TWM438642U - Apparatus for capturing image and LEN device - Google Patents

Abstract

An image capture apparatus comprises a lens device and a sapphire lens. The lens device includes a first shell body. The sapphire lens are directly joined with the first shell body for protecting the apparatus with camera lens, wherein the axis of crystal is one of a group consisted of c-axis (0001), a-axis including [(110), (110 ), (20), (20), (110), and(20)], m-axis including [(010), (100), (010), (100), (100), and (010)], and r-axis including [(101), (01), (01), (011), (10), and (101)].

Description

M438642 V. New description: [New technical field] The present invention relates to an image taking device, in particular to an image capturing device having a sapphire lens. [Prior Art] Consumer handheld devices with camera functions have been extensively introduced in recent years.

New' Due to the development of semiconductor technology, the technology of optical design has advanced by leaps and bounds, making the size of optical components smaller and smaller. Therefore, digital camera lenses can be used in a large number of consumer guessing devices, such as mobile phones, handheld game consoles, and portable devices. Listening, notebook computers, tablets, GPS global positioning devices, and driving recorders. Since the quality of the photosensitive elements of the digital camera lens is getting higher and higher, the requirements for the quality of the digital camera are higher. The material of the protective lens used in the current camera-attached mobile device is generally a transparent embossing material or a bribe _ polymer _, these materials provide a number of tentacles, and The camera device can be imaged normally without being purchased, but it is often caused by friction or impact on the use of acrylic materials or transparent polymer materials after the user operates the digital camera device: To protect the surface of the lens from damage, the lens is taken through the surface of the injured mirror. The quality of the money-making image is good, and the photosensitive element cannot correctly and effectively judge the image of the object. , causing the function of the digital camera 3 to be reduced or disabled. Referring to the first figure (8) and the first figure (b), the first figure (8) is a schematic view of the front side of the conventional image taking device, and the first figure (b) is a schematic view of the back side of the conventional image taking device. In the first diagram (a), the conventional image taking device 1A includes a front cover casing ιοί, a liquid crystal screen 102, and a physical button 103. In the first figure (9), the conventional image taking device 1A includes a protective lens 104 and a back cover case 105. Please refer to the second figure, which is a schematic diagram of a conventional image taking device structure 12. The imaging device structure 12 includes a protective lens 1〇4, a back cover housing 1〇5, and a lens module 106. The protective lens 1〇4 is disposed above the back cover case 1〇5 to protect the lens module 106 underneath, and the material of the protective lens 104 is mainly composed of a polymer, which includes acrylic or carbonated resin. Please refer to the third drawing, which is a schematic view of a cross section of a conventional image taking device structure 12. In the third figure, the image capturing device structure 12 further includes a liquid crystal screen 1〇2 and a circuit board 107. The lens module 〇6 is electrically connected to the circuit board 1〇7, and the circuit board 107 is located in the back cover housing 105. Below, the back cover housing 1〇5 surrounds the lens module 1〇6, and the lens module 106 is located below the protective lens 1〇4, and thus can be protected by the protective lens 104. In the third figure, 'tempered glass can also be used as the protective lens 104 of the lens module 1〇6. Although the tempered glass provides higher hardness protection than the polymer material, it is still sold because it is scratched due to frequent use. Moreover, if the image capturing device 10 is accidentally dropped onto a hard surface (such as on the ground), the tempered glass is broken by the impact of an external force, and the broken surface of the rupture has a sharp tip which is easy to cause the user to cut. Scratch' Therefore, the use of tempered glass as a protective lens for the lens module 1〇6 is potentially dangerous. Another conventional technique is to use a stack of multiple layers of material as the barrier slab 104' and the superposition of multiple layers of material causes loss of light, which also results in poor imaging and noise. Please refer to the fourth figure, which is a side view of the conventional image taking device structure 14. In the novel creation of the Republic of China Patent Publication No. M267775, the image taking device structure 14 includes a multilayer material protective lens 109, a back cover housing ι5, a lens module, a circuit board 107, and a liquid crystal screen 1〇2. The multi-layer material protective lens ι 9 includes a protective lens 104 and a protective layer 1 〇 8. Although the protective layer 1〇8 can enhance the protection ability of the multilayer material protection lens 109, the protective layer 1〇8 greatly reduces the light penetration filter, thereby affecting the quality of the lens module 1〇6 image. [New content] This creation provides a sapphire as a material for protecting the lens. The sapphire has an early crystal structure and a non-crystal axial axis as an image pickup lens model, and Bao Wei>}. Blue f; 5 hardness is second only to diamonds, with sapphire ^ as a material for protection = sheet material can achieve scratch, anti-wear, and impact resistance. In addition, the excellent mechanical properties of the blue: stone not only can avoid the yield fluctuation caused by the external force during the processing, and can reduce the loss caused by the process towel, and provide the lens with strong scratch resistance. Features. According to the above concept, an image pickup is proposed, and the image capturing device comprises a device and a sapphire lens. The lens device includes a - first housing. The second stone mirror>| is directly joined to the first housing to protect the device, wherein the gemstone lens has a crystal structure and a crystal axial direction, the crystal structure is a single crystal structure, and the crystal axis The direction is c-axis (0001), a-axis [including (1 cloud 0), (100), (2ΪΪ0), (ΪΪ20), ($110), and (Ϊ2Ϊ0)], m-axis [including (ioio), (iioo), (οιίο), (ιοϊο), (ιϊοο), and (oiio)], and r-axis [including (10Ϊ1), (Ϊ01Ϊ), (01ΪΪ), (0Ϊ11), ( One of 1Ϊ0Ϊ), and (Ϊ101)]. According to the above concept, an image taking device is proposed which comprises a lens device and a sapphire lens. The lens device has a recessed area. The sapphire lens is located in the recessed area to protect the lens device, wherein the sapphire lens has a crystal structure and a crystal axial direction, the crystal structure is a single crystal structure 'and the crystal axis is c-axis (0001), A-axial [including (i3i〇), (113⁄4), (2ΪΪ0), (ΪΪ20), (5110), and (Ϊ2Ϊ0)], m-axis [including (Ϊ010), (i100), (0110) , (ioio), (ιϊοο), and (0Ϊ10)], and r·axial [including (10Ϊ1), (Ϊ01Ϊ), (0111), (οϊιι), (ii〇i), and (ϊ101)] Among them _. According to the above, an image taking device is proposed which comprises a lens device and a sapphire lens. The sapphire lens is directly coupled to the lens device, wherein the sapphire lens has a crystal structure and a crystal axial direction, the crystal structure is a single crystal structure, and the crystal axis is c_axial (〇〇〇1), A_Axis [including (1210), (out 0), (;2Π〇), (Π20), (5)〇), and (ί2ί〇刀, m_ axis [including (1010), (Ϊ100), (01ϊ) 〇), (10) 〇), (ύ〇〇), and _)], Γ·Axis [including (10)), (_, (teacher), (〇ϊ11), (ii〇i), and (10)〇] According to the above-mentioned county, the age-image device is proposed, the wire image device includes a lens split and - (4); the sapphire; 5 system directly engages with the device 0. According to the above concept, an image capturing device It is proposed that the lens device comprises a lens module and a sapphire lens lens module to form the lens device. [Embodiment] The sapphire lens is mounted on the lens. See Figure 5 (a) and Figure 5 (8), the schematic diagram of the front side of the fifth image device 2〇, and the fifth _ is the first example of the case of the case In the fifth figure (4), the image taking device 2 includes a job housing 201, a liquid crystal display screen 202, and a physical button 2〇3. In the fifth frame, the image capturing unit π includes a sapphire lens and a back cover housing. 205. Retrieving device 2 () in the fifth _, (8) is preferably a handheld device with a camera power b] sapphire lens 2 () 4 can also be applied to, for example, a handheld game console, MP3 player, notebook computer Please refer to FIG. 5(c), which is a schematic diagram of a cross-section of the image capturing device structure 22 of the first preferred embodiment of the present invention. The image capturing device structure 22 is shown in FIG. The sapphire lens 2 (10), a bonding glue 210, a lens device 208, and a liquid crystal screen 202. The lens device 208 includes a lens module 206, a circuit board 2〇7, and a back cover housing 2〇5. The back cover housing 205 is coupled to the lens module 2〇2 and surrounds the lens module 2〇6. The back cover housing 205 is at the lens module 2〇6. There is an open area 209 at the location to enable the lens module 206 to capture images. The bonding glue 210 is used to directly join the sapphire lens 204 and the lens device 208 at a first high temperature relative to room temperature. The sapphire lens 204 has a crystal axial direction, a crystal structure and a light transmittance 'where the crystal axis The direction is c_axis (〇〇〇1), &-axis [including (151〇), 〇1 as), M438642 (2110) ^ (Π20) . (2Π0) ., X^(i2i〇) ] , m^^[^(i〇i〇) ^ (-〇〇) ^

(_, _), (_, and (_), and r_ axial [including (10il), (i011_), (〇1Π), (Oiu), _), and (ϊ101)], The crystal structure is a single crystal structure 'and the light transmittance is greater than or equal to 80%. The sapphire lens 2〇4 is suitable for the surface of the sapphire lens _, and the frequency strength is Α, scratch-resistant, and anti-corrosion rhyme As the protective lens of the image capturing device 20, it is not suitable for all kinds of sapphire riding, and the sapphire having a single crystal structure is suitable for light transmittance of 80 〇/〇 or more; polycrystalline structure It is not suitable, because its light transmittance is more than 60%, so it does not meet the demand. In addition, the crystal axis is not (5), the physical or optical properties of the sapphire lens 204 are also different. The impurity properties include, for example, hardness, Young's modulus, and compression resistance. At least one of strength, heat transfer coefficient, and wetting angle.

Table 1 below shows a comparison of the crystal axes of the sapphire lens and the tempered glass characteristics and optical properties h.

When the crystal axis is any one of C_axial 'a_axial, m_axial, and Γ_axial, the hardness, Young's modulus, compressive strength, and thermal conductivity of the sapphire lens 204 Each feature far exceeds the tempered glass, while the sapphire lens 204 is a little lower than the tempered glass in terms of light transmission, but still has good light transmission characteristics. In an embodiment, an anti-reflective layer (not shown) may be first mineralized on the gemstone lens 204 before the sapphire lens 204 is not bonded to the cover 205 for the light transmittance of the sapphire lens 204. Increasing the light transmittance of the sapphire lens 204, wherein the number of layers and the thickness of the anti-reflective layer are related to the light transmittance, the number of layers is at least one layer, preferably about several tens of layers, and each layer has a thickness of about 3 ~5 microns. The anti-reflection layer may be formed on the surface 211 or the surface 212 of the sapphire lens 2〇4. When the anti-reflection layer is not formed on the sapphire lens 2〇4, the light transmittance is at least _ or more, and the anti-reflection layer is formed. After the sapphire lens, the light rate is 95%. The anti-reflection layer can be formed by physical vapor deposition i body = phase deposition and the anti-reflection layer comprises a metal oxide or a half of the ^^^+, and the tb-saki material is more resistant to the dish. And resistance, so that an ink-printing layer (not shown) or a decorative process is added to the back cover housing at the second high temperature that is available to the μ gorge Sapphire lenses are shot on the '- silk printing, or sprayed. ^Break film, - Ray In another embodiment, the anti-reflective layer and the ink printed layer can be schematic according to the profile of different M438642 32. The image taking device structure 32 includes a sapphire lens 3〇4, a plurality of partners 310, a lens device 308, and a liquid crystal screen 302. The lens unit 308 includes a lens module 3〇6, a circuit board 3〇7, and a second back cover body 305. The lens module 306 is coupled to the circuit board 3〇7, and the second back cover housing 3〇5 is, for example, a mobile phone back cover ‘which is located on the liquid crystal screen 3G2 and surrounds the mirror group 306. The second back cover housing 3〇5 has an open area 309 at the position of the lens module 3〇6.

^Please refer to the sixth figure (4)' which is a schematic view of the sapphire mirror > n〇4. In the figure (d), the sapphire lens 3〇4 has a plurality of through holes 313, and the first back cover body 311 also has an opening area 312, and the opening area 312 and the opening area 309 are located in the lens module 3〇6. The location, bribe the lens module can capture images. _ Eyes refer to the sixth _), which is the intention that the first back cover shell is combined with the sapphire lens 3〇4. The sapphire lens 3〇4 has a convex portion 315 which is aligned with the position of the lens module 306 as shown in Fig. 6(a). First-back

The body 311 has a plurality of thermal columns 314. When the first back cover is overlapped with the sapphire lens 304, the plurality of columns 3M pass through the plurality of through holes 313/ and heat the plurality of heatsinks 314. The first back cover shell 311 is joined to the stone mirror 304. The plurality of hot melt columns 314 are melted into a win 310 by heating, wherein the composition of the plurality of hot melt columns 314 is a thermoplastic mold = Yi sapphire The lens 304 can be directly joined to the first back cover housing, for example, by heating the plurality of heat stakes 314. In the same manner as the first preferred embodiment of the present invention, the sapphire lens 3〇4 is connected to the first sapphire lens 304, for example, the anti-reflective layer, the '^ 1 s, or the Wei _ _ phase is increased. It level and beautiful. Please refer to the seventh _) and the seventh _, the first picture of the front side of the device 4 ,, the seventh _ is the right = only the picture of the back of the image taking device 40. At the seventh

Second, the housing 401, the liquid crystal display screen, and the physical button seven (9), the image capturing device 40 includes a sapphire lens 404 and a cover housing 405, the back cover housing 4 〇 5 has a recessed area 413 for Charcoal is incorporated into the sapphire lens 404. Figure 7 is a schematic view showing a cross section of the image pickup device structure 42 of the third preferred embodiment of the present invention. The image capturing device structure includes a sapphire lens, a bonding glue 410, a backing body 405, a lens device, and a liquid crystal screen. The lens device 408 includes a back cover housing 4〇5, a lens module, and a circuit board cover. The v body 405 has a more open area 4〇9 to facilitate the lens module to tear the image. The sapphire lens 404 has a plurality of grooves 414.

+ Similarly, before the sapphire lens 304 is charcoaled into the back cover housing 4〇5, the gemstone lens 404 may be first coated, for example, the anti-reflective layer 'the ink printed layer' or the decorative film layer to increase light transmission. Sex and beauty. The manner in which the sapphire lens 404 is charcoal is a technique that utilizes injection molding. First, a plurality of recesses 414 can be formed in the sapphire lens 4〇4 by grinding or etching. The sapphire lens 404 is then placed in a mold (not shown) having the same profile as the back cover housing 405, the sapphire lens being placed in a position corresponding to the recessed region 413. a plastic fluid (not shown) is poured into the mold at a temperature of a fourth rlj relative to room temperature, and the back cover housing 405 is formed by an injection molding technique to embed the sapphire lens. The recessed area 413 in the back cover housing 4〇5. In an embodiment, the back cover housing 405 is made of a plastic material. When the bonding glue 410 engages the sapphire lens 404 and the back cover case 405, the plurality of grooves 414 have a plastic fluid and a bonding glue. The function of 41〇, because at the fourth high temperature, the plastic fluid and the bonding glue 410 may overflow into one or both of the surface 411 and the surface 412 of the sapphire lens 404, and the plurality of grooves 414 can prevent the overflow condition. occur. In another embodiment, the bonding glue 41〇 may not be used, and the plurality of grooves 414 can prevent the plastic fluid overflow condition from occurring. After the injection molding, the sapphire lens 404 naturally carbonizes into the recessed area of the back cover housing 405. 413. Please refer to the eighth figure, which is a schematic cross-sectional view of the structure 52 of the image taking device of the fourth preferred embodiment of the present invention. The image capture device structure 52 includes a lens device 5A8 and a liquid crystal screen 502. The image taking device structure 52 further includes a housing 5〇5. The lens unit 508 includes a lens module 5〇6 and a sapphire lens lens 5〇4. The sapphire lens lens 504 f is provided in the lens module '% directly as the imaging optical lens of the mode group 506, and also has high hardness, scratch resistance, abrasion resistance, and impact resistance. Embodiment 1. An image taking device comprising a lens device and a sapphire lens. The lens device includes a first housing. The sapphire lens is directly engaged with the housing to protect the lens device, wherein the sapphire lens has an asteroid structure and a crystal axial direction. The crystal structure is a single crystal structure, and the crystal axis is c- Axial (0001), a-axial [including (ώο), (ιι5〇), (yuan〇), (1120), (^), and (Ϊ2Ϊ0)], m-axial [including (ioio), (i100), (〇li〇), (i〇i〇), (ιϊοο), and (〇ii〇)], and r-axis [including (_), (plus), (〇迅), ( One of oili), (ιϊοί), and (ϊ101)]. 2. The device of embodiment 1, wherein the lens device further comprises a lens module, and a circuit board, the first housing surrounds the lens module, and the circuit board is coupled to the lens module. The sapphire lens is joined to the first casing by a bonding glue at a first high temperature relative to the room temperature, wherein the bonding glue is a polymer glue, and the polymer glue has a first high temperature. In the bonding reaction, the polymer gel comprises a high temperature reaction gel, a photosensitive glue (for example, UV glue), or a two-component glue. The sapphire lens is heterogenously bonded to the first shell at a second elevated temperature relative to the room temperature. The first housing is a mobile phone cover. The image capturing device further includes a liquid crystal screen, and the lens device is located on the liquid crystal screen. 3. The device of any of embodiments 1 to 2, wherein the lens device further comprises a second housing, a lens module, and a circuit board. The sapphire lens is joined to the first casing by a bonding glue, wherein the bonding glue is a polymer glue comprising a high temperature reaction glue, a photosensitive glue (e.g., Uy glue), or a two-component glue. The first housing has a plurality of heats up, and the blue f stone mirror # has a plurality of through holes. When the first housing is overlapped with the sapphire lens, the plurality of hot-melting columns pass through the plurality of through holes 'and the first housing is coupled to the sapphire lens by heating the plurality of heat-melting columns' The composition of the hot melt column includes a thermoplastic plastic. M438642 The sapphire lens has a - convex portion which is aligned with the position of the lens module. The second housing is in the surface, and the circuit board is lightly connected to the mirror group. The first shell-battery cover, the second casing is a mobile phone cover. The image capturing device further includes a liquid crystal screen, and the lens device is located on the liquid crystal screen. 4. - Image capture device 'The image capture device comprises a face device and a sapphire lens. The mirror thief has a recessed area. The blue f stone lens is located in the recessed area to protect the lens device' wherein the sapphire lens has a crystal junction

And the crystal axial direction, the crystal structure is a single crystal structure, and the crystal axial direction is 〇 axial _1), seven axial directions [including (heart), (_), _), (_, ( _), αΑ(Ϊ2ίο)] ^ . (ϊ1〇〇) ^ (〇-〇) ^ (ι〇.〇) ^ (ι_〇〇) ^ and (_, and Γ-axis [including (10)), One of (10)), (4)), (〇iii), _^ and (iioi)].

5. The device of embodiment 4, wherein the lens device comprises a housing, a lens mount U and a circuit board, the housing is a mirror assembly, and the circuit board is coupled to the lens. The housing has the recessed area, and when the gemstone lens is placed in the mold, the gemstone lens is formed by the injection molding technique ==___ The basket f is made of a bonding glue and the gemstone lens In the lens device, wherein the connection is two-high temperature reaction adhesive, photosensitive adhesive (example shell __ A) the blue f stone lens has a plurality of grooves, when the bonding glue engages the sapphire lens and the casing cover. The image capture occurs; the housing is a hand image device further comprising a liquid crystal glory, the lens device is located on the liquid crystal M438642 camp. 6·---------------------------------- a sapphire lens directly coupled to the lens device, wherein the sapphire lens has a crystal structure and a crystal axial direction, the crystal structure is a single crystal structure 'and the crystal axis is c-axis (0001) , a-axial [including (ώ〇), (mo), (2π〇), (π2〇), (5ll0), and (ί2ί〇)], axial [including (i〇i〇), (iioo ), (oiio), (1〇ϊ〇), (1ϊ〇0), and (〇ί1())], and Γ_axis [including, (i One of oii), (0111), (〇ΐη), (1Ϊ0Ϊ), and (_). 7. The device of embodiment 6, wherein the lens arrangement comprises a housing, a lens module a group, and - a circuit board, the rhyme surrounds the mirror group, and the circuit board is connected to the ray. The blue mirror is spliced by the lens to make the sapphire lens protect the lens device, wherein The bonding glue is - southern molecular glue 'the high score poem includes _ high temperature anti-scale, oozing column such as UVj), or double component glue. The blue f stone lens was joined at a first temperature with respect to room temperature. The (four) stone lens is heterojuntically bonded to the housing at a relatively high temperature. The housing is y曰2. The recording device further includes a liquid crystal screen, and the mirror is placed on the liquid crystal screen. * The apparatus of any of the examples 6-7, wherein the mirror position comprises a first housing, a second housing, a lens module, and a circuit board. The sapphire lens is joined to the lens by a bonding glue to make the sapphire mirror (4) the lens device, wherein the bonding glue is a polymer glue, the high-two St high-temperature reaction path, a photosensitive glue (for example, _), Or a double component glue. The first shell 16 has a plurality of heat stakes, the sapphire lens having a plurality of through holes. When the first housing is overlapped with the sapphire lens, the plurality of briquettes pass through the plurality of through holes, and the first housing and the sapphire mirror are joined by the plurality of ships (four) being heated, wherein The composition of the plurality of hot-melt columns includes a thermoplastic type. The sapphire lens has a convex portion that is aligned with the position of the lens module. The second housing surrounds the lens module and the circuit board is coupled to the lens module. The first housing is a battery cover. The second housing is a mobile phone cover. The image capture device further includes a liquid crystal screen. The lens device is located on the liquid crystal screen. 9. An image capture device comprising a lens device and a sapphire lens. The sapphire lens is directly engaged with the lens device. 10. The device of embodiment 9, wherein the sapphire lens has a crystal structure and a crystal axial direction, the crystal structure is a single crystal structure, and the crystal axis is c-axial (0001), a- Axial [including (from 0), (11$〇), (2Π〇), (Π2〇), (5ιι〇), and (Ϊ2ίο)], m-axial [including (i〇10), (1 -100), (〇ιί〇), (10)〇), (11〇〇), and (oiio)], and γ-axial [including (―), (10)ϊ), (〇ιΠ), (〇ϊη), One of (hoi), and (ϊιοι)]. The lens device includes a housing, a lens module, and a circuit board. The housing surrounds the lens module, and the circuit board is coupled to the lens module. The sapphire lens is joined to the lens device by a bonding glue, so that the sapphire lens protects the lens device, wherein the bonding glue is a molecular glue, and the polymer glue comprises a high temperature reaction glue and a photosensitive glue (for example, UV glue). Or double component glue. The sapphire lens is bonded to the casing by the polymer glue at a first high temperature relative to room temperature, wherein the polymer gel has a bonding reaction at the first high temperature. The sapphire lens is heterogenously bonded to the housing at a temperature of a temperature of M438642. The housing is a mobile phone cover. The imaging device further includes a liquid crystal screen, and the lens is disposed on the liquid crystal screen. 11. Recording as described in Embodiments 9 to 1G, wherein the sapphire lens has a - crystal structure and - the crystal axis is 'the crystal structure is a single crystal structure, and the crystal axis is an 〇 axial direction (0001), a _Axis [including (ώ〇), (5) 〇), (4)), (predicted), (2110), and _], m•axial [including (i〇i〇), (10)), ((four), _) , _, and (10). )], and r•axial [including (4), (10)), (〇ιΠ), (0111), (10)), and (i101)]. The lens device includes a first housing, a second housing, a lens module, and a circuit board. The sapphire lens is bonded to the mirror by a bonding glue, so that the sapphire lens protects the lens device, and the bonding glue is a polymer glue, and the polymer glue comprises a high-reagent glue and photosensitive glue. Or double component glue. The first housing has a plurality of hot-melt columns. The ochre lens has a plurality of through holes. When the first housing is combined with the sapphire lens s%, the plurality of hot-melting columns pass through the plurality of through holes, and the first housing and the sapphire lens are joined by heat of the plurality of hot-melting columns, wherein Reduced heat melting • The composition of the column includes - thermoplastic surface glue. The sapphire lens has a convex portion that is aligned with the mirror position and the _ position. The second ^^ ring_mirror group, and = the board is connected to the mirror. The first housing is a battery cover and the second housing is a mobile phone cover. The image capturing device further includes a liquid crystal screen, and the lens device is located on the liquid crystal screen. The device of any one of embodiments 9 to π, wherein the lens device comprises a casing, a copper module, an slap circuit board, the housing is mixed with the slab module, and the circuit is bribed. . The paving system is made up of 18 M438642. The housing has a recessed area for burying the sapphire lens into the recessed area within the housing by an injection molding technique when the sapphire lens is placed in a mold. The sapphire lens is joined to the lens device by a bonding glue, so that the sapphire lens protects the lens device, wherein the bonding glue is a polymer glue, and the polymer glue comprises a high temperature reaction glue, a photosensitive glue, or a double composition. Part of the glue. The sapphire lens has a plurality of grooves, and the casing is made of a plastic material. When the bonding glue engages the sapphire lens and the casing, the plurality of grooves prevent the plastic from being

And the joint _- overflow rubber limb occurs. The housing is a mobile phone cover. The image capture device further includes a liquid crystal screen, and the lens device is located on the liquid crystal screen. 13. - Pick-up device, the lens device includes a mirror display group and a sapphire lens lens. The sapphire lens is mounted on the lens module to form the lens device. In summary, the description and examples of the present work have been disclosed above, but 1 is not used to limit the solution. Anyone who knows this skill is in the spirit of this creation.

Circumference, down, when all kinds of changes and modifications can be made, it should still be within the scope of this patent. [Simple diagram of the figure] f A picture (8): the conventional image is taken as a schematic diagram; the first picture (b): f is a schematic view of the back side of the image; the second picture is a schematic view of the front side: a conventional image capturing device Schematic diagram of the structure; ί三图: a schematic diagram of a conventional material take-up structure; a schematic diagram of the structure of the conventional image capturing device; the fifth figure is asked. The first embodiment of the present invention takes the image pack 19 M438642 V_): The first embodiment of the present invention is a schematic diagram of the image capturing device f _; the jade figure (6): the first embodiment of the structure of the image capturing device structure of the present invention, and the sixth figure (8): the second preferred embodiment of the present invention The schematic diagram of the front side of the image taking device of the second preferred embodiment of the present invention; and the sixth figure (8): the schematic view of the structure of the image capturing device of the second preferred embodiment of the present invention Figure 6 (d): a schematic view of the sapphire lens;

Figure 6 (e) is a schematic view of the first back cover housing engaged with the sapphire lens; Figure 7 (a). The front view of the image taking device of the third preferred embodiment of the present invention; seventh figure (b): 3 is a schematic view of the back side of the image taking device; FIG. 7(c) is a schematic view showing the cross section of the image capturing device of the third preferred embodiment of the present invention; and FIG. 8 is a fourth embodiment of the present invention. Schematic diagram of the profile of the device purchase. [Main component symbol description]

10, 20, 30, 40: image pickup device 102, 202, 302, 402: liquid crystal screen 104: protective lens 204, 304, 404: sapphire lens 106, 206, 306, 406: lens module 107, 207, 307 , 407: circuit board 208, 308, 408: lens device 209, 309, 312, 409: open area 101, 201, 301, 401: front cover housing 103, 203, 303, 403: physical keys 105, 205, 405: back cover housing 311 : first back cover housing 305: second back cover housing 108: protective layer 109: multi-layer material protective lens 210, 310, 410: bonding glue 20 M438642 211, 212, 411, 412: sapphire mirror 12, 14: conventionally taken The first preferred embodiment of the present invention is 32. The second preferred embodiment of the present invention is a device structure 42. The third preferred embodiment of the present invention is 313: a plurality of through-hole image device structures 314. : plural heat-melting column 315 : sapphire lens protrusion 413 : recessed area 414 : plural groove 21

Claims (1)

The device of claim 1 , wherein the lens device further comprises a second housing, a 'plate; a temperature response _, a photosensitive cymbal, the sapphire The lens is a polymer glue by combining the first shell and the first shell, and the polymer gel comprises a σ /, ^ or double component glue; The body has a plurality of columns of sapphire lenses having a plurality of through holes; and when the sapphire and the sapphire lens are superposed, the plurality of heat slabs pass through the plurality of through holes and heat the plurality of heats The column causes the first shell to imaginaryly engage the sapphire lens, wherein the component of the plurality of ugly pillars includes a heat slab "the sapphire lens has a convex portion that is aligned with a position of the lens module; the second The housing surrounds the Wei head module, and the circuit board is lightly connected to the lens module; the first housing is a battery cover, the second housing is a mobile phone cover; and the image capturing device further comprises a liquid crystal screen The lens device is located on the liquid crystal screen. 4. An image capturing device comprising: a lens device having a recessed area; and a sapphire lens located in the recessed area to protect the lens device, wherein the sapphire lens has a The crystal structure and a crystal axial direction, the crystal structure is a single crystal structure, and the crystal axial direction is c-axis (〇〇〇1), a-axis [including 23 M.438642 (liio), (11 Know), (2ΪΪ0), (ΪΪ20) (3ll〇), and (Ϊ2Ϊ0)], m-han direction [including (1010), (iioo), (οιϊο), (ιοϊο), (ιϊοο), and (οϊιο)], and r-axis [including One of (1011), (ioii), (oiii), (οϊιι), (out), and (ϊιοι). 5. The device of claim 4, wherein: the lens The device includes a housing, a lens module, and a circuit board surrounding the lens module, and the circuit board is coupled to the lens module; the housing has the recessed area when the sapphire lens is disposed In the mold, the sapphire lens is embedded in the recessed area in the casing by an injection molding technique; the sapphire lens is joined to the lens device by a bonding glue to protect the sapphire lens The device, wherein the bonding glue is a polymer repair, the high knife 谬=including a south temperature reaction glue, a photosensitive glue, or a double component glue; the gemstone lens has a plurality of grooves, and the material of the shell is a plastic, when the bonding glue engages the sapphire lens and the housing, The number of grooves is anti-soil, and the glue is in a state of overflow; the casing is a mobile phone cover; and the image capture device further includes a liquid crystal wire, and the lens device is located on the liquid crystal screen. The image device comprises: a lens device; and a sapphire lens directly coupled to the mirror device, wherein the sapphire mirror 24 M438642 has a crystal structure and a crystal axis, the crystal structure is a single crystal structure and the The crystal axis is c_axial (0001), a_axial [including (by 〇), (u), (2110), (1120), (511〇), and (Ϊ210)], m•axis To [including (ϊ〇1〇), (ϊι〇〇), (0110), (Κ)ϊ〇), (ΰ〇0), and (ΟΪΗ))], and r_axis [including (10)ι}, One of (10), (0111), (0Ϊ11), (version), and (hoi). 7. The device of claim 6, wherein: The sapphire lens comprises a casing, a lens module, and a circuit board by a bonding glue, the casing surrounds the surface module, and the circuit board is connected to the lens module; Engaging, so that the sapphire lens protects the lens device, wherein the sapphire is white, the wr=° glue is a polymer glue, and the high knife glue includes a sip filter, a photosensitive glue, a sassafras The window r is in the μ-upper two-stage component glue; the 泫i bei stone lens is heterozygous with the shell at a room temperature; (4) the polymer sapphire lens is at a relative temperature to the room temperature , A heterojunction is performed; the first south temperature and the casing enter the casing as a mobile phone cover; and the image capturing device further comprises a liquid crystal screen, _ on the screen. The apparatus of the present invention is located in the liquid crystal firefly. The apparatus of claim 6, wherein the lens device comprises a first housing, a singularity, a circuit board, a music body, a lens module, 25 K438642 The sapphire mirror >1 is joined to the lens device by a bonding glue, so that the sapphire lens protects the lens device, wherein the bonding glue is a polymer glue, and the polymer glue comprises a high temperature reaction glue, a light-turning, four-component component; the first-shell has a complex impurity 'the blue f; 5 has a plurality of through holes; when the first-shell is overlapped with the sapphire lens, the plurality of hot-melt columns pass through the plurality a through hole, and the first case and the blue f stone are joined by a heat of a heat-melting column, wherein the component of the plurality of hot-melt columns comprises a thermoplastic plastic; the sapphire lens has a convex portion The protrusion is aligned with the position of the lens module; the second housing surrounds the lens module, and the circuit board is lightly connected to the lens module; the first housing is a battery cover, and the second housing The body is a mobile phone cover; and the image capturing device further comprises a liquid crystal screen, the mirror Firefly means disposed on the liquid crystal screen. φ 9· An image taking device comprising: a lens device; and a k-stone lens directly engaged with the lens device. 10. The device of claim 9, wherein: the gemstone lens has a crystal structure and a crystal axis 'the crystal structure is a single crystal structure' and the crystal axis is c-axial ( 0001), a-axis [including (氐〇), (ιΰο), (2ϊϊο), (ΰ2〇), (310), and (ί2Ϊο)], m-axis [including 26 M438642 (ioio), ( Hoo), (oiio), (i〇i〇), (doo), and (〇i丨〇)], and Γ_axis [including (ιοίι), (ϊοιί), (οιϊΐ), (οϊιι), One of (ii〇i), and (ϊι〇ι); the lens device includes a housing, a lens module, and a circuit board surrounding the lens module, and the circuit board is The sapphire lens is coupled to the lens device by a bonding glue, so that the sapphire lens protects the lens device, wherein the bonding glue is a polymer glue, and the polymer glue comprises a high temperature reaction glue. a photosensitive adhesive or a two-component adhesive; the sapphire lens utilizes the polymer gel at a first high temperature relative to room temperature Body bonding, wherein the polymer glue has a bonding reaction at the first high temperature; the sapphire lens is hetero-engaged with the housing at a second high temperature relative to the room temperature; the housing is a mobile phone cover And the image capturing device further comprises a liquid crystal screen, the lens device is located on the liquid crystal screen. 11. The device of claim 9, wherein: the sapphire lens has a crystal structure and a crystal axis 'the crystal structure is a single crystal structure, and the crystal axis is c_axial (〇 〇〇1), a-axis [including (l5l〇), (llio) '(2ΪΪ0), (ΪΪ20), (5ll0), and (Ϊ2Ϊ0)], m-axis [including (ίοιο), (iioo ), (οιϊο), (i〇i〇), (ii〇〇), and (oiio)], and r-axis [including (ιοϊι), (ίοιϊ), (οιϊΐ), (〇in), ( One of ii〇i), and (iioi); the lens device includes a first housing, a second housing, a lens module, a 27386, and a circuit board; the sapphire lens is by- The bonding glue is engaged with the mirror to make the sapphire lens protect the mirror from being difficult to be 'in the joint county _ polymer glue, the polymer 谬 includes - high temperature reverse lin, green glue, or double component glue; The housing has a plurality of hot-melt columns, the sapphire lens having a plurality of through holes; and when the first case is overlapped with the sapphire lens, the plurality of hot-melt columns pass through the complex a through hole 'and the first housing and the sapphire are joined by heat of the plurality of hot-melting columns, the towel (four) component comprising - hot surface plastic; the gemstone lens having a - convex portion Aligning with the position of the lens module; the second housing is attached to the mirror assembly, and the circuit board has no lens module; the first housing is a battery cover, and the second housing is a mobile phone cover And the image capturing device further comprises a liquid crystal screen, the lens device being located on the liquid crystal screen. 12. The shock device of claim 9, wherein: the lens device comprises a housing, a lens module, and a circuit board, the housing surrounds the lens module, and the circuit board and the circuit board The lens module is coupled; the sapphire lens is embedded in the lens device; the housing has a recessed area, and the sapphire lens is embedded in the shell by an injection molding technique when the sapphire lens is placed in a mold The recessed area in the body; 28 the sapphire clock gemstone lens i is joined to the lens device by a bonding glue, so that the blue molecule is glued to the bonding county-polymer glue, the high=the two-temperature reaction a glue, a photosensitive adhesive, or a two-component adhesive; the joint: the lens has a plurality of grooves, and the material of the shell is a plastic, and the plurality of grooves prevent the plurality of grooves when the sapphire lens is coupled to the shell The plastic and the private _ turn condition occurs; the body is a mobile phone cover; and the image capture ft includes a liquid crystal screen, the device is located on the LCD screen. 13. A lens arrangement comprising: a lens module; and a sapphire lens lens mounted to the lens module to form the lens device. 29