CN204155424U - Pressure pad and medical monitoring systems - Google Patents
Pressure pad and medical monitoring systems Download PDFInfo
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- CN204155424U CN204155424U CN201320467859.4U CN201320467859U CN204155424U CN 204155424 U CN204155424 U CN 204155424U CN 201320467859 U CN201320467859 U CN 201320467859U CN 204155424 U CN204155424 U CN 204155424U
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Abstract
The utility model provides a kind of medical monitoring systems and pressure pad, this medical monitoring systems includes watch-dog and at least one pressure pad, this watch-dog includes one first radio communication unit, this pressure pad includes at least one pressure sensitive unit, processing unit and the second radio communication unit, this pressure sensitive unit is for obtaining pressure detection data, this processing unit is for controlling this second radio communication unit and this watch-dog carries out wireless telecommunications, medical monitoring systems also includes at least one periphery auxiliary electronic device, each periphery auxiliary electronic device includes one the 3rd radio communication unit, the processing unit of this pressure pad is also for sending the first steering order to the 3rd radio communication unit of corresponding periphery auxiliary electronic device by this second radio communication unit, to control this periphery auxiliary electronic device.The utility model adds the function of pressure pad, the value of adherence pressure pad, and reduces difficulty and the cost of construction medical monitoring systems.
Description
Technical field
The utility model relates to pressure pad and medical monitoring systems
background technology
In hospital, mental hospital, old man's maintenance Yuan Deng medical care mechanism, extremely need that supervision is carried out to the activity of attendee (as patient) and position and look after.But because medical care institution staff is busy, paramedic is easy to have the supervision of not omiting to look after to numerous attendee.Therefore, medical monitoring systems can be applied in medical care mechanism widely, looks after, reduce the pressure of paramedic for carrying out supervision to the activity of attendee.
Pressure pad is a kind of more common watch-dog at medical monitoring systems, pressure pad can be cushion, mattress or ground cushion, it includes pressure sensitive unit, when attendee leaves device (as wheelchair or the bed) using pressure pad, pressure pad can produce another common device watch-dog in alarm command communication medical supervisory system.
Technological improvement about pressure pad is a lot, but it is the accuracy or the interpolation additional function that are to improve detecting mostly, such as at following United States Patent (USP) (U.S. Patent application) US5249321, US7164941, US7652581, US8365326, US20070149883, mostly the device of the pressure pad disclosed by US20080301876 or use pressure pad is the accuracy of improvement detecting and is added with Monitoring of blood pressure, the functions such as body temperature, but these United States Patent (USP)s (U.S. Patent application) disclosed pressure pad or use the device of pressure pad can not receive instruction from watch-dog.And although pressure pad disclosed in U.S. Patent application US20120053423 can be received from the instruction of watch-dog, it can only element manipulation on controlled pressure pad, such as, given the alarm by voice unit (VU) or other monitoring element work on controlled pressure pad.From the technology disclosed by United States Patent (USP) (U.S. Patent application) above, the function of pressure pad is very simple, its subsidiary function of adding certainly adding with it just at pressure pad, and the element manipulation that pressure pad can only draw oneself up, due to the function singleness of this pressure pad, not only limit the value dimension of this pressure pad, and further limit the functional promotion of medical monitoring systems.
utility model content
According to above-mentioned deficiency, fundamental purpose of the present utility model is to provide a kind of pressure pad and medical monitoring systems, for increasing the function of pressure pad, and the value of adherence pressure pad; Further object of the present utility model is to provide a kind of pressure pad and medical monitoring systems, controls the difficulty of numerous periphery auxiliary electronic devices for burden, the reduction watch-dog reducing watch-dog and improves its accuracy; An object more of the present utility model is to provide a kind of pressure pad and medical monitoring systems, is tied to form this and network construction difficulty for reducing medical monitoring.
This pressure pad includes at least one pressure sensitive unit, communication unit and processing unit, and this pressure sensitive unit is for obtaining pressure detection data, and this processing unit carries out wireless telecommunications for controlling this radio communication unit with outside at least one watch-dog; Be connected with this radio communication unit, this radio communication unit also communication connects at least one periphery auxiliary electronic device, this processing unit produces one first steering order, and sending this first steering order to this radio communication unit, this radio communication unit sends this first steering order to this at least one periphery auxiliary electronic device.Further, this processing unit produces corresponding first steering order for carrying out parsing to the second steering order being received from watch-dog.
Further, this this pressure is paid somebody's debt and expected repayment later and is included: at least one detecting unit, for obtaining corresponding second detecting data; One storage unit, it stores the first control criterion; This processing unit connects this detecting unit and storage unit, and this processing unit obtains this second detecting data and control criterion, produces described first steering order according to described second detecting data and/or pressure detection data and this first control criterion.This processing unit is also for sending by this radio communication unit the data being received from this periphery auxiliary electronic device to this watch-dog.
This medical monitoring systems includes watch-dog and at least one pressure pad, this watch-dog includes one first radio communication unit, this pressure pad includes at least one pressure sensitive unit, processing unit and the second radio communication unit, this pressure sensitive unit is for obtaining pressure detection data, and this processing unit is for controlling this first radio communication unit and this watch-dog carries out wireless telecommunications; Medical monitoring systems also includes at least one periphery auxiliary electronic device, each periphery auxiliary electronic device includes one the 3rd radio communication unit, this processing unit of this pressure pad is connected with this second radio communication unit, and this second radio communication unit also communication connects the 3rd radio communication unit of at least one periphery auxiliary electronic device; The processing unit of this pressure pad produces one first steering order, and sends this first steering order to this second radio communication unit, and this second radio communication unit sends the first steering order to the 3rd radio communication unit of corresponding periphery auxiliary electronic device.
Further, the processing unit of this pressure pad produces corresponding first steering order for carrying out parsing to the second steering order being received from watch-dog.
Further, this pressure is paid somebody's debt and expected repayment later and is included at least one detecting unit, for obtaining corresponding second detecting data; One storage unit, it stores the first control criterion; This processing unit connects this detecting unit and storage unit, and this processing unit obtains this second detecting data and control criterion, produces described first steering order according to described second detecting data and/or pressure detection data and this first control criterion.The processing unit of this pressure pad is also for sending by this second radio communication unit the data being received from this periphery auxiliary electronic device to this watch-dog.
Further, the identification information of this periphery auxiliary electronic device is included in the data of this periphery auxiliary electronic device, this watch-dog also includes: a display unit and a storage unit, storage unit this store multiple identification information of periphery auxiliary electronic device and the correspondence relationship information of riding position; One position determination module, determines the riding position of the periphery auxiliary electronic device of described transmission data according to the identification information comprised in received data and described correspondence relationship information; One display control module, shows determined riding position on this display unit.
Further, this storage unit also stores map, and described display control module is for marking out this riding position in this map, and is shown in this display unit.
accompanying drawing explanation
Fig. 1 is the configuration diagram of the utility model medical monitoring systems.
Fig. 2 is the detailed module diagram of the pressure pad in the utility model medical monitoring systems.
Fig. 3 is the detailed module diagram of the watch-dog in the utility model medical monitoring systems.
Embodiment
First applicant it should be noted that and only to illustrate in the drawings and the specific embodiments of the present utility model and to describe the structure, module, function and the work flow that are associated with the utility model innovation point and innovative point in detail, and in order to form conventional construction needed for a complete pressure pad and medical monitoring systems, module, function do not illustrate or describe, but also must it should be noted that shown in the drawings and the specific embodiments of the present utility model or the structure described in detail, module, function not all is essential features of the present utility model.
Refer to Fig. 1, medical monitoring systems 900 of the present utility model includes at least one pressure pad 100 and at least one watch-dog 200.In the utility model, this pressure pad 100 can be cushion, mattress or ground cushion, and watch-dog 200 can be computer, mobile phone, panel computer or custom-designed electronic installation.This each pressure pad 100 includes pressure sensitive unit 110, second radio communication unit 120 and processing unit 160 (shown in Figure 2), and this watch-dog 200 includes one first radio communication unit 210.The pressure that this pressure sensitive unit 120 bears for detecting this pressure pad 100, obtains pressure detection data; This processing unit 160 determines whether to carry out communication in watch-dog 200 according to these pressure detection data.This pressure pad 100 controls to carry out communication with this watch-dog 200 by the second radio communication unit 120 and the first radio communication unit 220 by this processing unit 160.In the utility model, such as, when patient is positioned on (as sat, sleeping or stand) this pressure pad 100, this pressure sensitive unit 120 obtains larger force value; And when patient is not positioned on (as sat, sleeping or stand) this pressure pad 100, this pressure sensitive unit 120 obtains less force value, now this processing unit 160 produces a warning information, and sends to watch-dog 200 by this second radio communication unit 120.
Medical monitoring systems 900 also includes at least one periphery auxiliary electronic device 300, and periphery auxiliary electronic device 300 or can be made a video recording first-class for warning horn 300, lamp, air-conditioning.Each periphery auxiliary electronic device 300 includes one the 3rd radio communication unit 310, the processing unit 160 of this pressure pad 100 also for being sent the first steering order by this second radio communication unit 120 to the 3rd radio communication unit 310 of corresponding periphery auxiliary electronic device 300, to control this periphery auxiliary electronic device 300.
In the utility model, the pressure sensitive unit 110 of pressure pad 100 is formed by certain shape (such as matrix) by multiple pressure transducer, and the force value that this pressure sensitive unit 110 of present embodiment indication obtains can be the mean value of the plurality of pressure transducer, maximal value or minimum value etc.Second radio communication unit 120, first radio communication unit 210 and the 3rd radio communication unit 310 can such as, for supporting the radio communication unit of various home control network communication protocol, GSM, 3G, WiFi or bluetooth etc.In the utility model, the second radio communication unit 120 can be made up of multiple wireless telecommunications module, such as, can adopt 3G, WiFi with the first radio communication unit 210 communication, and can adopt bluetooth with the 3rd radio communication unit 310 communication.
Referring to shown in Fig. 2, is the detailed module diagram of pressure pad in present embodiment.This pressure pad 100 also includes battery 170, switch 180, storage unit 130, detecting unit 140 and alarm unit 150 except including pressure sensitive unit 110, second radio communication unit 120 and processing unit 160.This battery 170 provides working power for pressure pad 100, and this switch 180 is for opening or cutting out this pressure pad 100.And detecting unit 140 can be one or more in time detector (clock unit), temperature inductor, humidity sensor, brightness impression device, for obtaining corresponding second detecting data (as time, temperature, humidity or brightness); Storage unit 130 stores various data, such as judgment criterion, and described judgment criterion is the corresponding relation between definition pressure detection data and/the second detecting data and various steering order, alarm command; Alarm unit 150 is for generation of warning, and it can be hummer or LED.
This processing unit 160 includes data acquisition module 162, first control module 164, communication control module 166 and this data acquisition module 162 of the second control module 168. and obtains pressure detection data and corresponding second detecting data from this pressure sensitive unit 120, detecting unit 140.This first control module 164 is for producing corresponding steering order, alarm command according to described pressure detection data and/or the second detecting data and the control criterion that is stored in this storage unit 130.Steering order, alarm command are sent to watch-dog 200 or periphery auxiliary electronic device 300 for controlling the second radio communication unit 120 by this communication control module 166, and obtain the data that the second radio communication unit 120 receives, such as receive and send from the second steering order of watch-dog 200 and the data that send from this periphery auxiliary electronic device 300.This second control module 168 resolves for carrying out according to this second steering order the first steering order producing and control respective perimeter auxiliary electronic device 300; This communication control module 166 sends this first steering order to corresponding periphery auxiliary electronic device 300 for controlling the second radio communication unit 120.
Be specially in the present embodiment: the definition of (1) control criterion produces alarm command when force value is less than predetermined value or is zero, then the first control module 164 determine the force value of obtained pressure detection data representation be less than predetermined value or be zero time produce alarm command, this communication control module 166 controls warning horn and the camera that this alarm command is sent to watch-dog 200 and periphery auxiliary electronic device 300 by the second radio communication unit 120.This warning horn can produce alarm according to this alarm command, and camera is according to alarm command pickup image.This first control module 164 also controls alarm unit 150 according to this alarm command and produces information warning.(2) control criterion definition has the time obtaining monitoring image, when then this first control module 164 determines that the second detecting data (time) that detecting unit 140 (clock unit) obtains reaches the time obtaining monitoring image, produce the first steering order, this communication control module 166 controls the second radio communication unit 120 and first steering order is sent in this periphery auxiliary electronic device 300 and camera.(3) control criterion definition has special time, specified temp, certain luminance to open lamp or air-conditioning in periphery auxiliary electronic device 300, when then this first control module 164 determines that the second detecting data that detecting unit 140 obtains meets this control law, produce the first steering order, this communication control module 166 controls the second radio communication unit 120 and first steering order is sent to corresponding periphery auxiliary electronic device 300, to control this periphery auxiliary electronic device 300.Further, periphery auxiliary electronic device 300 also responds this alarm command, the first steering order passback related data to this pressure pad 100, such as this warning horn, lamp, air-conditioning return the data including its identification information, and camera passback comprises obtained image and the data of identification information thereof, this related data is sent to watch-dog 200 by the communication control module 166 of this pressure pad 100 further.It should be noted that, the alarm command being sent to periphery auxiliary electronic device 300 in present embodiment also can be regarded as the first steering order.
Referring to shown in Fig. 3, is the detailed module diagram of watch-dog in present embodiment.This watch-dog 200 also includes storage unit 220, alarm unit 230, display unit 240 and input block 250 except the first radio communication unit 210 and processing unit 260.This processing unit 260 includes communication control unit 261, warning control module 262, remote control module 264, position determination module 266 and display control module 268.
This communication control unit 261 receives the alarm command of this pressure pad 100 transmission by this first radio communication unit 210.This warning control module 262 controls this alarm unit 230 according to this alarm command and sends warning with reminding user (medical personnel), and alarm unit 230 can be hummer or LED.Remote control module 264 receives user (medical personnel) and produces the second steering order by the operation of input block 250, this second steering order is sent to pressure pad 100 by communication control unit 261 by this first radio communication unit 210, and the second control module 168 of this pressure pad 100 carries out according to this second steering order resolving the first steering order producing and control respective perimeter auxiliary electronic device 300.In the present embodiment, remote control module 264 controls to show a control inerface at display unit 240, this display interface shows the periphery auxiliary electronic device that can control, this input block 250 can be touch input unit, the periphery auxiliary electronic device that user (medical personnel) selects will control by touch input unit 250.
This communication control unit 261 also receives the data being received from this periphery auxiliary electronic device of pressure pad 100 transmission by this first radio communication unit 210.Storage unit 220 stores multiple identification information of periphery auxiliary electronic device and the correspondence relationship information of riding position; This position determination module 266 determines the riding position of the periphery auxiliary electronic device 300 of described transmission data according to the identification information comprised in received data and described correspondence relationship information; This display control module 268 shows determined riding position on this display unit 240.Further, storage unit 220 also stores map, and described display control module 268 is for marking out this riding position in this map, and is shown in this display unit 240.
By the explanation of above-mentioned embodiment, the detecting data (such as pressure, time, temperature and brightness) that pressure pad 100 of the present utility model can detect according to self controls periphery auxiliary electronic device 300, increase the function of pressure pad 100, improve the value of pressure pad 100.
In addition, in medical monitoring systems, if other periphery auxiliary electronic devices (such as warning horn, lamp or make a video recording first-class) are the control being subject to watch-dog, that is centered by watch-dog, this also increases the work load of watch-dog, and watch-dog controls numerous periphery auxiliary electronic devices and has very large difficulty and accuracy is also poor.Such as paramedic need open the warning horn of a certain pressure pad position, lamp or camera, first the position determining this pressure pad is needed, which determine to control warning horn, lamp or camera according to the position of pressure pad again, this just strengthens the difficulty of process, and owing to using the position of device of pressure pad to change, how to know and use the position of the device of pressure pad to need certain difficulty, and accuracy also there is impact.And the utility model by pressure pad control periphery auxiliary electronic device reduce watch-dog burden, reduce watch-dog and control the difficulty of numerous periphery auxiliary electronic devices and improve its accuracy.
Moreover, in medical monitoring systems, watch-dog directly will control to all periphery auxiliary electronic devices, must need watch-dog can with all periphery auxiliary electronic device Direct Communications, if when medical monitoring systems is applied to larger region (as large hospital), watch-dog can need larger cost and network construction difficulty with all periphery auxiliary electronic device Direct Communications.And in the utility model, watch-dog 200 needs can directly and pressure pad 100 communication, and pressure pad 100 from its around periphery auxiliary electronic device 300 close to, cost and the difficulty of network construction can be reduced.
In addition, the utility model medical monitoring systems can be easy to obtain produce the position of the pressure pad 100 of alarm, and in traditional medical monitoring systems and pressure pad, because a lot of pressure pad (as the cushion be used on wheelchair) is activity, position is not fixed, if the position of this each pressure pad need be monitored, need be provided with locating device on each pressure pad, this cost is very high.
Claims (8)
1. a pressure pad, it includes at least one pressure sensitive unit, communication unit and processing unit, this pressure sensitive unit is for obtaining pressure detection data, and this processing unit carries out wireless telecommunications for controlling this radio communication unit with outside at least one watch-dog; It is characterized in that, this processing unit is connected with this radio communication unit, and this radio communication unit also communication connects at least one periphery auxiliary electronic device.
2. pressure pad as claimed in claim 1, it is characterized in that, this pressure is paid somebody's debt and expected repayment later and is included: at least one detecting unit, for obtaining corresponding second detecting data; One storage unit, it stores the first control criterion; This processing unit connects this detecting unit and storage unit, and this processing unit obtains this second detecting data and control criterion, produces described first steering order according to described second detecting data and/or pressure detection data and this first control criterion.
3. pressure pad as claimed in claim 2, it is characterized in that, this processing unit is also for sending by this radio communication unit the data being received from this periphery auxiliary electronic device to this watch-dog.
4. a medical monitoring systems, it includes watch-dog and at least one claim 1 or the pressure pad described in 2 or 3, this watch-dog includes one first radio communication unit, this pressure pad includes at least one pressure sensitive unit, processing unit and the second radio communication unit, this pressure sensitive unit is for obtaining pressure detection data, this processing unit is for controlling this second radio communication unit and this watch-dog carries out wireless telecommunications, it is characterized in that: medical monitoring systems also includes at least one periphery auxiliary electronic device, each periphery auxiliary electronic device includes one the 3rd radio communication unit, this processing unit of this pressure pad is connected with this second radio communication unit, this second radio communication unit also communication connects the 3rd radio communication unit of at least one periphery auxiliary electronic device.
5. medical monitoring systems as claimed in claim 4, it is characterized in that, this pressure is paid somebody's debt and expected repayment later and is included at least one detecting unit, for obtaining corresponding second detecting data; One storage unit, it stores the first control criterion; This processing unit connects this detecting unit and storage unit, and this processing unit obtains this second detecting data and control criterion, produces described first steering order according to described second detecting data and/or pressure detection data and this first control criterion.
6. medical monitoring systems as claimed in claim 5, it is characterized in that, the processing unit of this pressure pad is also for sending by this second radio communication unit the data being received from this periphery auxiliary electronic device to this watch-dog.
7. medical monitoring systems as claimed in claim 6, it is characterized in that, the identification information of this periphery auxiliary electronic device is included in the data of this periphery auxiliary electronic device described, this watch-dog also includes: a display unit and a storage unit, storage unit this store multiple identification information of periphery auxiliary electronic device and the correspondence relationship information of riding position; One position determination module, determines the riding position of the periphery auxiliary electronic device of described transmission data according to the identification information comprised in received data and described correspondence relationship information; One display control module, shows determined riding position on this display unit.
8. medical monitoring systems as claimed in claim 7, it is characterized in that, this storage unit also stores map, and described display control module is for marking out this riding position in this map, and is shown in this display unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320467859.4U CN204155424U (en) | 2013-07-24 | 2013-07-24 | Pressure pad and medical monitoring systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320467859.4U CN204155424U (en) | 2013-07-24 | 2013-07-24 | Pressure pad and medical monitoring systems |
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| Publication Number | Publication Date |
|---|---|
| CN204155424U true CN204155424U (en) | 2015-02-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320467859.4U Expired - Lifetime CN204155424U (en) | 2013-07-24 | 2013-07-24 | Pressure pad and medical monitoring systems |
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| CN (1) | CN204155424U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105146962A (en) * | 2015-09-21 | 2015-12-16 | 江苏堂皇集团有限公司 | Intelligent mattress capable of enhancing memory |
| CN105996698A (en) * | 2016-05-28 | 2016-10-12 | 周红林 | Intelligent carpet |
-
2013
- 2013-07-24 CN CN201320467859.4U patent/CN204155424U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105146962A (en) * | 2015-09-21 | 2015-12-16 | 江苏堂皇集团有限公司 | Intelligent mattress capable of enhancing memory |
| CN105996698A (en) * | 2016-05-28 | 2016-10-12 | 周红林 | Intelligent carpet |
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Legal Events
| Date | Code | Title | Description |
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| DD01 | Delivery of document by public notice |
Addressee: Xu Xiaoying Document name: Notification of Acceptance of Patent Application |
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| DD01 | Delivery of document by public notice |
Addressee: Shenzhen Hanqun Medical Equipment Co.,Ltd. Document name: Notification of an Office Action |
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| DD01 | Delivery of document by public notice | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20150211 |
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| CX01 | Expiry of patent term |