TW507156B - Picture changer with recording and playback capability - Google Patents

Abstract

A display apparatus (18) capable of sequentially displaying a plurality of annotated image prints (36), each image print having encoded audio data (54) made integral to its back surface (46), thereby providing a convenient way to both display image prints and play back audio data associated with image prints. In one aspect of the present invention, the display apparatus (18) also records audio data for a plurality of image prints and provides a handwritten means to electronically associate a particular image print with its respective audio recording.

Description

V. Description of the invention (1) [Background of the invention] * Mingΐ is used to display the image picture (image prin) and the recording and playback annotations ^ m The picture is combined into a body where 'The annotation system is used for image description The ΪH solution system is used to add supplementary information about image discs, and the social solution can be widely used or provided for future reference. For example, &, in the image picture. For example, ancient times, in the photoshoot w In the realm of questioning, in the realm of photography, you can then play back your own voice. The ancient master m has fun and surrounds the photo. In the realm ... the postcard with the voice narration can be used as a travel guide for the place, and As a later preservation .:] Picture cards can narrate their story sentences. It provides a fun way for children to learn reading skills. 立 立 已有 有人 ^ 过 various # Try to comment on the traditional phase> 5 Zhi = and playback ° _ Multi-Known Technical References teach us to use—Ϊ Separate storage media (such as magnetic disks, zirconia tapes, electronic memory components, and pieces) to retain sound information. Then, make the sound through the design Capital Information and logic are logically combined. Defect = Sound storage media M may become content by processing. Storage media are also susceptible to the shadow of physical loss, destruction, or washing. ^ Technical references teach us to combine sound information with Video ^ yu, he white. This method can eliminate the separation of image and sound information

-5-Description of the invention (2) Insurance 'and it is the subject of the following discussion. ^ In this method, various methods for integrating magnetic, semiconductor, and optical memory containing sound data 511 and video images can be found in the conventional technology. There are some conventional technical references in fwai ’that teach us to use optical coding directly on the media without the need for a separate 〆 storage device. Some conventional techniques for disclosing magnetic storage methods are described below: In U.S. Patent No. 4,270,854 (issued on June 2, 1981, et al.), By loading photos into the camera after they are withdrawn No .: Aid the slot, and then record the sound on a magnetic strip integrated with the edge of the photo to record the sound in an instant print. The disclosed method for playback is achieved only with a camera. Similarly, in U.S. Patent No. 4,905,029, issued to KeUy), sound is recorded by using a magnetic stripe that is available on the 27th or that is detachable for future joining. And become ::: store empty I and it is difficult to read the machine when viewing photos. This system is susceptible to the use of magnetic heads. The US patent No. 5,92〇, 737 (in the 1,999 car Marzen et al.) Disclosed a recording / attachment level on July 6th. The structure of the (rec〇rding / applicatοr) machine, the complex = ;, automatically attach the tape tape of the recording; the film is placed on the attached all of these magnetic recording media are human. Unfortunately, the material is inherently damaged over time. Yi Ke'an contains references to magnetic recording materials such as the disclosure of other known techniques of semiconductor memory methods 507156 V. Description of the invention (3): US Patent No. 5, 365, 686 (on November 22, 994 (Issued to Scott), revealing a U-shaped plastic sleeve for containing photos, the sleeve contains the integrated IC § memory chip, in which sound data can be recorded in the memory chip, and the sound data can be recorded from the memory Obtained in the wafer. The sleeve can be "inserted" into the player to make electrical contact with the player. This system has the disadvantage of increasing the cost and size of the image. Also, U.S. Patent No. 5,878,292 (issued to Beli et al. On March 2, 999) discloses a method for making audio-visual photos, whereby the X-rays of the image map are adhered to a device containing a sound storage (for example, EpROM or 肫 "⑽) 's photo when a & video image is inserted into the player, it is in contact with the player: Play! 1 sexual contact' to play back the messages stored in the integrated sound storage. Bottom material • "weight" is added to the photo: = = several people and § 'This method of increasing weight can be unpopular: Other-some other known technical references that disclose optical methods such as this camera system It is equipped with a detachable dagger: scan the bar code on the edge of the photo to play the sound along the bar code reader. This system provides a limited amount of recording. The recorded voice or, US Patent No. 5,276,472 ( Issued on 1 994

-Meigu 983 and '996 disclose a camera with a film edge. Yuki Kazuki optically recorded sound data on 、, 荖 麻 麻 507156

Similarly, U.S. Patent No. 6,094,279 (issued to Soscia on April 25, 2000) discloses a technique for printing an invisible code on a photo moon to record sound information. Stealth image by photo emulsion ^ Kun image

P.8 The invention has a beautiful appearance, and can be used to produce coded information by using a member image, (5) printing, or other printing methods. This method requires the question 'Must choose: used to avoid poor interactive text', but it is difficult to apply to the small selection of precious photos. This risk may still not be solved to combine sound and other information with misfortune. The thing is, as mentioned above, every disadvantage. Raw. Mouth ink printing, thermal pigment transfer line is a one-dimensional or two-dimensional array: on the photo side, and in order to avoid production; materials (including materials in the photo layer) are used. This is an accessible photo for new photos. For most people, amendments are accepted even if the chance of damage or loss is accepted. In light of the above description, it is clear that the need for combining geo-photographic images does exist. One of the aforementioned systems has one or more [Summary of the Invention] In other words, the main purpose of the present invention is to overcome the above-mentioned disadvantages by providing a π 1X7 generation of savvy encoding equipment and methods to solve the above-mentioned shortcomings: The second solution can be integrated with new and existing video images, and & for: make the note display and play back a plurality of such annotated video images ^: a kind of device.钃 ▼ Self-sufficiency

A few advantageous features of the preferred embodiment of the present invention are listed as follows: (a) The equipment and method for annotating photos are compatible with both the following photos; and (b) for annotating photos The equipment and methods provide and relative annotations to prevent the annotations from detaching from the photos; ~ (C) The equipment and methods of annotating photos ...

507156 V. Description of the invention (6) ---- The obstruction marks on the image surface of the photo can be enjoyed by the members; ^ M ^ (d) The annotations used to annotate the photos and equipment and methods will be related to: The film copy will remain the same for a long time. It will be greatly changed with use or over time, and it will not be accidentally erased. (E) The annotations on the photos are played back through non-contact equipment, which can avoid the photos. Or the nature of the annotation is degraded; (f) For audio annotations on photos, this setting has a recording time of at least 10 seconds; Let each photo have _ (g) This device saves multiple photos, and this setting T Each photo will be displayed continuously, while playing back the solution with the special user to improve the visual enjoyment of each photo; ",, month-related notes (h) \ Notes for playback of the notes on the photos are possible The device is equipped with a reliable battery and works with the battery; (i) This device contains a recording device corresponding to the photo. The recorded annotations are stored on the device along with the corresponding photo. To save and store the components; components; τ disassembly (K) This method and equipment includes a device that allows ordinary users to annotate photos at home in the case of complicated equipment. (1) This method and equipment includes a device for taking human photos; Poor annotations (η) This method and device includes a device by which the annotations on the photographs can be played back even when the photographs are loaded;

507156

The integration (:) second set / system can generate synthetic speech, thereby allowing playback of annotations containing audio messages longer than digital daggers + (+); (P) This device is capable of transmitting annotation data to external devices; (Q ) This device can further interact with the use of the touch screen; and CO this device can also display information to the user electronically. Further advantages of the preferred embodiment of the present invention are as follows: (a) A system compatible with commercially available image and picture devices can be provided, thereby eliminating the need to develop and manufacture special printing machines; (b) The equipment used to display photos and play back the annotations on those photos is durable and reliable; " ^ (c) The equipment used to annotate photos and play back the annotations can be made at low cost, so it can be sold at low prices, making the average consumer There is 1 power to purchase this photo annotation and display device economically. ^ Other objects and advantages of the present invention will be described by the following description and drawings.

More clearly 'The preferred embodiment of the present invention is clearly described and shown in the description and drawings. X [Glossary] The following are definitions of terms used in the following descriptions and help to understand the applicant's invention. Image picture (IMAGE PRINT) ·· The most common type is a photo, but it can also be any printed sheet that can perceive visual images, such as ~ ming "′ F \, 507156

V. Description of the invention (8) Art postcards, flash cards, pictures, pictorial characters, etc. Annotation (ANNOTATION): Information about the image. Annotations can contain human-readable information and machine-readable data. Human-readable information can include text, handwriting, drawings, and more. The readable data recorded in the storage device can include sound data, machine data, text data, etc. The sound data may include human speech, sound, singing, music, animal noise, synthesized speech, synthesized sound, and so on. Machine data can include binary data, machine instructions, and so on. Audio data (AUDIO DATA): Audio data that is digitized and compressed for digital storage and transmission. Encoded data (ENCODED DATA) ·· Machine-readable data presented as two-dimensional symbols and printed on a sheet. 'The following description of the embodiment of the present invention refers to various conventions, such as "top", "bottom", "upper", "lower", "below", "below" and so on. These descriptive words are provided for reference only and should not be limited to the descriptions given here. Although the present invention uses photographs to represent photographs, and annotations to represent human speech or sound, we should understand that other types of photographs and annotations defined by the vocabulary herein can also be applied to the present invention. [Description of the preferred embodiment] Explanation of the first preferred embodiment-Figs. 1 to 6 The following describes the first preferred embodiment of the present invention in detail with reference to Figs. 1 to 6. This will help me understand and explain in more detail. Other preferred implementations

Page 12 507156

Example 0 Refer to Figure 1 and show that borrowing 1a—the person stops at the door. The 18 contains two main parts: a picture holder fKprint holder) 2l disc batch method 丨 丨 9 9 doors made of transparent plastic material The long 2 drawer 4 'frame housing 20 has an observation window hole 26 that can be moved by two people Jr plus μM, and the sliding drawer 24 is within :: ί: ΐ0. The sliding drawer 24 is preferably a single-piece bottom plate 32 having a drawer-like structure, two 两 28 and 28, and a separating lever 41 (shown in Fig. 3). Sliding pumps 2 and 4 can be slid along the direction of arrow 5 〇 2〇 φ ^ ^ MQ / I ^ The direction of the dead body 77 is engaged with the frame shell and miscellaneous quotations. The α movable drawer 24 can be pulled out of the frame housing 20 for a distance defined by a stopper member (not shown) on the separation lever 41 and a complementary stopper member (not shown) on the fish frame :: body 20. The sliding window 丄 t is designed to be accommodated and supported to be placed therein for observation through: the hole 26 displays a stack of image pictures 36. The observation window "is made of plastic material, and is manufactured to the size that can be drawn from this: about the frame housing 2. The structure of the sliding drawer" 1 ,,, Tian, is explained in more detail in U.S. Patent No. 4,939,86 is published as m. Ackeret and assigned to Ucinvist, ag), which is incorporated herein by reference. The controller 23 includes a controller housing 22 and parts contained therein. The speaker 38 is attached to the outside of the controller case 22: 40. The controller case 22 is attached to the bottom of the frame case 20. It is preferable that both the frame year 2 and the controller housing 22 are formed by injection molding plastic. Body 20 Figure 2 A is a bottom view of the display device 18, which shows the control writing 2 3 ^ controller housing 22, S-slice accommodation portion 21, frame housing 20, in a fully closed position

507156 V. Description of the invention (10) The sliding drawer 24 and the slot 34 in the frame housing 20. FIG. 2B shows the display device 18 of 2A, in which the controller housing 22 is separated to expose the optically-related components 2 therein. The photon contained in the controller housing 22 includes an image sensor 58, a mirror 56 'fixed to a predetermined angle and a window 52, and a February 59_ located at the edge of the scanning window 52. The same illumination at the opposite edge of the scanning window 52 = (not shown) for simplicity. The image sensor 58 includes a solid-state sensor and two pre-f lenses to achieve focusing along the optical paths # 60 and 61. ^ Material data ^ Consistent view of the entire image. Reflector 56 is a front or second facet type to minimize light loss and double refraction. Illuminator 59 package 1 = Light-emitting diodes (LEDs) installed very close to each other, can not evenly spoon the spoon, "the bright side projected on the bottom 46 of the image picture 48 (see Figure 3): Code 54 on. In addition, the illuminator 59 may be other light-emitting devices capable of illuminating coded data. A drawer switch 42 is also provided to sense the opening and closing of the sliding drawer 24. ^ Mirror 5 6 is used to make the display device! 8 The shape or thickness is maintained the most: shooting allows me to easily hold the display device 18 with one hand. In: There is 52 !: "In the case of 'the image sensor 58 must be placed directly on the scan Ϊ« 52 behind-the segment is equal to the distance of the optical drive test, 61. Reach = Tian Guzhong alternative device is at the scan window 5 2 Directly use linear / ^ on the top, structure (not shown) 'to perform the function of image scanning. This = scan: trace: The structure can be based on the same original :: movement as the desktop platform scanner Device (CCD) sensor or contact image sensor

Page 14 507156

The rack is fixed (not shown) to the sliding drawer 24, so that when the user pulls out the drawer, the movement of the linear translational movement required for scanning needs to be motorized. These scanning technologies are familiar to the person skilled in the art. Known. In yet another alternative, the image sensor: Uses a wide-angle lens (not shown) and is located quite close: Borrowing two angles "will cause spherical distortion, however, # by appropriate use of well-known algorithms, This distortion can be corrected. Thousands

FIG. 3 is a cross-sectional view of the display device 18 along line 3-3 in FIG. 2A. In this downward facing view, the sliding drawer 24 is fully engaged within the frame case 20. When in this position, the innermost divider lever 41 forming the drawer-like structure is engaged with the activation lever 43 of the drawer switch 42. The starting lever 43 is elastically opposed to the separation lever 41 in the direction shown by the arrow 44. As shown in ^ 3, in a state where the sliding drawer 24 is fully engaged within the frame housing 20, the drawer switch 42 is electrically disconnected. When the sliding drawer 24 is separated from the frame case 20 as shown in the figure, the drawer switch 42 is electrically turned on or activated. This stack of video images 3 6 is loaded in a sliding drawer 2 4. Topmost image Picture 49 is visible through the viewing window 26. The coded data 5 4 printed on the bottom image 4 8 on the back 4 6 is exposed to the mirror 56 through the opening 33 in the bottom plate 32 of the sliding drawer 24 and through the scanning window 52. The controller case 22 mounted to the bottom surface of the frame case 20 supports the front surface mirror 56 at a predetermined angle. In a nutshell, 'the optical element described here allows the image of the coded data 54 to travel along the optical paths 60, 61, first through the opening 32 of the bottom plate 32 of the sliding drawer 24', then through the scanning window 52, and then, reflected off the front surface

Page 15 V. Description of Invention (12)

Reflector 5 6, | M ^ A —The back-illuminated image is on the image sensor 5 8. Readable: 4 staff is no less than the exemplified mark on the back 46 of your image. Human ^ gw ^ ° 6 and encoded data 54 containing sound data, the actual f # 2 phase of each image picture 36 = = material 54 is located on the image picture, and when the image picture scan window M > At the bottom of ^, the encoded data 54 will be substantially located at t β. ^, And the sliding drawer 24 is fully engaged with the frame shell = Once the format of the horse data 54 can be a two-dimensional code with a stored digital human language: t 里仁 何, which will be described in more detail below. In the best case of October, the encoding format is the PaperDisW format sold by Cobblestone Software Co., Lexington, Massachusetts (MaSSaChUSetts). An example of the PaperDiskTM encoding format is shown in the encoded data 54 of FIG. In addition, two-dimensional high-density barcode formats can also be used, such as the kkc code, SuperCode, Data Matrix, and ⑽ code, which are traditionally familiar to those skilled in the art. A guaran 'encoding data 5 4 retains at least 2000 bytes, preferably at least about 4,000 bytes, and more preferably at least about 6,000 bytes Information. The imprinting process can be completed by the user using a computer, printer, and predetermined software in their own house, or by a photo finishing studio as a step in the photo refining process. The coded data 54 is integrated with the back surface 46 by the following methods: ··· Directly printed on the back surface 46 of the image by a printing device (not shown), or by first printing on an adhesive label (not shown) Display), and then fixed to the back of the image picture 4 6. Furthermore, the coded data μ need not be visible to the naked eye

507156 V. Description of Invention (13) See or identify. The coded data 54 can be printed with ink or pigments within or outside the visible wavelength range, where the visible wavelength is about 400 to about 700 nm. In this case, the image sensor 58 will need to respond to the selected wavelength and must select the illuminator 59 to excite the corresponding wavelength. A figure 5 shows the main electrical components of the controller "contained in the controller housing 22: the power supply section in the form of a battery 82 provides all power to the controller 23. The processor 72 coordinates the scanning of the audio data, The overall task of decoding and playback. The good case is that the processor 72 is a low-cost 8-bit or 16-bit microprocessor, and the better case is the 80C51 family manufactured by * Intei and other companies. One of them or a derivative thereof. The drawer switch 42 arranged to sense the opening and closing of the sliding drawer 24 is interactively connected. The controller 72 is used as a boot and startup number transmitted to the processor 72 when it is started. Although not activating the drawer switch 42 does not return the processor 72 to the shutdown mode, any restart of the drawer switch 42 when the processor 72 is powered on does indeed force the processor 72 to start from scratch. The non-volatile memory 74 acts as A medium for saving materials when the processor 72 becomes the shutdown mode. Two discrete memory areas are logically deployed in the non-volatile memory 74 to retain the two audio-visual related images: audio data : Area B (not shown) is used to retain the sound data related to the current bottom image picture 48 (see Figure 3), and area τ (not shown) is used to retain the current top image picture 49 (see Figure 3) Relevant sounds and data. The top-most image 49 is a visible piece that can be seen in the observation window 26. Random access§ The memory 76 provides temporary working memory for the processor 72. No Like non-volatile memory 74, random access memory 76

507156 V. Description of the invention 〇〇 The content will be erased when the processor 72 is turned off (ROM) 77 is stored for the virtual detective cry 79 batches > Jiji body Machine code routines executed by sister Qi, such as algorithms for decoding encoded data 5 4. With (LEDf, Ming:! 9 packs-including-row of light-emitting diodes that are fairly close to each other. This plays the role of uniform lighting of the shell code lean material 54. Under control, the 'lighter 59' is attached to The image sensor 58 is activated when the image of the encoded data 54 is traced through the scanning window 52. The processor ^ turns off the photo when not in use to save the power of the battery 82. Also, the illumination% = so that the encoded data 54 can be illuminated Any other light-emitting device. The image 58 includes a solid-state sensor and a predetermined lens to obtain focus, and a substantially full-image view of the encoded data 54 along the light path 60, 6 丨. In the best case, the solid-state sensor 0V7U0 sensor manufactured by OmniVidon TeChn0gies & Company of Sunnyvale, CA in the United States. 0V711 0 is a low cost digital output line with digital output lines that allow direct external access to image data Color single-chip CMOS sensor with 644X 484 resolution, when the processor 72 decodes the encoded data 54, the scanned image of the encoded data 54 from the image detector 58 is stored in random access memory? 0-digit roar A DSP (coder / decoder) 8 includes a CODEC (encoder / decoder) for compressing and decompressing sound, and an analog-to-digital / digital-to-analog (A / DD / A) converter. The best case is CoDEC is based on the chipset solution of Cybit ASC101A low-rate voice encoder, and this voice encoder is based on ASM100 Voc〇der M made by Rockvi lle, MD iCybernetics ^ InfoTech Corporation of the United States Implemented in dule.

Page 18 507156 V. Description of the invention (15) Cybit ASC1001A has the characteristics of a measurable sound data rate with high compression from 0.9 kilobits per second to 28 kilobits per second. According to health standards, these are very low sound bit rates. For example, the telephone quality CDdec generally operates at 8000 samples per second at 8 bit resolution (equivalent to a sound bit TL rate of 64 kb 7L per second). As the reader will understand, lower sound bit rates mean lower sound quality. However, under the condition of 20 kilobits per second, ASC101A can still achieve a high communication quality with Mean Opinion Score (MOS) 3.2. Average opinion Developed in the communications industry to determine the general rate or quality of a sound communication system or product. The evaluator uses five rated scales (which have scores assigned to each level) to evaluate the overall quality of speech / sound sampling as follows. Poor; and 1 — Poor 5-Superior; 4-Good; 3-Reasonable; 2 The A / DD / A converter is a conventionally known TLC320AD50 chip or its equivalent. Decompression infusion and bite *: 1 instrument Yue Men Yue f & thin sound data Sun M is converted by D / A converter to represent the original sound, such as Yu Gu, you thou Jingdou Cheek ratio ##. Of course, these analog signals travel to the sound amplifier 78 for amplification, and are connected to the * and θ loudspeakers 38 for sound reproduction. These two devices are all integrated in the 7th sentence. I should be able to clearly understand other devices that are also sound data from these explanations: for example, in addition to the traditional: decompressing many other multiple IC component design alternatives, such as the known TMS320C54X digital signal processor Xuanzhou Instrument Road (IC) chips are also useful. I should understand this hope ", basket 1: u spear chip I and Xi Ding a dagger can also be customized large-scale integrated circuit (LSI) type into the w Λ moon dagger. In addition, it is also possible to use the teaching program 0a ^ to enter a single crystal f human body algorithm to complete

507156 V. Description of the invention (16) Realize compression / decompression of sound. The picture accommodating unit 21 and the controller 23 have been explained. The factors that affect the sound data capacity are the resolution of the J-Sensor 58, the overhead of the digital signal processor 80, and the sound data rate. ΛΠ 接 贤

484 Gold WWVt Referenced Better Image Sensor 58 Pen 5 = carry value 'can theoretically be decoded from image sensor 58 = 枓 max: 篁 is 311, 696 bits, or 38 962 bytes. Real = upper,' Mother's code H must accommodate Many real-world articles, and also published its own overhead costs for identification and decoding. Second: This idealized capacity will not be obtained. By using the better PaperDisP encoding format mentioned earlier, it is reduced One of the theoretically largest capacities is: U) Distortion and inaccuracy produced by the optical components and image sensors of the described system; (b) Coded data 54 and image sensors i ΐ Ϊ 野 Ff Misalignment; (C) Mapping of data features to image sensor pixels will produce quantization errors, the more misalignment becomes more serious; (d) Indirect costs of the built-in error correction code (ECj), in order to damage the coded data 54 in appearance (E) indirect costs of identifying marks in the encoding format to assist decoding and many more. In fact, the net combined effect of these factors reduces the theoretical capacity by a factor of about 10. Therefore, the maximum capacity of 38,962 bytes is equivalent to the actual maximum capacity of almost 3,896 bytes. This capacity means that I can use the aforementioned image sensor 58 and

Page 20 V. Description of Invention (17)

PaperDi sk TM encoding format is encoded on the back of the image picture. Based on the data capacity of 3,896 bytes, the relationship between the sound rate and the recording time by using the previously mentioned preferred digital signal processor 80 is shown. '^ Table 1 The battle of the time gates that I wanted to record. The ancient battles were fought by the younger brother Tian 9 η 1 The speed of the sound in the south.啬 林 αα y uses 2 · 0 thousand bits / time thousand dare to blame the seven blame and eight narratives, the name is _ shell material rate (with 3 2 nights, 1 number of swords), or higher sound resources, pages d · $ 2 is at least + 77 A. It means that the rate of the bee needle is 15 seconds and the length of the voice message is 15 seconds. Birth mother and even longer recording time can be transmitted through the sound meter 1. The sound data rate sound data rate recording time 0.9 kbit / s " ~ 1 ~ —- — «~ 34 seconds 1 · 〇kbit / 31 seconds 1 · 4kbits / second 22 seconds 1 · 8kbits / second Π seconds 2 · 0kbits / second 15 seconds 2 · 4kbits / second 1 3 seconds 2 · 8kbits / Sec ------ ~ _ 11 seconds as described in Table 1, • ------------ If you wish, there is a trade-off between 1 time. Let's talk more about day + station . In the best case, "and recording will be obtained by moving the selector yes, which will average the quality

JU / IDO

Obtain, for example, (a) full use of loyalty-true; (b) use of better quality & ^ to increase accuracy and reduce speechlessness, use the view 768 book; 2 = image sensor, for example and The above-mentioned better image sensor 58 has two and a half times the sound / more than the characteristics of the pen data, in order to use the color Maidan 彡 后 ㈤ I said # 里, (C) use each color with different colors = add data The capacity "e) is coded in multiple phases: Becox 54 increases the capacity of the coded data in essence, and uses multiple coding for the two wavelengths, so that the other one is edited A; into = Make: the edited data become red 5 | Ci ^ Vh ^ > is, and is colored, and uses a suitable Jing wave device U to continue to take the mother of a coded data, the code of the field and filter of the field; (G) #, /, other C_c with higher density shrinkage. It is used in thinner s, etc. It has higher pressure. The first is better. First, the picture is stored in the sliding wall 30, and each code in the Ming is 54. 50 0 Through the placement portion 21, the embodiment in the drawer 24 will refer to 28 images in the side wall of the placement portion 21. Then the slot 34 is used to match this overlay image 1 3 to 3 are used for this purpose, and the back of the stack of 32 pictures is equipped with a shadow and pushed into the frame to follow in the viewing picture 3 6 1 ~ Figures 1 to 6 The picture accommodation section 2 1 is arranged vertically This video image 3 6 is received, and the surface of the separation lever 41 4 6 is stamped with a sliding frame housing 20 with a substitute image 36. At this time, the window hole 26 is operated one after the other. Stack the image to slide Draw support. The fake watch human language drawer 24 has been prepared to display the first guide 36 and the drawer 24. The editor of this book according to the arrow picture can be drawn as follows:

V. Description of the invention (19) When the sliding drawer 24 is disengaged or is stopped by the previously described stopper member (the casing is not taken away from the frame 20, until it stops by the image picture 48 at the bottom, will not stop At the time, the stack 36 is most separated. The separated image; the person and the rest of the stack 36 are guided to the viewing window 26 (its / ', is / / within the frame-like body, and is centered for display) , While the 0 piece is located in the observation window hole 26, which is held by the sliding pull; the pile / zoom 36 part of the ^ part is kept intact or the drawer 24 is engaged or pushed back to the frame shell 2 knifes 0 arrows f ° Will slide ,: the upper end, and the display photo is still located at two: of: 分离: two of the sliding drawer 24 within 2 ° of the frame shell, and then the slide frame 20 is completely slid back to the frame shell: The picture is based on the bottom end of stack 36 moving back to the top of the stack. For the sake of simplicity, from now on, the action of sliding out the sliding drawer 24 body to be stopped by the stop member is completely "pulled out". 4Push in; the action of the frame housing 20 until it is fully engaged is indicated by Yuan Wang's push in, and the sequential combination of the two actions is Expressed as "pull-in / pull-in." Additional details regarding the construction of the illustrated device, especially the construction of the photo-advance feature of the separation and valley device, are described in more detail in a previous reference: US Patent No. Gazette No. 4,939,860, issued to P. Ackeret on July 10, 1990 and transferred to Licinvist, AG. The above-mentioned and picture-receiving unit 21 with more details in the patent of the cross reference material, provided It is a convenient device for containing a stack of video pictures and for successively pushing forward the invention description (20). In: Observing each photo in the stack. However, I should understand from the following discussion, The present invention can replace the above-mentioned structure with other devices capable of containing and advancing.-The nephew will refer to Figs. 1 to 6 (especially the logic flow chart of Fig. 6) to explain the entire operation. All the memories mentioned in Fig. 6 The area is in the non-volatile memory 74, so the power off does not cause the manager to be in the shutdown mode to save the battery 82. When using i. 2 = 772 wait for the sliding drawer 24 to close again so that Drawer open 42 Washing dry: 2 Measure the length of the drawer switch 42 and the time when it is activated, and Mu An ^ 1: In the moon, playback and display of the image in the observation window 26 = data; Second, advance the image picture%, connect the window hole The sound data of the image picture 49 under 26. The audio data user only needs the sound drawer switch 42 related to the image picture 49 of Qiu, and then immediately pushing 1 is enough to start the design of the part 21 itself. This kind of sliding door = Errong activated the drawer switch 42 at the moment (the opening and closing of the knife only did not cause the image to enter the M state before less than 1 second), so in order to promote the image and play back the image 49 Sound data, so that the page does not pull out / push in the observation window M. Advancing the image picture: The complete U of the sliding drawer 24 is the complete pull-out / push-in action 507156 V. Description of the invention (21) The operation, in essence, takes more time than the above part of the sliding drawer 24. Come longer, preferably longer than 1 second. First of all, during the part of the sliding drawer 24 moving in and out, the roll from the 日 日 日 ea field? Tian Yan: When the switch 42 is activated for less than 1 second, the processor 72 checks whether the area T in the non-volatile memory 74 has sound data corresponding to the topmost image picture 49 under the observation window 26. If the sound data exists, the processor π sends the sound data to the digital signal processor 80 for sound playback. If no information is found, no task will be performed. ^ Up. In either case ', once completed, the processor 72 will be in shutdown mode: L. Second, when drawer switch 42 is activated for 1 second or longer while sliding drawer 24 fully turned ψ / her, and bottom of stack 36 When the shadow 1 f of the camera moves to become a stack 36 under the observation window 26, the processor 72 will find the 1 of the 1 found in the area B: image 49 and its associated sound data: the second image , Always from the bottom of the image picture 48 2 :: due to the shirt image sensor 58 image picture 49 series ::: ☆ tracing coded data 54, the top of the when the image picture = no: observation window 26 The following images, so, every time you move to the area T to maintain the same :. The processor J2 must move the sound data from area B ^ ^ ^ ^ ^ ^ ^ ^ ^ 1159} = scan. The video of the encoded data 54 of the scanned image 2 ^ is stored in the area β; this sound T is decoded, and the synthesized sound data is because it belongs to the bottom of the stack, or it will be played back immediately, this is 507156

V. Description of the invention (22) The device 72 checks whether the area T is currently under the observation window, and there is a voice of the top image. If sound data is found in the area τ, the processor 72 sends its # to the digital signal processor 80 for sound playback. If not, the task will not be executed. In either case, once completed, the processor 72 will be put into shutdown mode.

In the above description, the operation mode is determined by the length of time that the drawer switch 42 is activated. Also, a second switch (not shown) located on the stop member (mentioned below but not shown) can be used. Such a second switch is activated only when the sliding drawer 24 is separated from the frame case 20. The activation of both the second switch and the drawer switch 42 will indicate that the user has advanced to the next image picture. Other methods of sensing operation modes can also be used. These methods include, but are not limited to, optics, magnetism, sound recognition, and so on. Figure 6 illustrates the playback of audio data that has been encoded on the back 46 of the video image. Next, the recording and the steps for printing the encoded data 54 on the image will be explained. The additional equipment and software required for the following steps will be explained but not shown in the figure. ^ For recording, a computer with a microphone, a printer, and scheduled recording and encoding software will be required. Recording software is best based on the previously mentioned

The sound compression algorithms from Rockville, USA, Cybernet ics Inf oTech, MD. Cybernet ics offers this algorithm in ANSI C code, 16-bit fixed point C code, or Windows 95 / NT DLL (Dynamic Link Database). In the best case, the recording software automatically selects the highest sound data rate to match the duration of a particular recording, thereby optimizing the sound quality. Coded sound data is best based on

507156 V. Description of the Invention (23) PaperDiskTM software of Cobblestone Software Company of Lexington, Massachusetts, Massachusetts. PaperDiskTM software is for PC compatible 386 or above Windows 3.1 or Windows 95. As previously explained with respect to FIG. 4, the imprinting process can be achieved by a user using a computer, a printer, and predetermined software, or by the photo-printing processing steps of a photo-printing studio. If the imprint is done by the user, the brief steps for each image picture using the predetermined software are as follows: (a) enter any text information desired on the image picture into the computer; (b) record via a computer microphone The desired sound message of the image picture; (c) Place the corresponding image picture on the printer and start printing to print the coded data 54 on its back. Figure 4 shows an example of a typical output +. The action directly imprinted on the back surface 46 of the image is by using a resin ink thermal transfer printing technology (for example, manufactured by San Electric Co., Ltd. of Alps Electric (USA), Inc. "M1CrODry (TM) MD- 2010 printer). An alternative method is that the coded data 54 can be printed on an adhesive label with # φ connected to an ink printer first. Shoot the printer or spray the back 46 of the image. ..... Later, the label can be fixed to the photo. If you want to complete the printing by the steps of the photo printing studio and the taxi, the photo printing job officer: two photo printing processing forms can be read by humans. The information and sound data, and the moral and the user should be transmitted on behalf of the user. In short, the steps are as follows: text information is input into the computer; (b) through any field microphone required by Mai Xiangjin 4

Page 27

Dumb

V. Description of the invention (24) = Audio messages are recorded in the computer; (c) Each sub-data, sound data, and image data unique to each image are transmitted to the photo print job. 2. This information may be physically used through the use of traditional storage media (such as magnetic media, optical media, solid-state memory devices, etc.), or electronically, via email, FTP, or the Internet, etc. transmission. The method of using such imprinted data 54 is particularly suitable for taking pictures with a digital camera. When providing such imprinting services to customers, photo printing requires only a little equipment or software.

Description of another comparative embodiment-FIGS. 7 to 10 Now, another preferred embodiment of the present invention will be described in detail. In this way, the preferred embodiment combines all the functions of the first preferred embodiment, plus the additional function of recording using the display device 18, the additional function of making the recording associated with the image, and the function of converting the sound The data is transferred to an external device to imprint the additional functions of the encoded data 54. FIG. 7 shows the above-mentioned additional components mounted to the external support surface 40 of the controller housing 22, namely, a microphone 90, a recording switch 92 for starting recording, and a transceiver for wireless communication with an external device (not shown) Device 94, and a data connector 96 for wired communication with an external device (not shown). The transceiver 94 preferably utilizes industry standard IrDA (Infrared Data Association) serial protocol technology. The data connector 96 preferably provides a wired connection to an external device via a serial interface. Fig. 8 shows an exemplary configuration of the back side 46 of the image picture, which shows the first step in the annotation procedure of this still another preferred embodiment. User

Page 28 507156 Description of the invention (25) __ Cai Yue's unique image identification mark ("PD") 丨 〇 〇 is on the back 46 of the second. In the best case, PID 100 is limited to the number of three-character characters written for decoding by the image processor 72. When the image of Germany and the lighter is located at the bottom of the sliding drawer 24, the 1st series and 24th series are fully integrated within the frame housing 20, piI) and π is moved to the back of the shirt image 46 The upper part is substantially located in the scanning window 52: it is set. Because PID 100 is only temporarily associated with the corresponding audio data in the annotation process of the image picture, and PID 100 is needed again in the stamp coded data 54, it is preferable that PID 100 can be easily removed. Market = Most marking devices already exist that can be easily erased. An example is the ErasemateTM Pen manufactured by Z PaperMateTM, in which the ink from the pen * can be easily erased like a wrong pen mark. In addition, p I D 丨 〇 〇 can be handwritten on a removable adhesive label and fixed to the back surface 46 of the image picture. The label can then be removed before the encoded material 54 is imprinted.

FIG. 9 shows the additional electrical components of the controller 23 in another preferred embodiment of the present invention, that is, the microphone 90, preferably a conventionally well-known pocket type, for starting the recording of the recording. A switch 92; a transceiver 94 for wireless communication with an external device (not shown); and a data connector 96 for wired communication with an external device (not shown). First, the analog signal from the microphone 90 is converted into a digital format by the A / D function of the digital signal processor 80, and then compressed into audio data by the CODEC function of the digital signal processor 80. Transceiver 94 preferably utilizes industry standard IrDA (Infrared Data Association) serial protocol technology, or may include a dual RF transmitter and receiver 'or other well-known wireless communication devices and protocols. Data connector

Page 29 507156 V. Description of the invention (26) 96 It is better to provide wired connection to the set data transmission through the interface. The non-volatile memory 74 has an additional memory configuration that exceeds the above-mentioned first comparison. Discrete storage areas are logically deployed within the non-volatile memory 74 to retain directory (not shown) information. It is a series of login information consisting of two blocks:] ㈣ 八 PID address (not shown). ^!) The address points to the area used to store the sound data corresponding to PΠ) 100 in the non-volatile record: the processing function of 72. The function of decoding the manuscript and synthesizing the material of the speech is through the well-known optical character recognition ( 〇CR). Manuscript identification of the second source is obtained. Applicants have found that Fοnix córpοrati〇n = Manuscript Recognition System from Salt Lake City, Utah, USA is particularly useful. This algorithm was incorporated into § 一 = 忆 体 77. In order to reduce the decoding, PID 100 is preferably limited to two or more text strokes. In addition, PID 100 can include variable length: = force: parent use. The function of synthesizing speech is performed through the method of blowing nose called »~, which will use text data type ς:: 2 types of identifiable speech. There are many stomachs available in the market "; well known. It is also traditionally used by those who are familiar with this art > Bei Yifa is also incorporated into the read-only memory 77. 507156 V. Description of Invention (27)

The operation of yet another preferred embodiment-Fig. 10 A to 10B Another yet another preferred embodiment of the present invention incorporates all the power months b 'of the first preferred embodiment plus recording, combining recording to image Pictures and additional functions for transmitting audio data to external devices for imprinting of encoded data 54. In this embodiment, the display device 18 can be used directly to complete the recording. In the first preferred embodiment, the annotation program needs to use a separate computer to perform the recording. Therefore, 'this preferred embodiment has the advantage that recording can be done anywhere. Computers and printers are required only if the encoded data is printed on the images. In the following, the recording operation using the display device 18 will be explained first, and then the operation of the stamp coded data 54 on the video picture will be explained. 10A and 10B are logic flow charts of the preferred embodiment. The comparison results will show that the logic flow of the preferred embodiment is an extension of the two preferred routines to the first preferred implementation ^ logic flow: processing? [D 1 〇 〇 information routine U 0 and routine 112 to perform recording. Other procedures are the same as the first preferred example. Two additional routines 110 and 112 will now be explained. All the memory areas mentioned in FIG. 10 exist in the non-volatile memory 74, so the power off does not cause data loss. Before loading this stack of image pictures 3 6 into the display device 8, use 2 to place the unique handwritten PID 100 on the back of each image picture. Alpha image burst = these unique PID 100 to combine recording With each video 48, the Japanese and Tian shirt-like pictures are the bottom image of the sliding drawer 24, and when the sliding drawer 24 is fully engaged within the frame housing 20,

507156 V. Description of the invention (28) 100 is written on the image and is located at the scan position. PID 100 is preferably limited to three-character writing, and fortunately, it can be easily removed after use. Now suppose that the above-mentioned stack of images and pictures 36 have been loaded into the sliding draw. See Figure 10A, arrive The entry point of routine 110 is activated when PID 100 is found in decoded packet 3. 48 of the bottom image? 11) Will not be found in the catalog, as it is the new stack of 36 images

beginning. Therefore, a registration will be added to the directory containing the PID addresses of such PID 100s. pID 1〇〇 itself is also stored ~

In the region B of M. A understands and concludes that what happened next is // myself ^ is the bottom image picture 4 8 is now pushed to the top image picture 4 9 Μ When this happens, the content of area B will move to Area τ. Referring now to FIG. 10B, the entry point to the routine 112 will start when the content of the found area contains the PID 100. The TiPiD 100 from the area is announced through the speaker 38, so the user has a voice confirmation of the recognition of the topmost video picture 49 currently displayed below the observation window hole 26. This announcement is made in the form of synthetic speech generated by a text-to-speech algorithm and a digital signal processor 80. Each alphanumeric element is declared one at a time, for example, using the example "ι ·· 2 ·· 7" of the PID 100 shown in FIG. The processor 72 waits for the user to activate the recording switch 9 2 to perform recording for the topmost image picture 4 9. While the recording switch 92 is activated, the processor 72 stores the sound data at the PII) address corresponding to the PID 100, and also stores it in the area τ. When the recording switch 92 is stopped, the processor 72 plays back the stored sound data from the area T via the speaker 38 for the user to confirm. If the sound is played back

Si 156 V. Description of the invention (29) ί 新 ί: The author starts recording under _ to perform a new recording, and repeats this procedure until he is satisfied with the characteristics, so that the recording switch 92 is kept idle and there is a step beyond the temple to make further steps Modification, Gu, and do not observe the recording from the routine U2, once 铮 1 miles into the shutdown mode. If it is possible to provide modification to existing recordings, it is not necessary to omit this function and provide nr, which has changed from other alternative modes of streaming. For example, the ancient times, start: the start and stop of the recording-the segment can be fixed recording; between :; the day opens, can be given to use the tone switch q? And π 仏 拉 i 'or' can start recording and stop the recording by one start and By activating the recording switch 92 again, the description indicates that PID 100 has not existed in the directory since the beginning of time m) ί Λ004 exists in the directory (see the routine of FIG. 10A again for this scene before "Like Π3, it means to use this to eliminate such indecision ~ like pictures into the record, so the processor 72 will show f in ^ ^ shell;:, playback to area B. In the logic flow chart The remaining steps are not shown in the embankment. The image and picture are pushed ^ ^ It means to use :; two: = audio data, the device 72 will pid etch the six extended heart image pictures into the recording θ, so the processing described In the same way Λ: area 8 ', the user is given the opportunity to use the image recording method as described above for the bite image.… 隹 i 3 6 After each image picture completes the above processing, each page 33 507156 5 、 Explanation of invention (30) Images and pictures will have Close the recording. Now will continue Ming Jiang 鎞 次 次 mu < levy "° fefe body 74 face 46 below-㈣ 明 imprints the code 54 on the back of the image picture, the best case is, the transceiver 94 series Through the helmet PID m and its sound f material from the display device 丨 '8 material ^ ^ and the body 74 is transmitted to the computer, which can eliminate the physical connection ;, = two! Use the data connector 96 to transmit through a wired device Data transfer. Data transmission is started by electricity. -Don't shoot! "00 and its associated sound data transmission to software. Next: The imprint program is the same as the above-mentioned Cheng Dian on the first preferred embodiment: same as ^ The one exception is that PID 100 will be removed immediately before placing the video picture on the P meter j for printing the δ encoded data 54 because once the audio data code is printed on the back of the video picture = 爯 PID 100. On the month, there is no longer a need to process the highest sound data rate for recording in H1GB's conventional 112. By default, * ^ is used to capture the encoded data 54 Before printing on ~ like the old face 46 of the picture, the software on the computer selects the highest recording time. Sound data rate, 'The sound quality can be maximized. The moon dagger makes the coded data 54 when PID 100 is temporarily marked as the correct correspondence of the image picture. The surname Yang + the coded data 54 is printed on the shadow: = You can use it to edit PID m to operate the display device. You can use m to use only the recording storage capacity limited to non-sentence memory 74. 7. Non-Zen knowing resistance

507156 V. Description of Invention (31)

Other preferred embodiments Other preferred embodiments are explained ^ In another preferred embodiment, the device 23 and the internal parts are separated from the frame housing 20 by a detachable square device 22 as long as the optical elements of the controller 2 3 This independent controller 23 can scan 5 4. In this embodiment, the playback switch (not shown) is controlled so as to cause the poor material 54 and then playback the decoded sound to exceed the image picture and related recordings. Send non-sound data to the electronic handheld in yet another preferred embodiment. The middle ground is fixed to the controller 23, and can not be removed there, and it is inserted into the computer and transferred to the computer. This also has the advantage of using several annotations: by removing only the non-volatile memory memory element 7 4 by replacing it, in another embodiment, the voice data is edited to pass through the text. Take as synthetic speech. Advantages of longer sound playback than humans. The book is true, but it is not shown + "Demon", and the shell is not in the drawing. It is the controller shell fixed to the frame shell: inside: when controlling, even if the photo = two control: easy to get photos ... 46, and the playback of the encoded data controller 23 from the M-mesh film against the back of the photo 46, the initiator 23 scans the image, decodes the encoding code = shell material. This embodiment of the present invention has a wide range of applications, such as from a printed matter transmission device "The non-volatile memory 74 can be detached from the controller housing 22 or other physical or other imprinting devices to complete the conversion of multiple non-volatile memory elements 74 into" full elements "in the following manner. 74, and another non-volatile note with other images and pictures for annotation. Code data 54 may include text data for speech conversion and playback of this text data θ digitization. This configuration has many examples. Wide range of applications, such as

507156 V. Description of the invention (32) _______ Children take gold, ^ It can be used as a ^ consciousness, so that each story picture card has a long story or storytelling function. The functions of the computer and printer are provided by the backup 18 Receiving digital sound immediately: device replaced ,: / a) record or set as sound data from display; (c) W '(b) digitize and compress the recorded sound into a video image taken from the video image' encoding The 54-print standalone device has the advantage of being small: ten 'and shipping it to output E. This use of different materials for the viewing window is another: it is clear below, but it is not displayed on the ΐΓ-type screen material (not shown well ;; two): 'The viewing window 26 is based on transparent touch based The analog resistance type technology is equal to the hand. Fortunately, the touch screen is known. The electrical output of the touch screen is processed when the artist is familiar with the input information. In this place, the state 72 is set, and the user The code data 54 is including the editing on the f image pictures of each image picture, etc. Because of A, when the image picture second device command and the text data touch screen user input are associated; , Will be associated with the machine instructions. Therefore, here is carried the information seen by package 3 in the window 26 of the coded data 54 to activate touch # = corresponding to the interaction with the display device 18 through observation. For example # 定 区 ， When the user can use the tool, the image picture can contain several unique coding data used as a child's learning auxiliary picture. 54 will contain the bit =. The image, the position of the female animal on the picture, page 36 ^ 07156

Relevant information on the specific animal shown is synthesized and played back by the user to download and store the corresponding touch screen. The device on the touch screen can ask for help to see the old child's learning assistant mother. May be taught to make letters. The processor 72 then sends the information to the user. . When the name of the touch screen is used, an image is used in different areas of the new image: "The other user of the Tiger touch tool is using the hand to analyze the hand-drawn area, such as when the picture is a picture. One of the screen examples of tigers controls screen recognition. For example, when Ke Ying π is in the field, it will be displayed. "This is one" will display the coded data. 54 What is the difference in playback? ", Area. In the application, use a stylus or a simple picture on each image to depict the correct movement of the encoding equipment. So the message. At this time, I want to use handwriting like this picture to match, and Bei 1j passed the speech. " When the creature is 'reading, when it is turned on,' the display is shown to the user as an inclusive character rendering display algorithm, and congratulations to the material (lcd) (not shown) in the embodiment of Xunhan ’s father. The pores π are formed by the transmissive type ★ of liquid crystal display light passing through the LCD. In the best case, the LCD is allowed to look down the viewing window 26 so that the image on the LCD appears as if it covers the front surface of the image picture. The puppet is located under the viewing window 26 to provide lighting to the skilled artisan.丨 Laser-type (CI) technology is traditionally a familiar and dynamic visual resource that is electrically connected to the processor 72 and is used to provide the material 54 including the image data and the encoding data on each image image. Therefore, When the image map: -Machine related machine pointers, text data, etc. The machine instruction in the instruction will be executed once when it reaches the viewing window 26, and the Beixun system will be displayed on the LCD. Work here

507156 V. Description of the invention (34) Playback by speaker 38: When viewing window 26, processor 72 is in communication. Vision II on the LCD = ,: The device plays back the visual information, and it creates a continuous area of the screen. It is built with the following aspects: ready for use as a child story. For example, two backs: the image displayed on the LCD / Jane Child can play back the story sentence by speech synthesis in the building M, "End of the table. Processor = house. Seeing Johnny walking through Zu f to Johnny leaving him 丄. ”; At the same time, successively start to take different pictures according to Johnny to school 5 " take different pictures = to; shadow; image;:, will be merged into the display device from the coding resource-material system; the closing and [CD characteristics: : Interactive display device that outputs information to the user. Input: When a child's question and answer tool is provided, the user may be requested. Prepare all objects in the image, such as deep bottom ::: ;; In ft, check where the object is located on the image-軚 § is corresponding to ^ can be stored in the non-volatile memory 74 ^ = '= The other device is used to maintain the correct response such as the use of the computer's connector 96 or transceiver 94 to pass the wheel. The colorful negative material can be obtained through the data. Therefore, the reader will understand the above methods and

JU / 丄 JU JU / 丄 JU It ’s not easy. Contains, the main equipment of the story, Mingzhi According to this disclosure, the power and execution of all cases are overly dependent on them. The image was accidentally annotated with audio commentary and purpose. What is new is destined to be better disclosed and lighter than the scope of the present invention, which is here. Effective design of the present invention. Restrictions to this issue V. Description of the invention (35) The equipment is convenient, effective, and will continue to be used or degraded over time. The image management of images and pictures will continue to improve, and the promotion of still image photography does not need to be complicated and expensive The above description is for those skilled in the art, who should be able to deviate from the spirit and scope of the present invention by the obvious deformation of the embodiment and request here to be completed without undue experimentation in the scope of the patent application of I The full scope of patent scope and explanation of the specification. The picture itself will erase the image, and Be's ability is great. § Ji Yi has stimulated the interpretation of the old photos. It is easy to understand the details of the embodiments, and the above-mentioned ranges are disclosed. Therefore, the scope of this disclosure should be based on the full scope of this disclosure. Therefore, the name that should not be explained will not be changed with the resulting space. Without reciting the example, there is a disclosure statement and the statement will apply for protection

Page 39

DU / 1JVJ Brief Description of the Drawings Figure 1 is a top view of the drawer fully opened in a preferred embodiment shown in Ming. Figure 2A is a perspective view of η. Perspective view. Figure 2B shows the fully closed face-down device of the drawer as a control device. 'The display case shown in FIG. 2A is separated along with the frame case. FIG. 3 is along the side of the image picture of the display device shown in FIG. 1. FIG. 5 is a power sub-system of the display device shown in FIG. 1. 4 is a faceted view of the display device shown in line 3-3 of FIG. 2A. Illustrative description. Fig. Fig. 6 is a perspective view showing the logic flow of the operation of the display device shown in Fig. 1. It is a perspective view of a further preferred embodiment of the upward-facing display device of the present invention. FIG. 8 is an illustrative illustration of a video image used in the preferred embodiment of the present invention shown in FIG. 7. FIG. FIG. 9 is a block schematic diagram of a power sub-system of the preferred embodiment of the display device of the present invention shown in FIG. 7. FIG. 10A and 10B are logic flow charts showing the operation of the preferred embodiment of the display device of the present invention shown in FIG. [Explanation of symbols] 1 8 display equipment

Page 507156 Brief description of the drawings 20 21 22 23 24 26 28 30 32 33 34 36 38 40 41 42 43 44 46 48 49 50 52 54 Frame housing picture receiving unit controller housing controller sliding drawer observation window hole Opening slot in the bottom plate of the front wall of the side wall A stack of image pictures Speaker support surface Separation lever Drawer switch Activation lever Arrow image Picture of the bottom of the back of the picture Picture of the top picture of the picture Picture of the arrow scan window

Page 41 507156 Schematic description 56 58 59 60 61 66 72 74 76 77 78 80 82 90 92 94 96 100 110 112 Mirror image sensor illuminator optical path optical path human readable information processor non-volatile Memory RAM read-only memory sound amplifier digital signal processor battery microphone recording switch transceiver data connector image ID (PID) routine for processing PID information routine for performing recording

Page 42

Claims (1)

507156 6. Scope of patent application 1. A display device having: a display device for holding a plurality of image pictures and successively displaying the image pictures in an observation window hole; and a pushing device for placing the image pictures one at a time The display device is sequentially advanced to the observation window hole, and the display device includes: a scanning device for scanning machine-readable data on the back of at least one of the plurality of image pictures, the machine-readable data Is integrated on the back of the at least one image picture; a decoding device for decoding the machine-readable data, wherein the machine-readable data includes sound data, machine data, or text data; a storage device for storing The decoded machine-readable data corresponding to the at least one scanned image picture; and a playback device for playing back from the storage device corresponding to the at least one when the at least one scanned image picture is displayed in the observation window hole The decoded machine that scans the image pictures can read the data, so that the display device can easily display the image pictures and return them. The corresponding decoded machine can read the data. 2. The display device according to item 1 of the scope of patent application, wherein the scanning device is an image sensor. 3. The display device described in item 1 of the scope of patent application, wherein the machine-readable data is a two-dimensional code. 4. The display device according to item 1 of the scope of patent application, wherein the storage device is a non-volatile storage element. 5. The display device as described in item 1 of the scope of patent application, further includes a sound synthesizing device for synthesizing speech from the machine-readable data. 6. The display device as described in item 1 of the scope of patent application, including transmission The scope of the patent application is used to apply the machine to the Nestorian Office, such as applying for a patent, and to receive the reputation of the equipment, such as applying for a patent application. Shadow f9® two kinds of display equipment and i :; put together and used in the inspection device 'for the *, the display device-a scanning and inserting device, for the back of the shirt-like picture up to small 2, the device for ^ scan An image and picture recording device for sound; a storage device for storing the sound produced in a playback-only device for inspecting a window hole, and transmitting data from the recorded device of the unique image and picture to an external device. The display device described in item 1 further includes user input from a touch screen. The display device described in item 1 further includes inputting decoded machine-readable data for display, having: a display device for successively displaying image pictures in a plurality of observation window holes; using image pictures Advancing sequentially to the view one at a time includes: scanning at least the handwritten mark in the plurality of image pictures; decoding the scan mark, wherein the mark contains the unique identification information; recording corresponding to the at least one scan The image picture will correspond to the unique storage position related to the identification information of the at least one scanned image picture, so that the mark is the corresponding recording, and at least one scanned image picture is displayed at the storage location of the view and played back. Corresponding to the at least one scanning sound, W is a medium to correspond the at least one video image to 507156 VI. Apply for patent Fan Yuan 7 and switch to make the display device easy to display images and playback of sounds related to these images. _ As 10 · The display device as described in item g of the patent application scope, wherein the scanning device is an image sensor. Π The display device as described in item g of the scope of patent application, wherein the interpreted horse 1 is an optical character recognition process. The display device as described in item 9 of the scope of patent application, wherein the storage ^ ^. It is a non-volatile storage device that is detachably installed in the display device. The display device described in item 9 of the scope of patent application by one to three people further includes a sound synthesizing device with a mouth of 14 words. The display device described in item 9 of the patent application scope further includes a transmission meaning 5′_ for transmitting the recorded sound to an external device.顾 乾 一 # Kind of shirt-like picture display method, used to sequentially display undesired image pictures on the display device, including the following steps: ii) ~ put the stack of image pictures into the display device; fetch data / under stack Scan the machine-readable material on the back of the image picture at the bottom, or 夂 Ϊ ^ The machine-readable data contains sound data, the machine data is stacked on the bottom two ^ ί, and the machine-readable data is integrated into the pile • · / 口 丨 < the back of the shirt-like picture; the device can: :: decode the scanner-like picture of the image picture stacked at the bottom, and decode the image corresponding to the bottom-stacked image iv ) Store the% ▼ stacker 1 ^ readable data in the storage device; ^ advance the image picture at the bottom to the top of the stack Page 45 507156 VI. Position of the end of the scope of patent application and enter the observation window; V) Play back the image corresponding to the stacked topmost image picture displayed in the observation window and stored in the storage device. The scanned machine can read data, so that the display device can easily display image pictures and play back the machine readable data related to the image pictures. I 6 · The method for displaying an image picture according to item 5 of the scope of the patent application, wherein the display device includes a frame housing for storing the image picture stacked at the bottom; and a sliding drawer for storing Place the rest of the stacked image picture 'The sliding drawer is located inside the frame housing and can slide between the first fully-entered position and the second fully-out position. The method further includes the following steps: i) The sliding drawer is moved from the fully-entered position to the fully-out position, so that the bottommost image picture is advanced to the observation window hole; ii) the sliding drawer is moved from the fully-out position to the fully-entered position 'As a result, the rest of the stacked image picture is placed " below the bottommost image picture, and the bottommost image picture is moved to the topmost position of the stack of image pictures, and at the same time Scan the machine to read the data on the image and use it to decode and store it in the storage device; II i) The sliding drawer is moved from the fully entered position to the end The action of moving out of the position and moving back to the fully entered position causes the display device to correspond to the topmost image picture displayed in the observation window hole, and the decoded machine stored in the storage device can be restored Reading data, Page 46 / i JO The equipment is in the display, and the new method is to place the stack of image pictures ", and the image picture L described in item 15 contains a configuration that is not in the viewing window. 17 Among them, the display device further includes a screen ^ "One is equipped with the observation window: the display is convenient for the user to interact with J touch pictures, and the user should not touch the control screen to provide touch input equipment to For the interaction between the topmost image and the picture in the observation window, i.e. the method and the method, 2. The right one is described in item 15 of the patent scope, like the picture display side, and the display device includes a Equipped with a roll-out device to display visual information electronically to the user. A display image display method is used to sequentially and child image pictures on the display device, which includes the following steps: · order i) 罟 你 # Failure ... · ▲ — · Write mark i) Place the stack of image pictures into the display device;) · Swipe the hand located on the back of the bottommost image picture, = 1) Decode the scan mark, where the The mark contains the bottom of the stack. The unique identification information of the shirt-like picture; Mountain 1 ν) Push the image picture at the bottom of the stack to the top position of the stack and enter the observation window; ν) Record the image corresponding to the image picture at the top of the stack Sound; Vi) store the recorded ρ corresponding to the topmost image picture stored in the storage device, the only storage location related to the identification information corresponding to the topmost shirt-like picture image; v i1) playing back from the storage device the recorded sound corresponding to the topmost image picture displayed on the viewing window hole of the display device, Page 507156 6. Scope of patent application The mark is used as a medium to correspond an image picture stacked on the top to the corresponding recording, and the display device is convenient for displaying the image picture and playing back the sound related to the image picture. 20 · The image and picture display method according to item 19 of the scope of the patent application, wherein the display device includes: a frame case for storing the image picture stacked at the bottom; and a sliding drawer for containing For the rest of the stacked movie, the sliding drawer is located inside the frame housing, and the fan: slides between the first fully-entered position and the second fully-out position, and Tan Kefa further includes the following steps: / 方i) Move the sliding drawer from the fully-entered position to the fully-out position, so as to advance the bottom image image to the viewing window X hole for use ii) Move the sliding draw back from the fully-out position to 々 & & entry position, so that the rest of the stacked image picture is placed below the ^ part of the image picture, and the bottom image picture is moved ^ = the top position of the stacked image picture, and at the same time The bottommost ^ picture knows that the handwritten mark is used to decode and store it in the storage center; move it to the full detachment, prompting the display image of the damaged image to be played back. iii) The movement of the sliding drawer from the fully-entered position and back to the fully-entered position should be the recorded sound stored in the storage device at the top end displayed in the viewing window hole, 507156 Scope 2 1. The image picture display method described in item 15 of the scope of patent application, wherein the machine-readable data is integrated with the back of the bottommost image picture by a method including the following steps : I) use a recording device to record the image corresponding to the bottom-most stacked image; ii) use algorithmic coding to convert the recording to the machine-readable lean material5 where the machine can buy data in two dimensions Encoding format; and 1 ii) using a printing device to print the machine-readable data, and integrating the machine-readable data with the back of the bottommost image picture, so that the recording system and the stack The bottom image is one. 2 2. The image and picture display method as described in item 19 of the scope of patent application, further comprising the following steps: i) corresponding to at least one of the stacked image pictures to output the recorded sound from the display device; ii) using algorithmic coding Processing the at least one recording into machine-readable data, wherein the machine-readable data is a two-dimensional encoding format; 1 ii) printing the machine-readable data using a printing device, and integrating the machine-readable data The back of the image picture corresponding to the at least one data is obtained, so that the recording system is integrated with the at least one corresponding picture image. 2 3. —A recording method of machine-readable data located on the back of the image picture. The machine-readable data represents the sound recording corresponding to the image picture. The recording method includes the following steps: 507156 6. Scope of patent application i) output sound recording from the display device used for recording sound recording; ii) use arithmetic coding to convert sound recording into machine-readable data, where the machine-readable data is two-dimensional Coding format; iii) using a printing device to print the machine-readable data, and integrating the machine-readable data with the back of the corresponding image and picture, so that the sound recording and the picture are integrated by the above method.