CN205594571U - Power controlling means and computer - Google Patents
Power controlling means and computer Download PDFInfo
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- CN205594571U CN205594571U CN201620331314.4U CN201620331314U CN205594571U CN 205594571 U CN205594571 U CN 205594571U CN 201620331314 U CN201620331314 U CN 201620331314U CN 205594571 U CN205594571 U CN 205594571U
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Abstract
The utility model provides a power controlling means and computer. This power controlling means include: basis power, button, controller, recovering power, working power supply, power control module and treater, the basis power is used for for button and controller power supply, the controller with according to the key -type connection and monitor triggering of button, it begins or stops to supply power to power control module according to the signal that the controller sent to resume the power, working power supply begins or stops the power supply of finishing ware according to the signal that power control module sent, the controller still is connected with power control module and treater respectively for the finishing ware sends interrupt signal, so that the treater gets into standby state. The utility model provides an among the power controlling means and computer, controller and treater lug connection, control treater directly get into standby state, the complexity of reducible computer standby, reduction consumption, simultaneously can close power control module under power off, further reduce the consumption.
Description
Technical field
This utility model relates to hardware configuration, particularly relates to a kind of power control and computer.
Background technology
Power management is a critical function of computer operating system, be mainly used in computer run,
Carry out the management of power use under standby and off-mode, reach to save the purpose of power consumption.
In the operating system of active computer, it is provided with and configures interface (Advanced based on Advanced Power
Configuration Power Interface, ACPI) energy supply control module of standard, for computer
Electricity consumption situation is managed, and opening computer, standby and power-off operation are all by this energy supply control module
Realize.Fig. 1 is the principle assumption diagram of the power management of active computer.As it is shown in figure 1, fundamental power supply
Directly remain button and state that energy supply control module is powered, the triggering feelings of energy supply control module detection button
Condition, and combine current computer state in which and send to processor and working power and operate signal accordingly,
Realize opening computer, standby and shutdown.
But, active computer, when realizing idle function, is by operating system and basic input and output
System (BIOS) repeatedly mutual, perform to comprise in the multiple ACPI table being stored in BIOS is big
Amount ACPI code, completes the configuration of internal processor register, thus realizes the standby of computer, no
Only operation complicated and time consumption is long, and power consumption is bigger.
Utility model content
This utility model provides a kind of power control and computer, standby in order to solve active computer
Time operation complicated and time consumption length problem.
On the one hand this utility model provides a kind of power control, including: fundamental power supply, button, control
Device processed, recovery power supply, working power, energy supply control module and processor；
Described fundamental power supply is connected with described button and described controller respectively, is used for as described button and institute
State controller to power；
Described controller by bonded, is used for monitoring the triggering of described button with described；
Described recovery power supply is connected with described controller and described energy supply control module respectively, for according to institute
The signal stating controller transmission starts or stops to power to described energy supply control module；
Described working power is connected with described energy supply control module and described processor respectively, for according to institute
The signal stating energy supply control module transmission starts or stops to power to described processor；
Described controller is connected with described energy supply control module and described processor the most respectively, for described
When the state of processor is duty, meets at the triggering duration monitoring described button and preset standby bar
During part, send interrupt signal, described interruption by the connection between described processor to described processor
Signal is used for controlling described processor and enters holding state.
Power control as above, described energy supply control module is arranged in described processor.
Power control as above, described controller is additionally operable to,
Monitor described button triggering duration meet preset cut-off condition time, described controller by with
Connection between described energy supply control module sends the first power-off signal to described energy supply control module, described
Described first power-off signal is forwarded to institute by the connection between described working power by energy supply control module
Stating working power, described first power-off signal is used for controlling described working power power-off；Described controller leads to
Cross connection between described recovery power supply and send the second power-off signal to described recovery power supply, described second
Power-off signal is used for controlling described recovery power cut-off.
Power control as above, described default waiting condition is:
The triggering duration of described button is more than presetting standby time, and is less than default shutdown duration.
Power control as above, described default cut-off condition is:
The triggering duration of described button is more than presetting shutdown duration.
Power control as above, described controller is additionally operable to,
When the state of described processor is holding state, meet at the triggering duration monitoring described button
When presetting wake-up condition, send wake-up signal by the connection between described processor to described processor,
Described wake-up signal is used for controlling described processor and resumes work state.
Power control as above, described default wake-up condition is:
The triggering duration of described button wakes up duration up more than presetting, and less than presetting shutdown duration.
Power control as above, described controller is additionally operable to,
When the state of described processor is off-mode, meet at the button duration monitoring described button
When presetting compressor start up condition, send first by the connection between described recovery power supply to described recovery power supply
Power supply signal, described first power supply signal is used for controlling described recovery power supply and supplies to described energy supply control module
Electricity；
Receive described energy supply control module send power supply complete signal after, described controller by with
Connection between described energy supply control module sends the second power supply signal to described energy supply control module, described
Described second power supply signal is forwarded to institute by the connection between described working power by energy supply control module
Stating working power, described second power supply signal is used for controlling described working power and powers to described processor.
Power control as above, described default compressor start up condition is:
The triggering duration of described button is more than presetting start duration.
On the other hand this utility model also provides for a kind of computer, including power control as above.
Power control that this utility model embodiment provides and computer, by increasing controller and extensive
Telegram in reply source, is directly connected to controller with processor, recovers power supply and controls mould with controller and power supply respectively
Block be connected so that monitoring control devices to described button triggering duration meet meet waiting condition time, control
Device processed can by the connection with processor, directly to processor send interrupt signal so that processor according to
Interrupt signal enters holding state, reduces the complexity of computer standby, reduces power consumption；Increase simultaneously
Controller substitute electric power control module is directly connected to button, carries out the real-time monitoring of button triggering, can make
Energy supply control module is closed in the power-offstate, reduces power consumption further.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme of this utility model embodiment, embodiment will be described below
The accompanying drawing used required in is briefly described, it should be apparent that, the accompanying drawing in describing below is this
Some embodiments of utility model, for those of ordinary skill in the art, are not paying creative labor
On the premise of dynamic property, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the principle assumption diagram of the power management of active computer；
The structural representation of the power control embodiment one that Fig. 2 provides for this utility model.
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, below in conjunction with
Accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out clear,
It is fully described by, it is clear that described embodiment is a part of embodiment of this utility model rather than complete
The embodiment in portion.Based on the embodiment in this utility model, those of ordinary skill in the art are not making
The every other embodiment obtained under creative work premise, broadly falls into the model of this utility model protection
Enclose.
The structural representation of the power control embodiment one that Fig. 2 provides for this utility model.Such as Fig. 2
Shown in, including: fundamental power supply 1, button 2, controller 3, recovery power supply 4, working power 5, electricity
Source control module 6 and processor 7；
Fundamental power supply 1, is connected with button 2 and controller 3 respectively, is used for as button 2 and controller 3
Power supply；
Controller 3 is connected with button 2, for monitoring the triggering of button 2；
Recover power supply 4 to be connected with controller 3 and energy supply control module 6 respectively, for according to controller 3
The signal sent starts or stops to power to energy supply control module 6；
Working power 5 is connected with energy supply control module 6 and processor 7 respectively, for according to power supply control
The signal that module 6 sends starts or stops to power to processor 7；
Controller 3 is connected with energy supply control module 6 and processor 7 the most respectively, at processor 7
When state is duty, when the triggering duration monitoring button 2 meets and presets waiting condition, pass through
And the connection between processor 7 sends interrupt signal to processor 7, interrupt signal is used for controlling processor
7 enter holding state.
Concrete, the power control that this utility model embodiment provides can be applicable to computer, service
Device, base station etc. need to carry out in the equipment of power supply control.This device includes: fundamental power supply 1, button 2,
Controller 3, recovery power supply 4, working power 5, energy supply control module 6 and processor 7, wherein process
Device 7 is different with the applied environment difference of power control, and this utility model with computer is the most only
Example illustrates, and not limits it.Wherein, controller 3 is specifically as follows microprocessor, list
The devices such as sheet machine.
Fundamental power supply 1 is connected with button 2 and controller 3 respectively, and powers for button 2 and controller 3,
Fundamental power supply 1 can be the continued power power supply such as battery, uninterrupted power source, it is ensured that button 2 and controller
3 persistently have electricity, do not change with the state of processor.Due to button 2 and controller 3 structure and function
Simply, controller 3 Jin Xu mono-road 3.3V power supply is powered, and power consumption when whole circuit module normally works is little
In 30mW, therefore in the case of having electricity, also can ensure that power consumption is less always.
Controller 3 is connected with button 2, for monitoring the triggering of button 2.Concrete, when user presses
Producing pulse signal during button 2, controller 3 is monitored the duration of pulse signal, and is held by judgement
Whether continuous duration meets is preset compressor start up condition, preset waiting condition, default cut-off condition or default wake-up bars
Part etc., with determine user pass through the signal that button 2 sends be start, standby, shut down or wake up up, side by side
Except false triggering.
Recovering power supply 4 to be connected with controller 3 and energy supply control module 6 respectively, controller 3 sends according to button 2
The difference of signal, send different signals to recovering power supply 4, control to recover power supply 4 start or stop to
Energy supply control module 6 is powered.Recovering power supply 4 with fundamental power supply 1 is not same power supply, and it is new for recovering power supply
Increasing power supply, recovering power supply 4 can be battery or external power supply.Close by controlling recovery power supply 4, can make
Obtain energy supply control module 6 power-off when shutdown.In the prior art, energy supply control module circuit structure is complicated,
Need the multiple power supplies such as 3.3V, 2.5V, 1.1V to power during normal work, by fundamental power supply directly power (as
Shown in Fig. 1), owing to fundamental power supply is powered for button the most simultaneously, the triggering of energy supply control module monitoring button
Situation, therefore, even if computer is in off-mode, energy supply control module also not power-off, still power consumption.
And in the present embodiment, by increasing controller 3 and recovering power supply 4, recover power supply 4 and individually control mould to power supply
Block 6 is powered, and the triggering situation of button 2 monitored by controller 3, thus can be extensive by controlling when computer shutdown
Telegram in reply source 4 is closed, and makes energy supply control module 6 power-off, thus can substantially reduce power consumption.
Working power 5 is connected with energy supply control module 6 and processor 7 respectively, and controller 3 is according to button
The difference of 2 signals sent, sends different signals, energy supply control module 6 to energy supply control module 6
This signal is forwarded to working power 5, controls working power 5 and start or stop to power to processor 7.
Working power 5 can be battery, uninterrupted power source or external power supply etc..
Controller 3 is connected with energy supply control module 6 and processor 7 the most respectively, owing to controller 3 directly and is located
Reason device 7 connects, and directly can send signal to processor 7, so that controller 3 can be at the shape of processor 7
When state is duty, when the triggering duration monitoring button 2 meets and presets waiting condition, to processor
7 send interrupt signal, and processor 7 is after receiving interrupt signal, by the configuration to internal register,
Enter holding state.
Optionally, energy supply control module 6 is arranged in processor 7, to realize the integration of circuit structure.
The power control that this utility model embodiment provides, by increasing controller and recovering power supply,
Controller is directly connected to processor, recovers power supply and be connected with controller and energy supply control module respectively,
Making when the triggering duration of monitoring control devices to described button meets and meets waiting condition, controller can lead to
Cross and being directly connected to of processor, directly send interrupt signal to processor so that processor is according to interruption
Signal enters holding state, reduces the complexity of computer standby, reduces power consumption；The control simultaneously increased
Device substitute electric power control module is directly connected to button, carries out the real-time monitoring of button triggering, can make power supply
Control module is closed in the power-offstate, reduces power consumption further.
Use specific embodiment below, to this utility model embodiment provide power control start,
Shutdown, standby are described in detail.
Starting procedure:
Controller 3, when the state of processor 7 is off-mode, is monitoring the button duration of button 2
When meeting default compressor start up condition, send first by recovering the connection between power supply 4 to recovering power supply 4
Power supply signal, the first power supply signal is used for controlling to recover power supply 4 and powers to energy supply control module 6；
Controller 3 is after the power supply receiving energy supply control module 6 transmission completes signal, and controller 3 leads to
The connection crossed between energy supply control module 6 sends the second power supply signal, power supply to energy supply control module 6
Second power supply signal is forwarded to working power 5 by the connection between working power 5 by control module 6,
Second power supply signal is used for controlling working power 5 and powers to processor 7.
Wherein, default compressor start up condition is: the triggering duration of button is more than presetting start duration.
During implementing, when the state of computer (i.e. processor 7) is off-mode, only
Fundamental power supply 1 is powered to button 2 and controller 3, recovers power supply 4 and does not powers with working power 5.
When user's pressing keys 2, the triggering duration of button 2 monitored by controller 3, grows up when determining this triggering
When default start duration, then it is assumed that meet and preset compressor start up condition；Long less than when presetting start upon activation
Time long, then it is assumed that be false triggering, controller 3 will not enter starting procedure；Preset start duration generally to set
It is set to more than 3 seconds, to avoid being judged as the false triggering of user starting-up signal or other signals.Determining
Meet preset compressor start up condition time, it is believed that user by button 2 to computer send starting-up signal, now,
Controller 3 sends the first power supply signal to recovering power supply 4, and the first power supply signal is used for controlling to recover power supply
4 start to power to energy supply control module 6.After energy supply control module 6 has normally powered on, to control
Device 3 sends power supply and completes signal.Optionally, energy supply control module 6 is provided with power supply detection module,
The most normal in order to detect each power supply circuits in energy supply control module 6.Controller 3 is receiving power supply
After the power supply that control module 6 sends completes signal, send the second power supply signal to energy supply control module 6,
Second power supply signal is forwarded to working power 5 by energy supply control module 6, working power 5 according to this second
Power supply signal is powered to processor 7.Now, the state of controller 3 logger computer is open state.
Under open state, fundamental power supply 1, recover power supply 4 and working power 5 and work power supply simultaneously.
Optionally, processor 7 also includes the display lamp that powers on, and after processor 7 has powered on, power on finger
Show that lamp brightens, in order to facilitate user when pressing keys 2 sends starting-up signal, determine current touching intuitively
Send out and be not determined to false triggering, button 2 can be unclamped observing when the display lamp that powers on is bright.
Standby flow process:
Controller 3, when the state of processor 7 is duty, meets at the triggering duration monitoring button 2
When presetting waiting condition, send interrupt signal by the connection between processor 7 to processor 7, interrupt
Signal is used for controlling processor 7 and enters holding state.
Wherein presetting waiting condition is: the triggering duration of button is more than presetting standby time, and is less than default
Shutdown duration.
During implementing, when the state of computer is open state, when user's pressing keys 2,
The triggering duration of button 2 monitored by controller 3, when determining this triggering duration more than presetting standby time, and
Less than when presetting shutdown duration, then it is assumed that current triggering duration meets presets waiting condition；The longest
Less than presetting standby time, then it is assumed that being false triggering, controller 3 does not carry out any operation；Upon activation
Length is more than when presetting shutdown duration, then it is assumed that current triggering duration meets presets cut-off condition, enters shutdown
Flow process；When determining satisfied default waiting condition, it is believed that user sends standby by button 2 to computer
Signal, now, controller 3 sends interrupt signal to processor 7, and processor 7 is according to interrupt signal pair
Internal register is configured, and enters holding state.Now, the state of controller 3 logger computer is
Holding state.In the standby state, fundamental power supply 1, recovery power supply 4 and working power 5 work simultaneously
Power supply.
Wake up flow process up:
Controller 3, when the state of processor 7 is holding state, is monitoring the triggering duration of button 2
When meeting default wake-up condition, send wake-up signal by the connection between processor 7 to processor 7,
Wake-up signal is used for controlling processor 7 and resumes work state.
Wherein, default wake-up condition is: the triggering duration of button wakes up duration up more than presetting, and less than pre-
If shutdown duration.
During implementing, when the state of computer is holding state, when user's pressing keys 2,
The triggering duration of button 2 monitored by controller 3, wakes up duration when determining this triggering duration up more than presetting, and little
When default shutdown duration, then it is assumed that the current duration that triggers meets default wake-up condition；Grow little upon activation
Duration is waken up up, then it is assumed that being false triggering, controller 3 does not carry out any operation in presetting；Grow up upon activation
When default shutdown duration, then it is assumed that the current duration that triggers meets default cut-off condition, enters shutdown process；
When determining satisfied default wake-up condition, it is believed that user sends wake-up signal by button 2 to computer, this
Time, controller 3 sends wake-up signal to processor 7, and internal register is entered by processor 7 according to wake-up signal
Row is arranged, and enters open state, and computer the most normally works.Now, controller 3 logger computer
State is open state.
Optionally, open state can be identical with default shutdown duration during holding state.
Shutdown process:
Controller 3 is when the triggering duration monitoring button 2 meets and presets cut-off condition, and controller 3 leads to
The connection crossed between energy supply control module 6 sends the first power-off signal, power supply to energy supply control module 6
First power-off signal is forwarded to working power 5 by the connection between working power 5 by control module 6,
First power-off signal is used for controlling working power 5 power-off；Controller 3 is by recovering between power supply 4
Connecting and send the second power-off signal to recovery power supply 4, the second power-off signal is used for controlling to recover power supply 4 and breaks
Electricity.
Wherein, default cut-off condition is: the triggering duration of button is more than presetting shutdown duration.
During implementing, when the state of computer is holding state or open state, work as user
Pressing keys 2, the triggering duration of button 2 monitored by controller 3, when determining this triggering duration more than presetting shutdown
During duration, then it is assumed that the current duration that triggers meets default cut-off condition, it is believed that user passes through button 2 to calculating
Machine sends off signal.Now, controller 3 sends the first power-off signal, power supply to energy supply control module 6
Firstth power-off signal is forwarded to working power 5 by control module 6, and working power 5 is believed according to this first power-off
Number stopping is powered to processor 7.After processor 7 power-off, controller 3 sends second to recovery power supply 4 and breaks
The signal of telecommunication, recovers power supply 4 and stops powering to energy supply control module 6 according to this second power-off signal.Now,
The state of controller 3 logger computer is off-mode.In the power-offstate, only fundamental power supply 1 work supplies
Electricity.
Optionally, after processor 7 power-off, the display lamp that powers on goes out, and user can determine current triggering intuitively
It is confirmed as off signal, can be observing that the display lamp that powers on unclamps button 2 when going out.
Optionally, above-mentioned default start duration, preset standby time, preset wake up up duration and preset shutdown
Duration can adjust according to user's use habit.This is not limited by this utility model.
On the other hand this utility model also provides for a kind of computer, including as described in above-mentioned any embodiment
Power control.
Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, and
Non-to its restriction；Although this utility model being described in detail with reference to foregoing embodiments, ability
The those of ordinary skill in territory is it is understood that it still can be to the technical scheme described in foregoing embodiments
Modify, or the most some or all of technical characteristic is carried out equivalent；And these amendment or
Person replaces, and does not make the essence of appropriate technical solution depart from the model of this utility model each embodiment technical scheme
Enclose.
Claims (10)
1. a power control, it is characterised in that including: fundamental power supply, button, controller,
Recover power supply, working power, energy supply control module and processor；
Described fundamental power supply is connected with described button and described controller respectively, is used for as described button and institute
State controller to power；
Described controller by bonded, is used for monitoring the triggering of described button with described；
Described recovery power supply is connected with described controller and described energy supply control module respectively, for according to institute
The signal stating controller transmission starts or stops to power to described energy supply control module；
Described working power is connected with described energy supply control module and described processor respectively, for according to institute
The signal stating energy supply control module transmission starts or stops to power to described processor；
Described controller is connected with described energy supply control module and described processor the most respectively, for described
When the state of processor is duty, meets at the triggering duration monitoring described button and preset standby bar
During part, send interrupt signal, described interruption by the connection between described processor to described processor
Signal is used for controlling described processor and enters holding state.
Power control the most according to claim 1, it is characterised in that described power supply controls
Module is arranged in described processor.
Power control the most according to claim 1, it is characterised in that described controller is also
For,
Monitor described button triggering duration meet preset cut-off condition time, described controller by with
Connection between described energy supply control module sends the first power-off signal to described energy supply control module, described
Described first power-off signal is forwarded to institute by the connection between described working power by energy supply control module
Stating working power, described first power-off signal is used for controlling described working power power-off；Described controller leads to
Cross connection between described recovery power supply and send the second power-off signal to described recovery power supply, described second
Power-off signal is used for controlling described recovery power cut-off.
4. according to the power control described in any one of claims 1 to 3, it is characterised in that described
Default waiting condition is:
The triggering duration of described button is more than presetting standby time, and is less than default shutdown duration.
Power control the most according to claim 3, it is characterised in that described default shutdown
Condition is:
The triggering duration of described button is more than presetting shutdown duration.
Power control the most according to claim 1, it is characterised in that described controller is also used
In,
When the state of described processor is holding state, meet at the triggering duration monitoring described button
When presetting wake-up condition, send wake-up signal by the connection between described processor to described processor,
Described wake-up signal is used for controlling described processor and resumes work state.
Power control the most according to claim 6, it is characterised in that described default wake-up bars
Part is:
The triggering duration of described button wakes up duration up more than presetting, and less than presetting shutdown duration.
Power control the most according to claim 1, it is characterised in that described controller is also used
In,
When the state of described processor is off-mode, meet at the button duration monitoring described button
When presetting compressor start up condition, send first by the connection between described recovery power supply to described recovery power supply
Power supply signal, described first power supply signal is used for controlling described recovery power supply and supplies to described energy supply control module
Electricity；
Receive described energy supply control module send power supply complete signal after, described controller by with
Connection between described energy supply control module sends the second power supply signal to described energy supply control module, described
Described second power supply signal is forwarded to institute by the connection between described working power by energy supply control module
Stating working power, described second power supply signal is used for controlling described working power and powers to described processor.
Power control the most according to claim 8, it is characterised in that described default start bar
Part is:
The triggering duration of described button is more than presetting start duration.
10. a computer, it is characterised in that include the electricity as described in any one of claim 1 to 9
Source control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620331314.4U CN205594571U (en) | 2016-04-19 | 2016-04-19 | Power controlling means and computer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620331314.4U CN205594571U (en) | 2016-04-19 | 2016-04-19 | Power controlling means and computer |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109508208A (en) * | 2018-11-20 | 2019-03-22 | 郑州云海信息技术有限公司 | A kind of starting up's control method, device, state machine and device storing equipment |
| CN109832677A (en) * | 2019-03-26 | 2019-06-04 | 深圳市合元科技有限公司 | The control method and electronic cigarette of electronic cigarette |
| CN114327016A (en) * | 2021-11-30 | 2022-04-12 | 苏州浪潮智能科技有限公司 | NVME disk identification method and related components |
-
2016
- 2016-04-19 CN CN201620331314.4U patent/CN205594571U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109508208A (en) * | 2018-11-20 | 2019-03-22 | 郑州云海信息技术有限公司 | A kind of starting up's control method, device, state machine and device storing equipment |
| CN109832677A (en) * | 2019-03-26 | 2019-06-04 | 深圳市合元科技有限公司 | The control method and electronic cigarette of electronic cigarette |
| CN114327016A (en) * | 2021-11-30 | 2022-04-12 | 苏州浪潮智能科技有限公司 | NVME disk identification method and related components |
| CN114327016B (en) * | 2021-11-30 | 2023-07-14 | 苏州浪潮智能科技有限公司 | NVME disk identification method and related components |
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Address after: 100095 Building 2, Longxin Industrial Park, Zhongguancun environmental protection technology demonstration park, Haidian District, Beijing Patentee after: Loongson Zhongke Technology Co.,Ltd. Address before: 100095 Building 2, Longxin Industrial Park, Zhongguancun environmental protection technology demonstration park, Haidian District, Beijing Patentee before: LOONGSON TECHNOLOGY Corp.,Ltd. |
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