CN101879075B - Energy-saving protection method of ultrasonic imaging equipment and device thereof - Google Patents
Energy-saving protection method of ultrasonic imaging equipment and device thereof Download PDFInfo
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- CN101879075B CN101879075B CN 201010241145 CN201010241145A CN101879075B CN 101879075 B CN101879075 B CN 101879075B CN 201010241145 CN201010241145 CN 201010241145 CN 201010241145 A CN201010241145 A CN 201010241145A CN 101879075 B CN101879075 B CN 101879075B
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Abstract
The invention discloses an energy-saving protection method of ultrasonic imaging equipment and a device thereof, aiming to solve the problem that the system can mistakenly enter the energy-saving protection mode when the ultrasonic probe is continuously used for a long term. The method particularly comprises the following steps: detecting and judging whether the probe is in an operating condition, if the probe is not operating, judging whether the keyboard is operating, if the keyboard is not operating, judging whether the non-operating time of the keyboard exceeds the preset time threshold, and if the non-operating time of the keyboard exceeds the preset time threshold, entering the energy-saving protection mode. The method and the device can ensure that the system can not enter the energy-saving protection mode when the ultrasonic probe is continuously used for a long term, thereby bringing great convenience for the user.
Description
Technical field
The present invention relates to the technical field of supersonic imaging apparatus, what be specifically related to is the energy-saving protection method of supersonic imaging apparatus and the device of realizing energy-saving protective
Background technology
The energy-saving protective program of ultrasonic image-forming system mainly is for service life of protecting device screen and ultrasonic probe (when being in the energy-saving protective state in system; ultrasonic probe can be closed); simultaneously, also played the effect of power saving for portable ultrasound imaging equipment.In existing supersonic imaging apparatus; the energy-saving protective program is generally the energy-saving protective program; its way generally is: the time threshold that an energy-saving protective is set; system detects the keyboard how long user does not have operating equipment; if should the time surpass the threshold value that arranges; then enter the energy-saving protective state, close simultaneously ultrasonic probe emission, and blank screen (may have simple literal or logo to show) or have picture, simple animation to show.This method has a defective; namely owing to can't detecting user, systems soft ware whether using ultrasonic probe; if user is not according to the keyboard of equipment, but also when using the ultrasonic probe scanogram, system also can enter into the energy-saving protective state behind certain threshold time.Use ultrasonic probe to the anemia of pregnant woman, when the cardiac observes image such as the doctor, or all can use ultrasonic probe for a long time during consultation of doctor.Just may often appear in this case when observing image and the energy-saving protective state occurs, and the doctor has to stir trace ball or could continue by lower keyboard.So just many inconvenience have been brought to user
Summary of the invention
The present invention is directed to the deficiency of prior art, a kind of energy-saving protection method and device thereof of supersonic imaging apparatus is provided.
A kind of energy-saving protection method of supersonic imaging apparatus comprises:
Detection also judges whether probe is in running order, if probe is not in working order, then detects the operational circumstances of keyboard, if it is in running order to pop one's head in, does not then enter the energy-saving protective state;
According to the result of the keyboard operation situation that detects, judge whether keyboard operates, if keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard;
The operating time does not then enter the energy-saving protective state above the Preset Time threshold value when keyboard.
A kind of device that uses the energy-saving protection method of supersonic imaging apparatus comprises: probe, keyboard, probe hanger and main frame also comprise:
Detection module is connected with probe or probe hanger, for detection of the duty of probe;
The first judge module is connected with detection module, is used for judging according to the data of detection module whether probe is in running order;
The second judge module, with keyboard be connected judge module and be connected, be used for when conclusion that the first judge module obtains popping one's head in not in running order the operational circumstances of judgement keyboard;
The 3rd judge module is connected with the second judge module, is used for when keyboard operates, and judges whether the operating time does not surpass the Preset Time threshold value to keyboard;
Execution module is connected with the 3rd judge module, is used for entering the energy-saving protective state when keyboard when the operating time is above the Preset Time threshold value.
A kind of energy-saving protection method of supersonic imaging apparatus comprises:
Detection also judges whether keyboard operates, if keyboard operates, does not then enter the energy-saving protective state, if keyboard operates, judges then whether the operating time surpasses the Preset Time threshold value to keyboard;
The operating time does not surpass Preset Time threshold value, the then duty of detection probe when keyboard;
Judge the duty of probe, if probe is not in working order, then enter the energy-saving protective state, if it is in running order to pop one's head in, then do not enter the energy-saving protective state.
A kind of device that uses the energy-saving protection method of supersonic imaging apparatus comprises: probe, keyboard, probe hanger and main frame also comprise:
The first judge module is connected with keyboard, is used for judging the operational circumstances of keyboard;
[0,019 second judge module is connected with the first judge module, is used for when keyboard operates, and judges whether the operating time does not surpass the Preset Time threshold value to keyboard;
Detection module is connected with probe or probe hanger, is connected with the second judge module simultaneously, and when the operating time is above the Preset Time threshold value when keyboard, the duty of detection probe;
The 3rd judge module is connected with detection module, is used for judging according to the data of detection module whether probe is in running order;
Execution module is connected with the 3rd judge module, is used for entering the energy-saving protective state when probe is not in running order.
A kind of energy-saving protection method of supersonic imaging apparatus comprises:
Detect simultaneously and judge that probe is whether in running order and whether operate with keyboard; If keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard;
Judge the not in running order and keyboard of probe not the operating time condition that surpasses the Preset Time threshold value whether set up simultaneously, if set up simultaneously, then enter the energy-saving protective state, if do not set up simultaneously, then do not enter the energy-saving protective state.
A kind of device that uses the energy-saving protection method of supersonic imaging apparatus comprises: probe, keyboard, probe hanger and main frame also comprise:
The first judge module is connected with keyboard, is used for judging the operational circumstances of keyboard;
The second judge module is connected with the first judge module, is used for when keyboard operates, and judges whether the operating time does not surpass the Preset Time threshold value to keyboard;
Detection module is connected with probe or probe hanger, for detection of the duty of probe;
The 3rd judge module is connected with detection module, is used for judging according to the data of detection module whether probe is in running order;
The 4th judge module is connected with the 3rd judge module with the second judge module, be used for to judge the not in running order and keyboard of probe the operating time condition that surpasses the Preset Time threshold value whether set up simultaneously;
Execution module is connected with the 4th judge module, is used for not in running order when probe and keyboard when the operating time does not set up simultaneously above the condition of Preset Time threshold value, enters the energy-saving protective state.
In order to solve the problem that can automatically enter energy-saving protective when the supersonic imaging apparatus long-time continuous is used; the energy-saving protection method of supersonic imaging apparatus of the present invention and device thereof provide a new Rule of judgment that enters the energy-saving protective state for ultrasonic image-forming system, namely add Rule of judgment " whether ultrasonic probe hangs on the probe hanger of ultrasonic device main frame (being whether user is using ultrasonic probe) " on the basis of Rule of judgment " whether the time of user inoperation keyboard surpasses the time threshold that arranges ".And must satisfy simultaneously above two conditions the time, the energy-saving protective program could be moved.
Like this, when the doctor needed long-time continuous to use ultrasonic probe, system can not enter the energy-saving protective state yet, thereby made diagnosis interference-free, for user and diagnosis and treatment process provide a great convenience.
Description of drawings
Fig. 1 is the workflow diagram of the energy-saving protection method embodiment one of a kind of supersonic imaging apparatus of the present invention;
Fig. 2 is another workflow diagram of the energy-saving protection method embodiment one of a kind of supersonic imaging apparatus of the present invention;
Fig. 3 is the workflow diagram of the device embodiment one of a kind of energy-saving protection method that uses supersonic imaging apparatus of the present invention;
Fig. 4 is the workflow diagram of the energy-saving protection method embodiment two of a kind of supersonic imaging apparatus of the present invention;
Fig. 5 is another workflow diagram of the energy-saving protection method embodiment two of a kind of supersonic imaging apparatus of the present invention;
Fig. 6 is the workflow diagram of the device embodiment two of a kind of energy-saving protection method that uses supersonic imaging apparatus of the present invention;
Fig. 7 is the workflow diagram of the energy-saving protection method embodiment three of a kind of supersonic imaging apparatus of the present invention;
Fig. 8 is another workflow diagram of the energy-saving protection method embodiment three of a kind of supersonic imaging apparatus of the present invention;
Fig. 9 is the workflow diagram of the device embodiment three of a kind of energy-saving protection method that uses supersonic imaging apparatus of the present invention.
The specific embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
Specific implementation method of the present invention as shown in Figure 1.Concrete steps are as follows:
101. detection also judges whether probe is in running order
If probe is not in working order, then detect the operational circumstances of keyboard, if it is in running order to pop one's head in, then do not enter the energy-saving protective state.
102. judge the operational circumstances of keyboard
If keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard.
103. judge whether the operating time does not surpass the Preset Time threshold value to keyboard
If keyboard not the operating time surpass the Preset Time threshold value, then enter the energy-saving protective state, if keyboard not the operating time be no more than the Preset Time threshold value, then do not enter the energy-saving protective state.
104. enter the energy-saving protective state
Or 105. do not enter the energy-saving protective state according to condition
Wherein, detect and to judge also whether in running order step can comprise probe: with the method for the signal transmission between Real-Time Monitoring probe and main frame, or with judge the number of popping one's head on the probe hanger whether with probe socket on the equal method of the ultrasonic probe linking number that is connected detect and judge whether probe in running order.
Further, in described method with the signal transmission between Real-Time Monitoring probe and main frame, can use various softwares that the signal transmission between probe and the main frame is carried out Real-Time Monitoring, when monitoring between probe and the main frame when not carrying out signal exchange, this is defined as probe not in running order.
For a better understanding of the present invention among the embodiment with judge the number of popping one's head on the probe hanger whether with probe socket on the method that equates of the ultrasonic probe linking number that is connected detect and judge whether probe in running order, the below makes detailed description with another embodiment to the present invention, please referring to Fig. 2, be specially:
201. judge the ultrasonic probe linking number A that is connected with main frame by host module
When A=0, illustrate that ultrasonic main frame does not connect ultrasonic probe.This moment, initialization system judged directly whether user has operated the keyboard of ultrasonic device, if operated the energy-saving protective state that then do not enter; If not operation keyboard then system continue to judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold that arranges to user: then do not enter into the energy-saving protective state if surpass this time threshold value, if then enter the energy-saving protective state above this time threshold value.
When A=1 arrives N (for portable ultrasonic system General N=2, N may be larger for car-type), illustrate that ultrasonic main frame has connected one or above ultrasonic probe.Then judge that by the ultrasonic probe recloser ultrasonic probe of placing on the main frame probe hanger counts B.
202. whether judge the number B that pops one's head on the probe hanger equates with the ultrasonic probe linking number A that is connected with main frame
When B＜A, illustrate that ultrasonic probe number on the main frame probe hanger is less than the ultrasonic probe number that is connected on the main frame, namely have the ultrasonic probe that is connected on the main frame to be placed on the outside, think then that user is using ultrasonic probe this moment, and system does not enter the energy-saving protective state;
When B=A, illustrate that ultrasonic probe number on the main frame probe hanger equals to be connected to the ultrasonic probe number on the main frame, the ultrasonic probe that namely has been connected on the main frame all is placed on the main frame probe hanger, then think that user is not using ultrasonic probe this moment, and enter the step of judging whether keyboard operates.
203. whether judge keyboard operates
System judges whether user has operated the keyboard of ultrasonic device again, if operated the energy-saving protective state that then do not enter.
If operation keyboard system then not continues then to judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold of setting to user.
204. judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold that arranges to user
Then do not enter into the energy-saving protective state if surpass this time threshold value, then enter the energy-saving protective state if surpass this time threshold value.
205. enter the energy-saving protective state
Or 206. do not enter guard mode according to condition
The present invention has increased Rule of judgment 2 " whether the ultrasonic probe number of placing on ultrasonic probe linking number and the ultrasonic device probe hanger equates (being whether user is using ultrasonic probe) " when advancing on the energy-saving protective state Rule of judgment basis of " whether the time of user inoperation keyboard surpasses the time threshold that arranges ".Allow system can not enter in use the energy-saving protective state, have more hommization.
Also by reference to the accompanying drawings device corresponding to method of the present invention is described in further detail below by the above-mentioned specific embodiment.Please referring to Fig. 3, be specially:
The first judge module 302 is connected with detection module 301, is used for judging according to the data of detection module 301 whether probe is in running order, and signal is sent to the second judge module 303;
The second judge module 303, with keyboard be connected judge module 302 and be connected, be used for when conclusion that the first judge module 302 obtains popping one's head in not in running order the operational circumstances of judgement keyboard, and signal sent to the 3rd judge module 304;
The 3rd judge module 304 is connected with the second judge module 303, is used for when keyboard operates, judges that whether the operating time and does not send to execution module 305 to signal above the Preset Time threshold value to keyboard;
Wherein, detection module 301 comprises:
Specific implementation method of the present invention can also adopt following methods, and please referring to Fig. 4, concrete steps are as follows:
401. judge the operational circumstances of keyboard
If keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard.
402. judge whether the operating time does not surpass the Preset Time threshold value to keyboard
If keyboard not the operating time be no more than the Preset Time threshold value, then do not enter the energy-saving protective state,
If keyboard not the operating time surpass the Preset Time threshold value, then detect and judge whether probe in running order.
403. detection also judges whether probe is in running order
If probe is not in working order, then enter the energy-saving protective state, if it is in running order to pop one's head in, then do not enter the energy-saving protective state.
404. enter the energy-saving protective state
Or 405. do not enter the energy-saving protective state according to condition
Wherein, detect and to judge also whether in running order step can comprise probe: with the method for the signal transmission between Real-Time Monitoring probe and main frame, or with judge the number of popping one's head on the probe hanger whether with probe socket on the equal method of the ultrasonic probe linking number that is connected detect and judge whether probe in running order.
Further, in described method with the signal transmission between Real-Time Monitoring probe and main frame, can use various softwares that the signal transmission between probe and the main frame is carried out Real-Time Monitoring, when monitoring between probe and the main frame when not carrying out signal exchange, this is defined as probe not in running order.
For a better understanding of the present invention among the embodiment with judge the number of popping one's head on the probe hanger whether with probe socket on the method that equates of the ultrasonic probe linking number that is connected detect and judge whether probe in running order, the below describes the present invention with another embodiment, please referring to Fig. 5, specific implementation method is as follows:
Whether operated the keyboard of ultrasonic device 501. judge user
If operated the energy-saving protective state that then do not enter; If not operation keyboard then system continue to judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold of setting to user.
502. judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold that arranges to user
Then do not enter into the energy-saving protective state if surpass this time threshold value;
If surpassing this time threshold value then enters into and judges whether in running order step of probe.
503. judge the ultrasonic probe linking number A that is connected with main frame.
When A=0, illustrate that ultrasonic main frame does not connect ultrasonic probe.Directly enter into the energy-saving protective state.
When A=1 arrives N (for portable ultrasonic system General N=2, N may be larger for car-type), illustrate that ultrasonic main frame has connected one or above ultrasonic probe.Then judge that by the ultrasonic probe recloser ultrasonic probe of placing on the main frame probe hanger counts B.
504. whether judge the number B that pops one's head on the probe hanger equates with the ultrasonic probe linking number A that is connected with main frame
When B＜A, illustrate that ultrasonic probe number on the main frame probe hanger is less than the ultrasonic probe number that is connected on the main frame, namely have the ultrasonic probe that is connected on the main frame to be placed on the outside, think then that user is using ultrasonic probe this moment, and system does not enter the energy-saving protective state;
When B=A, illustrate that ultrasonic probe number on the main frame probe hanger equals to be connected to the ultrasonic probe number on the main frame, the ultrasonic probe that namely has been connected on the main frame all is placed on the main frame probe hanger, then thinks that user is not using ultrasonic probe this moment.This moment, ultrasonic system entered into the energy-saving protective state.
505. enter the energy-saving protective state
Or 506. do not enter the energy-saving protective state according to condition
The specific implementation method flow process of the present embodiment is: first Rule of judgment " whether the time of operation keyboard does not surpass the time threshold that arranges to user "; and then Rule of judgment " whether user is using ultrasonic probe "; allow system can not enter in use the energy-saving protective state, have more hommization.
Also by reference to the accompanying drawings device corresponding to method of the present invention is described in further detail below by the above-mentioned specific embodiment.Please referring to Fig. 6, be specially:
The first judge module 601 is connected with keyboard, is used for judging the operational circumstances of keyboard, and sends control signals to the second judge module 602;
The second judge module 602 is connected with the first judge module 601, is used for when keyboard operates, and judges that whether the operating time does not surpass the Preset Time threshold value, and send control signals to detection module 603 to keyboard;
The 3rd judge module 604 is connected with detection module 603, is used for judging according to the data of detection module 603 whether probe is in running order, and sends control signals to execution module 605;
Execution module 605 is connected with the 3rd judge module 604, is used for entering the energy-saving protective state when probe is not in running order.
Wherein, detection module 603 comprises:
Specific implementation method of the present invention can also adopt following methods, and please referring to Fig. 7, concrete steps are as follows:
Whether operate with keyboard 701. detect simultaneously and judge that probe is whether in running order
If keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard;
In running order if pop one's head in, then do not enter the energy-saving protective state, if probe is not in running order, then forward to judge the not in running order and keyboard of probe the operating time condition that surpasses the Preset Time threshold value whether set up simultaneously.
702. judge whether the operating time does not surpass the Preset Time threshold value to keyboard
If the operating time does not surpass the Preset Time threshold value to keyboard; then do not enter the energy-saving protective state; if keyboard not the operating time surpass the Preset Time threshold value, then forward to judge the not in running order and keyboard of probe the operating time condition that surpasses the Preset Time threshold value whether set up simultaneously.
Whether the operating time sets up simultaneously above the condition of Preset Time threshold value with keyboard 703. the judgement probe is not in running order
If set up simultaneously, then enter the energy-saving protective state, if do not set up simultaneously, then do not enter the energy-saving protective state.
704. enter the energy-saving protective state
Or,
705. do not enter the energy-saving protective state according to condition
Wherein, detect and to judge also whether in running order step can comprise probe: with the method for the signal transmission between Real-Time Monitoring probe and main frame, or with judge the number of popping one's head on the probe hanger whether with probe socket on the equal method of the ultrasonic probe linking number that is connected detect and judge whether probe in running order.
Further, in described method with the signal transmission between Real-Time Monitoring probe and main frame, can use various softwares that the signal transmission between probe and the main frame is carried out Real-Time Monitoring, when monitoring between probe and the main frame when not carrying out signal exchange, this is defined as probe not in running order.
For a better understanding of the present invention among the embodiment with judge the number of popping one's head on the probe hanger whether with probe socket on the method that equates of the ultrasonic probe linking number that is connected detect and judge whether probe in running order, the below describes the present invention with another embodiment, please referring to Fig. 8, each concrete steps of implementation method are as follows:
801. judge the ultrasonic probe linking number A that is connected with main frame
When A=0, illustrate that ultrasonic main frame does not connect ultrasonic probe, enter into step and judge whether above-mentioned two Rule of judgment are set up simultaneously.
When A=1 arrives N (for portable ultrasonic system General N=2, N may be larger for car-type), illustrate that ultrasonic main frame has connected one or above ultrasonic probe.Then judge that by the ultrasonic probe recloser ultrasonic probe of placing on the main frame probe hanger counts B.
When B＜A, illustrate that ultrasonic probe number on the main frame probe hanger is less than the ultrasonic probe number that is connected on the main frame, namely have the ultrasonic probe that is connected on the main frame to be placed on the outside, think then that user is using ultrasonic probe this moment, and system does not enter the energy-saving protective state;
When B=A, illustrate that ultrasonic probe number on the main frame probe hanger equals to be connected to the ultrasonic probe number on the main frame, the ultrasonic probe that namely has been connected on the main frame all is placed on the main frame probe hanger, then thinks that user is not using ultrasonic probe this moment.Enter into step and judge whether above-mentioned two Rule of judgment are set up simultaneously.
803. when judging the ultrasonic probe linking number A that is connected with main frame, judge whether user has operated the keyboard of ultrasonic device
If operated the energy-saving protective state that then do not enter, if not operation keyboard then system continue to judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold of setting to user.
804. judge whether the time of operation keyboard has not surpassed the energy-saving protective time threshold that arranges to user
Then do not enter into the energy-saving protective state if surpass this time threshold value, judge whether above-mentioned two Rule of judgment are set up simultaneously if then enter into step above this time threshold value.
805. whether judge above-mentioned two Rule of judgment sets up simultaneously
System does not enter into the energy-saving protective state if do not set up simultaneously then, and system enters into the energy-saving protective state if set up simultaneously then.
806. enter the energy-saving protective state
Or 807. do not enter the energy-saving protective state according to condition
The specific implementation method flow process of the present embodiment is: judge simultaneously " whether the time of user inoperation keyboard surpasses the time threshold that arranges " and " whether ultrasonic probe hangs on the probe hanger of ultrasonic device main frame (being whether user is using ultrasonic probe) "; allow system can not enter in use the energy-saving protective state, have more hommization.
Also by reference to the accompanying drawings device corresponding to method of the present invention is described in further detail below by the above-mentioned specific embodiment.Please referring to Fig. 9, be specially:
The first judge module 901 is connected with keyboard, is used for judging the operational circumstances of keyboard, and sends control signals to the second judge module 902;
The second judge module 902 is connected with the first judge module 901, is used for when keyboard operates, and judges that whether the operating time does not surpass the Preset Time threshold value, and send control signals to detection module 903 to keyboard;
The 3rd judge module 904 is connected with detection module 903, is used for judging according to the data of detection module 903 whether probe is in running order, and sends control signals to the 4th judge module 905;
[0147 the 4th judge module 905, be connected with the 3rd judge module 904 with the second judge module 902, be used for to judge the not in running order and keyboard of probe the operating time condition that surpasses the Preset Time threshold value whether set up simultaneously, and send control signals to execution module 906;
Wherein, detection module 903 comprises:
The above only is preferred embodiment of the present invention, not in order to limiting the present invention, all any modifications of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (2)
1. the energy-saving protection method of a supersonic imaging apparatus is characterized in that, comprising:
Detect the ultrasonic probe number that is connected with main frame;
Ultrasonic probe number on the detection probe hanger, and judge whether unanimously with the ultrasonic probe number that is connected with main frame that detects, if consistent, then be defined as probe not in running order, if inconsistent, then be defined as probe in running order;
In running order if pop one's head in, then do not enter the energy-saving protective state, if probe is not in working order, then detect the operational circumstances of keyboard;
According to the result of the keyboard operation situation that detects, judge whether keyboard operates, if keyboard operates, then do not enter the energy-saving protective state, if keyboard operates, judge then whether the operating time does not surpass the Preset Time threshold value to keyboard;
If the operating time does not then enter the energy-saving protective state above the Preset Time threshold value when keyboard; The operating time does not then enter the energy-saving protective state above the Preset Time threshold value when keyboard.
2. the energy-saving protection method of supersonic imaging apparatus according to claim 1; it is characterized in that; after the ultrasonic probe number that described detection is connected with main frame, also comprise: if when detecting the ultrasonic probe number that is connected with main frame and being zero, then directly forward to and judge whether keyboard operates.
3, the energy-saving protection method of supersonic imaging apparatus according to claim 2 is characterized in that, described energy-saving protective state comprises: the screen protection state.
4, a kind of device that uses the energy-saving protection method of supersonic imaging apparatus as claimed in claim 1 comprises: probe, keyboard, probe hanger and main frame, it is characterized in that, and also comprise:
Detection module is connected with probe or probe hanger, for detection of the duty of probe;
The first judge module is connected with detection module, is used for judging according to the data of detection module whether probe is in running order;
The second judge module, with keyboard be connected judge module and be connected, be used for when conclusion that the first judge module obtains popping one's head in not in running order the operational circumstances of judgement keyboard;
The 3rd judge module is connected with the second judge module, is used for when keyboard operates, and judges whether the operating time does not surpass the Preset Time threshold value to keyboard;
Execution module is connected with the 3rd judge module, is used for entering the energy-saving protective state when keyboard when the operating time is above the Preset Time threshold value.
5, a kind of device that uses the energy-saving protection method of supersonic imaging apparatus as claimed in claim 1 according to claim 4 is characterized in that, described detection module comprises:
Host module is connected with main frame, is used for judging total linking number of the ultrasonic probe that is connected with main frame;
The hanger detecting module is connected with probe or probe hanger, is used for judging the ultrasonic probe number of placing on the probe hanger.
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| CN 201010241145 CN101879075B (en) | 2010-07-30 | 2010-07-30 | Energy-saving protection method of ultrasonic imaging equipment and device thereof |
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| JP5831000B2 (en) * | 2011-07-21 | 2015-12-09 | ソニー株式会社 | Signal processing apparatus, control method, and signal processing system and method |
| CN102824189B (en) * | 2012-08-20 | 2014-12-10 | 深圳市理邦精密仪器股份有限公司 | Ultrasonic probe timely transmitting and receiving method and device |
| CN103445806A (en) * | 2013-09-06 | 2013-12-18 | 苏州边枫电子科技有限公司 | Mechanical push-button wireless B type ultrasonic detection system capable of sleeping automatically |
| CN105182349A (en) * | 2015-08-26 | 2015-12-23 | 成都秋雷科技有限责任公司 | Improved ultrasonic detection probe control method |
| CN108245190B (en) * | 2018-01-08 | 2021-04-02 | 飞依诺科技(苏州)有限公司 | Ultrasonic imaging apparatus and energy-saving protection method for the same |
| CN111026179B (en) * | 2019-12-11 | 2022-02-22 | 飞依诺科技(苏州)有限公司 | Ultrasonic system and temperature control method thereof |
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| JPH04158848A (en) * | 1990-10-24 | 1992-06-01 | Hitachi Medical Corp | Ultrasonic diagnosing apparatus |
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2010
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| US5654509A (en) * | 1996-05-08 | 1997-08-05 | Hewlett-Packard Company | Control system that distinguishes between imaging and nonimaging environments in an ultrasound system |
| CN1767790A (en) * | 2003-04-08 | 2006-05-03 | 株式会社日立医药 | Ultrasonograph |
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