CN201044482Y

CN201044482Y - Satellite receiver dynamic image monitor

Info

Publication number: CN201044482Y
Application number: CNU200720002732XU
Authority: CN
Inventors: 刘杞孟
Original assignee: HEQI INTERNATIONAL CO Ltd
Current assignee: HEQI INTERNATIONAL CO Ltd
Priority date: 2007-02-01
Filing date: 2007-02-01
Publication date: 2008-04-02
Anticipated expiration: 2017-02-01

Abstract

The utility model is a satellite receiver dynamic video monitor, which comprises at least a shell, a signal output device, a satellite receiver module and a camera lens module, wherein the basic functions include that the satellite receiver is engaged in receiving signals from satellites and integrating the real time coordinate setting and the real-time video monitoring picture into a whole through a software; therefore, a user can grasp the relative position of a special picture at a certain time point, the utility model can be used to record the movement of a moving object, for example: when arranged on moving traffic facilities( such as vehicles, airplanes, and ships), the utility model can record pictures of the traffic facilities in any condition; for another example, when arranged on a man or other creatures, the utility model can accurately record the pictures taking place on the corresponding time point.

Description

A kind of satellite receiver dynamic image monitoring

Technical field

The utility model relates to a kind of satellite receiver dynamic image monitoring, what be particularly related to is that the integration of a kind of satellite receiver module and phtographic lens module is used, so that the photography monitoring image of the available real-time geographic information of tool satellite receiver (as: date, time, longitude and latitude, highly, speed and direction etc.) to be provided.

Background technology

Existing traditional photography surveillance, no matter fixed or portable, can only provide time and date to combine with the timer that includes at most, and can't can provide accurate and dynamic geography information as satellite receiver.

In addition, general automobile-used Satellite Navigation Set, because when vehicle dispatches from the factory, usually according to certain regional markets demand, only can be in conjunction with the map datum of locality, for the operation of satellite guidance, the restriction car uses the convenience of satellite navigation in other area, also can't learn that a certain specific picture is at the relevant position of a certain time point in the road conditions by the picture of Satellite Navigation Set.

This case utility model designer is because existing photography surveillance has its disappearance, so rely on its experience of being engaged in relevant industries for many years and concentrate on studies, study improvement, the utility model is born, the purpose that it is primary, be that a kind of satellite receiver dynamic image monitoring is being provided, it is that the satellite receiver dynamic image monitoring of real time information with analysis or evidence photography monitor log picture can be provided.

Summary of the invention

A kind of satellite receiver dynamic image monitoring of the utility model, its main purpose is responsible for receiving satellite signals for the satellite receiver module, and, be combined into one by software and real-time photography monitoring image with real-time coordinate and location information, provide information to analyze or evidence photography monitor log picture.

For achieving the above object and solving prior art problems, the monitoring of the utility model satellite receiver dynamic image, it has a housing at least, one signal output device, an one satellite receiver module and a phtographic lens module, and described housing has a recess one phtographic lens module is set, its end face is provided with the satellite receiver module, a side adjacent with end face then has at least one slot and plants for storage device, it can be coupled to described central processing unit circuit, in order to write down each image and the data of described satellite receiver module and phtographic lens module, one side of described housing further has one first perforate, for signal output device output, it can be coupled to described central processing unit circuit, provides tool satellite receiver module the available real-time geographic information (as: date, time, longitude and latitude, highly, speed and direction etc.) the photography monitoring image; Wherein, described satellite receiver dynamic image monitoring can be used or connect device with a display func as tracing record separately and use together.

The monitoring of described again satellite receiver dynamic image more can and an automobile-used pedestal in conjunction with display unit (as PDA), and and between automobile-used pedestal a movable pivot axis, make the monitoring of satellite receiver dynamic image arbitrarily adjust angle, cooperate the phtographic lens module of the adjustable angle of its device to use.

In use, the monitoring of described satellite receiver dynamic image can rely on described signal output device to be connected to display unit on the pedestal, and the integration image and the data of satellite receiver module and phtographic lens module can be sent to display unit.

In addition, further has one second perforate in the described housing, and described central processing unit circuit further has a charge circuit and a socket, wherein said socket is can be exposed at described perforate outward and described charge circuit is coupled to described lithium rechargeable batteries, can rely on an external charger that described lithium rechargeable batteries is charged, or directly the satellite receiver dynamic image is monitored the slot that is plugged on automobile-used pedestal, and central interior processor circuit electrically connect, power supply is provided and transmits integration image and data to described display unit.

Advantage of the present utility model is, and is easy to operate, and accurate and dynamic geography information can be provided,

Description of drawings

Fig. 1 is the three-dimensional exploded view of a preferred embodiment of the utility model satellite receiver dynamic image monitoring;

Fig. 2 is the action diagram of the utility model satellite receiver dynamic image monitoring, links automobile-used pedestal via movable pivot axis, can arbitrarily adjust angle, mends and catches picture;

Fig. 3 is the constitutional diagram of the utility model satellite receiver dynamic image monitoring, and receiver dynamic image monitoring via satellite is plugged on the slot of automobile-used pedestal;

Fig. 4 is the concrete application schematic diagram of the utility model satellite receiver dynamic image monitoring;

Fig. 5 is the functional block diagram of a preferred embodiment of the utility model satellite receiver dynamic image monitoring;

Fig. 6 is the display frame of integrating image and data record content in the preferred embodiment of the utility model satellite receiver dynamic image monitoring.

Description of reference numerals: 1-housing; The 10-satellite; The 100-storage device; The 101-signal output device; The 102-slot; The 103-socket; 104-inserts body; The 105-movable pivot axis; 2-satellite receiver module; The monitoring of 20-satellite receiver dynamic image; 200-central processing unit circuit; 3-phtographic lens module; The 30-power management module; The 301-camera lens; The 311-image frame; The 4-display unit; The automobile-used pedestal of 5-; 50-integrates picture software; The 501-slot; The 60-PDA LCDs.

Embodiment

For making its major technology feature of the utility model can be easier to understand with using effect, cooperate appended graphicly now, be described in further detail as follows:

See also Fig. 1-Fig. 3, it has a housing 1 at least the utility model satellite receiver dynamic image monitoring 20, one signal output device 101, an one satellite receiver module 2 and a phtographic lens module 3, and described housing 1 has a recess one phtographic lens module 3 is set, it comprises a camera lens 301, its end face is provided with satellite receiver module 2, a side adjacent with end face then has at least one slot 102 and plants for storage device 100, it can be coupled to described central processing unit circuit 200, in order to write down each image and the data of described satellite receiver module 2 and phtographic lens module 3, one side of described housing 1 further has one first perforate, for signal output device 101 outputs, it can be coupled to described central processing unit circuit 200, and the integration image of satellite receiver module 2 and phtographic lens module 3 is sent to the display unit 4 that is connected with data shows, and further has one second perforate in the described housing 1, and described central processing unit circuit 200 further has a charge circuit and a socket 103, wherein said socket 103 is can be exposed at described perforate and described charge circuit outward to be coupled to described lithium rechargeable batteries (figure does not show), can rely on an external charger charge to described lithium rechargeable batteries.

Described again satellite receiver dynamic image monitoring 20 has one and inserts body 104, can directly satellite receiver dynamic image monitoring 20 be plugged on the slot 501 of automobile-used pedestal 5, and central interior processor circuit 200 electrically connects, power supply is provided, more can and an automobile-used pedestal 5 in conjunction with display unit 4 (as PDA), and and 5 of automobile-used pedestals are a movable pivot axis 105, make satellite receiver dynamic image monitoring 20 can arbitrarily adjust angle, mend and catch picture.

See also Fig. 4, it is the concrete application schematic diagram of the utility model satellite receiver dynamic image monitoring, automobile-used pedestal 5 connects power supply, provide display unit 4 and satellite receiver dynamic image to monitor 20 required power supplys, receive satellite 10 signals by satellite receiver dynamic image monitoring 20, and, be combined into one by software and real-time photography monitoring image with real-time coordinate and location information.

See also Fig. 5, it is the functional block diagram of a preferred embodiment of the utility model satellite receiver dynamic image monitoring, described power management module 30 electrically connects with described central processing unit circuit (CPU) 200, in order to provide power supply to use to phtographic lens module 3 that is coupled to described central processing unit circuit 200 and satellite receiver module 2, and by integrating the software of photographic picture and satellite fix information, write down each image of described satellite receiver module 2 and phtographic lens module 3 and data to storage device 100, as SD card or CF card or SM card or MS card or M-MC or XD card or hard disk, and the integration image of satellite receiver module 2 and phtographic lens module 3 is sent to display unit 4 display frames with data by integration picture software 50.

See also Fig. 6, be the display frame of integrating image and data record content in the preferred embodiment of the utility model satellite receiver dynamic image monitoring, show by software integration transmission phtographic lens module 3 picked image pictures 311 and satellite receiver module 2 tool satellite receivers with PDA LCDs 60, receive real-time geographic information, as: date, time, longitude and latitude, highly, speed and direction etc.

Above-listed detailed description is specifying at possible embodiments of the present utility model, only described embodiment is not in order to limit claim of the present utility model, allly do not break away from the equivalence that the utility model skill spirit does and implement or change, all should be included in the claim of this case.

In sum, this case improves existing structure, and solves the multinomial inconvenience of existing article, should fully meet the legal innovation patent important document of novelty and progressive, files an application in accordance with the law.

Claims

1. satellite receiver dynamic image monitoring, it is characterized in that: it comprises:

One housing, it is provided with the central processing unit circuit, and and signal output device, the phtographic lens module combines with the satellite receiver module;

One satellite receiver module, it comprises satellite receiver, a display unit, receives real-time geographic information, and is combined into one by software and real-time photography monitoring image;

One phtographic lens module is arranged on the described housing and in order to being image data with institute's picked image unloading;

With a signal output device, it can be coupled to described central processing unit circuit, and the integration image and the data of described satellite receiver module and phtographic lens module are sent to a display unit.

2. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: described housing has a recess, for a phtographic lens module is set.

3. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: also comprise a slot, be coupled to described central processing unit circuit, in order to write down each image and the data of described satellite receiver module and phtographic lens module, described data store in a storage device.

4. satellite receiver dynamic image according to claim 3 monitoring is characterized in that: described storage device be SD card or CF card or SM card or MS card or M-MC or XD card or hard disk one of them.

5. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: described housing also further has one first perforate, connects display unit for signal output device.

6. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: described display unit also comprises a pedestal, and it is wherein fixing to plant for display unit.

7. satellite receiver dynamic image monitoring according to claim 6, it is characterized in that: described pedestal has a slot, and central interior processor circuit electrically connect, power supply is provided and transmits integration image and data to described display unit.

8. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: described housing further has one second perforate, and further have a charge circuit and a socket in the described housing, wherein said socket is outer to be exposed at described perforate and described charge circuit is coupled to described lithium rechargeable batteries, relies on an external charger that described lithium rechargeable batteries is charged.

9. satellite receiver dynamic image monitoring according to claim 1, it is characterized in that: comprise that also an automobile-used pedestal is in conjunction with display unit, and between monitoring of satellite receiver dynamic image and automobile-used pedestal is a movable pivot axis, makes the monitoring of satellite receiver dynamic image arbitrarily adjust angle.