter and internally oriented in a form of application. a transition gap extending from the outer lateral surface of the element (20) to the inner lateral surface and / or is arranged as a hole. In this way, the light guide element (23) is inside 15 Entering the channel (22) from the outer side surface of the guiding element (20) and from the inner side surface It is exiting and moving towards the target area. The geometry of the light guide element (23) It is formed in a suitable way, therefore the canal (22) preferably has a circular cross-section. Channel (22) and light guide elements (23) are shown in Figure 5, a cross-section taken along the x-axis (x). It can be seen by its appearance. 20 The apparatus (1) contains at least one light distribution element (40), as mentioned above. The light distribution element (40) directs the light out through the apparatus (1) to the target area in a specific direction. to ensure that it is transmitted in an orderly manner, it has multiple openings (41) It includes. The opening (41) is in the form of a hole and the end of the light guide element (23) is 25 This allows the light to terminate here. Thus, the light guide element (23) It is carried through the opening (41) and exits from the said opening (41) to the target It is advancing towards the region. The light distribution element (40) is 30° relative to the z-axis (z) direction of the internal orientation element (20). on it, in other words between the target area and the internal orientation element (20) It is located. Therefore, the light distribution element (40) is the internal directional element (20) in a hollow cylindrical form, in an application that is suitable for its geometry The openings (41) are arranged angularly along the perimeter of the light distribution element (40). It is positioned as follows. In the preferred configuration, the openings (41) are equal to 35 degrees of 60 degrees. They are placed at angular intervals and preferably have 6 openings (41). Thanks to this arrangement, the light is directed to the target area not from a single point, but circumferentially. It can be transmitted from multiple distributed points. Thus, shadowing is eliminated in the target area. The light is reduced, the illumination is made more balanced, and the hair structures, follicles Images are obtained in which formations and skin surface features are more clearly visible. It is possible to direct the light through multiple apertures (41) and to target the area 5 by contributing to more homogeneous illumination, improving image quality and the obtained This increases the suitability of the images for evaluation. The apparatus (1) should surround the internal guiding element (20) at least partially, the body (10) At least one external orientation element (30) extending along the z-axis (z) 10 It includes. The external guiding element (30) is a hollow cylindrical structure in one application form. preferably with a gap between it and the internal guiding element (20) It is located in this gap where the light collecting trough (50) is connected and / or It forms a transition volume where it ends. Thus, starting from the light collecting groove (50) The 15 between the light guide element (23), the internal and external guiding elements (20, 30) progressing through the gap, from here to the channel (22) in the internal guiding element (20) entering, heading towards the inside of the inner guiding element (20) and continuing with the light It reaches the openings (41) in the distribution element (40). In this way, the light guide element (23) apparatus (1) is kept within the apparatus, its placement along a certain line It is being regulated and protected against external influences. Furthermore, the space in question serves as a light guide. 20 without bending, compressing and / or forming a scattered arrangement of the element (23) by contributing to its direction, it creates a more stable structure in the transmission of light to the target area. It constitutes. In addition, the external orientation element (30), the target area and the device (100) image acquisition 25 the distance between element (101) and / or optical element (21) is set to a specific value It holds. In the preferred configuration, this distance is approximately 22 mm. It can be determined. Thus, each time the apparatus (1) is brought into contact with the target area and / or preserving the image acquisition geometry when brought closer and the relationship between the camera and the skin It is possible to fix the distance. This allows the image to be focused up to 30°. This improves focus, reduces the risk of out-of-focus, and contributes to obtaining a clearer image. This is ensured. In addition, maintaining a constant distance, at different times and / or by contributing to the creation of similar shooting conditions in different applications It can improve the repeatability and comparability of images. 35 The external guide element (30) is z-axis (z) relative to the internal guide element (20) It can be configured to extend further outwards from the body (10) in that direction. 11 Thus, between the inner guidance element (20) and the outer guidance element (30), the target a level difference and / or distance along the z-axis (z) at the end facing the region It can be created. The external orientation is placed within the cavity formed by the distance in question. The z-axis (z) of the light distribution element (40) will close the inner cavity of the element (30). At least one cover (70) can be placed on it in this direction. The cover (70) blocks 5 of the light. It is made of transparent material that allows passage. In this way, the end facing the target area can be closed and the internal volume of the apparatus (1) can be reduced. It is possible to ensure that it is a closed structure. In addition, the cover (70), light distribution element (40) By creating a physical barrier between the target area, the interior of the apparatus (1) is separated from the external environment. It reduces direct contact, increases the sealing of the relevant area, and is located inside. It contributes to the protection of the field elements. The cover (70) is also the target area. Because it creates a smoother and more continuous surface that comes into contact with hair, fur, and the like, structures entering and / or jamming into the internal cavities of the apparatus (1) This can be reduced. Thus, contact with the end of the apparatus (1) of the target area can be made in a more controlled manner. 15 This ensures that the image acquisition process is more organized. This can be achieved. In addition, thanks to the transparent structure, the light reaches the target area. without hindering the transmission and reception of the image via the optical element (21) It is sustainable. Also the cover (70), preferably scratch-resistant, cleanable and / or attachable Designed with a removable structure for ease of use, maintenance, and replacement when needed. It can provide. In addition, the cover (70) protects the hairs, bristles and / or hairs in the target area. by contributing to the more regular laying of similar structures upon contact with the hair It makes it possible to obtain a clearer image of the roots, follicular structures and skin surface. 25 is able to do so. The device (1) may include at least one charging port (60) on the housing (10). The said charging port The groove (60) is located on the lower surface of the body (10) relative to the y-axis (y) and the charging channel of the device (100). a groove that allows the cable and / or charging end to be inserted into the device (100) and / or 30 It is arranged in a channel-like shape. In light of all that has been said, the invention works as follows: The user assembles the apparatus (1) together with to be used mobile device (100), e.g. a phone or tablet, via the body (10) It connects like a protective sheath. During this placement, the body is defined as 35 (10). the hole is connected to the image receiving element (101) of the device (100), and the light collecting chute (50) is connected to the device (100) is positioned to correspond with the light source (102). Thus, the device 12 (100) image acquisition element (101), continuing inside the internal orientation element (20) It is moving towards the target area through the gap, emitting light from the device’s (100) light source (102). The light is received by the light collecting trough (50). Then the device (100) cuts the user's scalp containing hair, mustache, beard and similar hairs. The optical sensors are brought closer to and / or made to contact with the target area in these regions. During this process, the optical sensors... element (21), magnification of the image of the target area and image acquisition element (101) contributes to taking it in more detail. When the device's (100) light source (102) is activated during the image acquisition process, the emitted light is 10 light is received by the light collecting chute (50) and located inside the light collecting chute (50) It is carried inside the apparatus (1) via 6 light guide elements (23). Light guide element (23), the gap defined between internal and external orientation elements (20, 30) progressing along, then through channel (22) in the inner guiding element (20) inside passing to the section and then to the openings (41) in the light distribution element (40) 15 Thus, light is transmitted to the target area in a peripheral and distributed manner, and Reducing shadowing, balancing lighting, and aligning hair structures with skin surfaces. It becomes possible to obtain images in which the features can be distinguished more clearly. At this stage the image receiving element (101) of the device (100) passes through the optical element (21) and the internal 20 It takes the image of the target area along the inner part of the guiding element (20). The resulting image can be in single-frame, multi-frame, burst, and / or video format. It can be recorded. In an application format, the user can view images sequentially from different regions. by examining hair structure, follicular appearance, density and similar characteristics. It obtains convenient data. Thus, the apparatus (1) captures the existing image of the mobile device (100) 25 Working together with element (101) and light source (102), magnified view of the target area, This makes it possible to obtain illuminated and evaluable images. Therefore, via the apparatus (1), the existing image acquisition element (101) of the mobile device (100) and using a light source (102), an external display device, a separate lighting module, 30 without requiring additional batteries and / or an independent power supply, to the target area It becomes possible to obtain magnified and easily viewable images. In addition, thanks to the mechanical structure of the apparatus (1), the optical element (21) takes the image. element (101) and light transmission line can be kept in a certain geometric relationship, which is 35 more controlled shooting distance, optical alignment and lighting pattern This contributes to ensuring more standardized conditions in each shoot. 13 This can be done by comparing images taken at different times and / or in different regions. More reliable comparisons can be made. This reduces shadowing, The lighting is balanced, the contrast is enhanced, and the characteristics of the hair strand, follicle, and scalp are clearly visible. By obtaining images that allow for clearer visualization, changes in the target area can be detected more easily. It is possible to reliably monitor hair thickness, hair density, 5 An imaging system suitable for examining follicular structure and similar biometric features. The infrastructure can only be provided using the mechanical structure in question. Furthermore... Thanks to the quick-to-install and use structure of the apparatus (1), more frequent data collection and much more Regional imaging is facilitated. In addition, thanks to the body (10) structure of the apparatus (1) obtained in accordance with the device (100), Each time the device (100) is connected, the optical element (21), the image receiving element (101) and the light The relative positions of the components forming the transmission line remain essentially fixed. The apparatus (1) does not require the disassembly and reassembly of the parts that make up the apparatus. Thanks to this structure, which offers a nearly monolithic mechanical arrangement in its application, 15 User-induced positioning differences are reduced, and similar geometric patterns are achieved in every shot. This contributes to the preservation of conditions. In addition, thanks to the compact and case-like structure of the device (1), it offers portability and speed. Usage and repeatable image acquisition are increased. The apparatus (1) has a special additional device, 20 For individual users without requiring complex setup or advanced technical skills. This also allows it to be easily used by them. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a 25-year-old is an expert in the field. the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge. 14 REFERENCE NUMBERS GIVEN IN THE FIGURE 1 Device Body Internal Guidance Officer 5 21 Optical Elements 22 Channels 23 Light Guide Elements External Signage Element 40 Light Distribution Elements 10 41 Openings 50 Light Gathering Grooves 60 Charging Ports 70 Covers x X Axis 15 y Axis z-axis 100 Devices 101 Image Acquisition Elements 102 Light Sources 20
Claims
REQUESTS 1. The invention enables imaging of a target area in a hair-containing skin region. It is an apparatus (1) that makes it possible, and its feature is the image receiving element (101) and light. at least 5 that can be connected with a phone, tablet and similar devices (100) containing the source (102). containing a small body (10), At least one internal guiding element (20) located on the body (10) including, It must contain at least one optical element (21) located on the body (10), at least one light collecting trough (50) collecting the light from the light source (102) 10 including, multiple circumferentially positioned on the internal guiding element (20) including channel (22), To ensure that the light from the light source (102) is directed to the target area. located between the internal guidance element (20) and the target area, on which there are 15 at least one light with multiple openings (41) located in the surrounding area including distribution element (40), light collecting trough (50), between channels (22) and the aforementioned openings (41) It contains multiple light guide elements (23) that extend and carry light to the target area, and the light guide element (23) is fiber optic cable. 20 2. According to claim 1, an apparatus (1) whose characteristic is; the internal guiding element (20) is the most It includes at least one external orientation element (30) that surrounds at least partially.
3. According to claim 2, an apparatus (1) whose characteristic is; external guiding element (30), 25 Internal guidance to ensure the lid is fitted securely. According to element (20), it will extend further outwards from the body in the direction of the z-axis (z). It is structured in this way.
4. According to claim 2, an apparatus (1) whose feature is; internal guiding element (20) and external 30 The guiding element (30) is cylindrical in shape.
5. According to claim 1, it is an apparatus (1) whose characteristic is that the end facing the target area It must contain at least one transparent cover (70) which allows it to be closed. 35 According to claim 1, it is an apparatus (1) whose feature is; channels (22), internal routing. 6 elements placed at equal angular intervals along the perimeter of element (20) It is the fact that. 16 7. According to claim 1, it is an apparatus (1) whose feature is; on the body (10) the device (100) charging at least one charging trough (60) designed to prevent interference with the interface It includes.
8. According to claim 1, an apparatus (1) whose characteristic is that the light collecting chute (50) is on the z-axis (z) 5 It is a cylindrical channel extending in that direction. According to claim 9, an apparatus (1) is characterized by the body (10) being attached to the device (100) in shape. It is made of flexible material to enable it to be connected.
10. According to claim 1, an apparatus (1) whose characteristic is that the optical element (21) is directed from the target area. the image taken is transmitted to the image receiving element (101) of the device (100) to provide internal orientation element (20) and image acquisition element (101) It is positioned between them.
11. According to claim 1, an apparatus (1) whose characteristic is that the light guide elements (23) are light placed to extend between the collection chute (50) and the openings (41) It is the fact that. According to claim 12, an apparatus (1) whose feature is; the light collecting groove (50), the device 20 (100) to receive the light emanating from the light source (102) It is positioned to be aligned with it.
13. According to claim 1, it is an apparatus (1) whose characteristic is that its optical element (21) is a lens. According to claim 14, an apparatus (1) whose characteristic is that the inner surface of the light collecting groove (50), to reduce the leakage of light to the outside environment and to keep the light inside the apparatus (1) a light-impermeable coating to allow for more effective light direction It includes.