CN103294168B - The device of intelligent dynamic power supply management method and application the method - Google Patents
The device of intelligent dynamic power supply management method and application the method Download PDFInfo
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- CN103294168B CN103294168B CN201310198468.1A CN201310198468A CN103294168B CN 103294168 B CN103294168 B CN 103294168B CN 201310198468 A CN201310198468 A CN 201310198468A CN 103294168 B CN103294168 B CN 103294168B
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Abstract
The present invention provides the device of a kind of intelligent dynamic power supply management method and application the method, the method includes: step 1, provide a device, this device has optimum performance mode of operation and lowest power consumption mode of operation, this device includes body, support and Magnet, this body includes housing and the mainboard being located in housing, this support is pivotally mounted on this housing, this mainboard is provided with circuit, this circuit includes a central control module and Hall element, and the position of the position opposed magnet that this Hall element is located on mainboard is arranged；Step 2, this device detect the folding condition of this support by this Hall element；If this support of step 3 is in open mode, then this Hall element senses less than this Magnet, and the mode of operation of this central control module adjusting apparatus is optimum performance mode of operation；If this support is in the state of closing, and communicates this information to central control module, the mode of operation of this central control module adjusting apparatus is lowest power consumption mode of operation.
Description
Technical field
The present invention relates to electronic product power consumption management technique field, particularly relate to the device of a kind of intelligent dynamic power supply management method and application the method.
Background technology
At electronic product system run duration, being controlled the power consumption of electronic product by the load handled by control system, this method is referred to as dynamic power management.
In order to make product unusual on market numerous at product, with keen competition, the manufacturers of electronic product often consider battery life and power management as the key selling points of portable product.User is from battery life this respect to treat the effect of power management, it is the coefficient result of many factors in fact, these factors include cpu function, systems soft ware, middleware, and make user can enjoy the strategy of respective equipment within the interval time of longer charging or replacing battery.
And, electronic product microminiaturization and function day by day is continuously increased now, at the same time will along with the increase of heat density, therefore heat dissipation problem is also increasingly subject to people's attention, in limited space, how to take away the development trend that heat, efficient heat dissipation design and heat management optimization are electronic product certainty efficiently.
Referring to Fig. 1, the shell 100 of existing panel computer is provided with a support 300.This support 300 is " U "-shaped, it is made by plastics or other harder material that can support panel computer, and this shell 100 is to being provided with a " u "-shaped accepting groove 200 by support 300, this support 300 can fold and close in this accepting groove 200, keeps attractive in appearance.Refer to Fig. 2, another kind of scheme is in order to fixing more firm, support 300 ' is arranged to lamellar, its size approximates the half of shell 100 ' back plate, this shell 100 ' this support 300 ' relatively is provided with a buckling parts 200 ', this support 300 ' can fold and close on this buckling parts 200 ', keeps attractive in appearance.But in above-mentioned two schemes, when support 300 (300 ') is opened, only serve simple supporting role.
Summary of the invention
It is an object of the invention to provide a kind of intelligent dynamic power supply management method, carry out judgment means be placed on desktop or user takes in hands by detecting the support folding condition in back frame, and adjust the mode of operation of this device with this, thus adjusting power consumption and caloric value, improve Consumer's Experience.
Another object of the present invention is to provide a kind of device, utilizing the folding condition of central control module detecting support to carry out adjusting working mode, thus adjusting power consumption and caloric value, improving Consumer's Experience.
For achieving the above object, the present invention provides a kind of intelligent dynamic power supply management method, comprises the following steps:
Step 1, one device is provided, described device has optimum performance mode of operation and lowest power consumption mode of operation, described device includes body, one end is installed on the support on described body and is installed on the Magnet on the other end of described support, described body includes housing and the mainboard being located in housing, described support is pivotally mounted on described housing, described mainboard is provided with circuit, described circuit includes a central control module and the Hall element being electrically connected with described central control module, when the position opposite brackets that described Hall element is located on mainboard closes, the position of Magnet is arranged；
Step 2, described device detect the folding condition of described support by described Hall element；
If the described support of step 3 is in open mode, then described Hall element senses less than described Magnet, and communicates this information to central control module, and the mode of operation of described central control module adjusting apparatus is optimum performance mode of operation；If described support is in the state of closing, then described Hall element senses described Magnet, and communicates this information to central control module, and the mode of operation of described central control module adjusting apparatus is lowest power consumption mode of operation.
Described housing includes a framework and the back frame coordinated with framework, and described support is installed in back frame, and described back frame correspondence support is provided with an accepting groove, and described support is contained in this accepting groove when closing.
Described support is installed in described back frame by a rotating dog, described support one end is provided with several first mounting boss, each corresponding described rotating dog of described first mounting boss is provided with the first installing hole, in the accepting groove of described back frame, corresponding first mounting boss is provided with several second mounting boss, each corresponding described rotating dog of described second mounting boss is provided with the second installing hole, described rotating dog is through the first and second installing holes, and then is installed in back frame by support.
Described Magnet is fixed on described support by the mode inlayed.
The material of described support is identical or different with the material of described back frame.
Described device is panel computer, and described central control module adopts the Intel CPU with configurable heat dissipation design power consumption function.
The present invention also provides for a kind of device, described device has two kinds of mode of operations, i.e. optimum performance mode of operation and lowest power consumption mode of operation, described device includes body, one end is installed on the support on described body and is installed on the Magnet on the other end of described support, described body includes housing and the mainboard being located in housing, described support is pivotally mounted on described housing, described mainboard is provided with circuit, described circuit includes a central control module and the Hall element being electrically connected with described central control module, when the position opposite brackets that described Hall element is located on mainboard closes, the position of Magnet is arranged, described central control module adjusts the mode of operation of described device by detecting the folding condition of described support.
Described housing includes a framework and the back frame coordinated with framework, and described support is installed in back frame, and described back frame correspondence support is provided with an accepting groove, and described support is contained in this accepting groove when closing；Described support is installed in described back frame by a rotating dog, described support one end is provided with several first mounting boss, each corresponding described rotating dog of described first mounting boss is provided with the first installing hole, in the accepting groove of described back frame, corresponding first mounting boss is provided with several second mounting boss, each corresponding described rotating dog of described second mounting boss is provided with the second installing hole, described rotating dog is through the first and second installing holes, and then is installed in back frame by support.
Described Magnet is fixed on described support by the mode inlayed.
The material of described support is identical or different with the material of described back frame；Described device is panel computer, and described central control module adopts the Intel CPU with configurable heat dissipation design power consumption function.
Beneficial effects of the present invention: the intelligent dynamic power supply management method of the present invention and the device of application the method, the support folding condition detected in back frame by Hall element come judgment means be placed on desktop or user take in hands, and adjust its mode of operation with this, optimum performance mode of operation is opened when being placed on desktop, improve display quality, user takes and opens lowest power consumption mode of operation on hand time, system is in light-load state, reduce power consumption and caloric value, and then reduce CPU and panel computer surface temperature, reduce noise, improve Consumer's Experience.
In order to be able to be further understood that inventive feature and technology contents, refer to the detailed description below in connection with the present invention and accompanying drawing, but accompanying drawing only provides reference and use is described, be not used for the present invention is any limitation as.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, by the specific embodiment of the present invention is described in detail, technical scheme and other beneficial effect will be made apparent.
In accompanying drawing,
Fig. 1 is that in prior art, a kind of panel computer shell is provided with supporting structure schematic diagram；
Fig. 2 is that in prior art, another kind of panel computer shell is provided with supporting structure schematic diagram；
Fig. 3 is the flow chart of intellectuality dynamic power supply management method of the present invention；
Fig. 4 is intellectuality dynamic power supply management method middle plateform computer architecture schematic diagram of the present invention.
Detailed description of the invention
For further setting forth the technological means and effect thereof that the present invention takes, it is described in detail below in conjunction with the preferred embodiments of the present invention and accompanying drawing thereof.
Referring to Fig. 3 and Fig. 4, the present invention provides a kind of intelligent dynamic power supply management method, comprises the following steps:
Step 1, one device is provided, described device has optimum performance mode of operation (CPUTDPNormal) and lowest power consumption mode of operation (CPUTDPDown), described device includes body 20, one end is installed on the support 40 on described body 20 and is installed on the Magnet 62 on the other end of described support 40, described body 20 includes housing and the mainboard 22 being located in housing, described support 40 is pivotally mounted on described housing, described mainboard 22 is provided with circuit, described circuit includes a central control module (sign) and the Hall element 64 being electrically connected with described central control module, when the position opposite brackets 40 that described Hall element 64 is located on mainboard 22 closes, the position of Magnet 62 is arranged.
Described housing includes a framework 24 and the back frame 26 coordinated with framework 24, described support 40 is installed in back frame 26, described back frame 26 preferably corresponding support 40 is provided with an accepting groove 28, described support 40 is contained in when closing in this accepting groove 28, holding means attractive in appearance while, convenient use, the situation reducing clashing and breaking support 40 occurs, and increases the service life.But in this programme, the structure of support and the relative set of described back frame correspondence supporting structure, it is not limited to this, it is also possible to the alternative plan in background technology arranges (as shown in Figure 2), does not repeat them here.
In the present embodiment, described support 40 is installed in described back frame 26 preferably by a rotating dog 80.Described support 40 one end is provided with several first mounting boss 42, each described first corresponding described rotating dog 80 of mounting boss 42 is provided with the first installing hole (sign), corresponding first mounting boss 42 of described back frame 26 is provided with several second mounting boss 48, each described second corresponding described rotating dog 80 of mounting boss 48 is provided with the second installing hole (sign), described rotating dog 80 is through the first and second installing holes, and then is installed in back frame 26 by support 40.
The material of the material of described support 40 and described back frame 26 can be identical, it is also possible to different, when the material of described support 40 is identical with the material of described back frame 26, it is possible to makes this device integral color keep consistent, is conducive to improving visual enjoyment.Described support 40 can also adopt aluminium alloy or plastic or other material to be made.
In the present embodiment, described device is panel computer, described central control module preferably employs Intel CPU, Intel CPU can provide configurable heat dissipation design power consumption (ConfigurableTDP) function, namely allows the heat dissipation design power consumption of CPU dynamically can change according to different sights.
Described Magnet 62 is fixed on described support 40 preferably by the mode inlayed, and is so not limited to this, and described Magnet 62 can also be fixed on described support 40 by the mode that the mode of screw locking or seccotine are pasted, easy for installation, is conducive to improving work efficiency.And, this Magnet 62 is installed on support 40 on the side of back frame 26.
When described Hall element 64 installation site opposite brackets 40 closes, the position of Magnet 62 is arranged, when described support 40 closes, described Hall element 64 can sense described Magnet 62, and export a voltage signal to central control module, described central control module carrys out the mode of operation of adjusting apparatus according to this voltage signal, namely adjusts the heat dissipation design power consumption of CPU.
Step 2, described device detect the folding condition of described support 40 by described Hall element 64.
If the described support 40 of step 3 is in open mode, then described Hall element 64 senses less than described Magnet 62, and communicates this information to central control module, and the mode of operation of described central control module adjusting apparatus is optimum performance mode of operation；If described support 40 is in the state of closing, then described Hall element 64 senses described Magnet 62, and communicates this information to central control module, and the mode of operation of described central control module adjusting apparatus is lowest power consumption mode of operation.
Illustrate with panel computer for example, in optimum performance mode of operation, support 40 is opened and can be supported panel computer, and then can be placed on by panel computer, now the systematic function of panel computer is in optimum state, makes user to experience better and plays functions such as playing, see a film.
In lowest power consumption mode of operation, support 40 closes, panel computer by user hand held in, user can pass through hands directly experience the temperature on panel computer surface, if now panel computer surface temperature is too high, then Consumer's Experience is bad.Therefore, panel computer by user hand held middle time, it is accomplished by reducing panel computer surface temperature to improve Consumer's Experience, when sensing this Magnet 62 by Hall element 64, send a voltage signal to central control module, it is lowest power consumption mode of operation (namely adjusting the heat dissipation design power consumption of CPU) that described central control module arranges, according to the related software that this voltage signal and panel computer run, the mode of operation adjusting panel computer, so that panel computer is in light-load state, system overall power reduces, and then reduce CPU and panel computer surface temperature, reduce noise, improve Consumer's Experience.
The panel computer measurement of the application present invention is analyzed, and by clicking on trip temperature and noise-measuring to multiple bottom panel computer, the running game when support 40 is opened, maximum temperature is 43.2 DEG C, and noise intensity is 32.1dBA；The running game when support 40 closes, maximum temperature is 40.8 DEG C, and noise intensity is 31.3dBA.As can be seen here, the panel computer applying the present invention can optimize Consumer's Experience well.
The method is possible not only to be applicable on panel computer, it is also possible to be applied in the heat dissipation design scheme of other electronic product, such as communication class electronic product etc..
nullRefer to Fig. 4，The present invention also provides for a kind of device using above-mentioned management method，Described device has two kinds of mode of operations，I.e. optimum performance mode of operation (CPUTDPNormal) and lowest power consumption mode of operation (CPUTDPDown)，Described device includes body 20、One end is installed on the support 40 on described body 20 and is installed on the Magnet 62 on the other end of described support 40，Described body 20 includes housing and the mainboard 22 being located in housing，Described support 40 is pivotally mounted on described housing，Described mainboard 22 is provided with circuit，Described circuit includes a central control module (sign) and the Hall element 64 being electrically connected with described central control module，When the position opposite brackets 40 that described Hall element 64 is located on mainboard 22 closes, the position of Magnet 62 is arranged.
Described housing includes a framework 24 and the back frame 26 coordinated with framework 24, described support 40 is installed in back frame 26, described back frame 26 preferably corresponding support 40 is provided with an accepting groove 28, described support 40 is contained in when closing in this accepting groove 28, holding means attractive in appearance while, convenient use, the situation reducing clashing and breaking support 40 occurs, and increases the service life.But in this programme, the structure of support and the relative set of described back frame correspondence supporting structure, it is not limited to this, it is also possible to the alternative plan in background technology arranges (shown in Fig. 2), does not repeat them here.
In this preferred embodiment, described support 40 is installed in described back frame 26 preferably by a rotating dog 80.Described support 40 one end is provided with several first mounting boss 42, each described first corresponding described rotating dog 80 of mounting boss 42 is provided with the first installing hole (sign), corresponding first mounting boss 42 of described back frame 26 is provided with several second mounting boss 48, each described second corresponding described rotating dog 80 of mounting boss 48 is provided with the second installing hole (sign), described rotating dog 80 is through the first and second installing holes, and then is installed in back frame 26 by support 40.
The material of the material of described support 40 and described back frame 26 can be identical, it is also possible to different, when the material of described support 40 is identical with the material of described back frame 26, it is possible to makes this device integral color keep consistent, is conducive to improving visual enjoyment.Described support 40 can also adopt aluminium alloy or plastic or other material to be made.
In the present embodiment, described device is panel computer, described central control module preferably employs Intel CPU, Intel CPU can provide configurable heat dissipation design power consumption (ConfigurableTDP) function, namely allows the heat dissipation design power consumption of CPU dynamically can change according to different sights.
Described Magnet 62 is fixed on described support 40 preferably by the mode inlayed, and is so not limited to this, and described Magnet 62 can also be fixed on described support 40 by the mode that the mode of screw locking or seccotine are pasted, easy for installation, is conducive to improving work efficiency.And, this Magnet 62 is installed on support 40 on the side of back frame 26.
When described Hall element 64 installation site opposite brackets 40 closes, the position of Magnet 62 is arranged, when described support 40 closes, described Hall element 64 can sense described Magnet 62, and export a voltage signal to central control module, described central control module carrys out the mode of operation of adjusting apparatus according to this voltage signal, namely adjusts the heat dissipation design power consumption of CPU.
The operation principle of this device is: described device detects the folding condition of described support 40 by described Hall element 64.If described support 40 is in open mode, then described Hall element 64 senses less than described Magnet 62, and communicates this information to central control module, and it is optimum performance mode of operation that described central control module adjusts the mode of operation of panel computer；If described support 40 is in the state of closing, then described Hall element 64 senses described Magnet 62, and communicates this information to central control module, and it is lowest power consumption mode of operation that described central control module adjusts the mode of operation of panel computer.
In optimum performance mode of operation, support 40 is opened and can be supported panel computer, and then can be placed on by panel computer, and now the systematic function of panel computer is in optimum state, makes user to experience better and plays functions such as playing, see a film.
In lowest power consumption mode of operation, support 40 closes, panel computer by user hand held in, user can pass through hands directly experience the temperature on panel computer surface, if now panel computer surface temperature is too high, then Consumer's Experience is bad.Therefore, panel computer by user hand held middle time, it is accomplished by reducing panel computer surface temperature to improve Consumer's Experience, when sensing this Magnet 62 by Hall element 64, send a voltage signal to central control module, it is lowest power consumption mode of operation (namely adjusting the heat dissipation design power consumption of CPU) that described central control module arranges, according to the related software that this voltage signal and panel computer run, the mode of operation adjusting panel computer, so that panel computer is in light-load state, system overall power reduces, and then reduce CPU and panel computer surface temperature, reduce noise, improve Consumer's Experience.
The panel computer measurement of the application present invention is analyzed, and by clicking on trip temperature and noise-measuring to multiple bottom panel computer, the running game when support 40 is opened, maximum temperature is 43.2 DEG C, and noise intensity is 32.1dBA；The running game when support 40 closes, maximum temperature is 40.8 DEG C, and noise intensity is 31.3dBA.As can be seen here, the panel computer applying the present invention can optimize Consumer's Experience well.
This device is possible not only to as panel computer, it is also possible to for other electronic product, such as communication class electronic product etc..
In sum, the intelligent dynamic power supply management method of the present invention and the device of application the method, the support folding condition detected in back frame by Hall element is carried out judgment means and is placed on desktop or user takes in hands, and adjust its mode of operation with this, optimum performance mode of operation is opened when being placed on desktop, improve display quality, user takes and opens lowest power consumption mode of operation on hand time, system is in light-load state, reduce power consumption and caloric value, and then reduce CPU and panel computer surface temperature, reduce noise, improve Consumer's Experience.
The above, for the person of ordinary skill of the art, it is possible to conceive according to technical scheme and technology and make other various corresponding changes and deformation, and all these change and deform the protection domain that all should belong to the claims in the present invention.
Claims (7)
1. an intelligent dynamic power supply management method, it is characterised in that comprise the following steps:
Step 1, one device is provided, described device has optimum performance mode of operation and lowest power consumption mode of operation, described device includes body, one end is installed on the support on described body and is installed on the Magnet on the other end of described support, described body includes housing and the mainboard being located in housing, described support is pivotally mounted on described housing, described mainboard is provided with circuit, described circuit includes a central control module and the Hall element being electrically connected with described central control module, when the position opposite brackets that described Hall element is located on mainboard closes, the position of Magnet is arranged；
Step 2, described device detect the folding condition of described support by described Hall element；
If the described support of step 3 is in open mode, then described Hall element senses less than described Magnet, and sends sensing to central control module less than the information of Magnet, and the mode of operation of described central control module adjusting apparatus is optimum performance mode of operation；If described support is in the state of closing, then described Hall element senses described Magnet, and the information sensing Magnet sends to central control module, and the mode of operation of described central control module adjusting apparatus is lowest power consumption mode of operation；
Described housing includes a framework and the back frame coordinated with framework, and described support is installed in back frame, and described back frame correspondence support is provided with an accepting groove, and described support is contained in this accepting groove when closing；
Described support is installed in described back frame by a rotating dog, described support one end is provided with several first mounting boss, each corresponding described rotating dog of described first mounting boss is provided with the first installing hole, in the accepting groove of described back frame, corresponding first mounting boss is provided with several second mounting boss, each corresponding described rotating dog of described second mounting boss is provided with the second installing hole, described rotating dog is through the first and second installing holes, and then is installed in back frame by support.
2. intelligent dynamic power supply management method as claimed in claim 1, it is characterised in that described Magnet is fixed on described support by the mode inlayed.
3. intelligent dynamic power supply management method as claimed in claim 1, it is characterised in that the material of described support is identical or different with the material of described back frame.
4. intelligent dynamic power supply management method as claimed in claim 1, it is characterised in that described device is panel computer, and described central control module adopts the Intel CPU with configurable heat dissipation design power consumption function.
5. a device, it is characterized in that, described device has two kinds of mode of operations, i.e. optimum performance mode of operation and lowest power consumption mode of operation, described device includes body, one end is installed on the support on described body and is installed on the Magnet on the other end of described support, described body includes housing and the mainboard being located in housing, described support is pivotally mounted on described housing, described mainboard is provided with circuit, described circuit includes a central control module and the Hall element being electrically connected with described central control module, when the position opposite brackets that described Hall element is located on mainboard closes, the position of Magnet is arranged, described central control module adjusts the mode of operation of described device by detecting the folding condition of described support；
Described housing includes a framework and the back frame coordinated with framework, and described support is installed in back frame, and described back frame correspondence support is provided with an accepting groove, and described support is contained in this accepting groove when closing；Described support is installed in described back frame by a rotating dog, described support one end is provided with several first mounting boss, each corresponding described rotating dog of described first mounting boss is provided with the first installing hole, in the accepting groove of described back frame, corresponding first mounting boss is provided with several second mounting boss, each corresponding described rotating dog of described second mounting boss is provided with the second installing hole, described rotating dog is through the first and second installing holes, and then is installed in back frame by support.
6. device as claimed in claim 5, it is characterised in that described Magnet is fixed on described support by the mode inlayed.
7. device as claimed in claim 5, it is characterised in that the material of described support is identical or different with the material of described back frame；Described device is panel computer, and described central control module adopts the Intel CPU with configurable heat dissipation design power consumption function.
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| CN105530689A (en) * | 2014-10-22 | 2016-04-27 | 国家电网公司 | Dynamic power supply management method in electric transmission line based on wireless network coverage |
| CN107919708B (en) * | 2017-12-20 | 2023-05-09 | 江西佰仕通电子科技有限公司 | Mobile power supply with support |
| CN109632027B (en) * | 2018-12-29 | 2020-11-13 | 浙江威星智能仪表股份有限公司 | Low-power-consumption processing method for Hall switch of gas meter |
| WO2024082886A1 (en) * | 2022-10-18 | 2024-04-25 | Oppo广东移动通信有限公司 | Electronic device and holder |
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