CN218276784U - Vehicle-mounted intelligent device with mobile communication terminal management function - Google Patents

Abstract

The utility model discloses a take mobile communication terminal managerial function's on-vehicle smart machine, including the close casing sets up to two regions, the air-blast device sets up regional I at the close casing, the regional II of close casing is provided with the clamping device who is used for fixed mobile communication terminal. The air current that the air-blowing device produced flows towards clamping device place II region, closed casing is located I unilateral in the region that sets up the air-blowing device or two sides set up the air intake, and the air outlet setting is kept away from the one end of air-blowing device at closed casing, on-vehicle intelligent system is connected with the integrated circuit mainboard or is integrative setting with the integrated circuit mainboard in closed casing. The utility model discloses on-vehicle smart machine has data and drives the biography system, but shoots the various video data information that acquire through this system vehicle event data recorder and store in real time transmission to the cell-phone, need download alone or read through the card reader to the record appearance data when avoiding needing.

Description

Vehicle-mounted intelligent device with mobile communication terminal management function

Technical Field

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function relates to a multi-function vehicle-mounted electronic product, concretely relates to take vehicle-mounted intelligent equipment that has driving record, road rescue and EDR function of mobile communication terminal management function.

Background

The vehicle-mounted intelligent equipment in the existing automobile aftermarket is various in types, most products exist in a form with a single function, and if a user wants to pursue high-quality driving experience, numerous devices such as a mobile phone support, a vehicle-mounted mobile phone wireless charger, a driving recorder, a vehicle-mounted air purifier and the like need to be added into the automobile. Such a plurality of vehicle-mounted electronic products are installed in a vehicle in a centralized manner, and the following problems inevitably occur.

1) Each smart machine needs to fix the different corners in the car through different modes, and under the condition of satisfying driver's sight safety driving of not sheltering from, the use operation of each smart machine is experienced and is felt not adding, also appears unexpected drop often and influences driving safety.

2) Each smart machine needs to set up the power cord respectively and gets the electricity by the circuit system of vehicle in order to satisfy its functional requirement, and mixed and disorderly power cord not only influences the aesthetic property in the car, and the power cord that the accident of fixing insecure drops also can influence driving safety, and numerous external power cords are connected with vehicle circuit system and must increase circuit system's fault risk.

3) The automobile data recorder and the mobile phone charging support which are additionally arranged on most of the existing vehicles are independent two bodies, road condition information acquired by the automobile data recorder cannot be transmitted to a mobile phone in real time for storage, only the road condition information is recorded and stored in storage equipment which is arranged in the automobile data recorder, and the information in the storage equipment of the automobile data recorder is downloaded to the mobile phone or other equipment through switching of a card reader or connection of the automobile data recorder and the mobile phone when needed.

With the steady increase of the vehicle holding quantity and the gradual complexity of road condition information, an EDR (driving event recorder) system plays an incomparable role in the rapid judgment and processing of traffic accidents, and the forced installation of the EDR system on a vehicle becomes one of the necessary conditions for the delivery of new vehicles. However, few low and medium range vehicles that were on the market before 2022 were equipped with vehicle EDR systems, and it was not practical to separately install these vehicles by market.

SUMMERY OF THE UTILITY MODEL

In order to solve these prior art problems that exist among the background art, the utility model provides a take mobile communication terminal management function's on-vehicle intelligent equipment, it with cell phone stand, the wireless charger of cell-phone, cell-phone radiator, with intelligent mobile on-vehicle equipment integrated setting together, form special on-vehicle intelligent terminal equipment, it has with mobile communication terminal real-time data interaction functions such as cell-phone.

Specifically, the utility model relates to a take mobile communication terminal managerial function's on-vehicle smart machine, including closed casing, on-vehicle intelligent system, integrated circuit mainboard, air-blast device, closed casing sets up to two regions that the inner space keeps unblocked, the air-blast device sets up regional I at closed casing, closed casing region II is provided with the clamping device who is used for fixed mobile communication terminal. The air current that the air-blast device produced flows towards clamping device place region II in closed casing, closed casing is located I unilateral in the region that sets up the air-blast device or two sides set up the air intake, and the air outlet setting is on closed casing region II and keep away from the one end of air-blast device, the integrated circuit mainboard sets up the optional position in closed casing, on-vehicle intelligent system is connected with the integrated circuit mainboard or sets up with integrated circuit mainboard an organic whole in closed casing.

Further, the utility model relates to a take mobile communication terminal management function's on-vehicle smart machine, its the interior antetheca that lies in clamping device place region II in the closed shell is provided with the wireless charging coil who is connected with the integrated circuit mainboard.

Further, the utility model relates to a take mobile communication terminal management function's on-vehicle smart machine, it still including with the integrated circuit mainboard is connected the data that sets up or integrative integrated setting and drives the system of biography, and data drive the communication module that system built-in and mobile communication terminal's communication module pair is connected. Furthermore, the mobile communication terminal can acquire the functional data information of the vehicle-mounted intelligent system in real time through the data drive transmission system. Furthermore, the mobile communication terminal can control the vehicle-mounted intelligent system in real time through the data drive transmission system.

Optionally, a Wifi wireless transmission mode is adopted between the data drive transmission system and the mobile communication terminal.

Optionally, a ZigBee wireless transmission mode is adopted between the data drive transmission system and the mobile communication terminal.

Optionally, a bluetooth wireless transmission mode is adopted between the data drive transmission system and the mobile communication terminal.

Optionally, a 5G public network wireless transmission mode is adopted between the data drive transmission system and the mobile communication terminal.

Optionally, the data driving system and the mobile communication terminal perform data transmission in a Type-C wired transmission mode.

Specifically, a take vehicle-mounted intelligent equipment of mobile communication terminal managerial function, its vehicle-mounted intelligent system includes the vehicle event data recorder module, the camera setting of its camera subassembly of vehicle event data recorder module is in the outside of closed casing, its inner and the record appearance circuit board of camera subassembly are connected, the record appearance circuit board with the integrated circuit mainboard is connected or integrative integrated setting.

Furthermore, the automobile data recorder module also comprises a driving assembly consisting of a micro motor and a driving connecting shaft, and the driving assembly is connected with the recorder circuit board and drives the camera to lift up and down and/or rotate at an angle.

Furthermore, the automobile data recorder module further comprises a voice driving and controlling module arranged on the recorder circuit board, and the voice driving and controlling module controls the height lifting and/or the angle rotation of the driving assembly when the driving assembly is adjusted to shoot through voice recognition.

Preferably, the voice driving and controlling module further comprises a speaker assembly and a microphone assembly connected with the integrated circuit mainboard, and a speaker opening and a microphone opening are formed in the closed shell at positions corresponding to the speaker assembly and the microphone assembly.

Further, the automobile data recorder module further comprises an external sensing device and a built-in identification tracking module, wherein the built-in identification tracking module controls the driving assembly to start and stop the shooting switch of the camera, and the height of the camera is lifted and/or the shooting angle is adjusted according to the sensing signal of the external sensing device.

Optionally, the external sensing device is a radar module, or an infrared probe module, or a laser probe module, or a motion attitude capture module, or a vibration sensing element.

Specifically, a take mobile communication terminal managerial function's on-vehicle smart machine, its on-vehicle intelligent system still includes the road rescue module, the road rescue module includes the module circuit board and sets up exhale the button outward on the close shell, the module circuit board with the integrated circuit mainboard is connected or integrative integrated setting, sets up or is connected with vehicle dynamic sensing module, satellite positioning module, heavily feels gyroscope component, mobile communication module and the mutual module of pronunciation on the module circuit board.

Preferably, the voice interaction module further comprises a speaker assembly and a microphone assembly connected with the integrated circuit motherboard, and a speaker opening and a microphone opening are formed in the closed shell at positions corresponding to the speaker assembly and the microphone assembly.

Further, the road rescue module further comprises an external sensing device and a built-in identification tracking module, wherein the built-in identification tracking module controls the driving assembly to start and stop the shooting switch of the camera, and the height of the camera is lifted and/or the shooting angle is adjusted according to a sensing signal of the external sensing device.

Optionally, the external sensing device is a radar module, or an infrared probe module, or a laser probe module, or a motion attitude capture module, or a vibration sensing element.

Specifically, a take vehicle-mounted intelligent equipment of mobile communication terminal managerial function, its vehicle-mounted intelligent system still includes event data record system (EDR) module, event data record system (EDR) module with the integrated circuit mainboard is connected to set up or integrative integrated setting, event data record system (EDR) module is connected with the driving computer of the inside setting of vehicle through the data line.

Specifically, an on-vehicle smart machine of area mobile communication terminal managerial function, its clamping device is the strong magnet of the regional II preceding inner walls settings of close shell, or the manual flexible clamp of the spring drive who sets up for the regional II outer both sides of close shell, or set up micromotor drive's electronic flexible clamp for the regional II outer both sides of close shell.

Further, a take mobile communication terminal managerial function's intelligent on-vehicle equipment, its integrated circuit mainboard below or wireless charging coil below are provided with the fin.

Furthermore, a semiconductor refrigeration piece is arranged between the integrated circuit main board and the radiating fin or between the wireless charging coil and the radiating fin, and the semiconductor refrigeration piece is electrically connected with the integrated circuit main board.

Further, an on-vehicle smart machine of area mobile communication terminal managerial function, its be provided with in the close casing with integrated circuit mainboard electric connection's rechargeable battery.

Further, an on-vehicle smart machine of area mobile communication terminal managerial function, still include the solid device that is used for being connected with other components that sets up on the close shell.

Optionally, the fastening device is a screw hole fixedly disposed on the closure shell, or a suction cup assembly fixedly disposed on the closure shell, or a tension clip fixedly disposed on the closure shell.

Further, a take mobile communication terminal management function's intelligent equipment carries, intelligent system carries still including setting up the display screen on closed casing.

Further, an on-vehicle smart machine of area mobile communication terminal managerial function, still including setting up the inboard anion generator of closed casing air outlet is in with the setting the inboard air filter of closed casing air intake.

Further, a take mobile communication terminal managerial function's intelligent on-vehicle equipment, still including setting up the gaseous sensor that detects that is connected with the integrated circuit mainboard in closed casing, the air in the gaseous sensor monitoring that detects flows in closed casing to show data through the display screen, send audible alarm through speaker subassembly when data exceeds predetermined threshold value, or drive the transmission system through the data and transmit data to mobile communication terminal in real time.

Further, an on-vehicle smart machine of area mobile communication terminal managerial function, its the last connection of integrated circuit mainboard is provided with the storage card subassembly, is provided with the card slot interface on the closed casing corresponding with the storage card subassembly, still be provided with power cord or data line interface, on & off switch, adjustment key on the closed casing.

The beneficial effects of the utility model are that:

1) The vehicle-mounted intelligent equipment is provided with the clamping device, the mobile phone support, the mobile phone wireless charger, the mobile phone radiator and the automobile data recorder are integrally arranged, so that the vehicle-mounted intelligent equipment has the function of the automobile data recorder, provides a convenient wireless charging function for the mobile phone and does not influence the free taking and placing of the mobile phone.

2) The vehicle-mounted intelligent equipment is provided with the data driving and transmitting system, and various video data information shot and acquired by the automobile data recorder can be transmitted to the mobile phone for storage, so that the situation that data of the recorder needs to be downloaded independently or read through a card reader when needed is avoided.

3) The mobile phone wireless charger, the automobile data recorder and other vehicle-mounted electronic system modules share one vehicle-mounted power supply, and unnecessary damage to a circuit system in a vehicle caused by multi-path power taking can be effectively avoided. The heat dissipation module shares the same set of heat dissipation module to ventilate and dissipate heat of the whole equipment, so that the power consumption is further reduced.

4) Install road rescue module and incident data record system (EDR) module additional on the on-vehicle smart machine, reduce the same type of hardware of used repeatedly, like the plastic shell, fixing device, power cord etc. saved material cost and manufacturing cost greatly, reduce the external equipment quantity in the car, can effectively avoid sheltering from the sight line or influence the risk of controlling.

5) The whole vehicle-mounted intelligent integrated equipment has the characteristics of small volume, light weight, detachable arrangement and the like, is convenient to take down when not used in a vehicle, and can be used as a mobile phone wireless charger, a mobile monitoring device or a smart phone terminal when being at home or traveling.

The advantages of the invention are not limited to the description, but rather are described in greater detail in the detailed description for better understanding.

Drawings

In order to clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the description below are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a three-dimensional schematic view of the overall appearance of a first embodiment of a vehicle-mounted intelligent device with a mobile communication terminal management function according to the present invention;

fig. 2 is a three-dimensional schematic diagram of the overall appearance of a second embodiment of the vehicle-mounted intelligent device with the mobile communication terminal management function according to the present invention;

FIG. 3 is a three-dimensional schematic view (I) of the structure of the fastening device of the vehicle-mounted intelligent device with the mobile communication terminal management function of the present invention

FIG. 4 is a structural exploded three-dimensional schematic view (A) of a first embodiment of the vehicular intelligent device with a mobile communication terminal management function according to the present invention

FIG. 5 is a structural exploded three-dimensional schematic view (II) of a first embodiment of the vehicular intelligent device with a mobile communication terminal management function of the present invention

FIG. 6 is a three-dimensional schematic view of the structure of the clamping device of the vehicle-mounted intelligent device with the mobile communication terminal management function of the utility model

FIG. 7 is a three-dimensional schematic view (two) of the structure of the fastening device of the vehicle-mounted intelligent device with the mobile communication terminal management function of the present invention

FIG. 8 is a structural exploded three-dimensional schematic view (A) of a second embodiment of the vehicular intelligent device with a mobile communication terminal management function according to the present invention

FIG. 9 is a structural exploded three-dimensional schematic diagram (II) of a second embodiment of the vehicle-mounted intelligent device with a mobile communication terminal management function of the present invention

FIG. 10 is a three-dimensional enlarged view (I) of the local structure of the vehicle-mounted intelligent device with the mobile communication terminal management function of the present invention

FIG. 11 is a schematic view of the present invention showing a three-dimensional enlarged partial structure of the vehicle-mounted intelligent device with the mobile communication terminal management function

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention, as generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations.

Thus, the following detailed description of the embodiments of the present invention, presented in the accompanying drawings, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without making creative efforts belong to the protection scope of the present invention.

The invention will be further explained with reference to the drawings and specific embodiments.

The utility model relates to a take mobile communication terminal management function's on-vehicle smart machine, including closed casing and on-vehicle intelligent system, integrated circuit mainboard, the air-blast device of setting in the closed casing, its outward appearance shape of on-vehicle smart machine has following two kinds of implementation modes with inner structure.

Example one

Please refer to fig. 1, the utility model relates to a vehicle-mounted intelligent device with mobile communication terminal management function, the whole appearance structure of which is a straight plate structure, a clamping device (in this embodiment, a manual retractable clamp 51 is used as an example) for fixing the mobile communication terminal a is arranged on the closed shell 1, and the mobile communication terminal a is fixed on the front end face of the closed shell 1 through the manual retractable clamp 51.

Referring to fig. 4 and fig. 5, the internal structure and each function configuration system of the vehicle-mounted intelligent device in this embodiment are shown, the closed housing 1 is two areas in which the internal space is kept smooth, the blower device 4 is arranged in an area i 11 of the closed housing 1, and an area ii 12 of the closed housing is provided with a clamping device (for example, a manual telescopic clamp 51) for fixing a mobile communication terminal. The air current that air-blast device 4 produced flows towards clamping device place region II 12 in close casing 1, close casing 1 is located and sets up air intake 1a in region I11 unilateral or both sides that set up air-blast device 4, and air outlet 1b sets up the one end that just keeps away from air-blast device 4 on close casing 1 region II 12. The integrated circuit mainboard 3 is arranged at any position in the closed shell 1, and the vehicle-mounted intelligent system is arranged in the closed shell 1 or on the integrated circuit mainboard 3.

Example two

Please refer to fig. 2, the utility model relates to a vehicle-mounted intelligent device with mobile communication terminal management function, the whole appearance structure thereof is an L-shaped corner structure, the closed casing 1 is provided with a clamping device (this embodiment takes the manual telescopic clamp 51 as an example) for fixing the mobile communication terminal a, and the mobile communication terminal is fixed on the front end face of the closed casing 1 through the manual telescopic clamp 51.

Referring to fig. 8 and fig. 9, the internal structure and each function configuration system of the vehicle-mounted intelligent device with the mobile communication terminal management function according to this embodiment are shown, where the closed housing 1 is two areas in which the internal space is kept smooth, the blower 4 is arranged in an area i 11 of the closed housing 1, and an area ii 12 of the closed housing is provided with a clamping device (for example, a manual telescopic clamp 51) for fixing the mobile communication terminal. The air current that air-blast device 4 produced flows towards clamping device place region II 12 in close casing 1, close casing 1 is located and sets up air intake 1a in region I11 unilateral or both sides that set up air-blast device 4, and air outlet 1b sets up the one end that just keeps away from air-blast device 4 on close casing 1 region II 12.

The integrated circuit mainboard 3 is arranged at any position in the closed shell 1, and the vehicle-mounted intelligent system is arranged in the closed shell 1 or on the integrated circuit mainboard 3.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function, it still has the wireless function of charging for mobile communication terminal.

Specifically referring to fig. 5 and 9, a wireless charging coil 7 is disposed on an inner front wall of the area ii where the clamping device (for example, the manual telescopic clamp 51) is located on the closed housing 1, and the wireless charging coil 7 is connected with the integrated circuit main board 3.

For strengthening the utility model relates to a take vehicle-mounted intelligent device of mobile communication terminal management function's its convenience and steadiness in other member connections in the car. And the closed shell is provided with a connecting device used for being connected with other components.

As shown in fig. 5 and 9, the connecting device is a screw hole 60 fixedly disposed on the closed housing 1, and the vehicle-mounted intelligent device is fixedly connected to other components in the vehicle through other connecting devices provided with standard screw rods.

As shown in fig. 3 in detail, the fastening device is a tension clip 61 fixedly disposed on the closure housing 1, the tension clip 61 is composed of a fixed clip body 61a fixedly disposed on the closure housing 1 and a movable clip body 61b rotatably connected to a lower end of the fixed clip body 61a, and the movable clip body 61b can be driven to open and close up and down by pushing and pulling a bent plate 61c at a lower end of the movable clip body 61 b.

Specifically, as shown in fig. 7, the fixing device is a suction cup assembly 62 fixedly arranged on the closed housing 1, the suction cup assembly 62 includes a suction cup 62a, a connecting column 62b and a trigger 62c rotatably arranged on the connecting column 62b, and the vehicle-mounted intelligent device is fixedly connected to other components in the vehicle by moving the trigger 62c up and down to drive the suction cup 62a to generate vacuum suction.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function, it is shown with reference to fig. 4 fig. 8 in the embodiment two above-mentioned embodiment one, vehicle-mounted intelligent equipment still include with integrated circuit mainboard 3 is connected the data that sets up or integrative integrated setting and drives biography system 3a (it sets up the position at the integrated circuit mainboard in the drawing and only supplies the reference). The mobile communication terminal can acquire the functional data information of the vehicle-mounted intelligent system in real time through the data drive and transmission system 3 a. Mobile communication terminal embeds APP computer application works as when on-vehicle smart machine detects mobile communication terminal and passes through clamping device and connect on-vehicle smart machine's the preceding terminal surface, data drive system 3a activates its inside communication module that sets up and mate with mobile communication terminal, matches and immediately establishes the communication connection to successful mobile communication terminal and data drive system 3 a's communication module, mobile communication terminal passes through built-in APP computer application and stores the data storage that on-vehicle smart system recorded and acquireed in its inside data storage hardware equipment that sets up.

A take vehicle-mounted intelligent equipment of mobile communication terminal management function in use, mobile communication terminal passes through clamping device and connects on vehicle-mounted intelligent equipment's preceding terminal surface, the data accessible data drive transmission system real-time transmission that its vehicle-mounted intelligent system recorded and acquireed gives mobile communication terminal, vehicle-mounted intelligent equipment and mobile communication terminal can be simultaneously to vehicle-mounted intelligent system record and the data of acquireing store, here simultaneously its inside preset functional program software of mobile communication terminal accessible controls vehicle-mounted intelligent system in real time.

Further, referring to fig. 4 and 8, the mobile communication terminal may control the vehicle-mounted intelligent system in real time through the data driving system 3 a.

As optional, the utility model relates to a take mobile communication terminal management function's on-vehicle smart machine, its adopt Wifi wireless transmission mode to carry out data transmission between data drive system 3a and the mobile communication terminal.

As optional, the utility model relates to a take mobile communication terminal management function's intelligent on-vehicle equipment, its adopt zigBee wireless transmission mode to carry out data transmission between data drive system 3a and the mobile communication terminal.

As optional, the utility model relates to a take mobile communication terminal management function's intelligent on-vehicle equipment, it adopt bluetooth wireless transmission mode to carry out data transmission between data drive system 3a and the mobile communication terminal.

As optional, the utility model relates to a take mobile communication terminal management function's on-vehicle smart machine, its data drive and adopt 5G public network wireless transmission mode to carry out data transmission between system 3a and the mobile communication terminal.

As optional, the utility model relates to a take mobile communication terminal managerial function's on-vehicle smart machine, its data drive and adopt Type-C wired transmission mode to carry out data transmission between system 3a and the mobile communication terminal.

The utility model relates to a take above-mentioned embodiment of mobile communication terminal management function's on-vehicle smart machine first and in embodiment two, it is shown that specific reference figure 4 figure 8 figure 10, on-vehicle intelligent system includes the vehicle event data recorder module, and its camera 2a of camera subassembly 2a of vehicle event data recorder module sets up closed casing 1 outside, its inner end 2a2 of camera subassembly 2a is connected with record appearance circuit board 3b (in the drawing it sets up the position at the integrated circuit mainboard and only supplies the reference), record appearance circuit board 3b with integrated circuit mainboard 3 is connected or integrative integrated setting. The pictures shot by the camera 2a1 of the automobile data recorder module can be transmitted to the mobile communication terminal in real time through the data drive transmission system 3 a.

As further shown in fig. 10, the automobile data recorder module further includes a driving assembly 2c composed of a micro-motor 2c1 and a driving connecting shaft 2c2, and the driving assembly 2c is connected to a recorder circuit board 3b and drives the camera 2a1 to move up and down and/or rotate at an angle. Optionally, the driving assembly 2c may receive a rotation key i 1c arranged on the closed housing 1 to instruct the camera 2a1 to move up and down and/or rotate. Optionally, the mobile communication terminal may control the up-down movement and/or the rotation angle of the camera 2a1 in real time through the data transmission system 3 a.

Further optionally refer to fig. 4 fig. 8 fig. 10 show that the vehicle event data recorder module further includes the pronunciation drive and control module that sets up on the record appearance circuit board 3b, and pronunciation drive and control module controls the height lift and/or angle modulation when drive assembly 2c adjusts camera 2a1 and shoots through speech recognition.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal managerial function among the above-mentioned embodiment one and the embodiment two, it is shown specifically with reference to fig. 4 fig. 8, on-vehicle intelligent system includes the road rescue module, the road rescue module includes module circuit board 3c (in the drawing it sets up the position at the integrated circuit mainboard and only supplies the reference) and sets up exhale button 1d outward (shown in fig. 5 fig. 9) on the closed casing 1, module circuit board 3c with integrated circuit mainboard 3 is connected or integrative integrated setting. The module circuit board is provided with or connected with a vehicle dynamic sensing module, a satellite positioning module, a gravity sensing gyroscope element, a mobile communication module and a voice interaction module.

The vehicle dynamic sensing module is used for acquiring various data for identifying external force collision or self vibration of the vehicle in a running or stopping state, the satellite positioning module is used for acquiring and positioning longitude and latitude information of the position where the vehicle is located, and the gravity sensing gyroscope element is used for sensing and collecting information data of front-back inclination and left-right swinging of the vehicle. When the information received by the module circuit board 3c exceeds a preset threshold value, the mobile communication module is automatically started to be connected with the cloud platform in a data or voice communication mode, or an in-vehicle person is started to be connected with the cloud platform in a data or voice communication mode through the outbound key 1d on the closed shell 1. And the personnel in the vehicle or the rescue personnel carry out bidirectional voice connection with the customer service personnel at the platform end through the voice interaction module.

The utility model relates to a take above-mentioned embodiment one of vehicle-mounted intelligent equipment of mobile communication terminal management function and embodiment two, concrete reference figure 4 figure 8 is shown, vehicle-mounted intelligent system includes event data record system (EDR) module 3d (it sets up the position at the integrated circuit mainboard in the drawing and only supplies the reference). An event data recording system (EDR) module 3d is connected with the integrated circuit mainboard 3 or integrally arranged, and the event data recording system (EDR) 3d module is connected with a running computer arranged in the vehicle through a data line.

The EDR is connected with an automobile controller local area network through a data line to continuously monitor the vehicle operation data, and when the longitudinal or transverse speed variation of the vehicle reaches a preset threshold value within a certain time, the EDR stores the vehicle speed, the engine speed, the brake switch state, the longitudinal acceleration, the steering angle of a steering wheel, the service condition of a safety belt and the like within a few seconds before and after the collision. When a passive safety device of the vehicle, such as an airbag, is detonated, the stored data will be locked from alteration. If the passive safety device is not detonated, the data stored by the EDR may be overwritten by other events as the vehicle subsequently operates.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function in the above-mentioned embodiment one and the embodiment two, it is concrete, vehicle event data recorder module or road rescue module still include outer induction system 3e (shown in fig. 11) and built-in discernment tracker. The built-in identification tracking module controls the driving assembly 2c to adjust the start and stop of a shooting switch of the camera 2a1 or the height rise and fall of the camera 2a1 and/or the shooting angle adjustment according to the sensing signal of the external sensing device 3e (shown in fig. 10).

Optionally, the external sensing device is a radar module, or an infrared probe module, or a laser probe module, or a motion attitude capture module, or a vibration sensing element. When the internal identification tracking module of the automobile data recorder module or the road rescue module collects, identifies and acquires the movement information of the object outside the vehicle, the light source intensity information and the micro-vibration information inside and outside the vehicle through the external sensing device, the identification tracking module quickly responds and sends an instruction to the driving assembly, the driving assembly is controlled to start the camera to shoot each dynamic information generating source identified by the external sensing device, or the height and the angle of the camera 2a1 are adjusted to accurately position and shoot the dynamic information generating source.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function in the above-mentioned embodiment one and embodiment two.

As an alternative to fig. 5 and 9, said holding means is a strong magnet 50 arranged close to the front inner wall of the area ii 1b of the casing 1. Referring to fig. 1 and 2, the mobile communication terminal a is attached to the front end surface of the closed casing 1 by a strong magnet 50.

As an alternative to fig. 5, the clamping device is a spring-driven manual retractable clamp 51 disposed on two sides outside the area ii 1b of the closure housing 1, the manual retractable clamp 51 is composed of an outer clamp 51a disposed on the area ii 1b of the closure housing 1, a coupling body 51b disposed in the area ii 1b of the closure housing 1, and a tension spring 51c, the hand coupling body 51b is fixedly disposed on the front wall inside the area ii 1b of the closure housing 1, and the outer clamp 51a elastically slides on the coupling body 51b through the tension spring 51 c. Referring to fig. 1 and 2, the mobile communication terminal a is clamped to the front end surface of the closed casing 1 by a manual telescopic clamp 51.

As shown in an optional fig. 6, the clamping device is an electric telescopic clamp 52 which is arranged on two sides outside the area ii 1b of the closed housing 1 and driven by a micro motor and arranged on two sides outside the area ii 1b of the closed housing 1, the electric telescopic clamp 52 is composed of a pair clamp body 52a and a micro motor 52b which are arranged on the area ii 1b of the closed housing 1 and a connecting solid body 51c which is arranged in the area ii 1b of the closed housing 1, and the micro motor 52b drives the pair clamp body 52a to move relatively and open and close. Referring to fig. 1 and 2, the mobile communication terminal a is clamped to the front end surface of the closed casing 1 by an electric telescopic clamp 52.

For avoiding, its integrated circuit mainboard of on-vehicle smart machine in use of area mobile communication terminal management function and wireless charging coil continuously heat up and influence part service function, or the high temperature leads to smart machine crash damage phenomenon.

The utility model discloses in the above-mentioned embodiment one of vehicle-mounted intelligent device and embodiment two, the preferred, refer to fig. 4 fig. 5, integrated circuit mainboard 3 or wireless charging coil 7 below are provided with fin 8. The heat radiation generated by the integrated circuit main board 3 or the wireless charging coil 7 in operation is absorbed by the radiating fins 8 and then is carried out of the closed shell 1 by the airflow generated by the air blowing device 4.

For further reinforcing the utility model discloses on-vehicle smart machine's radiating effect, it is shown with reference to fig. 6, between integrated circuit mainboard 3 and the fin 8, or be provided with semiconductor refrigeration piece 9 between wireless charging coil 7 and the fin 8, semiconductor refrigeration piece 9 and 3 electric connection of integrated circuit mainboard.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function among the above-mentioned embodiment one and the embodiment two, the vehicle is under the start state vehicle-mounted intelligent equipment provides electric power by the vehicle generator, can continue normal work for keeping vehicle-mounted intelligent equipment after the vehicle is flamed out. As further shown in fig. 4, fig. 5, fig. 8 and fig. 9, a rechargeable battery 10 electrically connected to the integrated circuit main board 3 is disposed in the closed casing 1.

The utility model relates to a take vehicle-mounted intelligent device management function's in the above-mentioned embodiment one and the embodiment two, for guaranteeing speech quality and the speech recognition definition of its pronunciation of vehicle-mounted intelligent system drive accuse module or the voice interaction module, the figure 5 of preferred is shown, pronunciation drive accuse module or voice interaction module still include speaker subassembly 3f and the microphone subassembly 3g that is connected with integrated circuit mainboard 3. Fig. 4 a closed housing 1 of fig. 7 corresponding to the speaker module 3f and the microphone module 3g is provided with a speaker opening 1e and a microphone opening 1f.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal managerial function in the above-mentioned embodiment one and the embodiment two, further picture vehicle-mounted intelligent system is still including setting up the display screen 3h on closed casing.

The utility model relates to a take vehicle-mounted intelligent equipment of mobile communication terminal management function in above-mentioned embodiment one and embodiment two, it still has air monitering and purification performance to vehicle-mounted intelligent equipment.

Specifically, a negative ion generator 1g is arranged in a closed housing 1 of the vehicle-mounted intelligent device, and the negative ion generator 1g is arranged inside the air outlet 1b (shown in fig. 11). An air filter plate 1 is arranged in the closed shell 1, and an air filter plate 1h is arranged on the inner side of the air inlet 1a (shown in fig. 4, 8 and 9).

As shown in specific fig. 11, a gas detection sensor 1j connected with an integrated circuit mainboard is arranged in the closed casing 1 of the vehicle-mounted intelligent device, the gas detection sensor 1j monitors air flowing into the closed casing 1 and displays monitored data through a display screen, and the content of harmful gas in the monitored data exceeds a preset threshold value and sends out sound alarm through a loudspeaker assembly or transmits the monitored data to the mobile communication terminal in real time through a data transmission module.

The utility model relates to a take vehicle-mounted intelligent device of mobile communication terminal managerial function in the above-mentioned embodiment one and embodiment two, as optional figure 4 shows, it is provided with storage card subassembly 3j, figure 4 figure 7 to connect on the integrated circuit mainboard 3 with storage card subassembly 3j is corresponding set up card slot interface 1k on the close shell 1.

As further shown in fig. 3 and 8, the closed housing 1 is further provided with a power line or data line interface 1m, a switch key 1n, and a function adjusting key 1p as shown in fig. 5 and 9.

The embodiment of the present invention provides a detailed introduction of an intelligent vehicle-mounted device with a mobile communication terminal management function, which is based on the technical idea of the present invention, and can be changed in specific implementation and application ranges. In summary, the content of the present specification should not be understood as a limitation of the present invention, and any changes made according to the design concept of the present invention are all within the protection scope of the present invention.

Claims (23)

1. A vehicle-mounted intelligent device with a mobile communication terminal management function comprises a closed shell, a vehicle-mounted intelligent system, an integrated circuit mainboard and an air blowing device, and is characterized in that the closed shell is provided with two areas with an unblocked internal space, the air blowing device is arranged in an area I of the closed shell, and an area II of the closed shell is provided with a clamping device for fixing a mobile communication terminal;

the air flow generated by the air blowing device flows towards the area II where the clamping device is located in the closed shell;

the closed shell is positioned in a region I provided with the air blowing device, and is provided with air inlets on one side or two sides, and the air outlets are arranged on a region II of the closed shell and are far away from one end of the air blowing device;

the integrated circuit mainboard is arranged at any position in the closed shell, and the vehicle-mounted intelligent system is connected with the integrated circuit mainboard or integrally arranged with the integrated circuit mainboard in the closed shell.

2. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein a wireless charging coil connected with the integrated circuit main board is arranged on the inner front wall of the area II, in which the clamping device is located, in the closed shell.

3. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, further comprising a data driving system connected with or integrally arranged with the integrated circuit main board, wherein a communication module arranged in the data driving system is connected with a communication module of the mobile communication terminal in a matching manner;

the mobile communication terminal can acquire the functional data information of the vehicle-mounted intelligent system in real time through the data drive transmission system; or

The mobile communication terminal can control the vehicle-mounted intelligent system in real time through the data drive transmission system.

4. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 3, wherein the data transmission system and the mobile communication terminal perform data transmission in a Wifi wireless transmission mode, a ZigBee wireless transmission mode, a Bluetooth wireless transmission mode, a 5G public network wireless transmission mode or a Type-C wired transmission mode.

5. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein the vehicle-mounted intelligent system comprises a vehicle event data recorder module;

the camera of the camera assembly of the automobile data recorder module is arranged on the outer side of the closed shell, the inner end of the camera assembly is connected with the recorder circuit board, and the recorder circuit board is connected with the integrated circuit mainboard or integrally arranged.

6. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 5, wherein the automobile data recorder module further comprises a driving assembly composed of a micro motor and a driving connecting shaft, and the driving assembly is connected with the data recorder circuit board and drives the camera to lift up and down and/or rotate at an angle.

7. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 5, wherein the automobile data recorder module further comprises a voice drive control module arranged on the data recorder circuit board, and the voice drive control module controls the driving assembly to adjust the height and/or the angle of the camera to be rotated when the camera shoots through voice recognition.

8. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein: the vehicle-mounted intelligent system further comprises a road rescue module;

the road rescue module comprises a module circuit board and an outbound key arranged on the closed shell, wherein the module circuit board is connected with the integrated circuit mainboard or integrally arranged;

the module circuit board is provided with or connected with a vehicle dynamic sensing module, a satellite positioning module, a gravity sensing gyroscope element, a mobile communication module and a voice interaction module.

9. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein the vehicle-mounted intelligent system further comprises an event data recording system (EDR) module, and the event data recording system (EDR) module is connected with the integrated circuit main board or integrally arranged;

and the event data recording system (EDR) module is connected with a driving computer arranged in the vehicle through a data line.

10. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 5, wherein the automobile data recorder module further comprises an external sensing device and a built-in identification tracking module,

the built-in recognition tracking module controls the driving assembly to adjust the starting and stopping of a shooting switch of the camera, the height lifting and/or shooting angle adjustment of the camera according to a sensing signal of the external sensing device.

11. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 8, wherein the road rescue module further comprises an external sensing device and a built-in identification tracking module,

the built-in recognition tracking module controls the driving assembly to adjust the starting and stopping of a shooting switch of the camera, the height lifting and/or shooting angle adjustment of the camera according to a sensing signal of the external sensing device.

12. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 10 or 11, wherein the external sensing device is a radar module, an infrared probe module, a laser probe module, a motion attitude capture module, or a vibration sensing element.

13. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein the clamping device is a strong magnet arranged on the front inner wall of the closed shell area II;

or spring-driven manual telescopic clamps arranged at two sides outside the closed shell area II; or

Two sides outside the closed shell area II are provided with electric telescopic clamps driven by a micro motor.

14. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1 or 2, wherein a cooling fin is arranged below the integrated circuit main board or below the wireless charging coil.

15. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 14, wherein a semiconductor refrigerating sheet is arranged between the integrated circuit main board and a radiating fin or between the wireless charging coil and the radiating fin;

the semiconductor refrigeration piece is electrically connected with the integrated circuit mainboard.

16. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein a rechargeable battery electrically connected with the integrated circuit main board is arranged in the closed shell.

17. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, further comprising a connecting device arranged on the closed shell and used for being connected with other components.

18. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 17, wherein the connecting device is a screw hole fixedly arranged on the closed shell, a sucker assembly fixedly arranged on the closed shell, or a tension clip fixedly arranged on the closed shell.

19. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 7 or 8, wherein the voice driving control module or the voice interaction module further comprises a speaker assembly and a microphone assembly which are connected with the integrated circuit mainboard;

and a loudspeaker opening and a microphone opening are formed in the positions, corresponding to the loudspeaker assembly and the microphone assembly, of the closed shell.

20. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein the vehicle-mounted intelligent system further comprises a display screen arranged on the closed shell.

21. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, further comprising an anion generator arranged inside the air outlet of the closed shell and an air filter plate arranged inside the air inlet of the closed shell.

22. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, further comprising a gas detection sensor arranged in the closed shell and connected with the integrated circuit main board;

the gas detection sensor monitors air flowing into the closed shell, monitoring data are displayed through the display screen, and when the monitoring data exceed a preset threshold value, a sound alarm is given out through the loudspeaker assembly; or the monitoring data is transmitted to the mobile communication terminal in real time through the data drive transmission system.

23. The vehicle-mounted intelligent device with the mobile communication terminal management function according to claim 1, wherein a memory card component is connected to the integrated circuit main board, and a card slot interface is arranged on a closed shell corresponding to the memory card component;

the closed shell is also provided with a power line or data line interface, a switch key and an adjusting key.

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