CN213276420U - Intelligent mobile terminal innovation development platform - Google Patents
Intelligent mobile terminal innovation development platform Download PDFInfo
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- CN213276420U CN213276420U CN202021494190.4U CN202021494190U CN213276420U CN 213276420 U CN213276420 U CN 213276420U CN 202021494190 U CN202021494190 U CN 202021494190U CN 213276420 U CN213276420 U CN 213276420U
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Abstract
An intelligent mobile terminal innovation development platform comprises a suitcase, a bottom plate and a power supply; the suitcase comprises a box body and a box cover; the box body is internally provided with a storage groove and an alternating current-direct current voltage converter; the bottom plate is flatly laid in the box body; a power supply area is arranged at the edge of the bottom plate, the power supply area carries a direct-current voltage conversion module through an anti-reverse-insertion interface socket, and the direct-current voltage conversion module is connected with the output end of the alternating-current/direct-current voltage converter; a programming area and a CPU storage area are arranged in the middle of the bottom plate, and interface areas are arranged around the programming area and the CPU storage area; the interface area is converted with the signal level of the CPU storage area through the programming area; a plurality of chip patches for logic programming are arranged on the programming area; a CPU, a memory card and a memory are arranged on the CPU storage area; the interface area is provided with a plurality of hardware equipment interfaces. The utility model discloses realize plan, design, implementation, test, evaluation, report and the management of intelligent Mobile terminal innovation experiment to and design verification, test, evaluation and the management of intelligent Mobile terminal innovation product.
Description
Technical Field
The utility model relates to a mobile terminal platform field especially relates to an intelligent mobile terminal innovation development platform.
Background
Related products based on the intelligent mobile terminal researched and developed in the prior art have a relatively fixed overall hardware structure designed for specific functions, and are inconvenient for expanding personalized functions by adding/removing external hardware modules based on the products. Even if some external hardware with a part of modular design exists, the external hardware can only be plugged in and pulled out at a specified position and cannot be plugged in a blind manner due to different specifications of electrical interfaces of the hardware, so that once the part of modular hardware is plugged in a wrong position, the external hardware or the whole product can be damaged.
The prior art method can drive local hardware to work by using software and display a test result, but has no flexibility, can not freely select when and where to test and designate certain/multiple external hardware, and can not compare and determine the influence of the addition/removal of the external hardware on the function and the performance of the whole system.
When the test environment of related products of the intelligent mobile terminal is built by the method in the prior art, test tools need to be purchased in batches, manual operation is more in the test process, and the problem that the test environment possibly cannot be inconsistent due to manual participation in the test process cannot be managed and controlled. Or the test is carried out in time-sharing and multiple times, and the comparison of the test results is not obvious enough.
In the prior art, data output when each hardware/software works is printed through a debugging serial port, for a student in an industrial department with insufficient specialty, when relevant experiments of the bottom layer technology of the intelligent mobile terminal are developed, the output data is large in quantity and mixed, the working state of the specified hardware/software is inconvenient to look up, and the difficulty in learning the working principle of the specific hardware and analyzing and debugging the working process of the specific hardware is large.
SUMMERY OF THE UTILITY MODEL
Objects of the invention
For solving the technical problem who exists among the background art, the utility model provides an intelligent mobile terminal innovation development platform forms intelligent mobile terminal innovation development platform through each functional partition of reinforcing intelligent mobile terminal hardware to combine intelligent mobile terminal innovation development platform, realize plan, design, implementation, test, evaluation, report and the management of intelligent mobile terminal innovation experiment, and the design verification, test, evaluation and the management of intelligent mobile terminal innovation product.
(II) technical scheme
In order to solve the above problems, the utility model provides an innovative development platform for an intelligent mobile terminal, which comprises a suitcase, a bottom plate and a power supply area; the suitcase comprises a box body and a box cover;
the box body is internally provided with a storage groove and an alternating current-direct current voltage converter; the bottom plate is flatly laid in the box body;
a power supply area is arranged at the edge of the bottom plate, the power supply area carries a direct-current voltage conversion module through an anti-reverse-insertion interface socket, and the direct-current voltage conversion module is connected with the output end of the alternating-current/direct-current voltage converter;
a programming area and a CPU storage area are arranged in the middle of the bottom plate, and interface areas are arranged around the programming area and the CPU storage area; the interface area is converted with the signal level of the CPU storage area through the programming area;
a plurality of chip patches for logic programming are arranged on the programming area; a CPU, a memory card and a memory are arranged on the CPU storage area, and an operating system is arranged in the memory card; wherein, the chip patch is welded on the bottom plate; the CPU, the memory card and the memory are connected with a socket on the bottom plate through pins/pins;
the interface area is provided with a plurality of hardware device interfaces, and the hardware device interfaces comprise USB, UART, IIC, SPI, GPIO, I2S, HDMI and ADC.
Preferably, the hardware device interface supports a USB hub, an OTG, a TTL serial port, an ethernet card, a buzzer, an audio codec, an EPROM, a WIFI, a bluetooth, an HDMI, an ADC, a vibration motor, a matrix keyboard, a multi-mode mobile communication module, a capacitive touch liquid crystal display, and an expansion interface.
Preferably, a vibration motor for exhibiting a vibration function is further included.
Preferably, the keyboard further comprises a matrix keyboard for realizing the key functions; the matrix keyboard comprises a plurality of function keys for controlling up-down, left-right, determining, returning, pausing, previous head, next head and volume increasing and decreasing.
Preferably, the mobile communication terminal also comprises a multi-mode mobile communication module for transceiving and coding and decoding mobile communication signals and a capacitive touch liquid crystal display screen for a human-computer interaction window.
Preferably, all interfaces of the interface area use the same specification of anti-plugging and anti-back-plugging slot type interface socket arrangement.
Preferably, the system comprises a computer side and a server side.
In the utility model, the development platform is used for the implementation, test and evaluation of the innovation experiment of the intelligent mobile terminal, and the pre-research, design and test verification of the innovation product of the intelligent mobile terminal; the development platform is used for intelligent mobile terminal innovation development platform experiment scheme design, experiment test, experiment result collection, experiment evaluation, automatic generation of experiment reports, management of the whole experiment process, and verification of intelligent mobile terminal innovation product pre-research scheme, design result verification and product test.
Drawings
Fig. 1 is the utility model provides an intelligent mobile terminal innovation development platform's schematic structure diagram.
Fig. 2 is the utility model provides a partial structure plan view in the intelligent mobile terminal innovation development platform.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in detail with reference to the accompanying drawings. It should be understood that the description is intended to be illustrative only and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.
As shown in fig. 1-2, the present invention provides an innovative development platform for an intelligent mobile terminal, which includes a suitcase, a bottom board 4 and a power supply area 5; the suitcase comprises a suitcase body 1 and a suitcase cover 2;
the box body 1 is internally provided with a storage groove 3 and an alternating current-direct current voltage converter 9; the bottom plate 4 is flatly laid in the box body 1;
a power supply area 5 is arranged at the edge of the bottom plate 4, the power supply area 5 is carried with a direct current voltage conversion module through an anti-plugging interface socket, and the direct current voltage conversion module is connected with the output end of an alternating current-direct current voltage converter 9;
a programming area 6 and a CPU storage area 7 are arranged in the middle of the bottom plate 4, and interface areas are arranged around the programming area 6 and the CPU storage area 7; the interface area is converted with the CPU storage area 7 through the signal level of the programming area 6;
a plurality of chip patches for logic programming are arranged on the programming area 6; a CPU, a memory card and a memory are arranged on the CPU storage area 7, and an operating system is arranged in the memory card; wherein, the chip patch is welded on the bottom plate 4; the CPU, the memory card and the memory are connected with a socket on the bottom plate 4 through pins/pins;
the interface area is provided with a plurality of hardware device interfaces 8, and the hardware device interfaces 8 comprise USB, UART, IIC, SPI, GPIO, I2S, HDMI and ADC.
In the utility model, the development platform is used for the implementation, test and evaluation of the innovation experiment of the intelligent mobile terminal, and the pre-research, design and test verification of the innovation product of the intelligent mobile terminal; the development platform is used for intelligent mobile terminal innovation development platform experiment scheme design, experiment test, experiment result collection, experiment evaluation, automatic generation of experiment reports, management of the whole experiment process, and verification of intelligent mobile terminal innovation product pre-research scheme, design result verification and product test.
The utility model discloses in, the design is suitcase formula, uses portably. The accommodating groove 3 is used for installing and fixing an intelligent mobile terminal innovation development platform, accommodating related pluggable modules, intelligent mobile terminal innovation development platform compact discs, specifications and the like. The AC/DC voltage converter 9 can be adapted to the input of 110-220V AC power supply, the output supports 0-48V DC adjustable voltage, and is connected to the bottom plate through a terminal to supply power to the whole platform.
The utility model discloses in, the interface district sets up a plurality of hardware equipment interfaces 8, and its interface socket possesses unified mechanical dimensions and electrical standard. The power supply area 5 carries a direct current voltage conversion module through an anti-plugging reverse interface socket, and the direct current voltage conversion module further converts the direct current voltage output by the alternating current-direct current voltage converter 9 into voltages of various specifications, so that diversified use requirements of various components of various functional areas and various interface areas on a power supply are met.
In the utility model, a plurality of chip patches for logic programming are arranged on the programming area 6; the chip patch is used as a bridge of hardware communication between the interface area and the CPU storage area 7, signal level conversion can be achieved, the requirement of consistency of the memory storage CPU area on the electrical specification of a peripheral circuit is met after the chip patch with incompatible levels is butted, the programmable logic area can also achieve hardware interface multiplexing, multiple modes are set through programming, the interface area pins can be connected to different input and output interfaces of the CPU storage area 7, the interface area pin multiplexing is achieved, the number of socket pins in the interface area is effectively reduced, and external equipment connection can be supported as much as possible.
In the utility model, a CPU, a memory card and a memory are arranged on the CPU storage area 7, and an operating system is arranged in the memory card; the CPU storage area 7 and the bottom plate 4 are connected with a bottom plate socket by pins. The memory card and the memory are installed in a slot type, so that the memory card and the memory for storing operating systems of different versions can be conveniently replaced, the versions can be quickly updated, and the memories with different capacities can be conveniently replaced, so that a product performance comparison test experiment can be conveniently carried out subsequently.
In an optional embodiment, all interfaces in the interface area use anti-plugging and anti-slot type interface sockets with the same specification, and the interface sockets are distributed at the peripheral edge positions of the bottom plate, so that the supported hardware modules can be plugged conveniently. The hardware module is designed with an anti-plug matched with the interface socket, so that some hardware modules are easy to add/remove, and the hardware configuration of the whole development platform is more flexible. Based on the standardized interfaces provided by the slots, more special peripheral hardware can be expanded quickly, and innovation and development are facilitated.
In an alternative embodiment, the hardware device interface 8 supports a USB hub, an OTG, a TTL serial port, an ethernet card, a buzzer, an audio codec, an EPROM, a WIFI, a bluetooth, an HDMI, an ADC, a vibration motor, a matrix keyboard, a multi-mode mobile communication module, a capacitive touch screen, and an expansion interface.
In an alternative embodiment, a vibration motor for exhibiting a vibration function is further included.
In an optional embodiment, the keyboard further comprises a matrix keyboard for realizing the key functions; the matrix keyboard comprises a plurality of function keys for controlling up-down, left-right, determining, returning, pausing, previous head, next head and volume increasing and decreasing.
In an optional embodiment, the mobile communication system further comprises a multi-mode mobile communication module for transceiving and coding/decoding mobile communication signals, and a capacitive touch liquid crystal display screen for a human-computer interaction window.
In an alternative embodiment, all interfaces of the interface region use the same specification of anti-plug and anti-slot type interface socket arrangement.
The utility model discloses in, the interface district supports the usual hardware equipment interface 8 of intelligent Mobile terminal, and hardware equipment interface 8 supports equipment such as USB concentrator, OTG, TTL serial ports, ethernet card, bee calling organ, audio codec, EPROM, WIFI, bluetooth, HDMI, ADC, vibrating motor, matrix keyboard, multimode mobile communication module, electric capacity touch liquid crystal display, extension interface. The USB hub is used for opening a USB interface for a user to insert a USB flash disk, a USB mouse keyboard and the like; OTG is used for software debugging; the TTL serial port is used for carrying out serial port communication with external equipment, and the Ethernet card and the wifi are used for connecting the Internet; the buzzer is used for alarming; the audio coder-decoder is used for voice input and output; the EPROM is used for storing equipment information and data read-write experiments; the Bluetooth is used for connecting external Bluetooth equipment to carry out Bluetooth communication; the HDMI is used for connecting large screen displays such as a television and the like to perform multi-screen display; the ADC is used for inputting and outputting analog signals.
The vibration motor is used for displaying the vibration function of the intelligent mobile terminal.
The matrix keyboard simulates the key function of the intelligent mobile terminal, and the key functions comprise up and down, left and right, determination, return, pause, previous and next, and volume increase and decrease; the multimode mobile communication module is used for receiving, transmitting, encoding and decoding mobile communication signals, is adaptive to 2G, 3G, 4G and 5G wide area network mobile communication, and comprises at least two SIM card slots to support multi-card multi-standby; the capacitive touch liquid crystal display screen is used as a man-machine interaction window of the intelligent mobile terminal to display interfaces such as a desktop and application software in real time; the expansion interface is used as a standby interface when the existing interface hardware equipment cannot be removed online, and can be used for designing and developing a function board card based on an intelligent mobile terminal operating system to be inserted into an expansion interface area slot, compiling and compiling a driving program, importing the driving program, integrating the driving program with an intelligent mobile terminal innovation development platform, and realizing research and development and feasibility tests of various intelligent mobile terminal innovation products.
In an alternative embodiment, the system comprises a computer side and a server side.
The computer end is used for processing, analyzing, testing and verifying mass data generated by the intelligent mobile terminal innovation development platform experiment, displaying in real time, evaluating the experiment and automatically generating an experiment report by utilizing the characteristics of good real-time performance and high efficiency of the operation.
The server side runs in an intelligent mobile terminal innovation development platform operating system, integrates automatic test scripts for driving all hardware of the intelligent mobile terminal innovation development platform, can select local tests to print and output data through debugging serial ports for users to refer to, can also select remote tests, caches the test data, remotely accesses the test data for the computer side, sends the test data to the computer side in real time, and completes processing and analysis of the data at the computer side.
In an optional embodiment, the server provides experiment guidance based on an intelligent mobile terminal innovation development platform, can directly perform all-around experiments of each functional area, and is used for intelligent mobile terminal related teaching experiments of high-efficiency related major.
In an optional embodiment, the computer end provides a comparison test function, the automatic comparison test is started by one key through remotely accessing a plurality of service ends, test data can be compared and displayed in real time, a user visually checks the comparison of the test process and the test result, and the evaluation of the comparison test is automatically completed.
In an optional embodiment, due to the pluggable nature of the operating system SD card, the memory, the display screen, and the pluggable type of the whole memory storage CPU area, the method can be used to quickly construct an intelligent mobile terminal testing tool formed by combining different sizes of display screens, different types of CPUs, different versions of operating systems, and different sizes of memories, and is used to perform APP compatibility testing and terminal key performance testing of the intelligent mobile terminal in cooperation with an intelligent mobile terminal innovation development platform.
To sum up, the utility model discloses in, intelligent mobile terminal innovation development platform structure is exquisite, and is convenient easy-to-use, and each functional division is unanimous with intelligent mobile terminal, according to the utility model discloses and the intelligent mobile terminal innovation development platform of research and development, the hardware is portable to be carried, and the hardware configuration has high flexibility, and software system, testing tool have high compatibility, but all functions of emulation verification intelligent mobile terminal.
The utility model discloses an interface district shows all visible and hidden interfaces of intelligent Mobile terminal, through experimental, the student further knows intelligent Mobile terminal operating mechanism and principle, study external equipment drive method, carry out automatic test to student's course design works through intelligent Mobile terminal innovation development platform, the evaluation, and the automatic test report that generates, in order to carry out the teaching management of whole experimentation, the mobile communication experiment has been strengthened greatly, the scientific and technological content and the detection level of mobile internet experiment alleviate greatly and guide mr to student experiment effect evaluation work load. Due to the modular design of the interface area, the personalized customization requirements of different users on hardware configuration can be quickly responded through the increase and decrease of the modules, and the customization cost is reduced. And just the interface area is in a modularized design, a common hardware communication protocol is provided, and a user can also design individualized peripheral hardware meeting various specifications of the interface, directly replace and verify a product developed by the user on the existing interface, and save the purchase and design cost of a core processor.
The utility model discloses an extension interface district, user can design and develop all kinds of function integrated circuit boards based on intelligent Mobile terminal operating system, and the hardware communication agreement of use standard or development by oneself carries out prototype research and development and the feasibility research of relevant intelligent product, like intelligent street lamp, intelligent wrist-watch, intelligent lock etc. need not customize an intelligent equipment specially, shortens the research and development cycle greatly, is showing and reduces the research and development cost.
The utility model discloses, can also utilize operating system SD card, memory and CPU's pluggable nature, through changing different operating system, memory capacity, CPU brand/model, utilize automatic test script, the difference on the intelligent Mobile terminal performance under the different software and hardware combination of use can be experienced to the user, helps optimizing the product property ability of oneself development. The environment building of the software compatibility test can be conveniently and quickly carried out, the CPU and the operating system can test the cooperative working performance, and the cost of the intelligent mobile terminal which needs to be purchased for building different test environments is greatly reduced.
The utility model discloses, can instruct the department of industry student to carry out the experiment principle verification of intelligent Mobile terminal correlation technique, experimental data analysis, experiment achievement evaluation and file.
And simultaneously, the utility model discloses in the in-service use, still have following advantage:
the utility model provides an intelligent Mobile terminal teaching product customization demand many, after-sales maintenance is many, the tight trouble of product delivery phase. Based on the utility model discloses the modularization product structure of development, each hardware module mechanical interface is unified, and electric interface can dispose in a flexible way, can increase in a flexible way/remove arbitrary modularization hardware and supporting software resource, can also guarantee the flexibility of product overall layout on arbitrary bottom plate interface by the blind plugging, but this kind of project organization ensures the individualized product customization demand of design producer quick response user.
The utility model discloses a modularization, can realize the whole product structure of blind plugging do benefit to product safety, the after-sales maintenance of being convenient for. Safety and convenience are realized in that: firstly, when the modularized hardware is plugged, any interface can be plugged, so that the phenomenon that the module or a product bottom plate is damaged due to the fact that the plugging position is wrong is avoided, and secondly, when the modularized hardware fails, the failed module can be quickly removed and replaced by a new module; and thirdly, due to the failure of the bottom plate interface, the current module can be quickly installed to other interfaces with normal functions for use.
The utility model discloses, the service end software of operation on the product operating system, the automatic test is carried out to local software and hardware to of alternative to supply computer end software analysis with test data cache. The problem of poor software operation real-time performance and weak calculation based on an intelligent mobile terminal is solved, the computer end is remotely connected into the server end, the advantage of high efficiency of computer end software analysis data is utilized, various data output during automatic testing of the product can be displayed in real time in a chart mode, the analysis result can be obtained quickly through real-time analysis, a large amount of boring automatic testing data are displayed in a chart mode, and for students in the work department with insufficient profession, when relevant experiments of the bottom layer technology of the intelligent mobile terminal are developed, understanding of working principles of specific hardware, analysis and debugging of working processes of the specific hardware and the professional basic knowledge are facilitated, and the professional basic knowledge is tamped.
The utility model discloses can build the intelligent Mobile terminal product that is formed by the combination of the internal memory of polytypic core processor, different capacity size, different operating system versions fast and produce property test, software compatibility test environment, it is all very simple to change core processor module, change the internal memory, change the operating system version, and other peripheral hardware can not do the change. And the computer software is simultaneously and remotely connected to the service ends of two or more test tools, so that the automatic test can be remotely carried out, and the test data can be compared in real time. The method is used for analyzing indexes such as influence of key software and hardware on overall performance of products and software compatibility, and is beneficial to a user to pre-research/research and develop related products of the intelligent mobile terminal. In addition, the peripheral module is effectively utilized in the test tool deployment, only the core processor module is replaced, and the test cost is reduced. The remote one-key automatic contrast test reduces the probability of unknown variables introduced in the process of manual participation in the test, and improves the test efficiency.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.
Claims (7)
1. An intelligent mobile terminal innovation development platform is characterized by comprising a suitcase, a bottom plate (4) and a power supply area (5); the suitcase comprises a suitcase body (1) and a suitcase cover (2);
the box body (1) is internally provided with a containing groove (3) and an alternating current-direct current voltage converter (9); the bottom plate (4) is tiled inside the box body (1);
a power supply area (5) is arranged at the edge of the bottom plate (4), the power supply area (5) is loaded with a direct-current voltage conversion module through an anti-plugging reverse interface socket, and the direct-current voltage conversion module is connected with the output end of an alternating-current and direct-current voltage converter (9);
a programming area (6) and a CPU storage area (7) are arranged in the middle of the bottom plate (4), and interface areas are arranged around the programming area (6) and the CPU storage area (7); the interface area is converted with the signal level of the CPU storage area (7) through a programming area (6);
a plurality of chip patches for logic programming are arranged on the programming area (6); a CPU, a memory card and a memory are arranged on the CPU storage area (7), and an operating system is arranged in the memory card; wherein, the chip patch is welded on the bottom plate (4); the CPU, the memory card and the memory are connected with a socket on the bottom plate (4) through pins/pins;
the interface area is provided with a plurality of hardware device interfaces (8), and the hardware device interfaces (8) comprise USB, UART, IIC, SPI, GPIO, I2S, HDMI and ADC.
2. The intelligent mobile terminal innovation development platform of claim 1, wherein the hardware device interface (8) supports a USB hub, an OTG, a TTL serial port, an ethernet card, a buzzer, an audio codec, an EPROM, WIFI, bluetooth, HDMI, ADC, a vibration motor, a matrix keyboard, a multi-mode mobile communication module, a capacitive touch liquid crystal display, and an extension interface.
3. The intelligent mobile terminal innovation development platform of claim 2, further comprising a vibration motor for exhibiting a vibration function.
4. The intelligent mobile terminal innovation development platform of claim 2, further comprising a matrix keyboard for implementing key functions; the matrix keyboard comprises a plurality of function keys for controlling up-down, left-right, determining, returning, pausing, previous head, next head and volume increasing and decreasing.
5. The intelligent mobile terminal innovation development platform of claim 2, further comprising a multi-mode mobile communication module for transceiving and encoding and decoding mobile communication signals, and a capacitive touch liquid crystal display for a human-computer interaction window.
6. The intelligent mobile terminal innovation development platform of claim 2, wherein all interfaces of an interface region use the same specification of anti-plug and anti-slot interface socket arrangement.
7. The intelligent mobile terminal innovation development platform of any one of claims 1-6, comprising a computer side and a server side.
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| CN202021494190.4U CN213276420U (en) | 2020-07-27 | 2020-07-27 | Intelligent mobile terminal innovation development platform |
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| CN202021494190.4U CN213276420U (en) | 2020-07-27 | 2020-07-27 | Intelligent mobile terminal innovation development platform |
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| CN213276420U true CN213276420U (en) | 2021-05-25 |
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