CN204990616U - Guardianship warning system - Google Patents
Guardianship warning system Download PDFInfo
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- CN204990616U CN204990616U CN201520614789.XU CN201520614789U CN204990616U CN 204990616 U CN204990616 U CN 204990616U CN 201520614789 U CN201520614789 U CN 201520614789U CN 204990616 U CN204990616 U CN 204990616U
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Abstract
The utility model discloses a guardianship warning system, input section include a plurality of motion -sensitive sensors and business turn over monitoring devices, and a plurality of motion -sensitive sensor sets up respectively in each room of an interior space, is used for responding to whether the personnel of the interior space are in the motion state, the controller links to each other with motion -sensitive sensor and business turn over monitoring devices respectively, is used for receiving triggering signal and switching signal, the output unit is connected the controller is used for receiving the warning signal is accomplished and is reported an emergency and asked for help or increased vigilance the operation. But the according to actual need of this system is nimble to set up timing cycle time, and children under guardianship person need not to carry any electronic equipment, and the personnel that need not are manual to be reported an emergency and asked for help or increased vigilance, reports an emergency and asks for help or increased vigilance in time.
Description
Technical field
The utility model relates to monitoring and alarm equipment technical field, the particularly monitoring warning system of a kind of personnel be mainly used in ICU.
Background technology
Along with monitoring and the development of warning technology, the monitoring for personnel develops to smart machine monitoring from original artificial monitoring.For example, application number be 201010293451.0 Chinese utility model patent disclose a kind of monitoring warning system for hospital and monitoring alarm method, by high-definition camera, feature shooting is carried out to the position that patient body can show vital signs, then carry out the process that exports and transmission.
But, the method range of application adopting camera to guard personnel is very limited, public arena as this in hospital can only be applied to, be not suitable for guarding use at home, and can not be installed on as toilet, the sensitizing range such as horizontal, and inherently there is certain invasion of privacy dispute, therefore cannot accomplish round-the-clock monitoring in 24 hours.
In the monitoring of house old man, mainly contain two kinds of custodial care facilities at present: one, calling device, namely old man carries with the thing of a similar automobile remote controllers, in house, run into emergency case, and press this button, equipment just sends alarm signal.Two, wearable type electronic equipment, electronic equipment is worn on old man and the condition information of Real-time Collection old man with it, and such as pulse, blood pressure etc., once namely condition Information abnormity sends alarm signal.
The defect of these two kinds of equipment is: 1, carry and need charging or installation battery with the equipment of wearable type, once it is ineffective to forget that charging or battery are finished meeting; 2, as a rule, old man likely leaves behind or dresses custodial care facility, and old man can be caused after carrying or dress custodial care facility to do not feel like oneself, impersonality.
Utility model content
The utility model, for prior art above shortcomings, provides a kind of monitoring warning system.The utility model is achieved through the following technical solutions:
A kind of monitoring warning system, for guarding indoor occupant, comprising:
Importation, comprise some motional induction sensors and turnover monitoring device, several motional induction sensors are separately positioned in each room of an interior space, whether the personnel in order to respond to the described interior space are kept in motion, if testing result is yes, then send a trigger pip, if testing result is no, then do not send described trigger pip, described turnover monitoring device is arranged on gate place, whether on-off action occurs for detecting gate, in this way, then send a switching signal, as no, then do not send described switching signal;
Controller, respectively with described motional induction sensor and pass in and out monitoring device and be connected, for receiving described trigger pip and switching signal, when system is in care situations, described controller receives described switching signal, then judge that personnel go out, and described controller enters non-care situations; When system is in non-care situations, described controller receives described switching signal and then judges that personnel return, and described controller enters care situations; Wherein, in care situations, described controller starts timing after receiving described trigger pip, if within a time-count cycle of timing, do not receive other trigger pips, then outputting alarm signal, as within a time-count cycle of timing, receive other trigger pips, then restart timing with the time of the trigger pip finally received;
Output, connects described controller, in order to receive described alarm signal and to complete alarm operation.
Preferably, described controller comprises turnover monitoring timer and some induction timers; Described turnover monitoring timer is connected with described turnover monitoring device, for carrying out timing to described switching signal under non-care situations, as do not received another switching signal within a time-count cycle, then and outputting alarm signal; Described some induction timers are connected with some motional induction sensors respectively, described induction timer is used for carrying out timing to the trigger pip that the motional induction sensor of correspondence sends under care situations, wherein, at non-care situations, described some induction timers enter dormancy.
Preferably, described some motional induction sensors are sorted out according to residing room, and of a sort described motional induction sensor connects same described induction timer, and the time-count cycle of different described induction timers is different.
Preferably, described turnover monitoring device is door magnetism device, limit switch, travel switch or other devices for the on-off action of detecting gate, and described turnover monitoring device is used for sending switching signal when gate is opened.
Preferably, described controller also comprises a clock, connects described turnover monitoring timer and induction timer, in order to provide time data, described controller, according to different time phases, changes described turnover monitoring timer and responds to time-count cycle corresponding to timer or closed portion timer.
Preferably, described some induction timers comprise: one first timer, one second timer and one the 3rd timer; In a time phase, described first timer does not work, and the time-count cycle of described second timer is constant, and the time-count cycle of described 3rd timer increases or shortens.
Preferably, also comprise communication unit and server device, described controller carries out data communication by described communication unit and server device, particularly, trigger pip, switching signal and alarm signal are sent to described server device by communication unit by controller in real time, and controller receives the steering order from described server device, wherein, described communication unit is wire communication module or the wireless communication module such as embedded gateway, gsm communication module.
Preferably, described controller also comprises control module and storage unit time-count cycle, described storage unit is for storing time of origin and the type of trigger pip and switching signal, described time-count cycle, control module was used for calculating the prediction time of origin of trigger pip and switching signal and type to arrange time-count cycle according to the trigger pip of described cell stores and the time of origin of switching signal and type, or described time-count cycle, control module arranged time-count cycle by preset value.
By monitoring warning system of the present utility model, can realize children under guardianship person indoor and go out indoor time monitor system switching, system enters different mode of operations according to the different situations of children under guardianship person when indoor or outdoors automatically, even if personnel go out also to carry out suitable early warning to the outer artificial situation of personnel, children under guardianship person is avoided to go out for a long time and situation not known to people occurs.In addition, this system can also realize intellectuality by the storage of data and process and set time-count cycle, makes it meet the demand of different user.
This system can arrange time time-count cycle according to actual needs flexibly, and children under guardianship person is without the need to carrying any electronic equipment, and without the need to the manual alarm of personnel, alarm is timely, and without the need to installing video monitoring equipment, has ensured the privacy rights and interests of children under guardianship person.
Accompanying drawing explanation
Shown in Fig. 1 is the structural representation of the utility model first embodiment;
Shown in Fig. 2 is the structural representation of the utility model second embodiment;
Shown in Fig. 3 is the structural representation of the utility model the 3rd embodiment;
Shown in Fig. 4 is the structural representation of the utility model the 4th embodiment;
Shown in Fig. 5 is mode of operation of the present utility model adjustment schematic diagram;
Shown in Fig. 6 is the workflow diagram of the utility model when having people to be in;
Shown in Fig. 7 be the utility model nobody home time workflow diagram.
Embodiment
Below with reference to accompanying drawing of the present utility model; clear, complete description and discussion are carried out to the technical scheme in the utility model embodiment; obviously; as described herein is only a part of example of the present utility model; it is not whole examples; based on the embodiment in the utility model, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite not making creative work, all belongs to protection domain of the present utility model.
For the ease of the understanding to the utility model embodiment, be further explained for specific embodiment below in conjunction with accompanying drawing, and each embodiment does not form the restriction to the utility model embodiment.
Embodiment one
As shown in Figure 1, a kind of monitoring warning system that the utility model first embodiment provides, comprising: importation 1, controller 2, output 3.
Importation 1 comprises A, B, C, D totally 4 motional induction sensors, and in each room in space disposed in the interior, reach comprehensive and cover, the utility model does not limit its method for arranging.The type of motional induction sensor can be that infrared ray sensor, doppler sensor etc. can be used for monitoring the sensor whether having moving object, and the utility model does not limit at this.Importation 1 also comprises turnover monitoring device, and it is specially a magnetic 11, and door magnetic 11 is arranged on gate place, the action whether gate for detecting the whole interior space opens or closes, and in this way, then sends a switching signal, as no, does not then send switching signal.Certainly, turnover pick-up unit also can be replaced other and can detect the device whether opened at gate, room entrances place, as conventional in limit switch etc. can the device of on-off action of detecting gate, the utility model does not limit at this.
Controller 2 corresponds to A, B, C, D and comprises 4 induction timers, and each motional induction sensor connects an induction timer.And door magnetic 11 corresponds to a turnover monitoring timer.Output 3 is that a road exports.
This system comprises two kinds of mode of operations, i.e. care situations and non-care situations.Under care situations, the athletic meeting of indoor occupant sense by the motional induction sensor in residing room or region, sense that the motional induction sensor that indoor occupant moves will send a starting signal to corresponding induction timer, namely timing is started after corresponding induction timer receives trigger pip, if within the time-count cycle of this timer, other induction timers are not triggered, then judge indoor occupant generation unusual condition, controller 2 sends alarm signal immediately to output 3.
Its basic functional principle is as follows: suppose that motional induction sensors A at a time detects indoor occupant motion, then trigger induction timer A and start timing, the time-count cycle of timer A is 2 hours, if within 2 hour time-count cycle of timer A, timer A, B, C, D is not all triggered, then controller 2 sends alarm signal, if within the time-count cycle of 2 hours of induction timer A, induction timer B passive movement induction pick-up B triggered, then timer B starts timing, and timer A resets, namely judge that indoor occupant is moved to the region of motional induction sensor B from motional induction sensors A region, indoor occupant situation is normal, if within 20 minutes time-count cycles of induction timer B, timer A, C, D are not all triggered, then controller 2 sends alarm signal, if within 20 minutes time-count cycles of induction timer B, timer A, B, C, D Zhong mono-tunnel is triggered, the road feel be then triggered answers timer to start timing, and induction timer B resets, and so circulates.(be all hypothesis state here, technician can carry out the time-count cycle of arranging motional induction sensor and setting induction timer according to actual conditions).
Embodiment two
As shown in Figure 2, a kind of monitoring warning system that the utility model second embodiment provides, comprises equally: importation 1, controller 2, output 3.
In the present embodiment, importation 1 comprises A ~ I totally 9 motional induction sensors and turnover monitoring device, comprises clock, turnover monitoring timer and induction timer in controller 2.Wherein, the quantity of induction timer is three, is connected respectively with 9 motional induction sensors, and turnover monitoring timer is connected with turnover monitoring device.As a rule, different time phases, the time of indoor occupant residing for each room is different.Such as the morning 6 at 11 in evening to next day point, indoor occupant most of the time is in bedroom, and the time of small part can be in toilet; And between at 6 in the morning at 11 in evening, the time of indoor occupant in parlor can increase, the time in bedroom can reduce, and has larger may going out.Therefore, the present embodiment is improved on the basis of the first embodiment, monitoring warning system is divided into daytime and night two kinds, and there are people and unmanned different operating state in indoor.
In the present embodiment, 9 motional induction sensors are divided three classes according to the sensitivity in residing room, first kind motional induction sensors A ~ C connects induction timer A, Equations of The Second Kind motional induction sensor D ~ F connects induction timer B, and the 3rd type games induction pick-up G ~ I connects induction timer C.First kind motional induction sensors A ~ C is arranged in bedroom, and arranging its induction timer A is 7 hours in the time-count cycle at night, and daytime is 3 ~ 4 hours; Equations of The Second Kind motional induction sensor D ~ F is arranged on parlor, kitchen, and the induction time-count cycle setting its daytime is 2 hours, and night does not work; 3rd type games induction pick-up G ~ I is arranged in toilet, set its induction time-count cycle be 20 minutes, night on daytime constant (be all hypothesis state here, technician can carry out layout motional induction sensor according to actual conditions and time-count cycle is responded in setting).The motional induction sensor adopting multiple classification identical connects the data processing pressure that an induction timer effectively can reduce controller 2, saves energy; Secondly the time-count cycle of induction timer is adjustable, the different operating environment at daytime, night can be adapted to, increase accuracy and the real-time of monitoring, by a clock setting in controller 2, the adjustment to the division of time and induction timer time-count cycle can be realized, certainly, daytime also can be subdivided into the morning, afternoon, and the utility model does not limit.
In addition, when considering by day, indoor occupant may need to go out, and therefore, the importation 1 in the present embodiment is also provided with turnover monitoring device, is arranged in the doorway of the interior space, in order to judge whether the personnel of the interior space go out or enter.Turnover monitoring device can be the sensor be arranged on doorframe, and the every open and close of door once then judges that indoor occupant is gone out or enters; Also can being the mode that judgement personnel pass in and out direction, as being respectively arranged with sensor inside and outside door, judging that personnel go out or enter according to the trigger sequence of these two sensors.In the present embodiment, if do not detect, indoor occupant is gone out, then monitoring warning system performs normal above-mentioned control, and after the personnel of detecting go out, enter if do not detect in (to this, the time does not limit the utility model) at 8 hours, then carry out alarm, if and the state that enters do not detected after going out under, indoor sensor has detected object of which movement, then carry out alarm, namely complete the function of anti-theft alarm (security protection state) simultaneously.
Wherein, can be set by controller as required the time-count cycle of turnover monitoring timer and each induction timer.
Embodiment three
The present embodiment is a preferred embodiment of embodiment two, specific as follows:
As shown in Figure 3, controller 2 also comprises control module and storage unit time-count cycle, storage unit is for storing time of origin and the type of trigger pip and switching signal, time-count cycle, control module was used for calculating the average time of origin of trigger pip and switching signal and type to arrange time-count cycle according to the trigger pip of cell stores and the time of origin of switching signal and type, and can set predicted time and floating threshold time thereof that trigger pip occurs.Such as, the object of monitoring alarm is an old man, be between morning, 6:30 divided to 7 o'clock when the activity time of getting up of old man's routine, then storage unit can store the old man's daily schedule in a period of time, as in one month, then time-count cycle, control module carried out computing according to the stored daily schedule, obtained for 6:45 divides between old man's WA, floated 15 minutes in front and back.Also the time-count cycle being namely located at the motional induction sensor in bedroom carries out calculating the trigger pip time of origin of prediction and type to carry out the setting of time-count cycle according to the data rule of actual storage.In like manner, the time-count cycle passing in and out monitoring device also can carry out prediction setting according to historical data.This process can be adjusted after the data gathering a period of time automatically by controller, and the utility model does not limit this.When the motional induction sensor in old man bedroom does not send trigger pip within this time period, then controller sends alarm signal.
Certainly, above-mentioned control module time-count cycle also can arrange time-count cycle by the preset value of system, as the data parameters that the data parameters that provides according to guardianship or system calculate according to large data, set time-count cycle and when operate closed portion timer to realize the object etc. of power saving.
Embodiment four
The present embodiment is a preferred embodiment of above-described embodiment, the set-up mode of its induction pick-up and induction timer and selectable number get any one form or its combination in above-described embodiment, and its controller inner structure also can choose any one form in above-described embodiment.Itself and above-described embodiment difference are specific as follows:
As shown in Figure 4, this monitoring warning system also comprises communication unit and server device, and controller carries out data communication with server device by communication unit.Particularly, trigger pip, switching signal and alarm signal are sent to server device by communication unit by controller in real time, and controller receives the steering order from server device by communication unit.Such as, after alarm signal sends, alarm signal is sent to server device and carries out display alarm by output, checks process for server device place managerial personnel.And server device also can send the instructions such as such as setting time-count cycle, by mistake alarm operation confirmation to controller place, controller adjusts according to those instructions.The data communication packages such as the utility model is not specifically limited concrete data communication content, other instruction controls expanded according to this technical scheme are all included within the technical solution of the utility model.Wherein, communication unit is embedded gateway, and it can be the cable gateway based on Ethernet, and can be by mobile communication or other wireless communication modes yet, thus carry out data interaction with server device, the utility model limit its concrete communication modes.
The utility model is according to above-mentioned monitoring warning system, and the principle of carrying out guarding alarm method is as follows:
S1: judge whether current operation mode is care situations pattern, enters step S2 in this way, as no, enters step S3;
S2: enter care situations pattern, when this pattern, whether real-time judge controller receives switching signal, in this way, then judges that personnel go out, and controller enters the non-care situations pattern of step S3;
S3: enter non-care situations pattern, when this pattern, whether real-time judge controller receives switching signal, and in this way, then judge that personnel return, controller enters the care situations pattern of step S2.
Wherein, in care situations pattern, described controller starts timing after receiving described trigger pip, if within a time-count cycle of timing, do not receive other trigger pips, then outputting alarm signal, as within a time-count cycle of timing, receive other trigger pips, then restart timing with the time of the trigger pip finally received; Described controller receives after described switching signal enters non-care situations pattern and starts timing, if within a time-count cycle, do not receive other switching signals, then and outputting alarm signal.
Particularly, after entering care situations pattern:
Whether the personnel of S21, the some motional induction sensor sensing interior spaces be arranged in each room of an interior space are kept in motion, if testing result is yes, then send a trigger pip, if testing result is no, then do not send trigger pip;
S22, the timer that motional induction sensor is corresponding start timing after receiving trigger pip;
S23, the trigger pip judging whether have other timers to receive corresponding motional induction sensor within the time-count cycle that timer is corresponding and send, if the determination result is YES, the timer then finally receiving trigger pip starts timing, other timer reset, if judged result is no, then send alarm.
Consider have daytime, night in actual applications, there are people, unmanned state in indoor, the setting of system also will change thereupon, therefore, also comprised before S21 in step S2 and judge the current time stage, such as, shown in Fig. 5, judge that current time is 23:00 to (length of one's sleep) between next day 6:00, then carry out the adjustment of time-count cycle, or closed portion timer.In like manner, in step S3, also comprise: judge the current time stage, in order to according to different time phases, change the turnover corresponding with passing in and out monitoring device and monitor the time-count cycle of timer or close to pass in and out and monitor timer.This process can judge whether the personnel of the interior space go out or enter, if do not return in the Preset Time of the personnel of the interior space after going out, or send trigger pip the personnel of the interior space at the successor that goes out a motional induction sensor of anticipating, then send alarm signal.The time that the such as morning goes out and the time that go out in the evening temporarily different, can be set according to different time sections the time-count cycle of going out.
When there is people indoor, system performs the flow process shown in Fig. 6 successively, i.e. the duty of normal care situations pattern.Shown in Fig. 7 is when detecting that indoor occupant is gone out, and is also the flow process of non-care situations.D class alarm shown in Fig. 6 exports the alarm type for indoor occupant abnormal state, and the E class alarm shown in Fig. 7 exports as overtime alarm type of not returning, and the judged result according to reality is classified to alarm signal.
Below lift an example to illustrate:
1, the sensor of auxiliary input terminals detects in family whether have people.
If 2 is unmanned.Standby to 22:59.Then E reports to the police.
If in during having people 6:00-22:59 in 3 families.
Any one timer is triggered, and all timer zeros, the timer that last road is triggered starts timing.
Both reported to the police after terminating during the timer that You mono-tunnel is triggered D.
If in during having people 23:00-6:00 in 4 families.
A road timer does not work.B road timer works on.C road timer switches to 20 minutes.
If still unmanned in 5 23:00 families.Trigger alarm E.
6, within eight hours, alarm is not returned
7, Auxiliarv Inputs detects after personnel leave, unmanned outputting alarm E in continuous eight hours families.
After first time alarm triggered ten minutes, again repeat alarm then stop alarm.
In step S3, after outputting alarm signal or before sending alarm signal, system, by arranging or automatically entering security protection state, now sends trigger pip at any motional induction sensor of the interior space, then sends alarm signal.
The above; be only the utility model preferably embodiment; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (8)
1. a monitoring warning system, for guarding indoor occupant, is characterized in that, comprising:
Importation, comprise some motional induction sensors and turnover monitoring device, several motional induction sensors are separately positioned in each room of an interior space, whether the personnel in order to respond to the described interior space are kept in motion, if testing result is yes, then send a trigger pip, if testing result is no, then do not send described trigger pip, described turnover monitoring device is arranged on gate place, whether on-off action occurs for detecting gate, in this way, then send a switching signal, as no, then do not send described switching signal;
Controller, respectively with described motional induction sensor and pass in and out monitoring device and be connected, for receiving described trigger pip and switching signal, when system is in care situations, described controller receives described switching signal, then judge that personnel go out, and described controller enters non-care situations; When system is in non-care situations, described controller receives described switching signal and then judges that personnel return, and described controller enters care situations; Wherein, in care situations, described controller starts timing after receiving described trigger pip, if within a time-count cycle of timing, do not receive other trigger pips, then outputting alarm signal, as within a time-count cycle of timing, receive other trigger pips, then restart timing with the time of the trigger pip finally received;
Output, connects described controller, in order to receive described alarm signal and to complete alarm operation.
2. monitoring warning system according to claim 1, is characterized in that, described controller comprises turnover monitoring timer and some induction timers; Described turnover monitoring timer is connected with described turnover monitoring device, for carrying out timing to described switching signal under non-care situations, as do not received another switching signal within a time-count cycle, then and outputting alarm signal; Described some induction timers are connected with some motional induction sensors respectively, described induction timer is used for carrying out timing to the trigger pip that the motional induction sensor of correspondence sends under care situations, wherein, at non-care situations, described some induction timers enter dormancy.
3. monitoring warning system according to claim 2, it is characterized in that, described some motional induction sensors are sorted out according to residing room, and of a sort described motional induction sensor connects same described induction timer, and the time-count cycle of different described induction timers is different.
4. monitoring warning system according to claim 2, is characterized in that, described turnover monitoring device is door magnetism device, limit switch or travel switch, and described turnover monitoring device is used for sending switching signal when gate is opened.
5. the monitoring warning system according to Claims 2 or 3, it is characterized in that, described controller also comprises a clock, connect described turnover monitoring timer and induction timer, in order to provide time data, described controller, according to different time phases, changes described turnover monitoring timer and responds to time-count cycle corresponding to timer or closed portion timer.
6. monitoring warning system according to claim 2, is characterized in that, described some induction timers comprise: one first timer, one second timer and one the 3rd timer; In a time phase, described first timer does not work, and the time-count cycle of described second timer is constant, and the time-count cycle of described 3rd timer increases or shortens.
7. monitoring warning system according to claim 1, it is characterized in that, also comprise communication unit and server device, described controller carries out data communication by described communication unit and server device, particularly, trigger pip, switching signal and alarm signal are sent to described server device by communication unit by controller in real time, and controller receives the steering order from described server device.
8. monitoring warning system according to claim 1 and 2, it is characterized in that, described controller also comprises control module and storage unit time-count cycle, described storage unit is for storing time of origin and the type of trigger pip and switching signal, described time-count cycle, control module was used for calculating the average time of origin of trigger pip and switching signal and type to arrange time-count cycle according to the trigger pip of described cell stores and the time of origin of switching signal and type, or described time-count cycle, control module arranged time-count cycle by preset value.
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| CN201520614789.XU CN204990616U (en) | 2015-08-14 | 2015-08-14 | Guardianship warning system |
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| CN201520614789.XU CN204990616U (en) | 2015-08-14 | 2015-08-14 | Guardianship warning system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105046883A (en) * | 2015-08-14 | 2015-11-11 | 上海正苒智能科技有限公司 | Monitoring and alarming system and method |
| WO2020087515A1 (en) * | 2018-11-02 | 2020-05-07 | 李修球 | Proactive care implementation method, system and device |
-
2015
- 2015-08-14 CN CN201520614789.XU patent/CN204990616U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105046883A (en) * | 2015-08-14 | 2015-11-11 | 上海正苒智能科技有限公司 | Monitoring and alarming system and method |
| WO2020087515A1 (en) * | 2018-11-02 | 2020-05-07 | 李修球 | Proactive care implementation method, system and device |
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