TWM600926U - Mobile negative pressure isolation care system - Google Patents

Abstract

This new creation is about a mobile negative pressure isolation care system, including a cabin, the cabin is based on the main body of the container, the cabin interior is provided with a negative pressure equipment area, and patient accommodation space, and the interior of the cabin A plurality of sensors, the plurality of sensors can respectively sense the environment inside the cabin and the physiological data of the patient, and the plurality of sensors are respectively provided with remote output devices; a remote monitoring station, the remote The monitoring station is provided with a receiver, which can receive the data of the remote output device, and the remote monitoring station is provided with a processor, which can process the data for end use.

Description

Mobile negative pressure isolation care system

This new creation is about a medical device, especially a mobile negative pressure isolation care system.

According to the current rate of the global epidemic, the medical system is currently waiting strictly around the clock, but medical personnel are also likely to put themselves in potential epidemic prevention risks when the epidemic breaks out. Especially for the "negative pressure ward" that has a significant impact on the treatment of patients, press, the negative pressure ward is mainly to prevent harmful air in the ward from escaping outside the ward, and for the ward to install a negative pressure device (that is, to adopt an air extractor Or a vacuum machine, etc.), continue to pump air, and cause negative pressure in the ward (the extracted air is processed again). Such negative pressure wards are usually set up in general fixed medical institutions. However, when the epidemic is severe, many rural areas or places where medical resources are lacking, or temporary shelters and treatment places are lacking negative pressure wards, it is not easy to obtain Such resources.

In view of the problems of the prior art, the creator of this new model believes that there should be a system that can be improved. For this purpose, a mobile negative pressure isolation care system is designed, which includes a cabin with a container as the main structure, and a cabin inside the cabin. The negative pressure equipment area, the patient accommodation space, and the interior of the cabin are equipped with multiple sensors, which can respectively sense the environment inside the cabin and the physiological data of the patient, and the multiple sensors The remote output devices are respectively provided with a remote output device; a remote monitoring station, the remote monitoring station is equipped with a receiver, the receiver can receive the data of the remote output device, and the remote monitoring station is equipped with a processor, the The processor is able to process the data and provide it for end use. Especially when 42 strains of COVID-19 virus are currently known to have mutations and continue to spread, in order to prevent the next wave of community and hospital infections, based on the consideration of a race against time and deployment in advance, it is best to plan for the worst. Preparation. This new creation takes "containers" as the main structure, and can easily respond to the energy that the current medical system can withstand, and take preventive measures deployed in advance, hoping to relieve the pressure on medical institutions during the outbreak of the epidemic, and avoid the medical system from being overwhelmed. And collapse! I hope to achieve the largest application level with the least construction cost. Especially in the time and cost of building or renovating the formal negative pressure ward, it is too late to respond to the outbreak. At the same time, there must be another way of diversion to reduce the burden on the government and the medical system, and stabilize the people's mood, so as to prevent the domino effect from causing additional influence outside the medical system. At the same time, it is equipped with the remote monitoring station to reduce the chance of unnecessary risk for medical staff, and the remote monitoring station and the interior of the cabin form a monitoring and data transmission connection, and it is sure to grasp the patient’s physiological data and the burden. Environmental data in the ballast room.

In the following, the structure, characteristics and embodiments of the creation of the new type are explained by the cooperation of the diagrams, so as to enable your reviewer to have a better understanding of the creation of the new type. Please refer to the first picture, as shown in the second picture, this new creation is about a mobile negative pressure isolation care system, including a cabin (1), the cabin (1) is a container (10) as the main structure, can be set Planned open spaces around the terminal, port and high-speed rail, so that those who need to be isolated for 14 days when entering, can reduce the chance of contact with other public transportation and facilitate temporary maneuvering. Taking airport entry as an example, passengers who need to be quarantined for 14 days should go directly to the cabin (1) after entering customs, which can also be used as an isolation or quarantine area. Moreover, the container (10) can be moved or dispatched in a short time by sea or land transportation, and can have the function of a medical ship. The cabin (1) is provided with a negative pressure equipment area (11) to create a negative pressure environment and a patient accommodation space (12), and can also be provided with a resting area (15) and a bathroom space (16). And the cabin (1) is equipped with multiple sensors (13A), (13B), the multiple sensors (13A), (13B) can respectively sense the environment inside the cabin (1) and the physiological data of the patient , And the plurality of sensors (13A), (13B) are respectively provided with remote output devices (131A), (131B); a remote monitoring station (2), the remote monitoring station (2) is provided with a receiver (21), the receiver (21) can receive the data of the remote output devices (131A) and (131B), and the remote monitoring station (2) is provided with a processor (24), the processor (24) After the data can be processed, it is provided for end (22) use. The terminal (22) includes an alarm transmitter (221), and the alarm transmitter (221) can transmit a signal to a receiving terminal (222). The receiving end (222) can be worn with the same wearing device for doctors, nursing staff or family members to wear. The scope of application of this new creation can be used for negative pressure prevention and epidemic prevention and isolation in airports, ports, customs, long-term care institutions, and remote mountainous islands, as well as emergency disaster medical rescue and international medical export. With the modified container, a mobile negative pressure consultation room is set up, which is not only used during the epidemic prevention period and when a mildly ill patient is diagnosed, and the epidemic is over. This mobile negative pressure facility can be used in mountainous remote islands with insufficient medical resources. The equipment and system can be used for extended periods of time, and have high mobility, clean environment and medical data networking. At the same time, it is equipped with the remote monitoring station (2) to reduce the chance of unnecessary risk for medical staff, and the remote monitoring station (2) and the cabin (1) form a connection between monitoring and data transmission to ensure control The patient’s physiological data and the environmental data in the negative pressure chamber are integrated and used as medical data. If it is in the epidemic prevention and isolation (incubation period), not only the body temperature can be grasped at the first time, but also the vital signs can be selected ( Data such as blood pressure, blood oxygen, heart rhythm) allow medical staff to judge whether the patient has other accompanying symptoms. The patient's physiological condition can be received by the remote monitoring station in real time and further processed. For example, the production of health assessment scales, systematization, and automation can customize personal care content according to the needs of the needs, and can transmit the needs of the families of the needs to deliver care items on time to avoid missing important services. Moreover, the mobile negative pressure clinic has the characteristics of convenient movement, such as refitting it into a mobile clinic or a ward similar to a negative pressure environment, and has a certain ventilation rate, which can increase the number of houses, and Convenient for centralized management. In addition, it can also create employment opportunities. Since the number of container transformations must meet the huge demand during the epidemic prevention period, with the coordination of various professionals, a large amount of manpower will be invested in time and limit to build in response to the shortage of negative pressure beds required for isolation and avoid medical treatment. The system collapsed. In the preferred embodiment of the present invention, the remote output devices (131A), (131B) and the receiver receiver (21) are wireless transmission and reception devices, which can provide long-distance data transmission without cumbersome cables. In the preferred embodiment of the present invention, a soft track (14) is provided inside the cabin (1), and the soft track (14) can be adjusted elastically according to the bed environment of the cabin (1), and is convenient for medicines, meals, etc. Material transmission. In a preferred embodiment of the present invention, the plural sensors (13A), (13B) include two types selected from blood pressure monitors, blood glucose monitors, sleep monitors, health smart bracelets, and accompanying pagers, or more . This new creation also includes a PDA (17) located in the nursing station area. Provide nursing staff to record and transmit various data. It can record the call and active warning at any time, any place, and process, and achieve accurate indoor and outdoor positioning, alarm for missing, vital signs, and alarm for not returning from bed. On the basis of the foregoing, it can also expand the provision of care to achieve electronic work, process, standardization, abnormal warning, child attention, auxiliary emergency rescue, child interaction, health inquiry, reverse instruction, mobile payment, hospital notice, cleaning maximum range, and Path planning (including positioning and planning systems), map scanning records can be performed, and environmental identification can be implemented to plan cleaning paths. With a unique special algorithm, it successfully solves the positioning error when the environment changes greatly, and the detection of environment changes. To sum up, the new creation does meet the industrial applicability, and has not been seen in publications or publicly used before the application, and has not been known to the public, and it is non-obvious and easy to know, and meets the requirements of patentability. Application. However, the above report is a preferred embodiment in the new-type creation industry, and all the equal changes made in accordance with the scope of the patent application for the new-type creation belong to the scope of the claims of this case.

(1): Cabin (10): Container (11): Negative pressure equipment area (12): Patient accommodation space (13A), (13B): Sensor (131A), (131B): remote output device (14): PDA (15): Rest area (16): Bathroom space (17): Soft track laying (2): Remote monitoring station (21): Receiver (22): End (221):Alarm Launcher (222): receiving end (24): Processor

The first figure is a schematic diagram of the cabin of the container structure created by the new model. The second figure is a schematic diagram of the system architecture of the new creation.

(1): Cabin

(10): Container

(11): Negative pressure equipment area

(12): Patient accommodation space

(13A), (13B): Sensor

(131A), (131B): remote output device

(14): PDA

(15): Rest area

(16): Bathroom space

(17): Soft track laying

(2): Remote monitoring station

(21): Receiver

(22): End

(221):Alarm Launcher

(222): receiving end

(24): Processor

Claims (6)

A mobile negative pressure isolation care system includes a cabin with a container as the main structure, a negative pressure equipment area and a patient accommodation space inside the cabin, and a plurality of sensors inside the cabin, The plural sensors can respectively sense the environment inside the cabin and the physiological data of the patient, and the plural sensors are respectively provided with remote output devices; a remote monitoring station, the remote monitoring station is provided with a receiving device The receiver can receive the data of the remote output device, and the remote monitoring station is provided with a processor, which can process the data and provide it for end use. For the mobile negative pressure isolation care system described in item 1 of the patent application, the end includes an alarm transmitter, and the alarm transmitter can transmit a signal to a receiving end. In the mobile negative pressure isolation care system described in item 1 of the scope of patent application, the remote output device and the receiver are wireless transmission and reception devices. Such as the mobile negative pressure isolation care system described in item 1 of the scope of patent application, wherein a soft track is provided inside the cabin. The mobile negative pressure isolation care system described in item 1 of the scope of patent application, wherein the plurality of sensors include more than two types selected from blood pressure machines, blood glucose meters, sleep monitors, health smart bracelets, and accompanying pagers . The mobile negative pressure isolation care system described in item 1 of the scope of patent application also includes a PDA in the care station area.

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