The wired tutoring system of comprehensive interactive mode
Technical field
The utility model relates to a kind of educational aid, is specifically related to the wired tutoring system of a kind of comprehensive interactive mode.
Background technology
At present, multimedia education system mainly is comprised of equipment such as display screen, projector, digital dais, computing machine, DVD player, multimedia teaching desk and sound equipments, multimedia exhibition stand is connected and the control all parts by the mode of sunkening cord in advance, but following problem also appears in such layout type easily: the installation of (1) each equipment need to be constructed by the professional, and the position is affected by construction environment, completely just can not change the position in case assemble; (2) screen size is fixed, and can not carry out according to demand the adjusting of display frame; (3) computing machine as main frame is too heavy, can't hand movement, has limited to instructor's usable range; (4) simple Play System lacks interaction, is difficult to evoke student's learning interest; (5) integration is poor, needs to open or close plurality of devices, complex operation; (6) each equipment needs respectively buying, and cost is higher, is difficult to popularize.
The utility model content
According to above the deficiencies in the prior art, technical problem to be solved in the utility model is: provide a kind of comprehensive interactive mode wired tutoring system, can pass through an optical identification wireless teaching remote control panel computer, electronic whiteboard, realize traditionally on paper books, projector equipment, panel computer and light sensation technology and the effective combination of remote control technology, so that teaching is more flexible.
The wired tutoring system of a kind of comprehensive interactive mode described in the utility model, comprise panel computer, projector, optical identification wireless teaching pen and electronic whiteboard, wherein, panel computer links to each other with projector by the HDMI connecting line, panel computer links to each other with the light catcher of electronic whiteboard by the USB connecting line, optical identification wireless teaching pen is by bluetooth transmission and panel computer wireless connections, and optical identification wireless teaching pen also passes through the light catcher wireless connections of 2.4G wireless communication mode and electronic whiteboard.
Wherein, described optical identification wireless teaching pen is preferably according to following conceptual design: be built-in with PCB circuit board and power supply, the bottom is provided with optical lens module, the top is connected with the optical emitting bar, optical emitting bar front end also is provided with optical lens module, be integrated with optical sensor, control chip, light source and touch key on the PCB circuit board, wherein, corresponding touch key position is provided with key zone on the housing, is integrated with wireless signal converter, Bluetooth signal transmitter and 2.4G wireless signal transmitter on the control chip.
Optical sensor preferably is comprised of CMOS sensitization piece and DSP assembly.
Optical lens module preferably includes a rib light microscopic and a round lens.
Light source is preferably light emitting diode or laser diode.
Touch key preferably includes main button and upper and lower page turning key.
Principle of work of the present utility model is: optical identification wireless teaching pen is by literal or the figure of the optical lens module scanning paper book of bottom, be converted to wireless messages and be transferred to panel computer by the Bluetooth signal transmitter, then the information with the panel computer internal storage is complementary, carry out the interactive teaching and learning of sounding, image or alternate manner, namely realized read-on-command function; Image on the panel computer is rendered on the electronic whiteboard through projector, the light that the optical emitting bar of optical identification wireless teaching pen sends is located at curtain, luminous point is caught by the light catcher, image information and the button control information of the collection of optical identification wireless teaching pen all are transferred to the light catcher by the 2.4G wireless signal transmitter, be transferred to panel computer, data are after comparative analysis on the panel computer, the corresponding feedback of making of panel computer also projects on the electronic whiteboard through projector again, has realized the control of optical identification wireless teaching pen to image on the curtain.
The beneficial effect that the utility model has is: easy for installation, cost performance is high, and connection is more stable, and integration is good, satisfy under the prerequisite of multimedia teaching to the instructor larger put the space to good use, whole system is easier because of construction and operation that its portability makes.
Description of drawings
Fig. 1 is principle of work block scheme of the present utility model.
Embodiment
Below in conjunction with accompanying drawing the utility model is described further.
As shown in Figure 1, the wired tutoring system of comprehensive interactive mode, comprise panel computer, projector, optical identification wireless teaching pen and electronic whiteboard, wherein, panel computer links to each other with projector by the HDMI connecting line, panel computer links to each other with the light catcher of electronic whiteboard by the USB connecting line, and optical identification wireless teaching pen is by bluetooth transmission and panel computer wireless connections, and optical identification wireless teaching pen also passes through the light catcher wireless connections of 2.4G wireless communication mode and electronic whiteboard.
Wherein, described optical identification wireless teaching pen is according to following conceptual design: be built-in with PCB circuit board and power supply, the bottom is provided with optical lens module, the top is connected with the optical emitting bar, optical emitting bar front end also is provided with optical lens module, be integrated with optical sensor, control chip, light source and touch key on the PCB circuit board, wherein, corresponding touch key position is provided with key zone on the housing, is integrated with wireless signal converter, Bluetooth signal transmitter and 2.4G wireless signal transmitter on the control chip.
Optical sensor is comprised of CMOS sensitization piece and DSP assembly.
Optical lens module comprises a rib light microscopic and a round lens.
Light source is laser diode.
Touch key comprises main button and upper and lower page turning key.
Principle of work is as follows: optical identification wireless teaching pen is by literal or the figure of the optical lens module scanning paper book of bottom, be converted to wireless messages and be transferred to panel computer by the Bluetooth signal transmitter, then the information with the panel computer internal storage is complementary, carry out the interactive teaching and learning of sounding, image or alternate manner, namely realized read-on-command function; Image on the panel computer is rendered on the electronic whiteboard through projector, the light that the optical emitting bar of optical identification wireless teaching pen sends is located at curtain, luminous point is caught by the light catcher, image information and the button control information of the collection of optical identification wireless teaching pen all are transferred to the light catcher by the 2.4G wireless signal transmitter, be transferred to panel computer, data are after comparative analysis on the panel computer, the corresponding feedback of making of panel computer also projects on the electronic whiteboard through projector again, has realized the control of optical identification wireless teaching pen to image on the curtain.
The utility model is easy for installation, and cost performance is high, and connects more stablely, and integration is good, satisfy under the prerequisite of multimedia teaching to the instructor larger put the space to good use, whole system is easier because of construction and operation that its portability makes.