CN204618542U - Intelligence is defervescence plaster used - Google Patents
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- CN204618542U CN204618542U CN201520054964.4U CN201520054964U CN204618542U CN 204618542 U CN204618542 U CN 204618542U CN 201520054964 U CN201520054964 U CN 201520054964U CN 204618542 U CN204618542 U CN 204618542U
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- 238000004891 communication Methods 0.000 claims description 5
- 230000005619 thermoelectricity Effects 0.000 claims 1
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- 239000002221 antipyretic Substances 0.000 description 16
- 238000001816 cooling Methods 0.000 description 14
- 230000036760 body temperature Effects 0.000 description 12
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Abstract
Description
技术领域 technical field
本实用新型涉及一种医疗辅助用品，尤其是指一种能够远程监控体温的退热贴。 The utility model relates to a medical auxiliary product, in particular to an antipyretic patch capable of remotely monitoring body temperature.
背景技术 Background technique
在儿童的成长过程中，总会伴随着咳嗽、流行性感冒或肺炎等疾病，进而引起发烧的症状。发烧多是身体内部出现发炎或感染现象的表征，人体通过丘脑下部的体温调节中枢，将原本的体温设定值调高，由此加强免疫细胞杀死病毒或细菌的能力。但是，由于婴幼儿的免疫系统尚处于发展建立阶段，较易受到外在感染源的影响，因此发烧经常是无预警地发生，这会让父母亲慌了手脚。 In the process of growing up, children will always be accompanied by diseases such as cough, influenza or pneumonia, which will cause symptoms of fever. Fever is mostly a sign of inflammation or infection in the body. The human body adjusts the original body temperature setting value through the hypothalamic thermoregulation center, thereby strengthening the ability of immune cells to kill viruses or bacteria. However, since infants and young children's immune systems are still in the developing stage, they are more susceptible to external infection sources, so fever often occurs without warning, which makes parents panic.
由于婴幼儿的发烧的时间点并非固定时间，而是随着体质与环境的变化而变化，因而很难掌握发烧的时间点，父母亲只好通过持续不断地测量体温来观察病情，以达到时时监控与及早应对的目的。但是，频繁的测量会造成父母亲无法获得充分的休息，尤其是夜间时段，常常导致照顾者体力不堪负荷。 Since the time point of fever in infants and young children is not a fixed time, but changes with the changes of physique and environment, it is difficult to grasp the time point of fever. Parents have to observe the condition by continuously measuring body temperature to achieve constant monitoring. with the purpose of early response. However, frequent measurements prevent parents from getting adequate rest, especially during the night, often leading to physical exhaustion for caregivers.
针对发烧的应对，除了通过药物的注射与服用外，常会搭配使用退热贴作为降低体温的医疗辅助工具，使患者的病情减缓并降低不适感。然而，现行的退热贴仅具有散热功效，并无法记录与监控散热过程中的体温变化。 In response to fever, in addition to the injection and administration of drugs, antipyretic patches are often used as a medical aid to lower body temperature, so as to slow down the patient's condition and reduce discomfort. However, the current antipyretic patches only have a heat dissipation effect, and cannot record and monitor body temperature changes during the heat dissipation process.
因此，设计一种具有温度监控功能的智能退热贴，可以使照顾者能够更有效率地照顾病患，并获得更多的休息时间。 Therefore, designing a smart antipyretic patch with temperature monitoring function can enable caregivers to take care of patients more efficiently and get more rest time.
实用新型内容 Utility model content
本实用新型的主要目的在于提供一种智能退热贴，其除了具有传统退热贴的散热功能，还能够远程监控患者体温的变化，使照顾者能够及早做出立即性处理。 The main purpose of the utility model is to provide an intelligent antipyretic patch, which not only has the heat dissipation function of the traditional antipyretic patch, but also can remotely monitor the change of the patient's body temperature, so that the caregiver can make immediate treatment as soon as possible.
为了达成上述目的，本实用新型所提供的一种智能退热贴，包括：退热模块，其具有黏附层、冷凝层以及相间隔地设置于该黏附层表面上的至少一个温度传感器；信号处理模块，其以能够拆卸的方式电连接于该温度传感器，并且具有微控制器(MCU；Micro Control Unit)和电连接于该微控制器的信号发射单元；以及远程监控模块，其用于接收该信号发射单元所传输的数据以记录、显示与警示。 In order to achieve the above object, the utility model provides a kind of intelligent antipyretic patch, comprising: an antipyretic module, which has an adhesive layer, a condensation layer, and at least one temperature sensor arranged at intervals on the surface of the adhesive layer; signal processing A module, which is electrically connected to the temperature sensor in a detachable manner, and has a microcontroller (MCU; Micro Control Unit) and a signal transmitting unit electrically connected to the microcontroller; and a remote monitoring module, which is used to receive the temperature sensor The data transmitted by the signal transmitting unit can be recorded, displayed and warned.
优选上述信号处理模块还包括电连接于上述微控制器的脱落监控单元。当因患者的拉扯导致退热模块与信号处理模块之间的连接中断时，能够通过该脱落监控单元立刻发出警示提醒照顾者进行处理。 Preferably, the signal processing module further includes a shedding monitoring unit electrically connected to the microcontroller. When the connection between the antipyretic module and the signal processing module is interrupted due to pulling by the patient, an alarm can be issued immediately through the falling monitoring unit to remind the caregiver to deal with it.
优选上述信号处理模块还包括电连接于上述微控制器的存储单元。该存储单元能够存储患者体温的变化情况，并提供给医疗人员作为治疗时的参考。 Preferably, the signal processing module further includes a storage unit electrically connected to the microcontroller. The storage unit can store the change of the patient's body temperature and provide it to medical personnel as a reference during treatment.
优选上述信号发射单元利用无线通信方式与上述远程监控模块连接。由此，照顾者在远处依然能够随时掌握病情。 Preferably, the above-mentioned signal transmitting unit is connected with the above-mentioned remote monitoring module by means of wireless communication. As a result, caregivers can still keep abreast of the condition at a distance.
相比通常的退热贴仅具有散热功效，本实用新型的智能退热贴能够使照顾者更有效率与弹性地掌握患者的病情变化，进而给予妥善的照顾。 Compared with the usual antipyretic patch which only has heat dissipation effect, the smart antipyretic patch of the present invention can enable the caregiver to grasp the patient's condition changes more efficiently and flexibly, and then give proper care.
有关本实用新型所提供的智能退热贴的详细结构、特点、组装或使用方式，在之后所述的实施方式详细说明中予以描述。 The detailed structure, features, assembly or usage of the intelligent antipyretic patch provided by the utility model will be described in the detailed description of the implementation described later.
附图说明 Description of drawings
图1是本实用新型第一较佳实施例的示意图。 Fig. 1 is a schematic diagram of the first preferred embodiment of the utility model.
图2是本实用新型第一较佳实施例的退热模块的示意图。 Fig. 2 is a schematic diagram of the cooling module of the first preferred embodiment of the present invention.
图3是本实用新型第二较佳实施例的退热模块的示意图。 Fig. 3 is a schematic diagram of the cooling module of the second preferred embodiment of the present invention.
图4是本实用新型第三较佳实施例的退热模块的示意图。 Fig. 4 is a schematic diagram of the cooling module of the third preferred embodiment of the present invention.
(符号说明) (Symbol Description)
10 智能退热贴 20 退热模块 10 Smart cooling stickers 20 Cooling module
22 黏附层 24 冷凝层 22 Adhesion layer 24 Condensation layer
26 温度传感器 262 信号线 26 temperature sensor 262 signal line
264 插座 266 信号线 264 socket 266 signal line
268 插头 30 信号处理模块 268 plug 30 signal processing module
32 微控制器 34 信号发射单元 32 Microcontroller 34 Signal Transmitting Unit
36 脱落监控单元 38 存储单元 36 Shedding monitoring unit 38 Storage unit
40 第一警示单元 42 显示单元 40 First warning unit 42 Display unit
44 电源 50 远程监控模块 44 Power supply 50 Remote monitoring module
52 信号接收单元 54 显示屏 52 Signal receiving unit 54 Display screen
56 第二警示单元 56 Second warning unit
具体实施方式 Detailed ways
以下，举出较佳实施例并结合附图，对本实用新型的技术特点详细地进行说明。 Hereinafter, the technical features of the present utility model will be described in detail by citing preferred embodiments and in conjunction with the accompanying drawings.
如图1所示，本实用新型的智能退热贴10包括退热模块20、信号处理模块30以及远程监控模块50。其中，退热模块20具有黏附层22、冷凝层24以及相间隔地设置于该黏附层22的表面上的温度传感器26。 As shown in FIG. 1 , the smart antipyretic patch 10 of the present invention includes an antipyretic module 20 , a signal processing module 30 and a remote monitoring module 50 . Wherein, the cooling module 20 has an adhesive layer 22 , a condensation layer 24 and temperature sensors 26 arranged on the surface of the adhesive layer 22 at intervals.
该退热模块20利用黏附层22的黏性贴附于发烧患者的头部或身体各部位，通过该冷凝层24的低温来降低患者的体温，舒缓发烧带来的不适感。温度传感器26用于感测接触部位的体温，其可选用热敏电阻、热电偶或感温IC，并且其设置位置可以根据需求而调整。 The cooling module 20 uses the viscosity of the adhesive layer 22 to be attached to the head or various body parts of the patient with a fever. The low temperature of the condensation layer 24 lowers the patient's body temperature and relieves the discomfort caused by the fever. The temperature sensor 26 is used to sense the body temperature of the contact part, which can be selected from a thermistor, a thermocouple or a temperature sensing IC, and its setting position can be adjusted according to requirements.
如图2和3图所 示，该温度传感器26分别设置于中央位置处与侧边位置处，进而，该温度传感器26的数量也不局限为一个，如图4所示，该退热模块20设置有两个温度传感器26，由此可同时测量与记录不同区域的温度。 As shown in Figures 2 and 3, the temperature sensor 26 is respectively arranged at the central position and the side position, and then, the number of the temperature sensor 26 is not limited to one, as shown in Figure 4, the cooling module 20 Two temperature sensors 26 are provided, whereby the temperatures of different areas can be measured and recorded simultaneously.
此外，该温度传感器26所具有的向外延伸的信号线262与插座264相连。信号处理模块30，则是通过另一信号线266与插头268来和该温度传感器26的插座264以能够拆卸的方式电连接，由此，该信号处理模块30能够接收与处理温度传感器26的感测信号。 In addition, the signal wire 262 extending outwards of the temperature sensor 26 is connected to the socket 264 . The signal processing module 30 is electrically connected to the socket 264 of the temperature sensor 26 through another signal line 266 and a plug 268 in a detachable manner, thus, the signal processing module 30 can receive and process the temperature sensor 26. test signal.
信号处理模块30与电源44连接，并且具有微控制器(MCU)32，该微控制器(MCU)32分别与信号发射单元34、脱落监控单元36、存储单元38、第一警示单元40以及显示单元42电连接。其中，信号发射单元34利用无线通信方式与远程监控模块50连接，从而将该微控制器32处理后的感测数据传送至该远程监控模块50。脱落监控单元36，用于在因患者的拉扯导致退热模块20与信号处理模块30之间的电连接中断时，能够立即发出信号给微控制器32进行处理。存储单元38用于存储微控制器32处理后的感测数据。第一警示单元40，在接收来自该微控制器32的指令后发出声音、光及振动等警示信号以提醒照顾者。显示单元42用于显示温度感测的结果、存储单元38的温度记录以及各组件的工作情况等信息。关于电源44，可以如本实施例采用外接于电力插座的方式，也可以改为内置于信号处理模块30中的方式(如使用电池供电)，或同时具备上述两者。 Signal processing module 30 is connected with power supply 44, and has micro-controller (MCU) 32, and this micro-controller (MCU) 32 is connected with signal transmitting unit 34, falls off monitoring unit 36, storage unit 38, first warning unit 40 and display respectively. Unit 42 is electrically connected. Wherein, the signal transmitting unit 34 is connected with the remote monitoring module 50 by means of wireless communication, so as to transmit the sensing data processed by the microcontroller 32 to the remote monitoring module 50 . The detachment monitoring unit 36 is used to immediately send a signal to the microcontroller 32 for processing when the electrical connection between the cooling module 20 and the signal processing module 30 is interrupted due to pulling by the patient. The storage unit 38 is used for storing the sensing data processed by the microcontroller 32 . The first warning unit 40 sends out warning signals such as sound, light and vibration after receiving instructions from the microcontroller 32 to remind the caregiver. The display unit 42 is used to display information such as temperature sensing results, temperature records of the storage unit 38 and working conditions of each component. As for the power supply 44 , it can be externally connected to a power socket as in this embodiment, or it can be changed to be built in the signal processing module 30 (such as using a battery for power supply), or both.
远程监控模块50可以为手持式移动设备或计算机，其包含有信号接收单元52、显示屏54以及第二警示单元56。该信号接收单元52利用无线通信方式与信号发射单元34连接，以接收微控制器32处理后的感测数据至远程监控模块50。显示屏54用于显示信号接收单元52接收的感测数据。当患者的体温超出设定范围时，第二警示单元56会发出警示信号给照顾者。 The remote monitoring module 50 can be a handheld mobile device or a computer, which includes a signal receiving unit 52 , a display screen 54 and a second warning unit 56 . The signal receiving unit 52 is connected with the signal transmitting unit 34 by means of wireless communication to receive the sensing data processed by the microcontroller 32 to the remote monitoring module 50 . The display screen 54 is used to display the sensing data received by the signal receiving unit 52 . When the patient's body temperature exceeds the set range, the second warning unit 56 will send a warning signal to the caregiver.
以上说明了本实用新型实施例的结构，接下来说明实际的使用方式与特点。 The structure of the embodiment of the utility model has been described above, and the actual usage and features will be described next.
首先，照顾者取出全新的退热模块20并平整地黏附于发烧患者的欲测量体温的部位(例如额头)，再将连接于温度传感器26的插座264与信号处理模块30的插头268相连接并启动信号处理模块30，通过该信号处理模块30的显示单元42确认来自温度传感器26的感测信号已顺利连通，此 时该信号处理模块30开始接收、记录与显示通过该温度传感器26所测得的信号。接着，开启远程监控模块50的信号接收单元52，并确认其与信号处理模块30的信号发射单元34完成配对后，照顾者就能够利用该远程监控模块50随时查询患者目前的体温及发烧温度的记录曲线。 First, the caregiver takes out a brand-new antipyretic module 20 and smoothly adheres to the position (such as the forehead) of the patient with fever to measure the body temperature, and then connects the socket 264 connected to the temperature sensor 26 to the plug 268 of the signal processing module 30 and Start the signal processing module 30, confirm that the sensing signal from the temperature sensor 26 has been successfully communicated by the display unit 42 of the signal processing module 30, and now the signal processing module 30 begins to receive, record and display the temperature measured by the temperature sensor 26 signal of. Then, turn on the signal receiving unit 52 of the remote monitoring module 50, and after confirming that it is paired with the signal transmitting unit 34 of the signal processing module 30, the caregiver can use the remote monitoring module 50 to inquire about the patient's current body temperature and fever temperature at any time. Record the curve.
在信号处理模块30工作的过程中，照顾者能够直接在该信号处理模块30或远程监控模块50中设定临界温度范围。当患者的体温超过或低于设定范围时，该信号处理模块30的第一警示单元40和该远程监控模块50的第二警示单元56都会通过声音、光及振动等方式提醒照顾者确认患者的病情。此外，当退热模块20与信号处理模块30之间的电连接出现中断、或信号处理模块30与远程监控模块50之间的无线通信出现中断的情况时，该第一警示单元40与第二警示单元56也会发出警示信号提醒照顾者。 During the working process of the signal processing module 30 , the caregiver can directly set the critical temperature range in the signal processing module 30 or the remote monitoring module 50 . When the patient's body temperature exceeds or falls below the set range, the first warning unit 40 of the signal processing module 30 and the second warning unit 56 of the remote monitoring module 50 will remind the caregiver to confirm the patient's illness. In addition, when the electrical connection between the cooling module 20 and the signal processing module 30 is interrupted, or the wireless communication between the signal processing module 30 and the remote monitoring module 50 is interrupted, the first warning unit 40 and the second The warning unit 56 will also send out a warning signal to remind the caregiver.
在退热模块20使用一段时间而失效后，照顾者仅需拆卸退热模块20与信号处理模块30的插头268与插座264，再更换一个新的退热模块，并重新将该插头268与插座264连接即可。由此，由于信号处理模块30可以重复使用，这样的设计可以节省使用者的更换成本。 After the cooling module 20 has been used for a period of time and fails, the caregiver only needs to disassemble the plug 268 and the socket 264 of the cooling module 20 and the signal processing module 30, replace a new cooling module, and reconnect the plug 268 and the socket. 264 connection is fine. Therefore, since the signal processing module 30 can be used repeatedly, such a design can save the user's replacement cost.
综上所述，通过本实用新型的智能退热贴10的温度传感器26，照顾者不再需要时时拿着体温计去监测患者的体温变化，而存储单元38的温度记录曲线，更可作为医护人员判断病情的重要资料。此外，通过各警示单元与远程监控模块50的功能，照顾者能够随时掌控患者状况又能够适时且安心地安排休息。即使退热模块20的冷凝层24失效后，更换的步骤相当简单迅速，能够减少打扰患者休息的时间。 To sum up, through the temperature sensor 26 of the intelligent antipyretic patch 10 of the present invention, caregivers no longer need to hold a thermometer to monitor the patient's body temperature changes, and the temperature record curve of the storage unit 38 can be used as a medical staff. Important information for judging the disease. In addition, through the functions of each warning unit and the remote monitoring module 50, the caregiver can monitor the patient's condition at any time and arrange rest in a timely and secure manner. Even after the condensation layer 24 of the cooling module 20 fails, the steps of replacing it are quite simple and quick, which can reduce the disturbing time for the patient to rest.
最后，必须再次说明的是：本实用新型的上述实施例中所公开的构成组件仅为举例说明，并非用来限制本实用新型的范围，凡是其他易于想到的结构变化、或与其他等效组件的替代变化，亦应为本实用新型的权利要求范围所涵盖。 Finally, it must be explained again that the constituent components disclosed in the above embodiments of the present utility model are only for illustration and are not intended to limit the scope of the present utility model. Any other easily conceivable structural changes, or other equivalent components Alternative changes should also be covered by the scope of the claims of the present utility model.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110215334A (en) * | 2019-07-09 | 2019-09-10 | 四川长虹电器股份有限公司 | The intelligence that body temperature can be monitored in real time is brought down a fever note |
| CN110292482A (en) * | 2019-06-04 | 2019-10-01 | 吕建新 | A kind of cold-compress ice band with body temperature constantly monitoring function |
| CN110302003A (en) * | 2019-08-01 | 2019-10-08 | 吕建新 | A kind of Worn type physical cooling instrument with body temperature constantly monitoring function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110292482A (en) * | 2019-06-04 | 2019-10-01 | 吕建新 | A kind of cold-compress ice band with body temperature constantly monitoring function |
| CN110215334A (en) * | 2019-07-09 | 2019-09-10 | 四川长虹电器股份有限公司 | The intelligence that body temperature can be monitored in real time is brought down a fever note |
| CN110302003A (en) * | 2019-08-01 | 2019-10-08 | 吕建新 | A kind of Worn type physical cooling instrument with body temperature constantly monitoring function |
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