CN201397586Y

CN201397586Y - Optically encoding type navigation control device

Info

Publication number: CN201397586Y
Application number: CN2009201514365U
Authority: CN
Inventors: 吕宏腾
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-04-23
Filing date: 2009-04-23
Publication date: 2010-02-03
Anticipated expiration: 2019-04-23

Abstract

The utility model relates to an optically encoding type navigation control device, which is mainly composed of a data card and a reader, wherein the data card defines a plurality of selecting regionsand takes on different encoding models; the reader comprises a read-out assembly, a circuit board, a selection device, a loudspeaker and an internal memory, when a user wants to read, the user can select a program to be read by the selection device; read the encoding models in the selecting regions by the read-out assembly; transmit the relative information to a wafer on the circuit board to calculate; meanwhile obtain the needed relative information in the internal memory; and then play the sound by the loudspeaker; thereby achieving dynamic and video output and enabling readers with visual and audio feelings.

Description

Optical encoding formula Navigation Control Unit

Technical field

The utility model provides a kind of instrument of tool audiovisual function, refers to especially a kind ofly possess outside the read function that traditional books provide, and more the content of books can be converted to the optical encoding formula Navigation Control Unit that audio-visual mode is exported.

Background technology

Press, society has been an epoch of knowing the news blast now, though the prosperity of science and technology allows world-wide web become the indispensable equally important science and technology of modern, but network still is the importance that can't replace books, can reach and purify one's soul by reading book, promote makings, amusement and recreation, enrich different benefits such as knowledge, and the books that sold on the market at present, the literal or the icon of reader's static state only are provided, and books itself can't convert its content to dynamic image or sound, moreover the general book volume is big, and the page of a specified duration of healing standing time then can make moist, even can be destroyed by bacterium or bookworm, and the meaning of forfeiture value preserving, in view of this, there is relevant dealer then to develop the e-dictionary that utilizes card insert type, all are got book information utilize memory card to store those data, and memory card is planted in the e-dictionary, obtained related data, and can reach the function of pronunciation and image simultaneously, but this kind equipment not only costs an arm and a leg and complex operation, makes that the reader can't universalness.

Moreover, another kind is comparatively commonly by the disc storage book information, when reader's desire is read, CD is inserted Disc player, in personal computer or the mobile computer, software via collocation reads cd resource, and obtain to read and audio-visual function, but this kind mode costs an arm and a leg except computer costs, its software also is the burden on the another kind of cost, and be only applicable to the customers of meeting use and operational computations machine or software, so can't effectively reach the two big emphasis that universalness simple to operate and cost reduce, and how effectively improve above-mentioned disappearance, be direction for each relevant dealer's effort and development.

Because known, this case creator satisfies being engaged in the sector experience for many years, and in line with excelsior spirit, the active research improvement attentively devotes the design research and development of present technique, has the utility model optical encoding formula Navigation Control Unit to produce then.

The utility model content

The technical matters that the utility model solves is to design a kind of instrument of tool audiovisual function, refers to especially a kind ofly possess outside the read function that traditional books provide, and more the content of books can be converted to the optical encoding formula Navigation Control Unit that audio-visual mode is exported.

The technical solution of the utility model is: a kind of optical encoding formula Navigation Control Unit comprises: one in order to define the data card that plural number has different coding pattern chosen area; One reading device, this reading device has a reading assembly for coding pattern in this chosen area of sensing, this reading device comprises: a circuit board, and this circuit board is installed in this reading device, and it is provided with one for receiving from the go forward side by side wafer of row operation of the data of this reading assembly; One selecting arrangement, this selecting arrangement is installed in the precalculated position on this reading device, and is an electric connection with this circuit board; One loudspeaker, this loudspeaker are installed on this reading device and with this circuit board and are an electric connection; And an internal memory, this internal memory is installed in this reading device and carries out the access of relevant information for this wafer.

Beneficial effect fruit of the present utility model:

1, a kind of optical encoding formula Navigation Control Unit, it mainly is made of data card and reading device, wherein data card defines plural chosen area and presents the different coding pattern, reading device then includes reading assembly in addition, circuit board, selecting arrangement, loudspeaker and internal memory, when the user desires to read, can select institute to desire the project of carrying out and see through reading assembly the pattern of encoding in the chosen area is read by selecting arrangement, and relevent information is passed to wafer set on the circuit board carries out computing, obtain required relevant information in the internal memory simultaneously, then seeing through loudspeaker again comes out sound playing, so can reach dynamic and audio-visual output, allow the reader can have vision and enjoyment acoustically simultaneously.

2, because this kind mode need not be utilized the corresponding coding site of coordinate, get convenience in the time of therefore saving printing cost and provide the reader to carry, and by easy operation, and obtain the universalness of old and young Cheng Yi and teaching auxiliary appliance.

3, significantly dwindle its overall volume, therefore putting Shi Gengneng again saves more placing space.

4, need not other sheathed film, make and operate more smoothly.

Description of drawings

Fig. 1 is the integrally-built schematic perspective view of the utility model;

Fig. 2 changes the user mode synoptic diagram of option for the utility model utilizes selecting arrangement;

Fig. 3 sees through the user mode synoptic diagram that reading device reads data card for the utility model;

Fig. 4 is another preferable user mode synoptic diagram of the utility model.

[figure number explanation]

Data card ... .1,1a chosen area ... .10,10a

Reading device ... .2,2a reading assembly ... .20,20a

Circuit board ... .22,22a wafer ... .23,23a

Selecting arrangement ... .24,24a pilot lamp ... .25,25a

Loudspeaker ... .26,26a data transmission interface ... .27,27a

Internal memory ... .28,28a

Embodiment

See also shown in Figure 1, it is the integrally-built schematic perspective view of the utility model, find out a kind of optical encoding formula of the utility model Navigation Control Unit by knowing among the figure, mainly constituted by data card 1 and reading device 2, wherein data card 1 defines plural chosen area 10 and presents with the coding of different patterns, in addition, reading device 2 has a reading assembly 20 (as: CMOS camera lens) for the coding pattern that reads in each chosen area 10, and be equiped with a circuit board 22 in the reading device 2, and circuit board 22 is provided with for receiving from the go forward side by side wafer 23 of row operation of the data of reading assembly 20, wafer 23 then carries out access to the internal memory 28 that is connected, internal memory further can be SD, MMC, MS or XD one of them, be provided with circuit board 22 in reading device 2 in addition and be a selecting arrangement 24 and a loudspeaker 26 that electrically connects, selecting arrangement 24 then is connected with a pilot lamp 25 that is connected and controlled by selecting arrangement 24 with circuit board 22, by selecting arrangement 24 can select with data card 1 on corresponding data, see through loudspeaker 26 again and related data is dialled released.

Moreover, be positioned at and be equiped with a data transmission interface 27 on the reading device 2 in addition, seeing through this data transmission interface 27 can transfer to external data in the internal memory 28, sees through selecting arrangement 24 for the user and chooses required data.

By above-mentioned structure, form design, now be described as follows with regard to use start situation of the present utility model, please cooperate simultaneously consult shown in Figure 2, the utility model utilizes selecting arrangement to change the user mode synoptic diagram of option, find out by knowing among the figure, wherein data transmission interface 27 is an example with wire transmission, internal memory 28 then is an in-building type, at first, the user reaches interrelated data card 1 content in the internal memory 28 by data transmission interface 27 (as: universal serial bus (USB)) earlier and is stored, when the user desires to read on the data card 1 wherein a chosen area 10 contents, then can earlier the selecting arrangement on the reading device 2 24 be adjusted to relative position, whether 25 activation of pilot lamp on the selecting arrangement 24 at this moment learn unlatching for the user, and 23 of the wafers on the circuit board 22 see through internal memory 28 and read relative data in addition.

See also shown in Figure 3, be that the utility model sees through the user mode synoptic diagram that reading device reads data card, learn by knowing among the figure, after finishing the adjustment of selecting arrangement 24, the user can utilize reading assembly 20 (as: CMOS camera lens) to read correlative coding pattern in the chosen area 10, this moment, 23 of wafers were learnt the content of getting chosen area 10 immediately, and see through the relative data in the internal memory 28 and then obtain complete information, therefore, in reading assembly 20 reads chosen area 10 after a part of data, the computing that then its complete data can be seen through wafer 23 and internal memory 28 obtains finishing data, by loudspeaker 26 its data is dialled again and released, to reach vision and enjoyment acoustically.

See also shown in Figure 4, another preferable user mode synoptic diagram of the utility model, learn by knowing among the figure, wherein data transmission interface 27a is example with the wireless transmission, internal memory 28a then is an outside plug type, at first, the user reaches interrelated data card 1a content in the internal memory 28a by data transmission interface 27a earlier and is stored, this wireless transmission interface is an infrared transmission, blue bud transmission or WIFI transmit one of them, because internal memory 28a is an outside plug type, therefore can change the memory capacity of internal memory 28a according to user's value of demand, when the user desires to read on the data card 1a wherein a chosen area 10a content, then can earlier the selecting arrangement 24a on the reading device 2a be adjusted to relative position, pilot lamp 25a on the selecting arrangement 24a then activates for the user whether learn unlatching at this moment, and the wafer 23a on the circuit board 22a then sees through internal memory 28a and reads relative data in addition.

After finishing the adjustment of selecting arrangement 24a, the user can utilize reading assembly 20a (as: CMOS camera lens) to read the interior correlative coding pattern of chosen area 10a, this moment, wafer 23a then learnt the content of getting chosen area 10a immediately, and see through the relative data in the internal memory 28a and then obtain complete information, therefore, in reading assembly 20a reads chosen area 10a after a part of data, the computing that then its complete data can be seen through wafer 23a and internal memory 28a obtains finishing data, by loudspeaker 26a its data is dialled again and released, to reach vision and enjoyment acoustically.

Be with, optical encoding formula Navigation Control Unit of the present invention is for improving the key problem in technology of commonly using:

This kind mode need not be utilized the corresponding coding site of coordinate, effectively to save extra printing, and then save printing cost, and because of the information in the data card all to be loaded in the internal memory, as long as therefore reading assembly is read beginning, finish with the data of whole paragraph once being dialled to put, the mode that need not utilize respective coordinates is can reach vision and enjoyment acoustically.

Only the above person only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this; So all simple equivalent of being done according to the utility model claim and utility model description change and modify, all should still belong in the scope that the utility model patent contains.

Claims

1, a kind of optical encoding formula Navigation Control Unit is characterized in that, comprising:

One in order to define the data card that plural number has different coding pattern chosen area;

One reading device, this reading device have a reading assembly for coding pattern in this chosen area of sensing, and this reading device comprises:

One circuit board, this circuit board is installed in this reading device, and it is provided with one for receiving from the go forward side by side wafer of row operation of the data of this reading assembly;

One selecting arrangement, this selecting arrangement is installed in the precalculated position on this reading device, and is an electric connection with this circuit board;

One loudspeaker, this loudspeaker are installed on this reading device and with this circuit board and are an electric connection; And

One internal memory, this internal memory are installed in this reading device and carry out the access of relevant information for this wafer.

2, optical encoding formula Navigation Control Unit as claimed in claim 1 is characterized in that, more comprises the data transmission interface of being located on this reading device.

3, optical encoding formula Navigation Control Unit as claimed in claim 2 is characterized in that, this data transmission interface further for wire transmission or wireless transmission one of them.

4, optical encoding formula Navigation Control Unit as claimed in claim 3 is characterized in that, this wire transmission interface is a universal serial bus.

5, optical encoding formula Navigation Control Unit as claimed in claim 3 is characterized in that, this wireless transmission interface is that infrared transmission, the transmission of blue bud or WIFI transmit one of them.

6, the optical encoding formula Navigation Control Unit of stating as claim 1 is characterized in that, this internal memory further be SD, MMC, MS or XD one of them.

7, optical encoding formula Navigation Control Unit as claimed in claim 1 is characterized in that, save as in this in-building type or outside plug type one of them.

8, optical encoding formula Navigation Control Unit as claimed in claim 1 is characterized in that, this reading assembly is the CMOS camera lens.

9, optical encoding formula Navigation Control Unit as claimed in claim 1 is characterized in that, this reading device is equiped with a pilot lamp that is connected and controlled by this selecting arrangement with this circuit board.