CN105049780A - Apparatus for study-purpose recording - Google Patents
Apparatus for study-purpose recording Download PDFInfo
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- CN105049780A CN105049780A CN201410765478.3A CN201410765478A CN105049780A CN 105049780 A CN105049780 A CN 105049780A CN 201410765478 A CN201410765478 A CN 201410765478A CN 105049780 A CN105049780 A CN 105049780A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/16—Information or communication technologies improving the operation of electric vehicles
- Y02T90/167—Systems integrating technologies related to power network operation and communication or information technologies for supporting the interoperability of electric or hybrid vehicles, i.e. smartgrids as interface for battery charging of electric vehicles [EV] or hybrid vehicles [HEV]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S30/00—Systems supporting specific end-user applications in the sector of transportation
- Y04S30/10—Systems supporting the interoperability of electric or hybrid vehicles
- Y04S30/12—Remote or cooperative charging
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Abstract
The invention provides a novel device for study-purpose recording. The apparatus is configured to include a hardware system, a chip software system and a client software system. The chip software system is mainly connected to an optical motorized zoom lens portion and a master control circuit portion of the hardware system, and the client software system is connected to a reception authorization subsystem in a remote control emitting system of the chip software system. The motorized zoom lens portion is used for receiving light rays with zooming aggregating on an image sensor portion, and the master control circuit portion is used for receiving image and sound sensing signals and transmitting the image and sound sensing signals to the chip software system, and further transmitting the image and sound sensing signals which have been processed to the client software system through a reception authorization sensing portion. The apparatus has the following beneficial effects of being capable of conducting reception, feedback and synchronous playing of video content, and being time saving, and convenient and fast.
Description
Technical field
The present invention relates to a kind of E-learning system, the habit record instrument of especially a kind of online synchronous reception, display.
Background technology
At present, learning tool involved in study, the education resource used, is substantially all make the arrangement of existing knowledge, needs regular update content, so that receive new learning content in time.Such equipment can complete study to a certain degree, but can there is the delay of information in time, or needs regular concentrated update process.And in limited time and applications, the needs meeting the study of modern fast pace, life can only be difficult to.
Summary of the invention
The technical problem that the present invention mainly solves is: provide a kind of and practise record instrument equipment, can meet the transmission of synchronous signal of video signal, storage and record.
For solving this technical problem, the technology used in the present invention is: provide a kind of and practise record instrument equipment, equipment comprises hardware system, software systems and client software system.
Described hardware system structure comprises: optical zoom motor-driven lens part, image sensor portion, sound transducer part, main control circuit part, fuselage control electricity part, fuselage cover part, multipurpose base part, charger part.Wherein optical zoom motor-driven lens part, comprises polylith optical mirror slip module, by respective lens movement pedestal, is fixedly connected with corresponding tooth bar or screw mandrel eyeglass servo drive module.Wherein the tooth bar of eyeglass servo motion module and eyeglass servo drive module or screw portion are flexibly connected.Aperture motion module is fixed on iris servo transmission module, and is flexibly connected with iris servo motion module.Eyeglass inner casing module is used for parcel and fixed optics lens module and lens movement pedestal, and interlock internal medicine module is used for parcel and fixing len servo drive module, and servo inner casing module is for wrapping up and fixing len servo motion module; Image sensor portion, image sensor module is connected on the circuit that is made up of image automatic gain module, image signal processing blocks and picture signal sending module.Be connected with optical zoom motor-driven lens part by internal thread interface, Power supply and control is responsible for by main control circuit part, completes with line connection.Image sensor module comprises all types of CCD, CMOS and other sensitive chips and supporting D/A converting circuit; Sound sensor part, sound transducer model calling is on the circuit be made up of sound automatic gain module, sound signal processing module and voice signal sending module.Be connected with main control circuit part by line connection, with the work of settling signal transmission, Power supply and control; Main control circuit part, audible signal reception processing module receives the sound signal of telecommunication from sound transducer part, passes to sync tone after treatment as synthesis module; Fuselage power pack, minicell module uses cable to connect charge and discharge protecting module, and charge and discharge protecting module cable connects the power control module of main control circuit part.
Described software systems mainly comprise: wireless interaction system, automatic control system, remote control request system, manual control system.Wherein wireless interaction system, based on Internet service subsystem, based on WirelessAccessPoint service subsystem, based on Bluetooth service subsystem, based on NearFieldCommunication service subsystem; Automatic control system comprises aperture automatic control system, video uploads subsystem, video flowing subsystem, audio stream subsystem, audio frequency and video composite coding subsystem, store control subsystem, time controling subsystem, economize on electricity control subsystem; Remote control request system comprises optical zoom control subsystem receiving terminal, digital zoom control subsystem receiving terminal, recording control subsystem receiving terminal, control subsystem of taking pictures receiving terminal, remote debugging subsystem, sends syndrome system; Manual control system comprises function handover subsystem, on-line debugging subsystem receiving terminal.
Described client software system comprises: the operating system of manual control system, audio video synchronization receiving system, automatic control system, support and tele-control system.Wherein manual control system comprises: picture color control subsystem transmitting terminal, picture precision control subsystem transmitting terminal, client debug subsystem transmitting terminal, optical zoom control subsystem, mathematics Zoom control subsystem, record control subsystem, control subsystem of taking pictures; Audio video synchronization receiving system: based on Internet service subsystem, based on WirelessAccessPoint service subsystem, based on Bluetooth service subsystem, based on NearFieldCommunication service subsystem; The operating system supported: windows series of table tops and Mobile operating system, Unix class desktop and Mobile operating system, Linux class tabletop machine Android Mobile operating system, Solaris server catalyst Catalyst operating system, Symbian series mobile phone operating system, BlackBerryOS series mobile phone operating system, OS series of table tops and ios series Mobile operating system; Automatic control system: screen intensity control subsystem, automatically tracing subsystem, synchronization check subsystem, initiatively login subsystem; Long-distance Control transmitting system: optical zoom control subsystem transmitting terminal, digital zoom control subsystem transmitting terminal, recording control subsystem transmitting terminal, control subsystem of taking pictures transmitting terminal, reception syndrome system.
The invention has the beneficial effects as follows: provide a kind of novel facility for study practise record instrument, can realize on-line debugging, wireless debugging, function switch and compiling, control, feedback operation; The transmission of synchronous impact signal, storage and record can be realized; Containing multiple base assembly, various occasion can be applicable to, in time by wireless or Non-follow control, intelligent, various learning information can be received more timely.
Accompanying drawing explanation
Fig. 1 practises record instrument structure front view;
Fig. 2 practises record instrument structure side view;
Fig. 3 practises record instrument workflow diagram;
Fig. 4 optical zoom motor-driven lens part connected mode and workflow schematic diagram;
Fig. 5 image sensor portion connected mode and workflow schematic diagram;
Fig. 6 sound transducer part connected mode and workflow schematic diagram;
Fig. 7 main control circuit part connected mode and workflow schematic diagram;
Fig. 8 fuselage power pack connected mode and workflow schematic diagram;
Fig. 9 fuselage cover part connected mode and workflow schematic diagram;
Figure 10 multipurpose base part Table top type base assembly connected mode and workflow schematic diagram;
Figure 11 multipurpose base part vehicular base assembly connected mode and workflow schematic diagram;
Figure 12 multipurpose base part Wearable base assembly connected mode and workflow schematic diagram;
Figure 13 charger part connected mode and workflow schematic diagram;
Figure 14 chip software system connected mode and workflow schematic diagram (1);
Figure 15 chip software system connected mode and workflow schematic diagram (2);
Figure 16 client software system and chip software system connection diagram;
In figure: 1, optical zoom motor-driven lens part; 2, image sensor portion; 3, main control circuit part; 4, sound transducer part; 5, fuselage power pack; 6, fuselage cover part.
Embodiment
Invention provides a kind of and practises record instrument equipment, and equipment comprises hardware system, software systems and client software system.
Device structure as shown in Figure 1 and Figure 2, comprising: optical zoom motor-driven lens part, image sensor portion, sound transducer part, main control circuit part, fuselage control electricity part, fuselage cover part, multipurpose base part, charger part; Its workflow as shown in Figure 3.
Optical zoom motor-driven lens part as shown in Figure 4, comprises polylith optical mirror slip module, by respective lens movement pedestal, is fixedly connected with corresponding tooth bar or screw mandrel eyeglass servo drive module.Wherein the tooth bar of eyeglass servo motion module and eyeglass servo drive module or screw portion are flexibly connected.Aperture motion module is fixed on iris servo transmission module, and is flexibly connected with iris servo motion module.Eyeglass inner casing module is used for parcel and fixed optics lens module and lens movement pedestal, and interlock internal medicine module is used for parcel and fixing len servo drive module, and servo inner casing module is for wrapping up and fixing len servo motion module.Electrical servo collector receives the signal of main control circuit part, and sends instruction to eyeglass servo motion module, for controlling each optical mirror slip module rectilinear motion and relative position, realizes the function that optical lens part changes focal length.Electrical servo collector receives the signal of main control circuit part, and sends instruction to iris servo motion module, for controlling folding, the size of aperture, realizes the control of luminous flux.
As shown in Figure 5, image sensor portion, image sensor module is connected on the circuit that is made up of image automatic gain module, image signal processing blocks and picture signal sending module.Be connected with optical zoom motor-driven lens part by internal thread interface, Power supply and control is responsible for by main control circuit part, completes with line connection.Image sensor module comprises all types of CCD, CMOS and other sensitive chips and supporting D/A converting circuit.Light is by optical zoom motor-driven lens part, through zoom with after focusing on, be projeced into image sensor module, light signal is converted to the signal of telecommunication by image sensor module, electric image signal, by image automatic gain module, realize the automatic adaptation of the brightness of the picture of single frames, contrast, saturation.By the electrical signal transfer after gain to image signal processing blocks, the signal of telecommunication is spliced into complete image frame by image signal processing blocks, and by picture signal sending module, is sent to main control circuit part.
As shown in Figure 6, sound sensor part, sound transducer model calling is on the circuit be made up of sound automatic gain module, sound signal processing module and voice signal sending module.Be connected with main control circuit part by line connection, with the work of settling signal transmission, Power supply and control.Sound is picked up by sound transducer module and is converted into the signal of telecommunication, electric image signal, by image automatic gain module, realizes the amplification of sound in remote situation.By the electrical signal transfer after gain to sound signal processing module, sound signal processing module, by after sound signal of telecommunication noise reduction, by picture signal sending module, is sent to main control circuit part.Main control circuit part also assume responsibility for the work to sound transducer energize portions and control.
As shown in Figure 7, main control circuit part, audible signal reception processing module receives the sound signal of telecommunication from sound transducer part, passes to sync tone after treatment as synthesis module.Picture signal receives processing module reception from the image signal of telecommunication of image sensor module, sends to sync tone as synthesis module after treatment.Image signal processing blocks receives the instruction of digital zoom control module, complete control interface cutting amplification and wait work, realize the zoom request exceeding optical zoom motor-driven lens part zooming range, after completing digital zoom, send to sync tone as synthesis module signal.Signal is sent to sync tone as after synthesis module, through compression coding, passes on the one hand synthesized voice picture checking segmentation module, enters segmentation phonotape and videotape memory module after segmentation, and being recorded into can plug external memory storage, realizes record and stores; On the other hand, image is sent to the wireless transport module of control assembly, by the mode of wireless connections, real-time image is sent to client device, or by online mode, image is sent to on-line debugging equipment.Wireless transport module comprises respectively based on the EM equipment module of Internet service, WirelessAccessPoint service, Bluetooth service, NearFieldCommunication service, module wirelessly, synchronous image signal transmitting is delivered to client device, and receive the operations (start, shutdown, optical zoom, record, take pictures) of client device wireless transmission and instruction be set, simultaneously by the operations result feedback of appropriate section to client device.Control collector as the core processor of main control circuit part, assume responsibility for every on-line debugging, wireless debugging, function switch and the compiling of other parts, control, feedback operation.
As shown in Figure 8, fuselage power pack, minicell module uses cable to connect charge and discharge protecting module, and charge and discharge protecting module cable connects the power control module of main control circuit part.Fuselage power pack practises the power source that works alone of record instrument, to be delivered to by electric power to practise record instrument each several part by the power control module of main control circuit part, realizes practising record instrument in not external power supply situation, also can work alone.When electric power is not enough, charge and discharge protecting module is by the power control module of notice main control circuit part, and power control module is by the key area of information displaying in fuselage cover part.During charged state; power supply source self-charging device part or multipurpose base part; electric power is by each circuit, cable, interface; electric power is delivered to the power control module of main control circuit part; power control module again by electric power by charge and discharge protecting module after stable, be stored in minicell module.Minicell module be in charging saturated after, charge and discharge protecting module will notify power control module, and cut off charging by power control module, prevent to damage and disaster hidden-trouble owing to causing minicell module after overcharging.
As shown in Figure 9, fuselage cover part, motor-driven lens, as the protecting sheathing of optical zoom motor-driven lens, wraps up and protects (and not affecting the motion of camera lens), and being embedded in split type fuselage cover module by lens protection shell module.Extension element shell module, as the embedding interface of each function key, indicating device and governor circuit extension element, after each function key, indicating device and governor circuit extension element is fixing, is embedded in split type fuselage cover module.Split type fuselage cover module, as the most external structure practising record instrument, is presented in face of user, and user can by each function key in operation extension element shell module, and the independence realized practising record instrument controls.
Multipurpose base part, high capacity cell module, as the electrical power storage part of this assembly, assume responsibility for the work providing external power supply for practising record instrument, using cable to be connected with the charge and discharge control module of this assembly, and by charge and discharge control module controls, carry out charge-discharge operations.Charge and discharge control module and charging inlet module use cable to be connected, and control to use as charging.Charging inlet module adopts cable to be connected to charge and discharge control module, is the interface that charger part connects Table top type base assembly.Flexible high bar coupling assembling is the connector connecting fuselage docking module and Table top type base shell, and adopt flexible material, realize free bend, that reduces this pedestal to greatest extent deposits volume; Inner placement flexible cable, plays and electric power is delivered to docking fuselage module from charge and discharge control module, and then flow to the effect practising record instrument, and soft durable not frangibility.Docking fuselage module is that this assembly records the module of instrument signal wiring with habit, adopts hot shoe pattern, can be hot-swappable, is given by electric power practise record instrument from this component passes.
As shown in Figure 10, Table top type base shell and indicating device are as the FINAL APPEARANCE of this assembly, realize safety and attractive in appearance while, information from charge and discharge control module presents by indicating device, the effect of state display, operator according to indicator for displaying content, can understand this assembly and is in which kind of state.When high capacity cell module electricity is not enough, charge and discharge control module will send information on this base shell indicating device, and reminding user charges.Charge when charger part and charging inlet model calling and start, electric current can be subject to charge and discharge control module controls, be stored in high capacity cell module, simultaneously the information of charging is sent on the indicating device of this base shell by charge and discharge control module, and prompting user charges well afoot; When charging saturated, indication information can be sent on the indicating device of this base shell by charge and discharge control module, cuts off charging circuit simultaneously, prevents to cause damage and disaster hidden-trouble to minicell module after overcharging.This assembly is recorded instrument with habit and is adopted hot shoe mode to be connected.After connecting, the transducer of docking fuselage module sends the instruction starting to power can to the charge and discharge control module of this assembly, after charge and discharge control module receives instruction, start to control high capacity cell module discharge, the information of this component operation state is sent on the indicating device of Table top type base shell simultaneously.
Vehicular base assembly as shown in figure 11, the automobile-used cigar lighter socket borrowing electrical appliance module grafting to enter all types of vehicle, realizes the function of power taking.Electrical overload protection module is for preventing because this assembly reason causes fault to automobile circuit.Voltage transformation module is for practising the electric current and voltage needed for the work of record instrument by the Voltage to current transducer of automobile power source.Prevent from causing the hardware damage of habit record instrument because power supply goes beyond the scope.Output control module is the control module of this assembly, realizes control switch machine, sends indication information to the effect of this component indicators.Docking fuselage module is this assembly and practise the interface recorded instrument and be connected, and can dock module activities with the fuselage that habit records instrument main control circuit part and be connected, there is transducer inside; When this assembly and practise record instrument is connected time, send power-on command to output control module, this assembly start power supply give habit record instrument; When this assembly record after instrument disconnects with practising, transmission shutdown command is to output control module, and this assembly quits work.Vehicle-mounted fixation kit adopts the modes such as sucker, magnetic, grafting, screw thread to be connected with all types of vehicle.Vehicular base shell and indicating device are the shells of this module circuit block, and by the indication information that output control module sends, present to user by indicating device.Fix and protect the appliance circuit part of this assembly on the one hand, show the operating state of this assembly on the other hand.Automobile-used by means of after electrical appliance module power taking; electric current imports voltage transformation module into through electrical overload protection module; electric current is through transformation with after stablizing; pass to control output module; then according to the instruction of docking fuselage module sensors; fuselage electric current being delivered to habit record instrument active circuits part, on connection module, is embodied as habit record instrument and powers.When this assembly fuselage to connection module with practise the fuselage recording instrument main control circuit part connection module is disconnected time, transducer sends the instruction of work and stopping to output control module, controls the operating state of this assembly.After output control module receives work order, can give on the indicating device of vehicular base shell and send information, user can see that whether this assembly is in running order.
Wearable base assembly as shown in figure 12, high capacity cell module, as the electrical power storage part of this assembly, assume responsibility for the work providing external power supply for practising record instrument, using cable to be connected with the charge and discharge control module of this assembly, and by charge and discharge control module controls, carry out charge-discharge operations.Charge and discharge control module uses cable to be connected with charging inlet module and high capacity cell module, is the main modular of power supply control.Docking fuselage module is that Wearable base assembly records the assembly of instrument signal wiring with habit, adopts hot shoe pattern, can be hot-swappable, is given by electric power practise record instrument from this component passes.Wearable base shell and indicating device as the FINAL APPEARANCE of this assembly, realize safety and attractive in appearance while, indicating device will play the effect that state shows, and operator according to indicator for displaying content, can understand this assembly and be in which kind of state.Charging inlet module adopts cable to be connected to charge and discharge control module, is the interface that charger part connects Wearable base assembly.It is this assembly and the syndeton of user's health that high strength dresses module, adopts clamping, screw thread, magnetic, sucker, the mode such as bonding to be connected with user's health.When high capacity cell module electricity is not enough, charge and discharge control module will send information on this base shell indicating device, and reminding user charges.When rechargeable, electric current can be subject to charge and discharge control module controls, is stored in high capacity cell module, and simultaneously the information of charging is sent on the indicating device of this base shell by charge and discharge control module, and prompting user charges well afoot; When charging saturated, indication information can be sent on the indicating device of this base shell by charge and discharge control module, cuts off charging circuit simultaneously, prevent due to overcharge to minicell module cause damage and disaster hidden-trouble.The docking fuselage module use hot shoe mode of this assembly is recorded instrument with habit and is connected, the transducer of docking fuselage module sends the instruction starting to power can to the charge and discharge control module of this assembly, after charge and discharge control module receives instruction, start to control high capacity cell module discharge, the information of this component operation state is sent on the indicating device of Table top type base shell simultaneously.
As shown in figure 13, in charger part, charging protecting module can prevent from, because this part electrical equipment reason causes damage and fire to external circuit, being connected with voltage changing module by cable.Voltage changing module by civilian electric step-down current limliting be practise record instrument can electric current and voltage.Shell and interface are presented in the final form of user as charger part, by each appliance circuit protection and parcel, and the external interface be connected with other parts.The charging protecting module of charger part is electrically connected with civilian; electric current through voltage changing module by civilian electric step-down current limliting be practise record instrument can electric current and voltage; can be transported to through interface section and practise record instrument fuselage to parts such as connection module, each pedestal charging inlet modules, be embodied as that each several part is powered, use of charging.
Described software systems mainly comprise: wireless interaction system, automatic control system, remote control request system, manual control system.It mainly forms with workflow as shown in Figure 14, Figure 15.
Wireless interaction system, based on Internet service subsystem, WirelessAccessPoint service subsystem, Bluetooth service subsystem, NearFieldCommunication service subsystem, be connected with the wireless transport module in main control part control assembly.
Automatic control system comprises aperture automatic control system, video uploads subsystem, video flowing subsystem, audio stream subsystem, audio frequency and video composite coding subsystem, store control subsystem, time controling subsystem, economize on electricity control subsystem, wherein, aperture automatic control system is connected with the electrical servo collector in optical zoom motor-driven lens part servopackage; Video is uploaded subsystem and is connected with the control collector in main control circuit part control assembly; Video flowing subsystem is connected with image sensor portion, and audio stream subsystem is connected with the sound transducer part in sound transducer part; Audio frequency and video composite coding subsystem is connected as synthesis module as the sync tone in processing components with main control circuit part sync tone; Store control subsystem to be connected as segmentation phonotape and videotape memory module in processing components with main control circuit part sync tone; Time controling subsystem and main control circuit part sync tone verify segmentation module as synthesized voice picture in processing components; Control subsystem is connected with the control collector in main control circuit part control assembly.
Remote control request system comprises optical zoom control subsystem receiving terminal, digital zoom control subsystem receiving terminal, record control subsystem receiving terminal, control subsystem of taking pictures receiving terminal, remote debugging subsystem, send syndrome system, wherein optical zoom control subsystem receives and the eyeglass servo motion model calling in optical zoom motor-driven lens part servopackage, digital zoom control subsystem receiving terminal receives processing module with the picture signal of main control circuit part and is connected, record control subsystem receiving terminal, control subsystem of taking pictures receiving terminal and remote debugging subsystem are connected with the wireless transport module in main control circuit part control assembly, send syndrome system for receiving the wireless transport module feedack in main control circuit part control assembly.
Manual control system comprises function handover subsystem, on-line debugging subsystem receiving terminal, and on-line debugging subsystem is connected with the wireless transport module in main control circuit part control assembly.
Described client software system comprises: manual control system, audio video synchronization receiving system, automatic control system, the operating system of support, automatic control system, tele-control system.As shown in figure 16, wherein manual control system comprises: picture color control subsystem transmitting terminal, picture precision control subsystem transmitting terminal, client debug subsystem transmitting terminal, optical zoom control subsystem, mathematics Zoom control subsystem, record control subsystem, control subsystem of taking pictures; Audio video synchronization receiving system: based on Internet service subsystem, WirelessAccessPoint service subsystem, Bluetooth service subsystem, NearFieldCommunication service subsystem; The operating system supported: windows series of table tops and Mobile operating system, Unix class desktop and Mobile operating system, Linux class tabletop machine Android Mobile operating system, Solaris server catalyst Catalyst operating system, Symbian series mobile phone operating system, BlackBerryOS series mobile phone operating system, OS series of table tops and ios series Mobile operating system; Automatic control system: screen intensity control subsystem, automatically tracing subsystem, synchronization check subsystem, initiatively login subsystem; Long-distance Control transmitting system: optical zoom control subsystem transmitting terminal, digital zoom control subsystem transmitting terminal, recording control subsystem transmitting terminal, control subsystem of taking pictures transmitting terminal, reception syndrome system.The reception syndrome system that client software system and chip software system remote control in emission system is connected.
Claims (6)
1. a novel habit record instrument equipment, device structure comprises hardware system, software systems and client software system, it is characterized in that: hardware system comprises optical zoom motor-driven lens part, image sensor portion, sound transducer part, main control circuit part, fuselage control electricity part, fuselage cover part, multipurpose base part and charger part; Software systems comprise wireless interaction system, automatic control system, remote control request system, manual control system; Client software system comprises manual control system, automatic control system, audio video synchronization receiving system, the operating system of support and tele-control system;
Described hardware system structure comprises: optical zoom motor-driven lens part, image sensor portion, sound transducer part, main control circuit part, fuselage control electricity part, fuselage cover part, multipurpose base part, charger part;
Described software systems mainly comprise: wireless interaction system, automatic control system, remote control request system, manual control system;
Described client software system comprises: the operating system of manual control system, audio video synchronization receiving system, automatic control system, support and tele-control system.
2. one according to claim 1 practises record instrument equipment, it is characterized in that, in hardware system:
Described optical zoom motor-driven lens part comprises: optical module, transmission component, servopackage and inner housing component, optical module comprises optical mirror slip module, lens movement pedestal and aperture motion module, transmission component comprises eyeglass servo drive module, iris servo transmission module, servopackage comprises eyeglass servo motion module, iris servo motion module and electrical servo collector, internal medicine assembly comprises eyeglass internal medicine mould, servo inner casing module and online inner casing module, wherein each optical mirror slip module is fixedly connected with corresponding tooth bar or screw mandrel eyeglass servo drive module by respective lens movement pedestal, tooth bar or the screw portion of eyeglass servo motion module and eyeglass servo drive module are flexibly connected, aperture motion module is fixed on iris servo transmission module, and be flexibly connected with iris servo motion module, eyeglass inner casing module is used for parcel and fixed optics lens module and lens movement pedestal, interlock internal medicine module is used for parcel and fixing len servo drive module, servo inner casing module is used for parcel and fixing len servo motion module,
describedimage sensor portion comprises: image sensor module, image automatic gain module, image signal processing blocks and picture signal sending module; Image sensor module comprises all types of CCD, CMOS and other sensitive chips and supporting D/A converting circuit, image sensor module is connected on the circuit that is made up of image automatic gain module, image signal processing blocks and picture signal sending module, be connected with optical zoom motor-driven lens part by internal thread interface, Power supply and control is responsible for by main control circuit part, completes with line connection;
describedacoustic sensing portion divides and comprises sound transducer module, sound automatic gain module, sound signal processing module and voice signal sending module; Sound transducer model calling, on the circuit be made up of sound automatic gain module, sound signal processing module and voice signal sending module, is connected with main control circuit part by line connection, with the work of settling signal transmission, Power supply and control;
Described main control circuit part comprises: control assembly, picture signal receive processing module, audible signal reception processing module, sync tone as processing components and extension element; Described control assembly comprises optical zoom control module, digital zoom control module, function switching controls module, power control module, control collector and wireless transport module; Sync tone comprises sync tone as synthesis module, synthesized voice picture checking segmentation module and segmentation phonotape and videotape memory module as processing components; Extension element comprises fuselage to connection module, charging inlet module and debugging interface module; Audible signal reception processing module receives the sound signal of telecommunication from sound transducer part, passes to sync tone after treatment as synthesis module;
Described fuselage power pack comprises minicell module and charge and discharge protecting module; Described minicell module uses cable to connect charge and discharge protecting module, and charge and discharge protecting module cable connects the power control module of main control circuit part;
In described hardware system, fuselage cover part comprises split type fuselage cover module, lens protection shell module machine and extension element shell module;
Described multipurpose base part comprises Table top type base assembly shell and indicating device, vehicular base assembly shell and indicating device and Wearable base assembly shell and indicating device; Wherein Table top type base assembly shell and indicating device comprise high capacity cell module, charge and discharge control module, docking fuselage module, charging inlet module and flexible high bar coupling assembling; Vehicular base assembly shell and indicating device comprise automobile-used by means of electric module, voltage transformation module, output control module, electrical overload protection module, docking fuselage module and vehicle-mounted fixation kit; Wearable base assembly shell and indicating device comprise high capacity cell module, charge and discharge control module, docking fuselage module, charging inlet module and high strength and dress module.
3. one according to claim 1 practises record instrument equipment, it is characterized in that, in chip software system:
Described wireless interaction system is based on Internet service subsystem, WirelessAccessPoint service subsystem, Bluetooth service subsystem, NearFieldCommunication service subsystem;
Described automatic control system comprises aperture automatic control system, video uploads subsystem, video flowing subsystem, audio stream subsystem, audio frequency and video composite coding subsystem, store control subsystem, time controling subsystem, economize on electricity control subsystem;
Described remote control request system comprises optical zoom control subsystem receiving terminal, digital zoom control subsystem receiving terminal, recording control subsystem receiving terminal, control subsystem of taking pictures receiving terminal, remote debugging subsystem, sends syndrome system;
Described manual control system comprises function handover subsystem, on-line debugging subsystem receiving terminal.
4. one according to claim 1 practises record instrument equipment, and it is characterized in that, chip software system is connected with the main control part in hardware system.
5. one according to claim 1 practises record instrument equipment, it is characterized in that, in client software system:
Described manual control system comprises: picture color control subsystem transmitting terminal, picture precision control subsystem transmitting terminal, client debug subsystem transmitting terminal, optical zoom control subsystem, mathematics Zoom control subsystem, record control subsystem, control subsystem of taking pictures;
Described audio video synchronization receiving system Internet service subsystem, WirelessAccessPoint service subsystem, Bluetooth service subsystem, NearFieldCommunication service subsystem;
The operating system of described support: windows series of table tops and Mobile operating system, Unix class desktop and Mobile operating system, Linux class tabletop machine Android Mobile operating system, Solaris server catalyst Catalyst operating system, Symbian series mobile phone operating system, BlackBerryOS series mobile phone operating system, OS series of table tops and ios series Mobile operating system;
Described automatic control system: screen intensity control subsystem, automatically tracing subsystem, synchronization check subsystem, initiatively login subsystem;
Described Long-distance Control transmitting system: optical zoom control subsystem transmitting terminal, digital zoom control subsystem transmitting terminal, recording control subsystem transmitting terminal, control subsystem of taking pictures transmitting terminal, reception syndrome system.
6. one according to claim 1 practises record instrument equipment, and it is characterized in that, the reception syndrome system that client software system and chip software system remote control in emission system is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410765478.3A CN105049780A (en) | 2014-12-15 | 2014-12-15 | Apparatus for study-purpose recording |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410765478.3A CN105049780A (en) | 2014-12-15 | 2014-12-15 | Apparatus for study-purpose recording |
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| CN105049780A true CN105049780A (en) | 2015-11-11 |
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Cited By (1)
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| CN112824949A (en) * | 2019-11-15 | 2021-05-21 | 西安光启未来技术研究院 | Lens switching method and variable-focus integrated machine core |
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