TW201006686A - Portable frame for supporting a document - Google Patents

Abstract

The present invention is related to a portable frame for supporting a document including a supporting platform, a supporting body used to support a document to be shot, and a pivotal mechanism mounted between the supporting platform and the bottom of the supporting body. In which, the portable frame is used to cooperate with an electronic device having a camera module so as to have the document shot via the camera module in response to a focus adjustment between the document and the camera module. Further, the supporting platform has a first adjustable structure used to have the focus adjustment expended or contracted along a first horizontal direction. Besides, the supporting body has a second adjustable structure used to have an accommodated space thereof expended or contracted along a second horizontal direction and/or a vertical direction in response to a variety of sizes of the document.

Description

201006686 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a portable file holder, and more particularly to a portable file holder that is compatible with an electronic device. [Prior Art] Due to the maturity of digital technology, it has been necessary to use the image processing of the scanner. Currently, digital cameras or webcams (pccam) can be used instead. For example, 'for the scanning needs of business cards, it is now possible to insert or attach the lens module on the top of the notebook computer's screen frame, and the auxiliary matching-portable business card holder for shooting operations can easily reach Business cards are digitized for the purpose. Please refer to the ® 1B' money divisional knowledge to provide a storage and expansion diagram of the portable business card holder 1G for digitizing documents. The card holder ίο includes a frame body 1 (H, a plurality of extension arms 1 〇 2, a 121 疋 103, a business card slot having a protruding recess, and a plurality of extension arms 201006686 provided on the frame 1 The top of the crucible 1 pivots one of the pole shafts 1〇5. That is, by using the projections (4) and the recesses of the plurality of extension arms of the frame body 1〇1 and the plurality of extension arms, the plural numbers can be made. The sheet extending arm (10) is locked and received in the hollow space of the frame body 101; and, by pivoting the axis, the plurality of extending arms _ can be adapted to different shooting distances

The limping-extension action m is used to expand the plurality of extension arms (10) to form different extension lengths.

As for the function of the fixing portion 103, please refer to the stereo and side views of the conventional portable card holder 10 shown in Fig. 2 and Fig. 2, respectively. In the above, the fixed part 1 () 3 of the conventional business card holder H) is used to hang the portable business card holder H) on the electronic device (for example, a notebook computer) At the top of the frame U1, the fixing force and the domain force provided by the fixing portion 1〇3 and the extension arm are in an attempt to keep the (4) 1()1 slit screen (1) in a nearly parallel state, thereby being embedded. (Can also be changed to plug-in mode) The mirror module 2 disposed at the top of the screen frame 1U of the notebook computer U: constitutes a shooting angle relationship. In this way, when a business card slot 104 is used, the lens module 113 can be used to take a 13-bit shooting operation for the business card. 13 is placed in the number of 7 201006686, but the 'speaking of the customary business card holder ίο at least contains the following missing: First, the viewing angle of the lens module 113 shown in Figure 3, and the actual material The reason for the fact that the frame body is hung in the hanging manner at the end of the extension f is that the longer the face arm 1G2_ is, the longer it is. The more the material is affected by the weight of the body ❹1〇1, it is bent downwards, and then it is shielded to the lens frame and part of the framing range of 113. In order to solve the above problem, the design of the extension f 1() 2 should be changed to along the dotted line indicated in FIG. 3 [upwardly rising - some angles to compensate the weight factor of the frame 101" to make the The viewing angle Μ 70 of the lens module 113 is fully covered by the business card 13. In addition, the materials of the extension arms 1〇2 are inevitably further strengthened or renewed to reduce the degree of bending down by the weight of the frame body 1〇. However, no matter what kind of improvement, it is bound to be Increasing the design cost and the difficulty of implementation β. Referring to FIG. 1A, the business card slot 1〇4 having the protruding recess is disposed by the upper extending arm 102 and the length of the card slot 104. The limitation of factors and the like can only provide a fixed accommodating space similar to the size of a business card. Once the size of the business card 13 is too large (or even a larger file such as Α4 or Β5), the display cannot be smoothly placed. In the aforementioned business card 201006686 accommodating space, the conventional portable business card holder ίο can not be used to carry out digital shooting operation programs with files of different sizes. In this regard, the Applicant proposes a new solution to completely overcome the above-mentioned prior art deficiencies. SUMMARY OF THE INVENTION The main object of the present invention is to provide a portable file holder that can perform digital shooting operation programs independently of an electronic device and can be combined with files of different sizes. Another object of the present invention is to provide a portable document holder that is assembled to an operating surface structure of an electronic device and can be used for digital imaging operations with files of different sizes. A preferred embodiment of the present invention relates to a portable document holder comprising: a support body having a first telescopic mechanism movable forward/backward along a first horizontal direction; a frame body having a bottom portion Pivoting to the support body for performing a pan/counterclock pivoting action and forming a shooting angle relationship with one of the lens modules disposed in an electronic device; and a second telescopic mechanism having One of the tops of the frame extends the arm to extend the accommodating space of the frame toward a vertical direction of 9 201006686 for placing different sizes of documents to be photographed. According to the above preferred method, the support system is a support platform, and the first telescopic mechanism comprises: at least two protrusions formed at the bottom of the support platform; and at least two grooves corresponding to the at least two protrusions The method is formed on the operating surface structure of the electronic device, wherein the at least two convex portions are embedded therein; wherein the at least two grooves have a receiving space larger than the at least two convex portions, φ so that the supporting platform can be along The first horizontal direction is moved forward/backward. According to the above preferred method, the operating surface structure of the electronic device can be a base surface structure of a notebook computer. According to the above preferred method, the support system is a support platform, and the first telescopic mechanism comprises: a hollow opening formed at a center of a front side of the support platform, and left/right sides of the hollow opening Having a guide groove; and a displacement block having two guide rails corresponding to the two guide grooves on the left/right sides, so that the displacement block can be performed in the first horizontal direction in the hollow opening portion Move forward/backward. According to the above preferred method, the support system is a support platform, and the first telescopic mechanism comprises: two guide grooves formed on the left/right sides of the bottom of the support platform; and a displacement block, left/right The two sides have two guide rails corresponding to the two guide grooves, so that the displacement block can move forward/backward along the first horizontal direction of the bottom of the support platform at 201006686. According to the above preferred method, at least two hooks are disposed on the front side vertical surface of the displacement block, and at least two hook grooves corresponding to the at least two hooks are disposed at the front vertical surface of the operating surface structure of the electronic device. And the displacement block and the electronic device are combined with each other. According to the above preferred method, the operating surface structure φ of the electronic device can be a base surface structure of a notebook computer. According to the above preferred method, the electronic device can be a notebook computer, and the lens module can be embedded or externally disposed at the top of the screen frame of the notebook computer. According to the above preferred method, the center of the frame has a business card slot for placing a document to be photographed approximately equal to the size of the business card. According to the above preferred method, the top of the frame has a pivoting mechanism that can be coupled with the extending arm, so that when the extending arm performs a counterclockwise pivoting motion, the frame can be extended to the vertical The direction of the accommodation space, and when the extension arm performs a clockwise pivoting operation, the extension arm can be stored behind the frame. According to the above preferred method, the second telescopic mechanism further includes two other extension arms, and are respectively disposed on the left/right sides of the frame body, so that the accommodating space 11 201006686 expands toward a second horizontal direction, For placing different sizes of documents to be taken. According to the above preferred method, the other two extension arm systems may respectively form a geometrically complementary one of the τ type and a concave extension arm, and have three horizontal chutes behind the frame for the τ type and the The concave extension arm is slidably extended toward the second horizontal direction for placing different sizes of the document to be photographed. According to the above preferred method, the first and second horizontal directions respectively refer to the horizontal directions of the X-axis and the Y-axis in the rectangular coordinate system, and the vertical direction refers to the vertical direction of the Z-axis in the rectangular coordinate system. According to the above preferred method, the arm end of any one of the three extension arms included in the second telescopic mechanism may include a protruding structure to effectively limit the to-be-photographed files of different sizes in the accommodating space. in. Another preferred embodiment of the present invention relates to a portable document holder comprising: a support body having a first telescopic mechanism movable forward/backward along a first horizontal direction; a frame body The bottom is pivotally connected to the support body to perform a pan/counterclock pivoting action, and forms a shooting angle relationship with one of the lens modules disposed in an electronic device; and a second telescopic mechanism having a The first and second extension arms are respectively disposed on the left/right sides of the frame body to expand the accommodating space toward a second horizontal direction for placing the documents to be photographed of different sizes. 12 201006686 According to the above preferred method, the second telescopic mechanism further has a third extending arm disposed at a top of the frame body, so that the accommodating space of the frame body expands toward a vertical direction, and is placed for different sizes. The document to be photographed. Another preferred embodiment of the present invention relates to a portable document holder comprising: a support body; a frame body pivotally connected to the support body for performing a forward/counterclockwise twisting action, and The lens mode group is disposed in an electronic device to form a shooting angle relationship; the first and second extending arms are respectively disposed on the left/right sides of the S-frame body to make the frame body The space is expanded toward a first horizontal direction; and a third extending arm is disposed at the top of the frame so as to expand the accommodating space of the 5 truss body toward a vertical direction. [Embodiment] Several preferred embodiments are described below to illustrate the invention, and it is to be understood by those skilled in the art that this invention is not intended to limit the invention. Please refer to FIG. 4 to FIG. 6 , wherein FIG. 4 is a perspective view of the first preferred embodiment of the present invention, and FIG. 5A to FIG. 5 c are the preferred embodiments of the present invention 13 201006686 and the electronic device are matched with each other. FIG. 6 is a schematic perspective view showing the first preferred embodiment of the present invention and the electronic device. In the first embodiment of the present invention, the portable document holder 20 is a separate object, and includes: a support body, a body track and a frame for making the frame The bottom of the body 202 is connected to the pivot mechanism 203 of the branch (4) 2〇1, so that the frame 2() 2 can perform a cis/counterclockwise insertion. The electronic device 21 (for example, a notebook computer) that is matched with the portable file holder 2 includes at least one frame 21, a liquid crystal screen 212, a lens module 213, and an operation surface. "Hai operation surface structure 214 refers to the base surface structure of a notebook computer. As for the lens module 2, it can be disposed at the top of the screen frame 211 of the notebook computer 21 in an internal mode (not shown in FIG. 6) or an external connection (not shown). Wherein the housing space of the frame body 202 (for example, the file slot _ is a file to be placed approximately equivalent to the name of the image, or a telescopic mechanism can be used to place more different sizes (for example, Μ Or the B5 size) to be taken. The so-called telescopic machine, Sun Ruoyi means that the frame 202 has a first and a second 201006686 extension arms 2041, 2042, respectively disposed on the left/right of the frame 202 On both sides, the accommodating space of the frame body 202 can be expanded toward a horizontal direction. Preferably, the first and second extending arms 2041 and 2042 are respectively formed into a geometric complementary T-shape and a concave shape. Extending the arm, and the first and second extension arms 2041, 2042 are provided by the back plate 2023 (as shown in FIGS. 5A to 5C) disposed behind the frame 202 and separated by three horizontal sliding grooves (as shown in FIGS. 5A to 5C). The horizontal sliding sliding is performed in the three horizontal sliding chutes for placing different sizes of the documents to be photographed. Preferably, the ends of the first and second extending arms 2041 and 2042 are at the ends of the arms. An additional protrusion structure 20411, 2042 can be added to effectively limit the device. One of the same size of the document to be photographed is in the accommodating space. Further, the frame body 202 further has a third extending arm 2043 which can be disposed on the top of the frame body 202 in combination with another squeezing mechanism 2022, so that The accommodating space of the frame body 9 202 can be extended toward a vertical direction. Thus, when the third extending arm 2043 performs a counterclockwise pivoting action (as shown in FIGS. 5A to 5C), the expansion can be expanded. The frame body 202 is accommodated in the vertical direction. Similarly, when the third extension arm 2043 performs a clockwise pivoting operation, the third extension arm 2043 can be stored behind the frame 202. Wherein, the horizontal direction and the vertical direction may refer to the horizontal direction of the γ axis and the vertical direction of the z axis in the 201006686 standard system of the right angle seat. Of course, the definition of the coordinate axis is compatible with the user or the user. Equal changes are made to the operating habits of the skilled person.

Of course, in the above preferred embodiment, the first and second extension arms 2041 and 2042 are telescopically deployed in a sliding manner, and the third extension arm 2043 is telescopically deployed in a pivoting manner. Those skilled in the art can make various arrangements and combinations by different means of combination (for example, adding a folding method), and achieve various embodiments that are equally modified. Further, the support body 2〇1 shown in FIG. 4 is a support platform, and the other telescopic mechanism included in the support body 201 is: a hollow opening portion 2011 formed on the front side of the branch platform 201. And the hollow opening portion has a guide groove 2〇(1) on each of the left/right sides; and a displacement block 2012 having two guide rails 2 corresponding to the two guide grooves (1) on the left/right sides The crucible 12i is such that the displacement block can be moved forward/backward in the other horizontal direction in the hollow opening portion. Wherein, the aforementioned other-horizontal direction belongs to the horizontal direction of the X-axis of the right-angle coordinate system, and is different from the horizontal direction of the γ-axis in the right-angle coordinate system. ^ ... When the dry Zhu 20 is placed in front of the notebook computer 21, it can be as shown in Figure 6. The 4th platform is 2. The bit 16 201006686 The block block 2012 directly depends on the base of the notebook computer. The front surface of the seat surface structure 214 is at a vertical surface, and the frame body 202 is pivoted in a clockwise/counterclockwise direction to adjust the angle of incidence relationship with the lens module 213. Further, when the problem of the focal length is photographed, by using the displacement block 2012 to move in the horizontal direction of the X-axis in the hollow opening portion 2011, it is possible to provide more focal length adjustment space for the user. In order to further fix the portable document holder 20 in front of the notebook computer 21, another preferred method is to provide at least two hooks on the front vertical surface of the displacement block 2012 (not shown). And at least two hook grooves (not shown) corresponding to the at least two hooks are provided at the front vertical surface of the base surface structure 214 of the notebook computer for the displacement block 2012 and the electronic The devices 21 are combined with each other. For a second preferred embodiment of the present invention, reference is made to Figures 7A and 7B, which are respectively a perspective top view and a perspective side view of a second preferred embodiment of the present invention and an electronic device. The portable document holder 30 shown in the second preferred embodiment of the present invention is also a separate object, and includes: a support body 301, a frame body 302, and a frame body for The bottom of the 302 is pivotally connected to a pivoting mechanism 303 of the support body 301, so that the frame 302 can be pivoted/counterclockwise. The 201006086 electronic device includes a screen frame 3 11 and a rotating motion. As for the portable business card holder 30 31 (for example, a notebook computer), at least one of the operating surfaces can be a notebook computer, a liquid crystal 312, and a lens module 313; The pedestal surface structure of the operating surface structure 314.

Wherein, the housing space of the frame body 3〇2 (for example, the file slot_ is a file to be placed approximately (four) for the name to be taken, or a matching-retracting mechanism can be used to place more different sizes (for example) , Μ or B5 size) of the document to be taken. In addition, the specific implementation of the (4) moving and the above-mentioned telescopic mechanism provided in the armor and the function of accommodating different sizes are similar to the frame shown in FIG. The body 202 is therefore not described again. The portable file holder shown in the second preferred embodiment of the present invention is different from the portable document holder 2g shown in the above-described preferred embodiment. The telescopic mechanism included in the material-carrying file holder 3Q is a support platform, and the telescopic mechanism of the support body is included in the bottom of the support platform 301. Two guide grooves on the right side (not shown); and a displacement block 3011, each of which has two guides 30111' corresponding to the two guide grooves on the left/right sides so that the displacement block 3〇11 can be Moving forward/backward along a horizontal direction at the bottom of the support platform 3〇1 for focal length 18, 20 1006686 adjustment action. The 'horizontal direction direction is the horizontal direction of the X-axis in the right-angle coordinate system. For the improvement, the portable file holder 3〇 is fixed to the notebook computer ^. At the vertical surface of the front side of the displacement block 3〇ι. There are two hooks 3GU2 to the v, and the base surface of the notebook computer is also provided with corresponding at least two vertical surfaces. At least two hook grooves (not shown) of the card fishing 30112 are provided for the displacement block to be coupled with the electronic device 31. With regard to the third preferred embodiment of the present invention, please refer to FIG. 8 to FIG. 3 is a schematic side view of a third preferred embodiment and an electronic device; FIG. 9 is a perspective view of the support body in the third preferred embodiment of the present invention. FIG. 11 is a perspective assembled view of the supporting body and the operating surface structure in the third preferred embodiment of the present invention. In the third preferred embodiment of the present invention The illustrated file holder 40 is an object that can be used in combination with an electric-A device 41, and the 匕3: - the support body 4 〇 1, a frame, 2, and the frame Body 402

The bottom of the body is dragged to the branching mechanism 4G pivoting mechanism 403 so that the frame 201006686 4°2 can be edited in a forward/counterclockwise direction. As for the portable file, the electronic device cap, such as a computer, includes a screen frame 41, a liquid crystal, a mirror module, and an operation surface junction. The surface structure 414 can be a base surface structure of a notebook computer. Therefore, the housing space of the frame (for example, the document slot _ is for storing a document to be photographed approximately equivalent to the size of the business card, or a telescopic mechanism for placing more different sizes (for example, ^ or The size of the image to be taken. In addition, the frame body 202 and the frame body 202 shown in FIG. 4 are similar to the frame body and the specific embodiment of the above-mentioned telescopic mechanism provided therein. Therefore, the portable document holder 4 shown in the third preferred embodiment of the present invention is the same as the portable document holder 2, 30 shown in the above-mentioned first or second preferred embodiment. The difference is that the portable file holder 4 includes the support body, and the support mechanism 4 includes a telescopic mechanism: at least two protrusions 4011 ′ are formed on a bottom surface of the support platform 〇1; and at least two recesses 4012' are formed on the base surface structure 414 of the notebook computer in a manner corresponding to the at least two protrusions 4〇11 for accommodating the at least two a protrusion 4011; wherein the at least two grooves 4〇12 are accommodated The space system is 20.201006686 on the side of the at least two protrusions, so that the support platform 4〇1 can move forward/backward along a horizontal direction. Wherein the aforementioned horizontal direction belongs to the X-axis in the rectangular coordinate system. The horizontal direction. Of course, any person familiar with the art should be aware of the fact that at least two protrusions and at least two grooves can be arranged in any manner to change the design of the force (not shown); For example, the at least two protrusions can change the base surface structure 414 formed on the notebook computer, and the at least two grooves 4012 are formed in a manner corresponding to the at least two protrusions 4〇11. The bottom of the support platform 401 is configured to receive the at least two protrusions; the receptacle (4) of the at least two grooves is greater than the at least two protrusions 4011' to make the branch platform 4 〇1 can be moved forward/backward along the horizontal direction of the above-mentioned x-axis to adjust the focal length. • i is shown in Fig. 12Α, 12Β', respectively, in front of the frame 402 in the third preferred embodiment of the present invention. Different implementation concepts In FIG. 2, the supporting platform 401 of the portable document holder 40 is coupled with the base surface structure 414 of the notebook computer, and the to-be-processed document 43 approximately equivalent to the business card size can be directly placed on the The card slot of the frame body is completed (as shown in FIG. 12A), and the lens module 413 performs a shooting operation on the document to be photographed 43. 21 201006686 Further, regarding FIG. 13A and FIG. 13B, respectively, the case is In the third preferred embodiment, a schematic diagram of different implementation concepts of the front/back of the frame 402 is provided. In FIG. 13A, the support platform 401 of the portable document holder 40 is attached to the base surface of the notebook computer. The structures 414 are coupled to each other, and the telescopic mechanism in the frame 402 is unfolded, so that the large-sized to-be-processed document 44 can be placed on the frame 402 having a large accommodating space (as shown in FIG. 13B). And the lens camera module 413 performs a shooting operation on the document 44 to be taken. In summary, the new portable file holder proposed in this case can not only be used in combination with an electronic device independently or in combination with each other, but also can take images of different sizes to be taken. Compared with the conventional technology, the technical characteristics are indeed a very industrial value. This case has been modified by people who are familiar with the art, and I do not deviate from the scope of the patent application. 22 201006686 [Simple description of the diagram]. ® 1B. It is a schematic diagram for the storage and unfolding of a portable business card holder for document digitization. Fig. 3 is a perspective view and a side view of a conventional card holder. Figure 4' is a perspective view of the first preferred embodiment of the present invention. 5A to 5C are all three-dimensional schematic diagrams of the continuous operation of the preferred embodiment of the present invention and the electronic device. Fig. 6 is a perspective top plan view showing the first preferred embodiment of the present invention and the electronic device.

7B: The system is respectively the second preferred embodiment of the present invention. FIG. 7A is a schematic side view of an electronic device. FIG. 8 is a perspective side view showing the third preferred embodiment of the present invention and the electronic device. Figure ‘ is a perspective view of a support body in a third preferred embodiment of the present invention. 23 201006686 Fig. 1 is a perspective view showing the operation surface structure in the third preferred embodiment of the present invention. Fig. 11 is a perspective view showing the three-dimensional assembly of the supporting body and the operating surface structure in the third preferred embodiment of the present invention. 12A and 12B are respectively schematic diagrams showing different implementation concepts before/after the frame body in the third preferred embodiment of the present invention. 13A and FIG. 13B are schematic diagrams showing another different implementation concept before/after the frame body in the third preferred embodiment of the present invention. [Main component symbol description] Figure 1 to Figure 3:

Frame ιοί Recess 1013 Fixing part 103 Dragging 105 Screen pivot 111 Mirror module 113 Stretching action Ml Dotted line L

Conventional portable business card holder 1 hollow space 1011 convex 1012 multiple extension arms 102 business card slot 104 electronic device 11 liquid crystal screen 112 business card 13 viewing angle 0 1, Θ 2 24 201006686 Figure 4 ~ Figure 13B: portable file holder 20, 30, 40 Support body 201, 301, 401 Hollow opening 2011 Guide groove 20111 Displacement block 2012, 3011 Guide rails 20121, 30111

Frame 202, 302, 402 Document slot 2021, 4021 Pivot mechanism 2022, 203, 303, 403 Back plate 2023 Projection structure 20411, 20421 First-third extension arm 2041~2043 Electronic device 21, 31, 41 Screen frame 211 , 311, 411 LCD screen 2 12, 3 12, 4 12 lens module 213, 313, 413 operating surface structure 214, 3 14, 4 14 hook 30112 projection 4011 groove 4012 to be taken documents 43, 44 25

Claims (1)

.201006686 X. Patent application scope: Α 裼 文件 文件 file holder, comprising: - a support body having a first telescopic mechanism that can move forward/backward along a first horizontal direction; a frame body 'bottom pivot Connected to the #body' to carry out - cis / counterclockwise a pivoting action 'and a shooting angle relationship between the lens module disposed in the electronic device; and a second telescopic mechanism having an extension disposed at a top of the frame body to enable the frame body The accommodating space is oriented in the vertical direction, and is used for placing different sizes of the to-be-photographed files. 2. The portable document holder according to claim 1, wherein the 兮 support system is a swing platform, wherein the yoke and the 伸缩 first telescopic mechanism comprise: at least two convex portions formed on the support platform a bottom portion; and at least two recesses are formed in the electrically-operated operation surface structure corresponding to the sub-mounting of the yoke and the yoke; the yoke and the yoke are embedded therein; The accommodating space of the two grooves can support the platform along the first, first to the second convex portions, so that the third, as claimed in the patent, moves forward/backward. ^Operational surface structure of the sub-device described in the second aspect of the patent range is the file holder 'where the structure. The base surface of the pen-type computer is 4, as claimed in the patent scope, the support system is a support platform, the item of the cut file holder, and the Yin-Jie 3H first shrinking mechanism comprises: 26 201006686 - hollow opening a portion formed at a front end of the reading platform, and each of the left/right sides of the hollow opening has a _ guide groove; and a - (four) block has a corresponding left/right side of the two guide grooves The two guide rails 'such that the displacement block can move forward/backward along the first horizontal direction in the hollow opening portion. 5 I. For example, the portable document holder received in the first application of the patent, wherein the system is a branch platform, and the first telescopic mechanism comprises: a β (four) slot formed at the bottom of the reading platform. And the displacement block 'having two guide rails corresponding to the two guide grooves on the left/right sides thereof so that the displacement block can be forward/backward along the first horizontal direction at the bottom of the support platform mobile. 6. The portable document holder according to claim 4 or 5, wherein the displacement block has a JL Shaoke hook at the front surface of the (four) straight surface, and the front side of the operation surface structure of the electronic device is vertical At least two hook grooves corresponding to the two hooks are provided at the surface for the displacement block to be coupled to the electronic device. . 7. The portable document holder of claim 6, wherein the operating surface structure of the electronic device is a base surface structure of a notebook computer. 8. The portable file rack of claim 1, wherein the electronic device can be a notebook computer, and the lens module can be embedded or externally mounted on the notebook computer. At the top of the screen frame. 9. The portable document holder of claim 1, wherein the shelf of the frame 2010201006686 has a - card slot for placing a document to be approximately equivalent to the size of the card. In the case of the portable document holder of the first item, the frame portion of the frame has a pivoting mechanism that can be coupled to the extension arm, so that: the arm performs a In the counterclockwise pivoting operation, the frame body can be extended to the vertical space t=accommodation space, and the extension arm can be pivoted in a clockwise manner to accommodate the extension arm behind the frame body. U. For example, please refer to the portable file holder mentioned in Item 1 of the above, in which the Haidi: the mechanism further includes two other extension arms, and are respectively disposed on the left side of the frame /==foot== "Settings" are extended toward the horizontal direction of the first two, and are used for placing different sizes of documents to be photographed. 12. For the portable part racks described in the full-time item, wherein the other = extension arm shots are geometrically complementary - U And the concave extension ^ and after the frame has three levels _, the (four) size of the document to be taken. 彳 "moving expansion" 俾 for placing the portable file holder of the second and the second item, wherein The first level = ΓΓ refers to the x and the sleeves in the right angle coordinate system, respectively. 〃 Vertical direction refers to the Z-axis vertical direction in the right-angle coordinate system. The patents mentioned in item u can be applied to the second = there are restrictions on the size of the document to be taken in the space of 201006686. 15. A portable document holder comprising: - a support body having a first telescopic mechanism movable forward/backward in a -first-horizontal direction; - a frame body having a bottom mixed with the support J^1/counterclockwise plum turning action, and forming a shooting angle relationship with the (4) module disposed in the electronic device; and Μ - the second telescopic mechanism having the ϋ and the second extending arm, and They are respectively disposed on the left/right sides of the frame body, so that the accommodating space is expanded toward a first-to-shoulder plane, and the files to be photographed of different sizes are placed. 16. The portable document holder of claim 15, wherein the branch system is a support platform, and the first telescopic mechanism comprises: · at least two convex portions shaped to read the platform a bottom portion; and at least a phase groove, wherein the square wire of the (4) to the convex portion is formed in the electric surface, and the surface structure is formed for the at least two convex portions to be embedded therein, wherein the space of the two recesses is larger than The at least two protrusions are configured to move the tooth 'toward/backward along the first-horizontal direction. The portable document holder described in item 16 of the electronic patent, wherein the structure. The surface structure can be used as the base surface 18 of the notebook computer, the 15th support system of the patent scope is the support platform, and ^ = the portable file holder, where the - the first - the telescopic mechanism The method includes: two openings formed at a center of a front side of the support platform, and the left/right sides of the hollow opening of the 29 201006686 each have a guide groove; and a displacement block having corresponding sides on the left/right sides And two guide rails of the two guiding grooves, so that the displacement block can move forward/backward along the first portion in the hollow opening portion. In the direction of fire level 19, the portable file holder described in item 15 (4) (4), the supporting system is a branching platform, and the first telescopic mechanism comprises: a person and two guiding grooves formed at the bottom of the bottom of the domain platform. / right side; and a displacement block 'the left/right sides of each of which has a track corresponding to the two guide grooves' so that the bottom of the age-frequency (four) support table is forward/backward along the 帛-direction mobile. I, for example, please refer to the 18th or 19th (4) full-time, in which at least two cards with opposite core edges are provided at the front vertical surface of the operating surface structure of at least two cards of the front side of the displacement block. At least two hook grooves of the hook, ^ are combined with each other. The top displacement block and the electronic device are electrically connected to the electronic device. The portable file holder described in the second scope of the patent scope 'the operating surface structure of the device can be the base surface of the notebook computer. The portable file holder of claim 15, wherein the external plug-in can be a pen (four) computer, and the illuminating device is embedded or suspended, and is disposed at the top of the screen frame of the notebook computer. Or if you apply for a patent _ 15th _ 架 本 纟 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 搞 揭 揭 揭The portable document holder of claim 15 is characterized in that the first and second extension arms are respectively geometrically complementary and a concave extension arm and have three behind the frame. A horizontal chute for the type and the concave extension arm to slide and expand toward the second horizontal direction for placing different sizes of the document to be photographed. I. For example, the fourth telescopic mechanism has a third extension arm disposed at a top of the frame body so as to extend the orientation space of the frame body toward the vertical direction. , for placing different sizes of documents to be taken. %, as in the portable document holder described in item 25 of the patent (4), (1) the top of the core = two has a joint with the third extension arm - the towing machine is carried out for the second extension arm - counterclockwise Inserting the rotating body into the accommodating space in the vertical direction, and when the third extending arm is in the dragging action of the hour hand, the third extending arm can be stored in the frame after the frame &quot; And (4) the portable file holder of (10), wherein the axis level ^, respectively refers to the χ 与 and γ directions in the right angle seat (4), and the vertical direction refers to the 2-axis 直 in the rectangular coordinate system For example, the 25th second telescopic mechanism included in the patent scope is included in the three extensions, the frame containing the protrusion structure, and the arm end of the effectively limited one is a different size of the document to be photographed. The 31 201006686 accommodating space. 29. A portable file holder comprising: a support body; a frame body pivotally connected to the bottom body body for performing a forward/counterclockwise extreme rotation action, and Provided in the electronic device - forming a shooting angle between the lens modules Department; The first and second extensions f are respectively disposed on the left/right sides of the frame to extend the accommodation space of the frame toward the first horizontal direction; and the third extension arm is disposed on the frame The top of the frame is such that the housing space of the frame expands in a vertical direction. 30. The portable document holder of claim 29, wherein the i-body has a telescopic mechanism that is movable forward/backward in a -first-horizontal direction. The portable document holder of claim 30, wherein the support system is a floor platform, and the telescopic mechanism comprises: two protrusions formed at the bottom of the cutting platform; and at least The two grooves are formed in the electric circuit m corresponding to the protrusions of the sub-devices for the at least two convex portions to be embedded therein; the _ ♦ ♦ (4) is greater than the charm and the two convex portions, to m Supporting thousands of units can be made along this first level. Xuan 32, such as Shen n ° line forward / backward movement. For example, the operation of the electronic device according to item 3 of the U patent scope &lt; material phase, wherein the structure. #作表面结构系 can be the base surface of a notebook computer 32 201006686 33, such as the full-time 3G rhyme can be broadcasted, the support system is - branch platform 'and the telescopic mechanism The method includes: a second opening σρ, which is raised at a center of a front side of the support platform, and each of the left/right sides of the hollow opening has a guiding groove; and a displacement block having a phase on each of the left/right sides Corresponding to the two guide rails of the two guiding grooves, the displacement block can move forward/backward along the first horizontal direction in the hollow opening σ portion. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; a right side; and a displacement block having two guide rails corresponding to the two guide grooves on the left/right sides, so that the displacement block can be oriented along the __ horizontal direction at the bottom of the continuation platform Move forward/backward. The portable document shelf of the third or the fifth aspect of the patent, wherein at least two card fishing is provided on the front side vertical surface of the displacement block, and the front side of the operating surface structure of the electronic device At least two hook grooves corresponding to the two hooks are provided at the vertical surface for the displacement block to be coupled to the electronic device. %, such as the portable file holder of the middle material (4) 35 items, wherein the operating surface structure of the electronic device can be the base surface structure of the notebook computer. 37. The portable file holder of claim 29, wherein the electronic device is a notebook computer, and the mirror group can be embedded or 33 201006686 plug-in mode, and is set in the notebook type. At the top of the computer's camp. The portable document holder of item 29, wherein: the center has a - card slot for placing a document to be photographed approximately equal to the size of the card. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; There are three horizontal chutes behind the frame for the f-type extension arm to slide and expand toward the second horizontal direction for placing different sizes of the document to be photographed. 4, the top of the portable type described in the patent _29 has a third extension that can be combined with the third extension - the second extension arm performs - counterclockwise M rotation The frame body is disposed in the vertical direction, and when the frame of the hour hand is rotated, the third extension arm can be received in the portable file of the second item 41; The frame, which is the same as the first-horizon direction, is divided into the straight X-ray (four) towel X and Y = flat direction 'and the straight direction refers to the z-axis in the right-angle wire system is 42, as in the patent scope 29 The portable file shelf of the present invention, wherein the arm end of any one of the extension arms can include a protruding structure for constraining the (4) files of different sizes in the accommodating space. 34